CN208652198U - A kind of controller and the intelligent power saving lamps and lanterns with controller - Google Patents

Abstract

The utility model discloses a kind of controllers, it is used for intelligent power saving lamps and lanterns, it includes a shell, the power drives mould group being fixed in the shell, the controller further includes being fixed on the inductive module and main control chip being electrically connected in the shell and with the power drives mould group, the inductive module includes radar inductor and ambient light sensor, the power drives mould group is the radar inductor, ambient light sensor and main control chip provide electric power, the main control chip handles the signal from the radar inductor and ambient light sensor and issues control signal to the intelligent power saving lamps and lanterns.The invention also discloses a kind of intelligent power saving lamps and lanterns with controller, the intelligent power saving lamps and lanterns save electric energy, power cost saving expenditure, to reduce production and living cost to the full extent.

Description

A kind of controller and the intelligent power saving lamps and lanterns with controller

Technical field

The utility model relates to a kind of energy-efficient lamps and lanterns and its controller more particularly to a kind of intelligent power saving lamps and lanterns and its controls Device processed.

Background technique

Traditional energy-saving lamp has the advantages that closer sunlight, ocular comfort degree are higher, and power consumption is only common white 20 or so the percent of vehement lamp is advocating energy saving today increasingly by the high praise of ordinary people, and use is very wide It is general.

Existing screw type energy-saving light is that lamps and lanterns are screwed into screw lamp holder, work as up time by screw thread dextrorotation clockwise When needle rotates, lamps and lanterns can be removed from lamp holder, be dismounted all more convenient.It is this relatively simple for structure practical, but be detrimental to Using electricity wisely needs artificial often switch.With the development of the city, the place of public illumination is increased, for example, square, residential building, Hotel, office building etc., these place often long-time bright lights, especially also long-time bright light when nobody, are unfavorable for saving About electric energy.In view of this, the energy-saving lamp for designing a kind of intelligent control has become the new issue of lamps and lanterns research staff.

Utility model content

It is existing to solve the technical problem to be solved by the present invention is to provide a kind of intelligent power saving lamps and lanterns and its controller Energy-saving lamp do not have intelligent control and not enough to greatest extent save electric energy the problem of.

To achieve the goals above, the technical solution of the utility model is: a kind of controller is used for intelligent power saving lamps and lanterns On comprising a shell, the power drives mould group being fixed in the shell, the controller further includes being fixed on the shell Inductive module and main control chip interior and be electrically connected with the power drives mould group, the inductive module include radar inductor with And ambient light sensor, the power drives mould group provide for the radar inductor, ambient light sensor and main control chip Electric power, the main control chip handle the signal from the radar inductor and ambient light sensor and issue control signal to institute State intelligent power saving lamps and lanterns.

Preferably, the inductive module further includes infrared receiver sensor, and the infrared receiver sensor receives to come from one The signal of remote controler setting.

Preferably, there are two springs for installation on the shell, can be installed to by controller described in the spring described On intelligent power saving lamps and lanterns.

Preferably, the controller further includes bottom cover and cover, and the bottom cover is mounted on the bottom of the shell, the face Lid is mounted on the top of the shell, and the power drives mould group, inductive module and main control chip are accommodated in the shell, bottom In the cavity of lid and cover composition.

To achieve the goals above, the utility model another solution is that provide a kind of intelligent power saving lamps and lanterns, wrap Light-emitting component is included, the intelligent power saving lamps and lanterns further include above-described controller, and the controller sends a signal to the hair Brightness and opening time when optical element is to adjust the unlatching of the light-emitting component, close and open.

The collaborative work by radar inductor and ambient light sensor on the controller of the utility model, for example, When the brightness of ambient enviroment is larger, which is substantially not turned on, only smaller in the brightness of ambient enviroment and radar sense When device being answered to detect mobile human body, lamps and lanterns can be just automatically turned on to provide illumination, when people leaves without illumination It waits, which is automatically closed lamps and lanterns within the set time, so that electric energy is saved to the full extent, power cost saving expenditure, from And reduce production and living cost；By the setting of the remote controler, the Intelligent lamp for being equipped with the controller has been played more preferably Power and energy saving effect reduce cost to save the expenditure of a large amount of electricity charge.

Detailed description of the invention

Below in conjunction with accompanying drawings and embodiments, the utility model is described in further detail, in attached drawing:

Fig. 1 is the exploded view of the controller of the intelligent power saving lamps and lanterns of the utility model.

Fig. 2 is the perspective view of the controller of the intelligent power saving lamps and lanterns of the utility model.

Fig. 3 is another perspective view of the controller of the intelligent power saving lamps and lanterns of the utility model.

Fig. 4 is the main view with the matching used remote controler of controller of the intelligent power saving lamps and lanterns of the utility model.

Fig. 5 is the left view of remote controler.

Specific embodiment

In order to be more clear the purpose of this utility model, technical solution and its technical effect, below in conjunction with attached drawing and tool The utility model is further described in body embodiment.It should be understood that specific embodiment party described in this specification Formula is not intended to limit the utility model just for the sake of explaining the utility model.

Referring to Figure 1 to Fig. 5, the utility model provides a kind of controller that Intelligent lamp uses 100, the controller 100 are mountable to the internal or external of Intelligent lamp, also mountable on wall or on ceiling.The controller exports pulse Width modulated (PWM) signal can effectively pass through plastics, glass and non-metal kind medium etc..The controller 100 can combine PWM tune The automatic switch and dimming function of light scheme realization Intelligent lamp.The controller 100 use 5.8G higher-frequency radar signal, induction away from From up to eight meters, meet Valuation Standard.Detection range, luminous sensitivity threshold, single order can be accurately arranged in the controller 100 by infrared remote control Brightness retention time, second order brightness retention time, second order brightness.

The controller 100 includes shell 10, which is fixed on four screws 30 on the shell 10 by bottom cover 20, Two springs 40 being mounted on the shell 10, the power drives mould group 50 being fixed in the shell 10 and are fixed on the shell The inductive module 60 being electrically connected in 10 and with the power drives mould group 50, the cover 70, Yi Jishe being fixedly connected with the shell 10 Set the main control chip 80 below the inductive module 60.The power drives mould group 50 and inductive module 60 be accommodated in the shell 10, In the cavity that bottom cover 20 and cover 70 form.The inductive module 60 includes radar inductor 62 (microwave radar), ambient light sensing Device 64 and infrared receiver sensor 66.By two springs 40, which can be installed to intelligent power saving lamps and lanterns On.

The microwave radar 62 uses 5.8 higher-frequency radar signals, and distance of reaction can reach three to eight meters.The controller 100 It can also be matched with a dedicated remote controler 200.The remote controler 200 sends infrared signal to the red of the controller 100 The signal received is sent to the main control chip 80, the main control chip by outer receiving sensor 66, the infrared receiver sensor 66 80 handle the signal to further control the light-emitting component on Intelligent lamp.

At work, the ambient light sensor 64 of the controller 100 detects the brightness of ambient light automatically, if around this The brightness of light is brighter and is more than the light luminance threshold value of setting, then the ambient light sensor 64 sends sensing signal and gives the master control Chip 80, the main control chip 80 send the signal for closing the lamps and lanterns, which will not open.Even if the microwave radar 62 senses Mobile signal, the lamps and lanterns still will not also be opened to provide illumination.If the brightness of the ambient light is darker and is lower than setting Light luminance threshold value, then the ambient light sensor 64, which senses, is sent to the main control chip 80, the main control chip after signal 80 send can with open signal, which will not also really open, until the microwave radar 62 sense mobile signal it Afterwards and the main control chip 80 is issued, just really opens the lamps and lanterns after the main control chip 80 processing, provide photograph for mobile object It is bright.

Fig. 4 is referred to, which matches with the controller 100, and the key pressed on the remote controler 200 can The parameter of the controller 100 is arranged.Such as: the first row key 201 of the remote controler 200 is test pattern, is from left to right divided It is not " Start ", " Exit ", " Default ", " Test ", respectively indicates " starting to test ", " exiting test ", " restores factory Be arranged ", the meaning of " test ".The second row key 202 of the remote controler 200 is the percentage of maximum distance of reaction.Restore factory The state of setting is: distance of reaction 100%, single order time 30S (second), second-order time 0, illumination 100lux (Lux).First press Under " Start " key, then press " Test " key and enter test pattern.In test pattern, distance of reaction 25%, single order time 3S (second), second-order time 0, luminous sensitivity threshold are closed.It presses " Exit " and exits test pattern.The second row key of the remote controler 200 202 be the percentage of radar maximum distance of reaction, i.e., when people is moved to the distance of reaction with radar horizon distance in setting, thunder Up to response, wherein 100% indicates maximum distance of reaction, and 25% indicates the 1/4 of maximum distance of reaction.The third of the remote controler 200 Row's key 203 is the single order brightness retention time, i.e., after radar response, retention time of the single order brightness change to second order brightness； Such as the single order retention time is set as " 5S ", after radar response, single order brightness is kept for 5 seconds, then changes to second level brightness. 4th row's key 204 of the remote controler 200 is the second order brightness retention time, i.e. retention time for extinguishing of second order brightness to lamp；Example If the single order time is set as " 5S ", second-order time is set as " 30S ", after radar response, single order brightness is kept for 5 seconds, adjustment It is kept for 30 seconds to second order brightness, lamps and lanterns then extinguished in 30 second time.5th row's key 205 of the remote controler 200 is that second order is bright Degree, i.e., from single order brightness, change to maintenance brightness when second order brightness；Such as " 50% " indicates the 1/2 of the power of entire lamps and lanterns. 6th row's key 206 of the remote controler 200 is luminous sensitivity threshold, i.e., when current illumination is less than setting brightness value, radar response.Its In, " OFF " key indicates to cancel photosensitive function, so that ambient light sensor does not work, that is to say, that the radar under any illumination It can respond.

200 infrared remote control of remote controler is arranged to: distance of reaction 100%, 5 seconds single order brightness retention times, second order are bright Degree keeps 30 seconds, second order brightness 20%, photosensitive 501ux.If the power of lamps and lanterns is 48W, when ambient light illumination is lower than 501ux When, in 3-8 meters radar inductor induction after open lamps and lanterns, at this time lamp power be 48W, single order brightness keep 5 seconds with Afterwards, 20% second order brightness of setting is changed to, the power of lamp is 9.6W at this time, keeps extinguishing with back light for 30 seconds in second order brightness.

If radar inductor has a triggering again within single order brightness 5 seconds, the clearing of delay in 5 seconds counts again, until with Last time triggers and is just adjusted to second order brightness after being delayed 5 seconds.If when second order brightness radar inductor has triggering, this When lamp adjusted immediately to single order brightness.

By the setting of the remote controler 200, the Intelligent lamp for being equipped with the controller 100 has played better power saving section Energy effect reduces cost to save the expenditure of a large amount of electricity charge.

By the collaborative work of radar inductor and ambient light sensor on the controller 100, for example, working as ambient enviroment Brightness it is larger when, which is substantially not turned on, and only smaller in the brightness of ambient enviroment and radar inductor detects When mobile human body, lamps and lanterns can be just automatically turned on to provide illumination, when people leaves without illuminating, the controller 100 are automatically closed lamps and lanterns within the set time, so that electric energy is saved to the full extent, power cost saving expenditure, to reduce life Production and living cost.

The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this Made any modifications, equivalent replacements, and improvements etc., should be included in the utility model within the spirit and principle of utility model Protection scope within.

Claims (5)

1. a kind of controller is used for intelligent power saving lamps and lanterns comprising a shell, the power drives being fixed in the shell Mould group, it is characterised in that: the controller further includes being fixed in the shell and being electrically connected with the power drives mould group Inductive module and main control chip, the inductive module include radar inductor and ambient light sensor, the power drives mould Group provides electric power for the radar inductor, ambient light sensor and main control chip, and the main control chip processing is from described The signal of radar inductor and ambient light sensor simultaneously issues control signal to the intelligent power saving lamps and lanterns.

2. a kind of controller according to claim 1, it is characterised in that: the inductive module further includes infrared receiver sensing Device, the infrared receiver sensor receive the signal being arranged from a remote controler.

3. a kind of controller according to claim 1, it is characterised in that: there are two springs for installation on the shell, pass through Controller described in the spring can be installed on the intelligent power saving lamps and lanterns.

4. a kind of controller according to claim 1, it is characterised in that: the controller further includes bottom cover and cover, institute The bottom that bottom cover is mounted on the shell is stated, the cover is mounted on the top of the shell, the power drives mould group, induction Mould group and main control chip are accommodated in the cavity of the shell, bottom cover and cover composition.

5. a kind of intelligent power saving lamps and lanterns comprising light-emitting component, it is characterised in that: the intelligent power saving lamps and lanterns further include that right is wanted Controller described in 1 to 4 any one is sought, the controller sends a signal to the light-emitting component to adjust the light-emitting component Unlatching, close and open when brightness and the opening time.