CN201414245Y - Circuit assembly for controlling a plurality of lighting assemblies to light sequentially - Google Patents
Circuit assembly for controlling a plurality of lighting assemblies to light sequentially Download PDFInfo
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- CN201414245Y CN201414245Y CN2009201576145U CN200920157614U CN201414245Y CN 201414245 Y CN201414245 Y CN 201414245Y CN 2009201576145 U CN2009201576145 U CN 2009201576145U CN 200920157614 U CN200920157614 U CN 200920157614U CN 201414245 Y CN201414245 Y CN 201414245Y
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Abstract
The utility model provides a circuit component for controlling a plurality of light emitting components to emit light sequentially, which is embedded into an object. The circuit component comprises Nlight emitting components, a actuating switch, a controller, a battery, and waterproof housing, wherein N is a positive integral larger than 2. Moreover, each light emitting component comprises a first LED and a second LED. The actuating switch can sense movement of the object to generate control signal. The controller is electrically connected to the actuating switch, while the controller is electrically connected to each light emitting component in order to control the first LED and the second LED of each light emitting component. When the control signal is received by the controller, the controller selectively drives the first LED and the second LED of each light emitting component, so that N light emitting components emit light according to at least one light emitting sequence.
Description
Technical field
The utility model is about a kind of circuit unit (Circuit device), and especially, is used for controlling the luminous in regular turn circuit unit of several luminescence components (Light-emitting device) about a kind of.
Background technology
Not enough illumination is unfavorable for nocturnalism very much, and is easy to generate problems such as being difficult for identification or fail safe.People jogged or may be because not enough illumination and by Vehicular impact by bike the time at night.In addition, during as if the street lamp luminance shortage, may just can't carry out ball game in the place of Night Service.Therefore, exploitation can improve nocturnalism safety, and the device that nocturnalism can be carried out smoothly has its necessity.
Because above-mentioned security consideration, multiple footwear with luminescence component have been asked the city.This kind footwear generally comprise at least one light source, and (Light-emitting diode LED), an electric power source, as a battery, and a switch (Switch), is used for this battery is connected to this light source, triggers this light source luminescent with guiding electric power as light-emitting diode.
In addition, this switch can be for a simple hand switch, and as U.S. Patent number the 4th, 158, No. 922 disclosed.This switch also can be for a mercoid switch (Mercury switch), and in this mercoid switch, a mercury ball can be along with action scroll forward and backward in a tubing string that is arranged between pair of electrodes of user.Description about this mercoid switch sees also, as U.S. Patent number the 4th, 848, and No. 009 disclosed content.In addition, this switch also can be a pressure-responsive switch (Pressure responsive switch), and it can respond the weight that this user applies and open or close, for example, and at U.S. Patent number the 5th, 285, disclosed in No. 586.In addition, as U.S. Patent number the 5th, 408, No. 764 disclosed, and this switch can be a snap switch (Spring switch), and it can shake back and forth to form or to interrupt and the contacting an of electrode.
In order to provide illumination in the mode of saving the energy, these luminescence components should be able to suitably be unlocked or be closed, but not continue to open.In addition, for avoiding aforesaid assembly to make moist and stained, thereby prolong the life-span of these assemblies, the system in package (System-in-package) of this battery, this switch and this LED control circuit is had its necessity.
Summary of the invention
Therefore, the utility model purpose is, a kind of luminous in regular turn circuit unit of several luminescence components that is used to control is provided, and it has closely and succinctly, provides powerful illumination in the mode of saving the energy.
Be used to control the luminous in regular turn circuit unit of several luminescence components according to the utility model is a kind of, it is characterized in that this circuit unit comprises:
N luminescence component, N is the positive integer greater than 2, each luminescence component comprises a packaging body, a lead group, one first light-emitting diode and one second light-emitting diode, this first light-emitting diode and this second light-emitting diode place in this packaging body, and this lead group is electrically connected to this first light-emitting diode and this second light-emitting diode;
One produces the actuation switch of a control signal in order to the induction object action, conduction is connected in this first light-emitting diode and this second light-emitting diode that optionally drives this each luminescence component, makes this N luminescence component controller luminous according at least one light sequences;
This controller conduction is connected to this lead group of each luminescence component;
One in order to optionally regulate according to sound, light or intensity of pressure induction result this first light-emitting diode of this controller drives and this second light-emitting diode according to the luminous by-pass cock of the corresponding light sequences of this induction result, conduct electricity and be connected to this controller;
One is used to provide the required electric supply of this circuit unit, and conduction is connected to this controller and described light-emitting diode; And
One is sealed in the waterproof case of one first end outside of this lead group of this actuation switch, this controller, this battery and each luminescence component.
Wherein, this of each luminescence component first light-emitting diode is a red light-emitting diode, and this second light-emitting diode of each luminescence component is a blue light-emitting diode.
Wherein, this power supply comprises the 3V lithium battery of two series connection, and the positive pole of this serial lithium battery is connected to the positive terminal of this first light-emitting diode and this second light-emitting diode.
Wherein, this circuit unit comprises one first luminescence component, one second luminescence component and one the 3rd luminescence component, and this light sequences is: first light-emitting diode of first light-emitting diode of this first luminescence component, first light-emitting diode of this second luminescence component, the 3rd luminescence component, second light-emitting diode of this first luminescence component, second light-emitting diode of this second luminescence component, second light-emitting diode of the 3rd luminescence component.
Wherein, this circuit unit comprises one first luminescence component, one second luminescence component and one the 3rd luminescence component, and this light sequences is: first light-emitting diode of first light-emitting diode of this first luminescence component, first light-emitting diode of this second luminescence component, the 3rd luminescence component, second light-emitting diode of the 3rd luminescence component, second light-emitting diode of this second luminescence component, second light-emitting diode of this first luminescence component.
Wherein, this circuit unit comprises one first luminescence component, one second luminescence component and one the 3rd luminescence component, and this light sequences is: first light-emitting diode of first light-emitting diode of this first luminescence component, second light-emitting diode of this second luminescence component, the 3rd luminescence component, second light-emitting diode of this first luminescence component, first light-emitting diode of this second luminescence component, second light-emitting diode of the 3rd luminescence component.
Wherein, this circuit unit comprises one first luminescence component, one second luminescence component and one the 3rd luminescence component, and this light sequences is: first light-emitting diode of first light-emitting diode of this first luminescence component, second light-emitting diode of this first luminescence component, this second luminescence component, second light-emitting diode of this second luminescence component, first light-emitting diode of the 3rd luminescence component, second light-emitting diode of the 3rd luminescence component.
Wherein, this of each luminescence component first light-emitting diode is a red light-emitting diode, and this second light-emitting diode of each luminescence component is a green light LED.
Wherein, this power supply comprises the lithium battery of a 3V, and the positive pole of this 3V lithium battery is connected to the positive terminal of this first light-emitting diode and this second light-emitting diode.
Wherein, this circuit unit comprises one first luminescence component, one second luminescence component and one the 3rd luminescence component, and this light sequences is: first light-emitting diode of first light-emitting diode of this first luminescence component, first light-emitting diode of this second luminescence component, the 3rd luminescence component, second light-emitting diode of this first luminescence component, second light-emitting diode of this second luminescence component, second light-emitting diode of the 3rd luminescence component.
Wherein, this circuit unit comprises one first luminescence component, one second luminescence component and one the 3rd luminescence component, and this light sequences is: first light-emitting diode of first light-emitting diode of this first luminescence component, first light-emitting diode of this second luminescence component, the 3rd luminescence component, second light-emitting diode of the 3rd luminescence component, second light-emitting diode of this second luminescence component, second light-emitting diode of this first luminescence component.
Wherein, this circuit unit comprises one first luminescence component, one second luminescence component and one the 3rd luminescence component, and this light sequences is: first light-emitting diode of first light-emitting diode of this first luminescence component, second light-emitting diode of this second luminescence component, the 3rd luminescence component, second light-emitting diode of this first luminescence component, first light-emitting diode of this second luminescence component, second light-emitting diode of the 3rd luminescence component.
Wherein, this circuit unit comprises one first luminescence component, one second luminescence component and one the 3rd luminescence component, and this light sequences is: first light-emitting diode of first light-emitting diode of this first luminescence component, second light-emitting diode of this first luminescence component, this second luminescence component, second light-emitting diode of this second luminescence component, first light-emitting diode of the 3rd luminescence component, second light-emitting diode of the 3rd luminescence component.
Wherein, this is to liking shoes, a clothing, a handbag, a knapsack or capful.
Wherein, this waterproof case is formed by injection molding resin or plastics.
Wherein, this waterproof case upper plastic cover of comprising plastic containers and combining with these plastic containers.
Wherein, this waterproof case is formed by these plastic containers and the fusion of this upper plastic cover.
Wherein, this upper plastic cover by ultrasonic wave or laser be blended in these plastic containers around.
Wherein, this by-pass cock is an optical switch or a sound inductive switch.
In view of the above, the utility model has reached closely and is succinct, and saves the beneficial effect of the energy.This circuit unit can be applied to provide enough and eye-catching illumination on the object of any needs easily in addition, to promote safety or enjoyment.
Can be further understood by the following detailed description and accompanying drawings about advantage of the present utility model and spirit.
Description of drawings
Fig. 1 is the circuit unit of a specific embodiment of the present utility model.
Fig. 2 is the functional-block diagram according to the of the present utility model one concrete circuit unit of implementing.
Fig. 3 is that circuit unit of the present utility model is arranged at the schematic diagram on the shoes.
Embodiment
Preferred specific embodiment of the present utility model and practical application example below will be described in detail in detail, prove absolutely feature of the present utility model, spirit and advantage thus.
See also Fig. 1.Fig. 1 is the stereogram according to the circuit unit of a specific embodiment of the present utility model.This circuit unit (Circuit device) 1 can embed in the object (not shown), and this circuit unit 1 comprises N luminescence component 11, and activates switch (Motion-actuated switch) 13, one controller (Controller) 15, a power supply 17 and a waterproof case (Water-proof enclosure) 19, and N is the positive integer greater than 2.
In this specific embodiment, N equals 3, and these 3 luminescence components 11 are respectively one first luminescence component 112, one second luminescence component 114 and one the 3rd luminescence component 116.With this first luminescence component 112 is example, and these luminescence components comprise one first light-emitting diode (Diode) 1122, one second light-emitting diode 1124, a packaging body 1126 and a lead group 1128.This first light-emitting diode 1122 and this second light-emitting diode 1124 place in this packaging body 1126, and this lead group 1128 is electrically connected to this first light-emitting diode 1122 and this second light-emitting diode 1124.When these light-emitting diodes are listed as when luminous in regular turn, can produce significant pattern, noticeable.
In actual applications, these first light-emitting diodes and second light-emitting diode can be red light-emitting diode, blue light-emitting diode, green light LED, Yellow light emitting diode or other light-emitting diode that is fit to.
Embed in this object according to this waterproof case 19 of the present utility model, be used for sealing one first end of this actuation switch 13, this controller 15, this power supply 17 and this lead group of each luminescence component 11, guaranteeing that this circuit unit 1 does not make moist, is difficult for oxidation or dirty, and therefore can prolong useful life of this circuit unit 1.Further, as shown in Figure 1, the upper plastic cover 192 that this waterproof case 19 comprises plastic containers 194 and combines with these plastic containers 194.And this waterproof case can by ultrasonic wave (Supersonic wave) or laser (Laser) merges these plastic containers 194 and this upper plastic cover 192 forms.In addition, in practical application, this waterproof case also can resin (Resin) or plastics (Plastic) form by injection moulding (Injection molding).
This actuation switch 13 can be responded to an action of this object, is used for producing a control signal.In addition, this controller 15 is electrically connected to this actuation switch 13, and this controller 15 is electrically connected to this lead group of each luminescence component 11 to control this first light- emitting diode 1122,1142,1162 and this second light- emitting diode 1124,1144,1164 of each luminescence component.When this controller 15 receives this control signal, this controller 15 optionally drives this first light- emitting diode 1122,1142,1162 and this second light- emitting diode 1124,1144,1164 of this each luminescence component 11, makes this N luminescence component 11 luminous according at least one light sequences.
In addition, this power supply 17 is used to provide the required electric power of this circuit unit 1.In actual applications, when this first light-emitting diode is a red light-emitting diode, and this second light-emitting diode is when being a blue light-emitting diode, and this power supply comprises the lithium battery series connection of two 3V, and therefore the voltage of 6V is provided altogether.And the positive pole of this serial lithium battery is connected to the positive terminal of this first light-emitting diode and this second light-emitting diode.This design is because blue light-emitting diode needs bigger voltage could drive that it is luminous.
In actual applications, when this first light-emitting diode is a red light-emitting diode, and this second light-emitting diode of each luminescence component is when being a green light LED, this power supply comprises the lithium battery of a 3V, and the positive pole of this 3V lithium battery is connected to the positive terminal of this first light-emitting diode and this second light-emitting diode.This design is that therefore only needing the lithium battery of 3V is enough driven for emitting lights because the required driving voltage of red light-emitting diode and green light LED is lower.
See also following table, list several light sequences of the luminescence component 11 of Fig. 1 in the table, so that more detailed description the utility model.
The sequence numbering sequence content
Sequence 1 (R) 1122-(R) 1142-(R) 1162-(B) 1124-(B) 1144-(B) 1164
Sequence 2 (B) 1124-(B) 1144-(B) 1164-(R) 1122-(R) 1142-(R) 1162
Sequence 3 (R) 1122-(R) 1142-(R) 1162-(B) 1164-(B) 1144-(B) 1124
Sequence 4 (B) 1124-(B) 1144-(B) 1164-(R) 1162-(R) 1142-(R) 1122
Sequence 5 (R) 1122-(B) 1124-(R) 1142-(B) 1144-(R) 1162-(B) 1164
Sequence 6 (B) 1124-(R) 1122-(B) 1144-(R) 1142-(B) 1164-(R) 1162
Sequence 7 (R) 1122-(B) 1144-(R) 1162-(B) 1124-(R) 1142-(B) 1164
Sequence 8 (B) 1124-(R) 1142-(B) 1164-(R) 1122-(B) 1144-(R) 1162
In addition, here be that first light- emitting diode 1122,1142,1162 with these luminescence components is red light-emitting diode R and second light- emitting diode 1124,1144,1164 of these luminescence components is that blue light-emitting diode B is an example.As above the table shown in, the light sequences of this luminescence component 11 can for:
Sequence 1: the second light-emitting diode B1164 of the second light-emitting diode B1144-the 3rd luminescence component 116 of second this second luminescence component 114 of light-emitting diode B1124-of first this first luminescence component 112 of light-emitting diode R1162-of the first light-emitting diode R1142-the 3rd luminescence component 116 of first this second luminescence component 114 of light-emitting diode R1122-of this first luminescence component 112.
Sequence 2: the first light-emitting diode R1162 of the first light-emitting diode R1142-the 3rd luminescence component 116 of first this second luminescence component 114 of light-emitting diode R1122-of second this first luminescence component 112 of light-emitting diode B1164-of the second light-emitting diode B1144-the 3rd luminescence component 116 of second this second luminescence component 114 of light-emitting diode B1124-of this first luminescence component 112.
Sequence 3: the second light-emitting diode B1124 of second this first luminescence component 112 of light-emitting diode B1144-of second this second luminescence component 114 of light-emitting diode B1164-of the first light-emitting diode R1162-the 3rd luminescence component 116 of the first light-emitting diode R1142-the 3rd luminescence component 116 of first this second luminescence component 114 of light-emitting diode R1122-of this first luminescence component 112.
Sequence 4: the first light-emitting diode R1122 of first this first luminescence component 112 of light-emitting diode R1142-of first this second luminescence component 114 of light-emitting diode R1162-of the second light-emitting diode B1164-the 3rd luminescence component 116 of the second light-emitting diode B1144-the 3rd luminescence component 116 of second this second luminescence component 114 of light-emitting diode B1124-of this first luminescence component 112.
Sequence 5: the second light-emitting diode B1164 of the first light-emitting diode R1162-the 3rd luminescence component 116 of the second light-emitting diode B1144-the 3rd luminescence component 116 of first this second luminescence component 114 of light-emitting diode R1142-of second this second luminescence component 114 of light-emitting diode B1124-of first this first luminescence component 112 of light-emitting diode R1122-of this first luminescence component 112.
Sequence 6: the first light-emitting diode R1162 of the second light-emitting diode B1164-the 3rd luminescence component 116 of the first light-emitting diode R1142-the 3rd luminescence component 116 of second this second luminescence component 114 of light-emitting diode B1144-of first this second luminescence component 114 of light-emitting diode R1122-of second this first luminescence component 112 of light-emitting diode B1124-of this first luminescence component 112.
Sequence 7: the second light-emitting diode B1164 of the first light-emitting diode R1142-the 3rd luminescence component 116 of second this second luminescence component 114 of light-emitting diode B1124-of first this first luminescence component 112 of light-emitting diode R1162-of the second light-emitting diode B1144-the 3rd luminescence component 116 of first this second luminescence component 114 of light-emitting diode R1122-of this first luminescence component 112.
Sequence 8: the first light-emitting diode R1162 of the second light-emitting diode B1144-the 3rd luminescence component 116 of first this second luminescence component 114 of light-emitting diode R1122-of second this first luminescence component 112 of light-emitting diode B1164-of the first light-emitting diode R1142-the 3rd luminescence component 116 of second this second luminescence component 114 of light-emitting diode B1124-of this first luminescence component 112.
Note that above-mentioned light sequences only is explanation several embodiment of the present utility model, light sequences of the present utility model can be any other suitable light sequences, and is not limited to above-mentioned light sequences.
See also Fig. 2, Fig. 2 draws the functional-block diagram according to the of the present utility model one concrete circuit unit of implementing.As shown in Figure 2, this circuit unit 1 further comprises a by-pass cock (Regulating switch) 16 except that aforesaid this action actuation switch 13, this controller 15 and this battery 17.And, prestore several light sequences in this controller 15.This by-pass cock 16 is electrically connected to this controller 15, and it is luminous according to a light sequences in these several light sequences to be used for optionally regulating these controller 15 these first light-emitting diodes of driving and this second light-emitting diode.
In actual applications, this by-pass cock can be a manual switch (Manual switch), and manually sets this first light-emitting diode and this second light-emitting diode is luminous according to a light sequences by this user.In actual applications, this by-pass cock can be a sound inductive switch (Sound switch), regulates this first light-emitting diode and this second light-emitting diode is luminous according to which light sequences by the change of induction intensity of sound.In actual applications, this by-pass cock can be a pressure-sensitive switch (Pressure switch), is used for regulating this first light-emitting diode of this controller drives and this second light-emitting diode is luminous according to a light sequences in these several light sequences according to its stressed size.
In addition, in practical application, this by-pass cock can be an optical switch (Optical switch), as a photo resistance (Light-sensitive resistor), this optical switch can be regulated this first light-emitting diode and this second light-emitting diode is luminous according to which light sequences by the change of induction ambient light intensity.For example, when ambient light intensity was strong, as daytime, this by-pass cock can be regulated this first light-emitting diode of this controller drives and this second light-emitting diode according to one first light sequences, and as above the sequence 1 shown in the table is luminous; And when ambient light intensity was more weak, as at dusk, this by-pass cock can be regulated this first light-emitting diode of this controller drives and this second light-emitting diode according to one second light sequences, and the sequence 3 shown in last the showing is luminous; In addition, when ambient light intensity was extremely weak, as night, this by-pass cock can be regulated this first light-emitting diode of this controller drives and this second light-emitting diode according to one second light sequences, and the sequence 5 shown in last the showing is luminous.
According to this object of the present utility model can be but be not subject to shoes, as playshoes, sport footwear and leather shoes etc.; Clothing is as jacket, vest, raincoat and sweat shirt etc.; Accessory is as handbag, knapsack, wrist-watch, belt and cap etc.See also Fig. 3, Fig. 3 draws this circuit unit of the present utility model and is arranged at schematic diagram on the shoes 3.As shown in Figure 3, this luminescence component 11 is set at the footwear root position 322 of this sole 32, and this waterproof case 19 with and each inner assembly be set at the position, the back side 34 of these shoes 3.When the user walking of wearing these shoes 3 or when running, this action actuation switch of this circuit unit can trigger this controller, driving this luminescence component 11 successively, as according to any light sequences in the aforesaid light sequences luminous/flicker.And, when this user in night walking or when running, this luminescence component 11 can provide strong and safe illumination.
Apparently, be tight and succinct according to circuit unit of the present utility model, and be to save the energy.This circuit unit can be applied to provide enough and eye-catching illumination on the object of any needs easily in addition, to promote safety or enjoyment.
By the detailed description of above preferred specific embodiment, be to wish to know more to describe feature of the present utility model and spirit, and be not to come category of the present utility model is limited with above-mentioned disclosed preferred specific embodiment.On the contrary, its objective is that hope can be covered by various changes and equivalent in the category of claim of the utility model institute desire application.
Claims (19)
1. one kind is used to control the luminous in regular turn circuit unit of several luminescence components, it is characterized in that this circuit unit comprises:
N luminescence component, N is the positive integer greater than 2, each luminescence component comprises a packaging body, a lead group, one first light-emitting diode and one second light-emitting diode, this first light-emitting diode and this second light-emitting diode place in this packaging body, and this lead group is electrically connected to this first light-emitting diode and this second light-emitting diode;
One produces the actuation switch of a control signal in order to the induction object action, conduction is connected in this first light-emitting diode and this second light-emitting diode that optionally drives this each luminescence component, makes this N luminescence component controller luminous according at least one light sequences;
This controller conduction is connected to this lead group of each luminescence component;
One in order to optionally regulate according to sound, light or intensity of pressure induction result this first light-emitting diode of this controller drives and this second light-emitting diode according to the luminous by-pass cock of the corresponding light sequences of this induction result, conduct electricity and be connected to this controller;
One is used to provide the required electric supply of this circuit unit, and conduction is connected to this controller and described light-emitting diode; And
One is sealed in the waterproof case of one first end outside of this lead group of this actuation switch, this controller, this battery and each luminescence component.
2. be used to control the luminous in regular turn circuit unit of several luminescence components according to claim 1, it is characterized in that, this of each luminescence component first light-emitting diode is a red light-emitting diode, and this second light-emitting diode of each luminescence component is a blue light-emitting diode.
3. as described in claim 2, be used to control the luminous in regular turn circuit unit of several luminescence components, it is characterized in that, this power supply comprises the 3V lithium battery of two series connection, and the positive pole of this serial lithium battery is connected to the positive terminal of this first light-emitting diode and this second light-emitting diode.
4. as described in claim 3, be used to control the luminous in regular turn circuit unit of several luminescence components, it is characterized in that, this circuit unit comprises one first luminescence component, one second luminescence component and one the 3rd luminescence component, and this light sequences is: first light-emitting diode of first light-emitting diode of this first luminescence component, first light-emitting diode of this second luminescence component, the 3rd luminescence component, second light-emitting diode of this first luminescence component, second light-emitting diode of this second luminescence component, second light-emitting diode of the 3rd luminescence component.
5. as described in claim 3, be used to control the luminous in regular turn circuit unit of several luminescence components, it is characterized in that, this circuit unit comprises one first luminescence component, one second luminescence component and one the 3rd luminescence component, and this light sequences is: first light-emitting diode of first light-emitting diode of this first luminescence component, first light-emitting diode of this second luminescence component, the 3rd luminescence component, second light-emitting diode of the 3rd luminescence component, second light-emitting diode of this second luminescence component, second light-emitting diode of this first luminescence component.
6. as described in claim 3, be used to control the luminous in regular turn circuit unit of several luminescence components, it is characterized in that, this circuit unit comprises one first luminescence component, one second luminescence component and one the 3rd luminescence component, and this light sequences is: first light-emitting diode of first light-emitting diode of this first luminescence component, second light-emitting diode of this second luminescence component, the 3rd luminescence component, second light-emitting diode of this first luminescence component, first light-emitting diode of this second luminescence component, second light-emitting diode of the 3rd luminescence component.
7. as described in claim 3, be used to control the luminous in regular turn circuit unit of several luminescence components, it is characterized in that, this circuit unit comprises one first luminescence component, one second luminescence component and one the 3rd luminescence component, and this light sequences is: first light-emitting diode of first light-emitting diode of this first luminescence component, second light-emitting diode of this first luminescence component, this second luminescence component, second light-emitting diode of this second luminescence component, first light-emitting diode of the 3rd luminescence component, second light-emitting diode of the 3rd luminescence component.
8. be used to control the luminous in regular turn circuit unit of several luminescence components according to claim 1, it is characterized in that, this of each luminescence component first light-emitting diode is a red light-emitting diode, and this second light-emitting diode of each luminescence component is a green light LED.
9. be used to control the luminous in regular turn circuit unit of several luminescence components as described in claim 8, it is characterized in that this power supply comprises the lithium battery of a 3V, the positive pole of this 3V lithium battery is connected to the positive terminal of this first light-emitting diode and this second light-emitting diode.
10. as described in claim 9, be used to control the luminous in regular turn circuit unit of several luminescence components, it is characterized in that, this circuit unit comprises one first luminescence component, one second luminescence component and one the 3rd luminescence component, and this light sequences is: first light-emitting diode of first light-emitting diode of this first luminescence component, first light-emitting diode of this second luminescence component, the 3rd luminescence component, second light-emitting diode of this first luminescence component, second light-emitting diode of this second luminescence component, second light-emitting diode of the 3rd luminescence component.
11. as described in claim 9, be used to control the luminous in regular turn circuit unit of several luminescence components, it is characterized in that, this circuit unit comprises one first luminescence component, one second luminescence component and one the 3rd luminescence component, and this light sequences is: first light-emitting diode of first light-emitting diode of this first luminescence component, first light-emitting diode of this second luminescence component, the 3rd luminescence component, second light-emitting diode of the 3rd luminescence component, second light-emitting diode of this second luminescence component, second light-emitting diode of this first luminescence component.
12. as described in claim 9, be used to control the luminous in regular turn circuit unit of several luminescence components, it is characterized in that, this circuit unit comprises one first luminescence component, one second luminescence component and one the 3rd luminescence component, and this light sequences is: first light-emitting diode of first light-emitting diode of this first luminescence component, second light-emitting diode of this second luminescence component, the 3rd luminescence component, second light-emitting diode of this first luminescence component, first light-emitting diode of this second luminescence component, second light-emitting diode of the 3rd luminescence component.
13. as described in claim 9, be used to control the luminous in regular turn circuit unit of several luminescence components, it is characterized in that, this circuit unit comprises one first luminescence component, one second luminescence component and one the 3rd luminescence component, and this light sequences is: first light-emitting diode of first light-emitting diode of this first luminescence component, second light-emitting diode of this first luminescence component, this second luminescence component, second light-emitting diode of this second luminescence component, first light-emitting diode of the 3rd luminescence component, second light-emitting diode of the 3rd luminescence component.
14. be used to control the luminous in regular turn circuit unit of several luminescence components according to claim 1, it is characterized in that this is to liking shoes, a clothing, a handbag, a knapsack or capful.
15. be used to control the luminous in regular turn circuit unit of several luminescence components according to claim 1, it is characterized in that this waterproof case is formed by injection molding resin or plastics.
16. be used to control the luminous in regular turn circuit unit of several luminescence components according to claim 1, it is characterized in that the upper plastic cover that this waterproof case comprises plastic containers and combines with these plastic containers.
17. as described in claim 16, be used to control the luminous in regular turn circuit unit of several luminescence components, it is characterized in that this waterproof case is merged by these plastic containers and this upper plastic cover and forms.
18. as described in claim 17, be used to control the luminous in regular turn circuit unit of several luminescence components, it is characterized in that, this upper plastic cover by ultrasonic wave or laser be blended in these plastic containers around.
19. be used to control the luminous in regular turn circuit unit of several luminescence components according to claim 1, it is characterized in that this by-pass cock is an optical switch or a sound inductive switch.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009201576145U CN201414245Y (en) | 2009-05-27 | 2009-05-27 | Circuit assembly for controlling a plurality of lighting assemblies to light sequentially |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009201576145U CN201414245Y (en) | 2009-05-27 | 2009-05-27 | Circuit assembly for controlling a plurality of lighting assemblies to light sequentially |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201414245Y true CN201414245Y (en) | 2010-02-24 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009201576145U Expired - Lifetime CN201414245Y (en) | 2009-05-27 | 2009-05-27 | Circuit assembly for controlling a plurality of lighting assemblies to light sequentially |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201414245Y (en) |
-
2009
- 2009-05-27 CN CN2009201576145U patent/CN201414245Y/en not_active Expired - Lifetime
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term |
Granted publication date: 20100224 |
|
| CX01 | Expiry of patent term |