CN203464075U

CN203464075U - Sense-control stair light

Info

Publication number: CN203464075U
Application number: CN201320564513.6U
Authority: CN
Inventors: 杨海
Original assignee: SHANGHAI YACHIN LIGHTING APPLIANCE EQUIPMENTS CO Ltd
Current assignee: SHANGHAI YACHIN LIGHTING APPLIANCE EQUIPMENTS CO Ltd
Priority date: 2013-09-11
Filing date: 2013-09-11
Publication date: 2014-03-05
Anticipated expiration: 2023-09-11

Abstract

The utility model discloses a sense-control stair light which comprises an LED (light emitting diode) module, an LED driver module, a control module, an infrared control module, a brightness control module, a voice control module and a reflection module, wherein the input end of the LED module is connected with the output end of the LED driver module; the input end of the LED driver module is connected with the output end of the control module; the input end of the control module is connected with output ends of the infrared control module, the brightness control module and the voice control module; and the reflection module is arranged on a wall and is in wireless connection with the infrared control module. The sense-control stair light adopts various sense-control modes, the brightness control module ensures that the stair light cannot be powered on with presence of light, and electrical energy waste is avoided; a double-insurance mechanism is achieved through the infrared control module and the voice control module, and different from the traditional double satisfaction mode, the sense-control stair light can be powered on when one condition is satisfied; and meanwhile, the reflection module is arranged to enhance the sensitivity of sense control, and the stability of the infrared control module is increased.

Description

A kind of sense control stair light

Technical field

The utility model relates to LED lamp technical field, is specifically related to a kind of sense control stair light.

Background technology

Sense control stair light has almost been popularized most resident's floor now, and he can, by the sense control device arranging, will light in the time of resident's process, in the time of nobody, will extinguish, very energy-conserving and environment-protective, its working life has also obtained prolongation simultaneously, and cost has obtained reduction.Sense control techniques was gone back imperfection at that time, and therefore sense control stair light also has many defects to exist.

In prior art, we find that sense control stair light is significantly progressive, and in order to improve the effect of sense control, some technology are by increasing plural sense control system to reach the malfunctioning problem that causes light fixture Chang Liang of sense control; Some technology, by increasing the quantity of LED light fixture, reach the effect of energy-saving adjusting.

But these technology have all been ignored an important problem, that be exactly his the most basic mission of sense control stair light be not energy-conservation, but illumination.In real life, owing to having added too much sense control equipment, once cause certain parts damages, stair light has just lost effect, and because link up difficulty between resident and property, being easy to will one drag is exactly that some months just can keep in repair, this is unwilling beyond doubt to see concerning resident, therefore the condition that the increase sense control that we not only should be not too much triggers also should reduce as far as possible.Can or can not but problem has had again, if once untie this restriction, lose on the contrary the energy-conservation effect of stair light, have become normal bright state? so how to design a kind of more hair-trigger sense prosecutor formula, become a problem.

Utility model content

The purpose of this utility model is LED shot-light to improve, and a kind of new removably while is provided and strengthens its heat sinking function to overcome the existing above-mentioned shortcoming and defect of prior art.

The technical problem of the required solution of the utility model, can be achieved through the following technical solutions:

A kind of sense control stair light, comprise: LED module, LED driver module, control module, infrared control module, brilliance control module, Sound control module and reflecting module, it is characterized in that: the input of described LED module is connected with the output of LED driver module, the input of described LED driver module is connected with the output of control module, the input of described control module and infrared control module, brilliance control module is connected with the output of sound control module, described reflecting module is located on wall, described reflecting module and the wireless connections of infrared control module.

Further, described infrared control module comprises infra-red ray transmitting unit and infrared receiver unit, described infra-red ray transmitting unit and infrared receiver unit are arranged at respectively the two ends of LED fluorescent tube, described infra-red ray transmitting unit and infrared receiver unit are towards outer incline, be " eight " font structure, the emission angle of described infra-red ray transmitting unit is 30 ° to 45 °, ground level direction, by infrared ray and reflecting module wireless connections.

Further, described lamp body bottom is comprised of electrical light socket of sending light, described LED module comprises: LED fluorescent tube, lampshade and base, described LED fluorescent tube is connected with LED driver module, described lampshade is circle cover type structure, and described lampshade is connected with base, and described LED fluorescent tube is located at base central authorities, described brilliance control module and sound control module are located at outside lampshade, and described brilliance control module is connected with base with sound control module.

Further, described control module comprises: preset data unit, switch element and receiving element, the input of described preset data unit is connected with the output of receiving element, the input of described switch element is connected with the output of preset data unit, and the input of described receiving element is connected with infrared control module, brilliance control module, Sound control module.

Further, described reflecting module is located at the wall place at floor crossing, and described reflecting module comprises from outside to inside successively: protective layer, reflecting layer and cementing layer.

The beneficial effects of the utility model:

The utility model adopts multiple sense control pattern, and brilliance control module guarantees that stair light can not start when having light, and electric energy avoids waste; Infrared control module and sound control module realize dual fail-safe mechanism, traditional stair light must meet all conditions and just can start, the utility model is meeting under the prerequisite of brilliance control module, as long as meet infrared control module and sound control module is wherein a kind of just can start stair light.

In order to increase the sensitivity of sense control, reflecting module is set, resident only needs handle to be placed on the condition that can trigger infrared control module above, has increased the job stability of infrared control module simultaneously.

Accompanying drawing explanation

Fig. 1 is principle framework figure of the present utility model.

Fig. 2 is overall structure figure of the present utility model.

Fig. 3 is reflecting module structure chart.

Fig. 4 A is the irradiating angle figure of conventional red outside line sense control lamp.

Fig. 4 B is the ultrared irradiating angle figure of the utility model.

Reference numeral:

LED module 100, LED driver module 200, control module 300, infrared control module 400, brilliance control module 500, Sound control module 600 and reflecting module 700.

LED fluorescent tube 110, lampshade 120 and base 130.

Preset data unit 310, switch element 320 and receiving element 330.

Infra-red ray transmitting unit 410 and infrared receiver unit 420.

Protective layer 710, reflecting layer 720 and cementing layer 730.

The specific embodiment

Below in conjunction with specific embodiment, the utility model is done to progressive explanation.Should be understood that following examples are only for the utility model is described but not for limiting scope of the present utility model.

Embodiment 1

Fig. 1 is that principle framework figure of the present utility model, Fig. 2 are that whole inner structure figure, Fig. 4 A that whole external structure figure of the present utility model, Fig. 3 are utility model are that irradiating angle figure and Fig. 4 B of conventional red outside line sense control lamp is the ultrared irradiating angle figure of the utility model.

As shown in Figure 1, a kind of sense control stair light, comprise: LED module 100, LED driver module 200, control module 300, infrared control module 400, brilliance control module 500, Sound control module 600 and reflecting module 700, it is characterized in that: the input of LED module 100 is connected with the output of LED driver module 200, the input of LED driver module 200 is connected with the output of control module 300, input 300 and the infrared control module 400 of control module, brilliance control module 500 is connected with the output of sound control module 600, reflecting module 700 is located on wall, reflecting

module

700 and 400 wireless connections of infrared control module.

As shown in Figure 2, infrared control module 400 comprises: infra-red ray transmitting unit 410 and infrared receiver unit 420, infra-red ray transmitting unit 410 and infrared receiver unit 420 are arranged at respectively the two ends of LED fluorescent tube (110), infra-red ray transmitting unit 410 and infrared receiver unit 420 are towards outer incline, be " eight " font structure, the emission angle of infra-red ray transmitting unit 410 is 30 ° to 45 °, ground level direction, by infrared ray and reflecting module 700 wireless connections.During non-working condition, infra-red ray transmitting unit 410 meeting directive reflecting module 700, then reflecting module 700 meeting reflected infrared raies, to infrared receiver unit 420, so just do not meet the unlocking condition of stair light, and LED fluorescent tube 110 just can not light; When needs are used, resident can be placed on hand reflecting module 700, and infrared ray just can not be reflected back infrared receiver unit 420 like this, has met the unlocking condition of stair light, and LED fluorescent tube 110 will light.

As shown in Figure 3, wherein, reflecting module 700 is located at the wall place at floor crossing, and reflecting module 700 comprises from outside to inside successively: protective layer 710 reflecting layer 720 and cementing layer 730.Cementing layer 730 one sides are bonding with wall; another side is connected with 720 bottom surfaces, reflecting layer; the surface coverage in reflecting layer 720 has layer protective layer 710; protective layer 710 and reflecting layer 720 bonding connections, but this bonding connection is separable, and the effect of protective layer 710 is exactly to prevent that dust from affecting reflecting effect; separable connected mode is convenient to change protective layer exactly; and this design cost is cheap, easy and simple to handle, resident oneself can complete.

LED module 100 comprises: LED fluorescent tube 110, lampshade 120 and base 130, LED fluorescent tube 110 is connected with LED driver module 200, lampshade 120 is circle cover type structure, lampshade 120 is connected with base 130, LED fluorescent tube 110 is located at base 130 central authorities, brilliance control module 500 and sound control module 600 are located at outside lampshade 120, and brilliance control module 500 is connected with base 130 with sound control module 600.Design makes the brightness data that receives surrounding and the voice data that brilliance control module 500 and sound control module 600 can be sensitiveer like this.

As shown in Figure 1, control module 300 comprises: preset data unit 310, switch element 320 and receiving element 330, the input of preset data unit 310 is connected with the output of receiving element 330, the input of switch element 320 is connected with the output of preset data unit 310, and the input of receiving element 330 is connected with infrared control module 400, brilliance control module 500, Sound control module 600.Infrared control module 400 is compared by data transmission in network telephony the brightness data receiving, Sound control module 600 infrared reflection situation, brilliance control module 500 to preset data unit 310, then preset data unit 310 converts the feedback information after processing to switching signal again, again switching signal is transferred to switch element 320, switch element 320 makes LED fluorescent tube 110 and power supply be communicated with again, lightening LED lamp pipe 110.

As shown in Figure 4 A and 4 B shown in FIG., the utility model has been compared following variation with conventional art.First be the change of trigger condition, conventional art is to be required to meet all trigger conditions just to understand bright light, the utility model is to meet under the prerequisite of brilliance control module 500, only need meet a kind of of infrared control module 400 or Sound control module 600.The reason of the sense control module that selects a sound is, sound sense control has the life-span long, and cost is lower feature also, and almost all sense control stair light all can be adopted in this way as mainly feeling prosecutor formula on the market.But it is low that his shortcoming is sensitivity, old man's sound module because sound too gently just has no idea to trigger probably just upstairs time, and poor stability, usually can be malfunctioning.Therefore the utility model has adopted again infrared ray sense control module 400 on the basis of sound sense control.

In conventional art, infrared ray sense control is that then, infrared ray will produce diffuse reflection after encountering human body by scope reflected infrared ray down, and then received device receives this information, thus trigger control module.But this mode has many shortcomings, first infrared ray has certain coverage, is generally about 1 meter 5 to 2 meters, if run into child's stair activity, probably just cannot be arrived by infrared induction.Some caps or the material of clothing can't reflect infrared ray simultaneously, although cause having people through can't trigger condition.Therefore the utility model Fan Qi road and go, will not receive infrared ray as the condition of triggering, but will not receive infrared ray as condition.When inoperative, be designed with the special reflected infrared ray of reflecting module 700, infrared receiver unit 420 receives trigger condition not just of infrared ray.Once there be people to be placed in reflecting module 700, just interdicted ultrared reflection, condition is triggered, and due to the restriction of reflection angle, causes human body can not become reflector.

Above the specific embodiment of the present utility model is illustrated, but the utility model is as limit, only otherwise depart from aim of the present utility model, the utility model can also have various variations.

Claims

1. stair light is controlled in a sense, comprise: LED module (100), LED driver module (200), control module (300), infrared control module (400), brilliance control module (500), Sound control module (600) and reflecting module (700), it is characterized in that: the input of described LED module (100) is connected with the output of LED driver module (200), the input of described LED driver module (200) is connected with the output of control module (300), the input of described control module (300) and infrared control module (400), brilliance control module (500) is connected with the output of sound control module (600), described reflecting module (700) is located on wall, described reflecting module (700) and infrared control module (400) wireless connections.

2. a kind of sense control stair light according to claim 1, it is characterized in that: described infrared control module (400) comprising: infra-red ray transmitting unit (410) and infrared receiver unit (420), described infra-red ray transmitting unit (410) and infrared receiver unit (420) are arranged at respectively the two ends of LED fluorescent tube (110), described infra-red ray transmitting unit (410) and infrared receiver unit (420) are towards outer incline, be " eight " font structure, the emission angle of described infra-red ray transmitting unit (410) is 30 ° to 45 °, ground level direction, by infrared ray and reflecting module (700) wireless connections.

3. a kind of sense control stair light according to claim 1, it is characterized in that: described LED module (100) comprising: LED fluorescent tube (110), lampshade (120) and base (130), described LED fluorescent tube (110) is connected with LED driver module (200), described lampshade (120) is circle cover type structure, described lampshade (120) is connected with base (130), described LED fluorescent tube (110) is located at base (130) central authorities, described brilliance control module (500) and sound control module (600) are located at outside lampshade (120), described brilliance control module (500) is connected with base (130) with sound control module (600).

4. a kind of sense control stair light according to claim 1, it is characterized in that: described control module (300) comprising: preset data unit (310), switch element (320) and receiving element (330), the input of described preset data unit (310) is connected with the output of receiving element (330), the input of described switch element (320) is connected with the output of preset data unit (310), the input of described receiving element (330) and infrared control module (400), brilliance control module (500), Sound control module (600) connects.

5. a kind of sense control stair light according to claim 1; it is characterized in that: described reflecting module (700) is located at the wall place at floor crossing, described reflecting module (700) comprises from outside to inside successively: protective layer (710), reflecting layer (720) and cementing layer (730).