CN103511928B - One kind of uniformly changing the size of the illumination area of ​​intelligent led mining lamp - Google Patents

One kind of uniformly changing the size of the illumination area of ​​intelligent led mining lamp Download PDF

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CN103511928B
CN103511928B CN 201310444569 CN201310444569A CN103511928B CN 103511928 B CN103511928 B CN 103511928B CN 201310444569 CN201310444569 CN 201310444569 CN 201310444569 A CN201310444569 A CN 201310444569A CN 103511928 B CN103511928 B CN 103511928B
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lamp
led
light
microcontroller
reflector
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CN103511928A (en )
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欧阳晔
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宁波凯耀电器制造有限公司
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Abstract

本发明公开了一种能均匀改变光照面积大小的智能LED工矿灯,提供一种通过遥控控制来改变反光罩张角大小来改变光的照射面积大小的一种能均匀改变光照面积大小的智能LED工矿灯。 The present invention discloses a method capable of uniformly changing the size of the area illumination intelligent LED mining lamp, there is provided a reflector to change the opening angle by remote control to vary the size of an illumination area size of the illumination light can uniformly change the size of the area of ​​intelligent LED mining lamp. LED工矿灯的反光罩包括若干块反光板、若干块伸缩片和一块底板,反光板铰链连接在底板上,伸缩片和反光板间隔布置连接;在反光罩的外壁上滑动套设有滑动圈,在LED工矿灯的灯体上固定有与滑动圈连接的推动机构;LED工矿灯上设有万向旋转机构,在LED工矿灯上设有遥控系统、微控制器和自动定位遥控装置,在底板上设有发光灯,发光灯的控制端、推动机构的控制端、遥控系统和自动定位遥控装置的控制端分别与微控制器连接。 LED mining lamp reflector block comprises several reflectors, and a plurality of stretch panel block bottom, reflecting plate hingedly connected to the bottom plate, and a reflector sheet stretch spaced connection; the outer wall of the reflector is provided with a slide sleeve slide ring, LED mining lamp body in the lamp connected to the pushing means is fixed to the slide ring; LED mining lamp is provided on the rotary joint mechanism, the remote control system is provided in LED mining lamp, automatic positioning and remote microcontroller means, the bottom plate the lamp is provided, the light emission control terminal, a control terminal pushing means, the remote control system and automatic positioning device remote control terminal connected to the microcontroller. 本发明主要用在LED工矿灯改变照射面积大小技术中。 The present invention is mainly used in LED mining lamp irradiation area size changing art.

Description

一种能均匀改变光照面积大小的智能LED工矿灯 One kind of uniformly changing the size of the illumination area intelligent LED mining lamp

技术领域 FIELD

[0001] 本发明涉及灯具技术领域,尤其涉及一种能均匀改变光照面积大小的智能LED工矿灯。 [0001] The present invention relates to the technical field of lamps, particularly to an illumination area size changes uniformly intelligent LED mining lamp.

背景技术 Background technique

[0002] 在城市建设中,工地上的光照射面积大小由于不受约束,本不该照射的地方却受着强光的照射,产生光污染。 [0002] In urban construction, the size of the light irradiation area on the site due to the unconstrained, where it should not suffering from strong light irradiation, the light pollution. 例如,把工地上的光照射到居民房,让居民房里生活的一些人受到光污染。 Some people, for example, the light incident on the site housing residents, residents living room by light pollution. 光污染会给人们带来诸多不便,光污染还会给一些生物造成导航等影响。 Light pollution will bring a lot of inconvenience, light pollution but also to a number of biological impact navigation.

[0003] 现有的LED工矿灯,由于反光罩的张角大小一般都是固定的,在一些需要增加照射光面积的工地上,LED工矿灯一般都是事先固定安装在某处的灯杆上,LED工矿灯安装好后一般就不宜经常移动,因为移动安装LED工矿灯,不仅施工较为不便,增加劳动成本,甚至还会发生触电危险。 [0003] The conventional LED mining lamp, due to the general size of the opening angle of the reflector is fixed, the need to increase the number of the light irradiated area of ​​the site, LED mining lamp is generally fixed in advance are mounted on the pole somewhere , LED high bay light installed after the general will not often move, because the mobile installation LED high bay light, construction is not only inconvenient, increased labor costs, or even the risk of electric shock.

[0004] 如果要想让已经安装好的一盏LED工矿灯的照射光面积增大,就必须把这盏LED工矿灯往远处移动一段距离,这样才能增大一盏LED工矿灯的照射光面积。 [0004] If already installed to get a light irradiation area of ​​LED mining lamp is increased, this must LED mining lamp light, a distance to the distance, so as to increase the irradiation light is an LED mining lamp area. 通过移动已经安装好的LED工矿灯来增大照射光的面积,使LED工矿灯离需要照射的地方变远了,会导致光线照射到需要照射的地方后出现光线照射强度不够,照明效果差,影响工人的施工作业。 To increase the area by moving the irradiation light LED mining lamp has been installed, from where the LED mining lamp becomes necessary to irradiate far, the light irradiation may result in insufficient strength, poor illumination light is irradiated after irradiation to where it is needed, impact of construction operations workers.

[0005] 如果要想让已经安装好的一盏LED工矿灯的照射光面积缩小,就必须把这盏LED工矿灯往近处移动一段距离,这样才能缩小一盏LED工矿灯的照射光面积。 [0005] If already installed to get a light irradiation area of ​​LED mining lamp is reduced, it is necessary to put LED mining lamp light, a distance to close, so as to narrow the area irradiated with light of an LED mining lamp. 通过移动已经安装好的LED工矿灯来缩小照射光的面积,使LED工矿灯离需要照射的地方变近了,会导致光线照射到需要照射的地方后出现光线照射强度过强,过强的光照会伤害工人的眼睛,影响工人的施工作业。 To narrow the illumination light by moving the already installed LED mining lamp area, from where the LED mining lamp irradiation needs becomes closer, the light irradiation intensity can cause too strong, excessive light rays irradiated after irradiation where needed will hurt the eyes of the workers, the impact of construction operations workers.

[0006] 中国专利公开号101576232,公开日2009年11月11日,公开了一种LED反光罩,包括壳体,其特征在于壳体前端为开口的正方形,后端中心部位开设一通孔,壳体的反光面为四边锥形,从前端至后端由至少六个依次连接的阶梯或正弦波组成,所述反光面上设置由绝缘材料制成的反光膜。 [0006] Chinese Patent Publication No. 101576232, published on November 11, 2009, discloses an LED reflector, comprising a housing, wherein the housing defines a distal end opening of the through hole is a square, the center of the rear end portion of the shell reflecting surface of four sides thereof tapered from front to back by the stepped or sinusoidal least six sequentially connected composition, provided the reflective surface of the reflective film is made of an insulating material. 不足之处在于,这种反光罩由于张角大小固定,不便对光照射面积大小进行控制,易产生光污染。 The downside is that, since the opening angle of this size is fixed reflector, a light irradiating inconvenience controlled size, easy to produce light pollution.

发明内容 SUMMARY

[0007] 本发明是为了解决现有反光罩由于张角大小固定,不便对光照射面积大小进行控制,易产生光污染不足,提供一种结构简单,使用方便,散热效果好,光污染小,智能化旋转调节,通过遥控控制来改变反光罩张角大小,进而控制光的照射面积大小的一种能均匀改变光照面积大小的智能LED工矿灯。 [0007] The present invention is made to solve the conventional reflectors because a fixed size opening angle, the light irradiation control inconvenient size, easy to produce insufficient light pollution, there is provided a simple, easy to use, heat dissipation, low light pollution, intelligence rotation adjustment, the size of the opening angle of the reflector is changed by remote control, and thus the size of an illumination area of ​​the light can be uniformly controlled to change the size of the illumination area of ​​intelligent LED mining lamp.

[0008] 为了实现上述目的,本发明采用以下技术方案: [0008] To achieve the above object, the present invention employs the following technical solution:

[0009] —种能均匀改变光照面积大小的智能LED工矿灯,LED工矿灯的反光罩包括若干块分别呈等腰梯形的反光板、若干块伸缩片和一块呈正多边形的底板,所述反光板的底端铰链连接在底板上,所述伸缩片和所述反光板间隔布置,且每块伸缩片连接在相邻两块反光板的相邻侧壁端上;在反光罩的外壁上滑动套设有滑动圈,滑动圈前后移动带动反光罩的张角大小变化;在LED工矿灯的灯体上固定设有推动机构,且推动机构的伸缩杆与滑动圈连接,推动机构带动滑动圈前后移动;在LED工矿灯的灯体上安装有一个万向旋转机构,在LED工矿灯上设有遥控系统、微控制器和自动定位遥控装置,在底板上布置有若干个发光灯,每个发光灯的控制端与微控制器连接,所述推动机构的控制端、所述遥控系统和所述自动定位遥控装置的控制端分别与微控制器连接。 [0009] - seed uniformly intelligent LED mining lamp illumination change size of the area, the reflector comprises a plurality of LED mining lamp reflector block, respectively an isosceles trapezoid, and a plurality of stretch panel blocks form a regular polygon plate, said reflecting plate the bottom end is hingedly connected to the bottom plate, the stretch sheet and the reflecting plate spaced, and each stretch panel is connected to the adjacent end of the adjacent two side walls of the reflector; at the outer wall of the reflector sleeve slides a slide ring, the slide ring moves back and forth driven by changes in the size of the opening angle of the reflector; LED mining lamp body in the lamp is provided with fixing promoting means, and pushes the telescoping rod is connected with the slide ring means, moving back and forth drive mechanism pushing slide ring ; LED mining lamp body in the lamp is mounted a rotary joint mechanism, the remote control system is provided in LED mining lamp, each lamp microcontroller automatic positioning and remote control device, a plurality of lamps are arranged on the base plate, a control terminal connected to the microcontroller, said pushing means control terminal, said remote control system and the remote control terminal automatic positioning means are connected to the microcontroller.

[0010] 本方案把反光罩由活动的反光板和伸缩片组成,通过遥控系统和微控制器控制推动机构,并让推动机构推动反光罩背面的滑动圈前后移动来控制反光罩张角的大小,进而控制光的照射面积大小,保证光照面积的大小在适合的范围内,减小光对周边环境的光污染。 [0010] The reflector of the present embodiment by the active reflectors composed of the stretch sheet, pushing mechanism by remote control systems and microcontrollers, and so push mechanism pushing movement to control the size of the opening angle of the reflector on the back of the reflector longitudinal slide ring , then control the size of the irradiation area of ​​light to ensure that the size of the illumination area in a suitable range, reducing light pollution to the surrounding environment. 本方案结构简单,使用方便,散热效果好,光污染小。 The program structure is simple, easy to use and good cooling effect, little light pollution. 通过遥控系统给微控制器发出的自动定位指令,微控制器吧自动定位信号传给自动定位遥控装置,自动定位遥控装置计算出旋转调节信号后传给微控制器,微控制器根据旋转调节信号给万向旋转机构发出旋转指令,万向旋转机构把LED工矿灯的灯罩口旋转到指定的方向。 Automatic positioning command sent by the microcontroller to the remote control system, it is automatically positioned microcontroller automatic positioning signal to the remote control device, remote automatic positioning device to calculate the adjustment signal to the post-rotation microcontroller, the microcontroller according to the rotation adjustment signal a rotating mechanism to gimbal rotation command issued, the rotary joint mechanism to LED mining lamp shade rotated to the designated port. 使用简单,智能化自动化程度高。 Simple to use, high degree of automation intelligence. 遥控系统、自动定位遥控装置、万向旋转机构和微控制器的配合,让LED工矿灯有了智能化旋转调节的功能和效果,为LED工矿灯更加适合施工作业的需要。 Remote control systems, remote control device with automatic positioning, and joint rotation mechanism microcontroller, so that the intelligent LED mining lamp with rotation regulating function and effect as LED mining lamp it more suitable for the construction work. 万向旋转机构让LED工矿灯可以万向转动,只要安装好LED工矿灯后,对任意方向都可以调节,智能化和自动化程度高,自由度和人性化程度也较高。 Gimbal mechanism so that rotation of LED mining lamp can be universal rotation, as long as LED mining lamp installed, can be adjusted to any direction, a high degree of intelligence and automation, and human freedom higher degree.

[0011] 作为优选,在滑动圈内侧设有呈“T”形的滑轨,在每块反光板外壁上轴向设有与滑轨配合的滑槽,滑轨滑动连接在滑槽内。 [0011] Advantageously, the slide ring is provided on the inside with as "T" shaped rail, each reflector outer wall is provided with an axial slide rail chute, the chute rails slidably connected. 有效固定反光板的张合,易保证反光罩张角大小符合光照要求。 Effective immobilization of the reflector sheets together, easy to guarantee the opening angle of the reflector meet the size requirements of light.

[0012] 作为优选,在滑动圈上均布连接有两根连接杆,所述推动机构的基座固定安装在LED工矿灯的散热器外表面上,推动机构的伸缩杆转动连接在滑动圈上。 [0012] Advantageously, the slide ring is connected to two uniformly distributed connecting rods, the push mechanism is mounted on the heat sink base is fixed on the outer surface of the LED mining lamp, promoting the telescopic rod mechanism is rotatably connected to the sliding ring . 由于推动机构不是一直在工作,推动机构上的金属还增大了散热面积,把推动机构固定安装在散热器上就增大了散热面积,散热效果好,结构简单。 Since the pushing means are not always work, promoting metal on the mechanism further increases the cooling area, the pushing means is fixedly mounted on the radiator heat dissipation area is increased, thermal effects, a simple structure.

[0013] 作为优选,所述底板呈正六边形,且底板的转角与相应处的伸缩片正对连接。 [0013] Advantageously, the bottom plate was a regular hexagon, and the bottom corner of the stretch panel at the timing corresponding to the connection. 这种结构让反光罩的张合效果,反光效果也好。 This structure allows the reflector sheets together effect, reflection effect has been achieved. 正六边形的底板给散热和发光灯的自由布置提供了空间,能够充分保证发光灯的照射角度最佳,并能够为发光灯设置出较好的散热布置提供了前提,本方案结构简单、便于发光灯位置布置与调节。 Regular hexagon and the bottom plate to the cooling arrangement consisting of a lamp provides a space can fully guarantee the best lamp irradiation angle, and can be provided an arrangement provides good heat lamp premise, this program structure is simple, easy to and adjusting a position lamp is disposed.

[0014] 作为优选,在底板上设有六个边沿散热孔、三个中间散热孔和一个中心散热孔,六个边沿散热孔均布设置在底板每边边沿的中心处,中心散热孔布置在底板的中心处,三个中间散热孔设置在中心散热孔和边沿散热孔之间的底板上,且三个中间散热孔均布设置在中心孔的四周;所述发光灯包括六个边沿LED芯片灯和三个中间LED芯片灯,六个边沿LED芯片灯布置在底板边沿的转角处,三个中间LED芯片灯布置在中心散热孔和边沿散热孔之间的底板上,且三个中间LED芯片灯均布设置在中间散热孔的四周,中间LED芯片灯和中间散热孔间隔布置。 [0014] Preferably, the six edge cooling holes provided on the base plate, three intermediate cooling holes and a central cooling holes, six equispaced edge cooling holes provided at the center of each side edge of the bottom plate, the cooling holes are arranged in the central at the center of the bottom plate, the three intermediate cooling holes disposed on the base plate between the center and edge cooling hole cooling holes, and the three intermediate cooling holes disposed uniformly distributed around the central aperture; said lamp comprises six edge emitting LED chips and three intermediate lamp light LED chips, six light LED chip is arranged at the edge of the corner edge of the bottom plate, the middle three light LED chips disposed on the bottom plate between the center and edge cooling hole cooling holes, and the three intermediate LED chips lamp disposed uniformly distributed around the middle of the thermal via, an intermediate and the intermediate light LED chips spaced cooling holes. 这种布置结构能够保证散热效果和发光灯照射角度最佳。 This arrangement is possible to ensure the cooling effect and the best angle of illumination lamp.

[0015] 作为优选,所述六个边沿散热孔和所述六个边沿LED芯片灯在同一个外圆上,所述三个中间散热孔和所述三个中间LED芯片灯在同一个中间圆上,并且外圆的圆心和中间圆的圆心分别与中心散热孔的孔心重合。 [0015] Advantageously, the cooling holes and the six edge rim six LED chips on the same outer lamp, the three middle three intermediate cooling holes and said light LED chips on the same circle a center upper, intermediate and outer circle and the center of the circle center are coincident with the center of the thermal via hole center. 在改变反光罩张角后,这种结构使得发光灯照射均匀,光照效果好。 After changing the opening angle of the reflector, this configuration makes uniform illumination lamp, good lighting effects.

[0016] 作为优选,在LED工矿灯的散热器上分别设有与边沿散热孔、中间散热孔和中心散热孔匹配对应的导风孔,并且在导风孔上连接有呈螺旋状的开放式导风槽。 [0016] Advantageously, the heat sink in LED mining lamp are provided with the air guide hole cooling holes with the rim, the intermediate cooling holes and cooling holes matching corresponding to the center, and connected to a spiral in the open air guide hole guide duct. 由于改变反光罩张角后,反光罩内的温度会有所改变,这种结构使得发光灯散热效果好,能延长发光灯的使用寿命。 Since the opening angle changing reflectors, the temperature will change within the reflector, this configuration makes lamp cooling effect, can extend the life of the lamp.

[0017] 作为优选,在LED工矿灯的散热器上分别设有与边沿LED芯片灯和中间LED芯片灯匹配的导热柱,且导热柱与导风槽导热连成于一体。 [0017] Advantageously, the heat sink in LED mining lamp are provided with the rim of the LED chip of the LED chip and the intermediate lamp light matching the heat conducting column, and the air guide channel thermally connected to the heat conducting column in one. 由于改变反光罩张角后,反光罩内的温度会有所改变,这种结构使得发光灯散热效果好,能延长发光灯的使用寿命。 Since the opening angle changing reflectors, the temperature will change within the reflector, this configuration makes lamp cooling effect, can extend the life of the lamp.

[0018] 作为优选,在反光罩内的底板上贴有一层透镜片,且LED芯片灯布置在透镜片和底板之间,并且在每个边沿散热孔、中间散热孔和中心散热孔对应处的透镜片上设有若干个小细孔。 [0018] Advantageously, in the bottom layer of the reflector has posted a lens sheet, and the LED chip is disposed between the lamp lens sheet and the bottom plate, and each edge cooling holes, and the intermediate cooling holes corresponding to the holes at the center of heat a number of small pores is provided on the lens sheet. 透镜片能够有效保护LED芯片灯,小细孔便于空气对流,小细孔还有利于冷空气在透镜片上停留的时间长,冷却效果好。 The lens sheet can effectively protect the LED chip light, fine holes to facilitate air convection, as well as small pores facilitates long cold air on the lens stay time, the cooling effect.

[0019] 本发明能达到如下效果: [0019] The present invention can achieve the following effects:

[0020] 1、通过遥控系统和微控制器控制推动机构,并让推动机构推动反光罩背面的滑动圈前后移动来控制反光罩张角的大小,进而控制光的照射面积大小,保证了光照面积的大小在适合的范围内,减小了光对周边环境的光污染。 [0020] 1, by remote control systems and microcontrollers pushing means, and pushing mechanism so that movement of push opening angle to control the size of the reflector on the back of the reflector ring slide back and forth, thereby controlling the size of the light irradiation area, to ensure that the illumination area in a suitable size range, reducing light pollution of the surrounding environment.

[0021] 2、不移动灯杆就能够改变光照射面积的大小,成本低廉,安全高效,结构简单,使用方便,散热效果好,光污染小。 [0021] 2, the poles can be changed without moving the light irradiation area size, low cost, safe and efficient, simple in structure, easy to use, cooling effect, little light pollution.

[0022] 3、散热效果好,能大大延长LED工矿灯的使用寿命。 [0022] 3, cooling effect, can greatly extend the service life of LED mining lamp.

[0023] 4、遥控系统、自动定位遥控装置、万向旋转机构和微控制器的配合,让LED工矿灯有了智能化旋转调节的功能和效果,为LED工矿灯更加适合施工作业的需要。 [0023] 4, remote control systems, remote automatic positioning means, and the rotating mechanism with a universal microcontroller, so that the intelligent LED mining lamp with rotation regulating function and effect as LED mining lamp it more suitable for the construction work.

附图说明 BRIEF DESCRIPTION

[0024] 图1是本发明装配后的一种结构示意图。 [0024] FIG. 1 is a schematic view of the assembled structure of the present invention.

[0025] 图2是本发明的滑动圈通过滑轨滑动连接在反光板滑槽内的一种结构示意图。 [0025] FIG. 2 is a schematic view of the slide rail slidably connected to the slide ring mirror chute by the present invention.

[0026] 图3是本发明底板的一种正视结构示意图。 [0026] FIG. 3 is a bottom elevational schematic structural diagram of the present invention.

[0027] 图4是本发明发光灯的一种结构示意图。 [0027] FIG. 4 is a schematic view of the light emitting lamp of the present invention.

[0028] 图5是本发明透镜片的一种结构示意图。 [0028] FIG. 5 is a schematic structural diagram of a lens sheet according to the present invention.

[0029] 图6是本发明的散热器、反光罩、底板、发光灯灯和透镜片的一种分解结构不意图。 [0029] FIG. 6 is a heat sink of the present invention, the reflector a decomposition base structure, light lamps and the lens sheet is not intended.

[0030] 图7是本发明散热器的一种底视结构示意图。 [0030] FIG. 7 is a schematic diagram of a bottom view of the heat sink configuration of the present invention.

[0031] 图8是本发明透镜片的一种顶视结构示意图。 [0031] FIG. 8 is a top view diagram of a structure of the lens sheet of the present invention.

[0032] 图9是本发明透镜片的一种电路连接原理结构示意框图。 [0032] FIG. 9 is a schematic block diagram illustrating the principle structure of a circuit of the present invention is connected to the lens sheet.

[0033] 图中:散热器1,推动机构2,连接杆3,滑轨4,滑动圈5,滑槽6,伸缩片7,反光板8,铰链连接9,反光罩10,灯体11,底板12,边沿散热孔13,中间散热孔14,中心散热孔15,转角16,发光灯17,边沿LED芯片灯18,中间LED芯片灯19,透镜片20,小细孔21,导风孔22,导风槽23,导热柱24,遥控系统25,微控制器26,自动定位遥控装置27,万向旋转机构 [0033] FIG: a heat sink, pushing mechanism 2, connecting rod 3, the guide rail 4, the sliding ring 5, the chute 6, the stretch panel 7, reflector 8, 9 hinged, reflector 10, the lamp body 11, bottom plate 12, the edge cooling holes 13, 14, the central cooling holes 15, corner 16, lamp 17, lamp LED chip edge 18, an intermediate chip LED lamp 19, a lens sheet 20, fine holes 21, the air guide hole 22 intermediate cooling holes the guide duct 23, the heat conducting column 24, the remote control system 25, a microcontroller 26, a remote automatic positioning device 27, the rotary joint mechanism

28 ο 28 ο

具体实施方式 detailed description

[0034] 下面通过实施例,并结合附图,对本发明的技术方案作进一步具体的说明。 [0034] The following Examples, in conjunction with the accompanying drawings, technical solutions of the present invention will be further specifically described.

[0035] 实施例:一种能均匀改变光照面积大小的智能LED工矿灯,参见图1、图2、图4、图 [0035] Example: one kind of uniformly changing the size of the illumination area intelligent LED mining lamp, see FIG. 1, FIG. 2, FIG. 4, FIG.

6、图9所示,LED工矿灯的反光罩10包括六块分别呈等腰梯形的反光板8、六块伸缩片7和一块呈正六边形的底板12,反光板的底端铰链连接9在底板上,伸缩片和反光板间隔布置,且每块伸缩片连接在相邻两块反光板的相邻侧壁端上,并且底板的转角16与相应处的伸缩片正对连接。 6, FIG. 9, LED mining lamp 10 includes six reflector respectively an isosceles trapezoid reflector 8, six stretch panel 7 and a bottom plate 12 as a regular hexagon, a bottom end connected to the hinge reflector 9 on the floor, the stretch panel and spaced reflectors, and each stretch panel is connected to the adjacent end of the adjacent two side walls of the reflector, and the angle of the bottom plate 16 facing the respective connection piece at a stretch. 在反光罩的外壁上滑动套设有滑动圈5,在滑动圈内侧设有呈“T”形的滑轨4,在每块反光板外壁上轴向设有与滑轨配合的滑槽6,滑轨滑动连接在滑槽内。 The outer wall of the reflector is provided with a slide sleeve slide ring 5, the inner ring is provided with a sliding form "T" shaped rail 4, the outer wall of each reflector is provided with an axial slide rail chute 6, rails slidably connected in the chute. 在LED工矿灯的灯体11上固定设有推动机构2,推动机构的基座固定安装在LED工矿灯的散热器1外表面上,且推动机构的伸缩杆通过两根连接杆3与滑动圈转动连接,这两根连接杆均布连接在滑动圈上,推动机构带动滑动圈前后移动,滑动圈前后移动带动反光罩的张角大小变化;在LED工矿灯的灯体上安装有一个万向旋转机构28,在使用时,把万向旋转机构安装在支撑灯杆上,就可以通过万向旋转机构的转动来任意转动LED工矿灯。 LED mining lamp on the lamp body 11 is provided with fixing promoting means 2, pushing means mounted on a base fixed to an outer surface of the heat sink 1 LED mining lamp, and the telescopic push rod mechanism via two connecting rods 3 and the slide ring rotary connection, which two connecting rods are connected to the cloth on the slide ring, pushing slide ring moves back and forth drive mechanism, the opening angle of the reflector movement driven by changes in the size before and after the slide ring; mounted on the lamp body LED mining lamp has a universal rotation mechanism 28, in use, rotation of the gimbal mechanism is mounted on a support pole, can be arbitrarily rotated by the rotation of the universal LED mining lamp rotating mechanism.

[0036] 参见图3、图6所示,在底板上设有六个边沿散热孔13、三个中间散热孔14和一个中心散热孔15,六个边沿散热孔均布设置在底板每边边沿的中心处,中心散热孔布置在底板的中心处,三个中间散热孔设置在中心散热孔和边沿散热孔之间的底板上,且三个中间散热孔均布设置在中心孔的四周;发光灯包括六个边沿LED芯片灯18和三个中间LED芯片灯19,六个边沿LED芯片灯布置在底板边沿的转角处,三个中间LED芯片灯布置在中心散热孔和边沿散热孔之间的底板上,且三个中间LED芯片灯均布设置在中间散热孔的四周,中间LED芯片灯和中间散热孔间隔布置。 As shown in [0036] Referring to FIG. 3, FIG. 6, six edge cooling holes provided on the base plate 13, three intermediate cooling holes 14 and a central cooling holes 15, six equispaced edge cooling holes disposed on each side edge of the base plate at the center, the center cooling holes are arranged at the center of the bottom plate, the three intermediate cooling holes disposed on the base plate between the center and edge cooling hole cooling holes, and the three intermediate cooling holes disposed uniformly distributed around the central hole; emission LED lamp includes six chip edge 18 and three intermediate lamp light LED chips 19, six light LED chip arranged at the edge of the corner of the bottom edge, three lamp LED chips disposed in the middle between the center and edge cooling holes in the cooling holes on the base plate and three middle lamp LED chips disposed uniformly distributed around the middle of the thermal via, an intermediate and the intermediate light LED chips spaced cooling holes. 六个边沿散热孔和六个边沿LED芯片灯在同一个外圆上,三个中间散热孔和三个中间LED芯片灯在同一个中间圆上,并且外圆的圆心和中间圆的圆心分别与中心散热孔的孔心重合。 Six rim edge cooling holes and six LED chips on the same outer lamp, three intermediate and three intermediate cooling holes lamp LED chips on the same circle a center, intermediate and outer circle center and the center of the circle, respectively hole center coincides with the center of the thermal via.

[0037] 参见图7、图8所示,在LED工矿灯的散热器上分别设有与边沿散热孔、中间散热孔和中心散热孔匹配对应的导风孔22,并且在导风孔上连接有呈螺旋状的开放式导风槽23。 [0037] Referring to FIG. 7, FIG. 8, the radiator LED mining lamp are provided with edge cooling holes, and the center of the intermediate cooling holes cooling air guide hole 22 corresponding matching holes, and connected to the air guide hole there are a spiral guide duct 23 open. 在LED工矿灯的散热器上分别设有与边沿LED芯片灯和中间LED芯片灯匹配的导热柱24,且导热柱与导风槽导热连成于一体。 LED mining lamp on the radiator are provided with a rim of the LED chip and the intermediate lamp light LED chip matched heat conducting column 24, and the air guide channel thermally connected to the heat conducting column in one.

[0038] 参见图5、图6所示,在反光罩内的底板上贴有一层透镜片20,且LED芯片灯布置在透镜片和底板之间,并且在每个边沿散热孔、中间散热孔和中心散热孔对应处的透镜片上设有若干个小细孔21。 As shown in [0038] Referring to FIG. 5, FIG. 6, the lens sheet 20 in a layer within the reflector plate posted, and lights the LED chip is disposed between the lens sheet and the bottom plate, and each edge cooling holes, the intermediate cooling holes and the cooling hole corresponding to the central lens sheet at 21 with a plurality of small pores.

[0039] 参见图9所示,在LED工矿灯上设有遥控系统25、微控制器26和自动定位遥控装置27,在底板上布置有六个发光灯17,每个发光灯的控制端与微控制器连接,推动机构的控制端、遥控系统和自动定位遥控装置的控制端分别与微控制器连接。 [0039] Referring to FIG. 9, in LED mining lamp with remote control system 25, a microcontroller 26 and remote automatic positioning device 27, disposed on the base plate 17 has six lamps, a control terminal of each lamp and the microcontroller is connected to an end of the push mechanism, the remote control system and automatic positioning device remote control terminal connected to the microcontroller.

[0040] 在使用时,如果要想让已经安装好的一盏LED工矿灯的照射光面积增大,就通过遥控系统给微控制器发出张角增大的指令,推动机构向后拉带动滑道圈向后移动,滑动圈向后移动带动反光罩的张角变大,从而增大这盏LED工矿灯的照射光面积,满足用户对LED工矿灯增大照射光面积的需要。 [0040] In use, if already installed to get a light irradiation area of ​​LED mining lamp is increased to increase the opening angle issuing commands to the microcontroller via a remote control system, drive slip push pull back mechanism ring (391) moves rearward, the slide ring driven rearward movement of the reflector opening angle becomes larger, thereby increasing the area of ​​the irradiation light which LED mining lamp lights, the user needs to increase the area of ​​the irradiation light LED mining lamp. 若照射光面积增大后出现光线变暗的情况,还可以通过遥控系统给微控制器发出增强光亮的信号,微控制器根据指令增加LED芯片灯亮的个数,或者增大供电电压来增加LED芯片灯的亮度,满足施工作业的灯光亮度需要。 If the situation is dark after light irradiation area is increased, the remote control system can also be issued by the microcontroller to enhance the light signal, the microcontroller increases the number of LED chips according to an instruction lights, or the supply voltage is increased to increase the LED brightness chip lamp to meet desired brightness light construction work.

[0041 ] 通过遥控系统给微控制器发出的自动定位指令,微控制器吧自动定位信号传给自动定位遥控装置,自动定位遥控装置计算出旋转调节信号后传给微控制器,微控制器根据旋转调节信号给万向旋转机构发出旋转指令,万向旋转机构把LED工矿灯的灯罩口旋转到指定的方向。 [0041] The automatic positioning instruction issued by the microcontroller to a remote control system, it is automatically positioned microcontroller automatic positioning signal to the remote control device, remote automatic positioning device to calculate the adjustment signal to the post-rotation microcontroller, the microcontroller according to rotating the adjustment signal to the gimbal rotation command issued by the rotation mechanism, the rotary joint mechanism to LED mining lamp shade rotated to the designated port.

[0042] 使用简单,智能化自动化程度高。 [0042] simple to use, highly intelligent automation. 万向旋转机构让LED工矿灯可以万向转动,只要安装好LED工矿灯后,对任意方向都可以调节,智能化和自动化程度高,自由度和人性化程度也较高。 Gimbal mechanism so that rotation of LED mining lamp can be universal rotation, as long as LED mining lamp installed, can be adjusted to any direction, a high degree of intelligence and automation, and human freedom higher degree.

[0043] 如果要想让已经安装好的一盏LED工矿灯的照射光面积变小,就通过遥控系统给微控制器发出张角变小的指令,推动机构向前推带动滑道圈向前移动,滑动圈向前移动带动反光罩的张角变小,从而缩小这盏LED工矿灯的照射光面积,满足用户对LED工矿灯缩小照射光面积的需要。 [0043] If already installed to get a light irradiation area of ​​LED mining lamp becomes smaller, an instruction is issued to the small opening angle the microcontroller via a remote control system, push means push forwardly the forward drive slide ring move, driven by the sliding collar moves forward opening angle of the reflector becomes small, thereby reducing the area of ​​the irradiation light of this lamp LED mining light, LED mining lamp satisfy user narrow light irradiation area required. 若照射光面积缩小后出现照射光亮度过强的情况,则通过遥控系统给微控制器发出减弱光亮的信号,微控制器根据指令减少LED芯片灯亮的个数,或者减弱供电电压来降低LED芯片灯的亮度,满足施工作业的灯光亮度需要。 If the irradiation area is reduced after irradiation light excessively strong light conditions, a dimming signal is issued to a remote control system by the microcontroller, the microcontroller reduce the number of bright light LED chip according to an instruction, or reduced to lower the supply voltage of the LED chip brightness of the lamp, the brightness of the light job to meet the needs of construction. 保护施工人员的眼睛。 Eye protection of construction workers.

[0044] 本实施例把反光罩用活动的反光板和伸缩片组成,通过遥控系统和微控制器控制推动机构,并让推动机构推动反光罩背面的滑动圈前后移动来控制反光罩张角的大小,进而控制光的照射面积大小,保证光照面积的大小在适合的范围内,减小光对周边环境的光污染。 [0044] The present embodiment of the reflector and the reflector with stretch film composed of active, controlled by remote means pushing systems and microcontrollers, and so that pushing means pushing back and forth movement of the sliding ring on the back of the reflector controls the opening angle of the reflector size, and thus the size of the irradiation area of ​​the control light, to ensure that the size of the illumination area in a suitable range, reducing light pollution to the surrounding environment. 本实施例结构简单,使用方便,散热效果好,光污染小。 This embodiment is simple to implement, easy to use, cooling effect, little light pollution.

[0045] 上面结合附图描述了本发明的实施方式,但实现时不受上述实施例限制,本领域普通技术人员可以在所附权利要求的范围内做出各种变化或修改。 [0045] The above described in conjunction with the accompanying drawings of embodiments of the invention, but not limit to achieve the above-described embodiments, those of ordinary skill in the art that various changes or modifications may be made within the scope of the appended claims.

Claims (1)

  1. 1.一种能均匀改变光照面积大小的智能LED工矿灯,其特征在于,LED工矿灯的反光罩(10)包括六块分别呈等腰梯形的反光板(8)、六块伸缩片(7)和一块呈正六边形的底板(12),所述反光板的底端铰链连接(9)在底板上,所述伸缩片和所述反光板间隔布置,且每块伸缩片连接在相邻两块反光板的相邻侧壁端上,并且底板的转角(16)与相应处的伸缩片正对连接; 在反光罩的外壁上滑动套设有滑动圈(5),在滑动圈内侧设有呈“T”形的滑轨(4),在每块反光板外壁上轴向设有与滑轨配合的滑槽出),滑轨滑动连接在滑槽内;在1^0工矿灯的灯体(11)上固定设有推动机构(2),所述推动机构的基座固定安装在LED工矿灯的散热器(1)外表面上;在滑动圈上均布连接有两根连接杆(3),推动机构的伸缩杆转动连接在两根连接杆上;推动机构带动滑动圈前后移动,滑动圈前后移动带动反光 A change uniformly intelligent LED mining lamp illumination area size, characterized in that the LED mining lamp reflector (10) comprises six reflecting plate (8) are respectively an isosceles trapezoid, six stretch panel (7 ) and a bottom plate form (12), a bottom end connected to the hinge (9) of the reflecting plate is a regular hexagon on the floor, the stretch sheet and the reflecting plate spaced, and each connected to the adjacent stretch sheet two adjacent reflector wall end, and the stretch panel angle (16) at the bottom of the respective positive connection; the outer wall of the reflector sleeve sliding a sliding ring (5), disposed inside the slide collar there was "T" shaped rail (4), the outer wall of each reflector is provided with an axial sliding fit a slide), the slide rail slidably connected in the chute; 1 ^ 0 mining lamp fixing the lamp body provided with the pushing means (2) (11), said moving the base means fixedly mounted on the outer surface of the heat sink LED mining lamp (1); on the slide ring is connected to two uniformly distributed connecting rods (3), pushing the telescopic rod mechanism is rotatably connected to two connecting rods; mechanism moves back and forth driven by pushing the slide rings, slide ring moves back and forth driven by reflecting 的张角大小变化; 在LED工矿灯的灯体上安装有一个万向旋转机构(28),在LED工矿灯上设有遥控系统(25)、微控制器(26)和自动定位遥控装置(27);所述推动机构的控制端、所述遥控系统和所述自动定位遥控装置的控制端分别与微控制器连接; 在底板上设有六个边沿散热孔(13)、三个中间散热孔(14)和一个中心散热孔(15),六个边沿散热孔均布设置在底板每边边沿的中心处,中心散热孔布置在底板的中心处,三个中间散热孔设置在中心散热孔和边沿散热孔之间的底板上,且三个中间散热孔均布设置在中心孔的四周;在底板上布置有若干个发光灯(17),每个发光灯的控制端与微控制器连接;所述发光灯包括六个边沿LED芯片灯(18)和三个中间LED芯片灯(19),六个边沿LED芯片灯布置在底板边沿的转角处,三个中间LED芯片灯布置在中心散热孔和边沿散热孔之间的底板上, The size of the opening angle variation; LED mining lamp body in the lamp is mounted a rotary joint mechanism (28), provided with a remote control system (25) in LED mining light, the microcontroller (26) and remote automatic positioning means ( 27); a control terminal of said pushing means, said remote control system and the remote control terminal automatic positioning means are connected to the microcontroller; with six edge cooling hole (13) on the base plate, three intermediate heat the center of the aperture (14) and a central cooling hole (15), six edge cooling holes are provided in the bottom plate on each side cloth edge, center cooling holes are arranged at the center of the bottom plate, the three intermediate cooling cooling holes disposed in the center bore and the upper edge of the bottom plate between the cooling holes, and the three intermediate cooling holes disposed uniformly distributed around the central hole; disposed on the base plate with a plurality of lamps (17), each of the light emission control terminal connected to the microcontroller ; lamp comprises six edge emitting LED chip lamp (18) and three intermediate chip LED lamp (19), six light LED chip is arranged at the edge of the corner edge of the bottom plate, the middle three LED chips disposed in the center of heat lamps between the holes and the edge cooling holes on the bottom plate, 三个中间LED芯片灯均布设置在中间散热孔的四周,中间LED芯片灯和中间散热孔间隔布置;所述六个边沿散热孔和所述六个边沿LED芯片灯在同一个外圆上,所述三个中间散热孔和所述三个中间LED芯片灯在同一个中间圆上,并且外圆的圆心和中间圆的圆心分别与中心散热孔的孔心重合;在LED工矿灯的散热器上分别设有与边沿散热孔、中间散热孔和中心散热孔匹配对应的导风孔(22),并且在导风孔上连接有呈螺旋状的开放式导风槽(23);在LED工矿灯的散热器上分别设有与边沿LED芯片灯和中间LED芯片灯匹配的导热柱(24),且导热柱与导风槽导热连成于一体;在反光罩内的底板上贴有一层透镜片(20),且LED芯片灯布置在透镜片和底板之间,并且在每个边沿散热孔、中间散热孔和中心散热孔对应处的透镜片上设有若干个小细孔(21); 能均匀改变光照面积大小的智能LED工 Three intermediate light LED chips disposed uniformly distributed around the middle of the thermal via, an intermediate and the intermediate light LED chips spaced cooling holes; and the six cooling hole rim edge of the six LED chips on the same outer lamp, the three intermediate cooling holes and the three intermediate light LED chips on the same intermediate circle and the outer circle center and the center of the circle center coincides with the center of the hole, respectively, the center of the cooling holes; heat sink in LED mining lamp the cooling holes are provided with an edge, and a center intermediate cooling holes cooling air guide hole (22) matches the corresponding hole, and connected with the open spiral guide duct (23) on the air guide hole; in LED mining LED chips are respectively provided with the rim and an intermediate lamp light LED chip matched thermally conductive rod (24) on the heat sink of the lamp, and the heat conducting column thermally connected to the wind guide groove in one of; the base layer of the lens reflector posted sheet (20), and the LED chip is disposed between the lamp and the lens base plate, and provided with a plurality of small pores (21) on each edge of the cooling holes, the intermediate cooling holes and cooling holes corresponding to the center of the lens sheet at; can changing the area size uniform illumination LED intelligent work 矿灯的使用方法为: 如果要想让已经安装好的一盏LED工矿灯的照射光面积增大,就通过遥控系统给微控制器发出张角增大的指令,推动机构向后拉带动滑道圈向后移动,滑动圈向后移动带动反光罩的张角变大,从而增大这盏LED工矿灯的照射光面积,满足用户对LED工矿灯增大照射光面积的需要;若照射光面积增大后出现光线变暗的情况,则通过遥控系统给微控制器发出增强光亮的信号,微控制器根据指令增加LED芯片灯亮的个数,或者增大供电电压来增加LED芯片灯的亮度,满足施工作业的灯光亮度需要; 如果要想让已经安装好的一盏LED工矿灯的照射光面积变小,就通过遥控系统给微控制器发出张角变小的指令,推动机构向前推带动滑道圈向前移动,滑动圈向前移动带动反光罩的张角变小,从而缩小这盏LED工矿灯的照射光面积,满足用户对LED工矿灯缩小 Use of lamp: if already installed to get a light irradiation area of ​​LED mining lamp is increased to increase the opening angle command issued by the remote control system to the microcontroller, pulled backward pushing mechanism driven chute ring moves backward, the slide ring driven rearward movement of the reflector opening angle becomes larger, thereby increasing the area of ​​the irradiation light of this lamp LED mining lamp, to meet the needs of the user increases the area of ​​the irradiation light of the LED mining lamp; if irradiation light area after the case is dark is increased, the emitted light signals enhanced through the remote control system to the microcontroller, the microcontroller increases the number of bright light LED chip according to an instruction, or the supply voltage is increased to increase the brightness LED lights, meet the construction work required lighting brightness; if already installed to get a light irradiation area becomes smaller LED mining lamp, an instruction is issued to the small opening angle the microcontroller via a remote control system, the pushing mechanism to push forward drive slide ring moves forward, the sliding collar moves forward driven reflector opening angle becomes small, thereby reducing the area of ​​the irradiation light of this lamp LED mining light, LED mining lamp satisfy user refine 射光面积的需要;若照射光面积缩小后出现照射光亮度过强的情况,则通过遥控系统给微控制器发出减弱光亮的信号,微控制器根据指令减少LED芯片灯亮的个数,或者减弱供电电压来降低LED芯片灯的亮度,满足施工作业的灯光亮度需要; 通过遥控系统给微控制器发出的自动定位指令,微控制器吧自动定位信号传给自动定位遥控装置,自动定位遥控装置计算出旋转调节信号后传给微控制器,微控制器根据旋转调节信号给万向旋转机构发出旋转指令,万向旋转机构把LED工矿灯的灯罩口旋转到指定的方向。 Light emitting area required; if after irradiation light irradiated area is reduced excessively strong light conditions, the remote control system is issued by the microcontroller to a dimming signal, the micro-controller reduces the number of bright light LED chip according to an instruction, or reduced power voltage is reduced brightness LED lamp to meet desired brightness light construction operations; automatic positioning instruction issued by the microcontroller to a remote control system, it is automatically positioned microcontroller automatic positioning signal to the remote control device, remote automatic positioning calculation means after rotational adjustment signal to the microcontroller, the microcontroller adjustment signal based on the rotation mechanism to the rotation joint rotation command issued, the rotary joint mechanism to LED mining lamp shade rotated to the designated port.
CN 201310444569 2013-09-23 2013-09-23 One kind of uniformly changing the size of the illumination area of ​​intelligent led mining lamp CN103511928B (en)

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CN202403194U (en) * 2011-11-24 2012-08-29 胡宇峰 Adjustable spotlight and floodlight assembly
CN203501061U (en) * 2013-09-23 2014-03-26 宁波凯耀电器制造有限公司 LED industrial and mineral lamp

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EP2730840B1 (en) * 2011-07-06 2017-06-14 LG Innotek Co., Ltd. Lighting device

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CN202403194U (en) * 2011-11-24 2012-08-29 胡宇峰 Adjustable spotlight and floodlight assembly
CN203501061U (en) * 2013-09-23 2014-03-26 宁波凯耀电器制造有限公司 LED industrial and mineral lamp

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