TWI776772B - Flip switch small night light - Google Patents

Abstract

A flip-and-switch type night light, comprising a lower light-transmitting cover, a lower fixing cover, a lower positive conductive support, a lower negative conductive support, a lower support fixing block, a positive guide strip, a combined fixing block, a negative guide strip, and a negative extension block , Conductive steel ball, button battery, upper positive conductive bracket, upper bracket fixing block, upper negative conductive bracket, upper fixing cover, LED light and upper light-transmitting cover. This device can switch the LED lights on and off the upper and lower sides by flipping the device body. Therefore, if LED lights with different brightness are installed on both sides, the intensity of the light can be easily changed; LED lights of different colors can quickly change the atmosphere illuminated by the light. In the past, the night light was only used for lighting when waking up in the middle of the night. At most, in order to avoid people's routine opening and closing actions, an electronic switch with a photoresistor was installed on it to sense the light and dark, and automatically decide whether the night light should be turned on or off. close. However, in order to generate light of different brightness or to create an atmosphere of different colors, it is necessary to purchase additional LED lights of different brightness or color, and then replace them according to the needs at the time, which can be said to be quite troublesome. In this device, LED lights with different brightness or different colors can be installed on the upper and lower sides of the device in advance, and then the LED lights on the upper and lower sides can be switched by simply flipping the device body. On and off, we can easily meet our needs.

Description

Flip switch night light

A flip-and-switch type night light, comprising a lower light-transmitting cover, a lower fixing cover, a lower positive conductive support, a lower negative conductive support, a lower support fixing block, a positive guide strip, a combined fixing block, a negative guide strip, and a negative extension block , Conductive steel ball, button battery, upper positive conductive bracket, upper bracket fixing block, upper negative conductive bracket, upper fixing cover, LED light and upper light-transmitting cover. This device can switch the LED lights on and off the upper and lower sides by flipping the device body. Therefore, if LED lights with different brightness are installed on both sides, the intensity of the light can be easily changed; or the two sides are different The color LED lights can quickly change the atmosphere of the light. In the past, the night light was only used for lighting when waking up in the middle of the night. At most, in order to avoid people's routine opening and closing actions, an electronic switch with a photoresistor was installed on it to sense the light and dark, and automatically decide whether the night light should be turned on or off. close. However, in order to generate light of different brightness or to create an atmosphere of different colors, it is necessary to purchase additional LED lights of different brightness or color, and then replace them according to the needs at the time, which can be said to be quite troublesome. In this device, LED lights with different brightness or different colors can be installed on the upper and lower sides of the device in advance. At that time, just by flipping the device body, the LED lights on the upper and lower sides can be switched on and off. Easily meet our needs.

In the past, the night light was only used for lighting when waking up in the middle of the night. For routine on and off actions, an electronic switch with a photoresistor is installed on it to sense the brightness of the light and automatically determine the on and off of the night light. However, in order to generate light of different brightness or to create an atmosphere of different colors, it is necessary to purchase additional LED lights of different brightness or color, and then replace them according to the needs at the time, which can be said to be quite troublesome.

A flip-and-switch type night light, comprising a lower light-transmitting cover, a lower fixing cover, a lower positive conductive support, a lower negative conductive support, a lower support fixing block, a positive guide strip, a combined fixing block, a negative guide strip, and a negative extension block , Conductive steel ball, button battery, upper positive conductive bracket, upper bracket fixing block, upper negative conductive bracket, upper fixing cover, LED light and upper light-transmitting cover. This device can switch the LED lights on and off the upper and lower sides by flipping the device body. Therefore, if LED lights with different brightness are installed on both sides, the intensity of the light can be easily changed; LED lights of different colors can quickly change the atmosphere illuminated by light and easily meet our needs.

10: Lower translucent cover

10A: Lower translucent cover snap ring

15: Lower fixed cover

15A: Lower fixing cover snap ring

15B: Bumper placed under LED

15C: LED placement hole

20: Lower positive conductive support

25: Lower negative conductive support

30: Lower bracket fixing block

30A: Lower negative support groove

30B: Lower anode support groove

30C: Lower conductive steel ball groove

30D: Placement hole under LED protruding piece

30E: Lower bracket fixing snap ring

35: Positive guide strip

40: Combination fixed block

40A: Negative support accommodating groove

40B: Anode guide strip placement groove

40C: Negative extension block placement slot

40D: Anode guide strip placement groove

40E: Battery storage slot

40F: Steel ball via hole

40G: Upper fixing cover fixing groove

40H: Fixing groove for upper transparent cover

40I: Lower fixing cover fixing groove

40J: Fixing groove for lower transparent cover

40K: Upper bracket fixing block fixing groove

40L: Lower bracket fixing block fixing groove

45: Negative guide strip

50: Negative extension block

55: Conductive steel ball

60: button battery

65: Upper positive conductive bracket

70: Upper bracket fixing block

70A: Upper negative bracket groove

70B: Upper anode support groove

70C: Upper conductive steel ball groove

70D:Place holes on the LED protrusions

75: Upper negative conductive bracket

80: Upper fixed cover

80A: Upper fixed cover snap ring

80B: Bumps placed on LEDs

80C: Hole on the LED

85: LED lights

90: Upper translucent cover

90A: Upper translucent cover snap ring

Figure 1 is a schematic diagram of the development of this creation.

Figure 2 is a schematic diagram of the structure of the combined fixed block of this creation.

Figure 3 is a schematic diagram of the assembly structure of the positive and negative guide strips and the combined fixing block of this creation.

Figure 4 is a schematic diagram of the structure of the bracket fixing block above this creation.

Figure 5 is a schematic diagram of the assembly structure of the positive and negative conductive brackets and the upper bracket fixing block above this creation.

Figure 6 is a schematic diagram of the assembly structure of the bracket fixing block and the combined fixing block above this creation.

Figure 7 is a schematic diagram of the structure of the fixed cover above this creation.

Figure 8 is a schematic diagram of the assembly structure of the fixed cover and the combined fixed block above the creation.

Figure 9 is a schematic diagram of the assembly structure of the LED lamp, the upper fixing cover and the combined fixing block of the present invention.

Figure 10 is a schematic diagram of the control loop structure in the upper half of this creation.

Figure 11 is a schematic diagram of the structure of the bracket fixing block under this creation.

Figure 12 is a schematic diagram of the assembly structure of the positive and negative conductive brackets and the fixing block of the lower bracket under this creation.

Figure 13 is a schematic diagram of the assembly structure of the bracket fixing block and the combined fixing block under this creation.

Figure 14 is a schematic diagram of the assembly structure of the LED lamp, the lower fixing cover and the combined fixing block of this creation.

Figure 15 is a schematic diagram of the overall control loop structure of this creation.

Figure 16 is a schematic diagram of the composition of this creation.

Please refer to Picture 1, Picture 2, Picture 3, Picture 4, Picture 5, Picture 6, Picture 7, Picture 8, Picture 9, Picture 10, Picture 11, Picture 12, Figure 13, Figure 14, Figure 15 and Figure 16, the present invention is a flip-and-switch type night light, comprising a lower light-transmitting cover (10), a lower fixing cover (15), and a lower positive conductive bracket (20) , the lower negative conductive support (25), the lower support fixing block (30), the positive guide strip (35), the combination fixing block (40), the negative guide strip (45), the negative extension block (50), the conductive steel ball ( 55), button battery (60), upper positive conductive bracket (65), upper bracket fixing block (70), upper negative conductive bracket (75), upper fixing cover (80), LED light (85) and upper transparent cover (90), as shown in Figure 1. In this creation, the LED lights (85) on the upper and lower sides can be switched on and off by flipping the body of the device. Therefore, if the LED lights (85) with different brightness are installed on both sides, the intensity of the light can be easily changed. transform; Or the LED lights (85) of different colors on both sides can quickly change the atmosphere illuminated by the light.

The device first puts the negative electrode guide strip (45) into the negative electrode guide strip placement groove (40D) on the combination fixing block (40), and then puts the button battery (60) on the combination fixing block (40) Then put the positive electrode guide bar (35) into the positive electrode guide bar placement groove (40B) on the combination fixing block (40), and then put the negative electrode extension block (50) into the battery placement groove (40E). into the negative extension block placement groove (40C) on the combined fixing block (40) to complete the preliminary assembly, as shown in Figures 2 and 3 .

Then put the upper negative electrode conductive support (75) and the upper positive electrode conductive support (65) into the upper negative support groove (70A) and the upper positive support groove (70B) on the upper support fixing block (70) respectively, and Put the conductive steel ball (55) into the upper conductive steel ball groove (70C) on the upper bracket fixing block (70), as shown in Figure 4 and Figure 5 .

So far, the upper bracket fixing snap ring (70E) on the upper bracket fixing block (70) and the upper bracket fixing block fixing groove (40K) on the combined fixing block (40) can be locked together into one body. Complete the assembly of the upper half of the control loop, as shown in Figure 6.

Then, the upper fixing cover (80) can also be fixed to the combination by using the upper fixing cover snap ring (80A) on the upper fixing cover (80) to cooperate with the upper fixing cover fixing groove (40G) on the combination fixing block (40). on the fixed block (40). At this time, the LED mounting protrusion (80B) on the upper fixing cover (80) will also be correctly snapped into the LED protrusion mounting hole (70D) of the upper bracket fixing block (70), as shown in Figure 7, shown in Figure 8.

Finally, put the LED lamp (85) into the upper LED placement hole (80C) of the upper fixing cover (80), and fix the upper transparent cover snap ring (90A) on the upper transparent cover (90) to the combination fixing In the fixing groove (40H) of the upper light-transmitting cover on the block (40), the assembly of the upper half of the device is completed, as shown in FIG. 9 . 10 is a schematic diagram of the structure of the upper half of the control loop of the device.

In the same way; the assembly method of the lower half of the device is also to assemble the lower negative conductive bracket first. (25) and the lower positive conductive support (20) are respectively placed into the upper and lower negative support grooves (30A) and the lower positive support groove (30B) of the lower support fixing block (30), and the conductive steel balls (55) are placed into the upper and lower conductive steel ball grooves (30C) of the lower bracket fixing block (30), as shown in Figure 11 and Figure 12.

Then, the upper and lower bracket fixing snap rings (30E) of the lower bracket fixing block (30) and the upper and lower bracket fixing block fixing grooves (40L) of the combined fixing block (40) can be locked together into one. The negative support accommodating groove (40A) on the combination fixing block (40) is to provide a space for avoiding obstacles when the two are assembled at this time, as shown in FIG. 13 .

Then, the lower fixing cover (15) can also be fixed to the combination by using the upper and lower fixing cover snap rings (15A) of the lower fixing cover (15) to cooperate with the upper and lower fixing cover fixing grooves (401) of the combination fixing block (40). on the fixed block (40). At this time, the LED lower placement protrusions (15B) of the lower fixing cover (15) will also be correctly snapped into the LED protrusion lower placement holes (30D) on the lower bracket fixing block (30). Finally, put the LED lamp (85) into the lower LED placement hole (15C) of the lower fixing cover (15), and fix the upper and lower transparent cover snap rings (10A) of the lower transparent cover (10) to the combined fixing The upper and lower light-transmitting cover fixing grooves (40J) of the block (40) complete the assembly of the lower half of the device, as shown in Figure 14.

In general, the principle of use of the device is that the positive poles of the upper and lower LED lights (85) are connected to the positive pole of the button battery (60) at any time due to the action of the positive pole guide strip (35). The negative electrode of the button battery (60) conducts different circuits depending on the position of the conductive steel ball (55). Therefore, when the device is placed upright, that is, when the upper light-transmitting cover (90) is facing upward, the conductive steel ball (55) will conduct the upper negative conductive support (75) and the negative extension block (50), so that the LED light (85) BRIGHT. On the contrary, when the device is turned over, that is, when the lower light-transmitting cover (10) faces upward, the conductive steel balls (55) will conduct the lower negative electrode conductive support (25) and the negative electrode guide strip (45), so that the LED lights ( 85) Shine. Therefore, as long as LED lights (85) of different brightness or LED lights (85) of different colors are installed on the upper and lower sides of the device in advance, only the By flipping the body of the device, the LED lights (85) on the upper and lower sides can be switched on and off, which can easily meet our needs. And as long as the positive guide strip (35) is removed, the power circuit of the button battery (60) can be cut off to complete the action of turning off the light, as shown in FIG. 15 and FIG. 16 .

10: Lower translucent cover

15: Lower fixed cover

20: Lower positive conductive support

25: Lower negative conductive support

30: Lower bracket fixing block

35: Positive guide strip

40: Combination fixed block

45: Negative guide strip

50: Negative extension block

55: Conductive steel ball

60: button battery

65: Upper positive conductive bracket

70: Upper bracket fixing block

75: Upper negative conductive bracket

80: Upper fixed cover

85: LED lights

90: Upper translucent cover

Claims (2)

A flip-and-switch type night light device, comprising: a combined fixing block, which is located in the middle of the creation, used for fixing various parts; an LED light, which is used as the light-emitting element of the creation; a conductive steel ball, which is used as the negative current of the creation A control element for conduction or not; a button battery, which is fixed on the combination fixing block to provide power for LED lights; a positive guide strip, which is fixed on the combination fixing block, and one end is in contact with the positive electrode of the button battery, as this creation It is used for guiding and extending the positive current of the button battery; a negative guiding strip is fixed on the combination fixing block, and one end is in contact with the negative electrode of the button battery, which is used for guiding and extending the negative current of the button battery in this creation; On the combination fixing block, one end is in contact with the negative guide strip, which is used for the current guide and extension of the negative electrode of the button battery in this creation; an upper bracket fixing block is fixed on the combination fixing block, which is used for fixing the conductive elements in the upper half of this creation. , and there is a conductive steel ball groove on it for the conductive steel ball to move, as the button battery negative current guide and switch; an upper positive conductive bracket, which is fixed on the upper bracket fixing block, one end is in contact with the positive pole of the LED lamp, and the other end is in contact with the positive pole of the LED lamp. It is in contact with the positive guide strip, as the positive current guide of the button battery; an upper negative conductive bracket is fixed on the upper bracket fixing block, one end is in contact with the negative electrode of the LED lamp, and the other end needs to be operated by the conductive steel ball. It is connected to the negative extension block and is used as the negative current conduction source of the button battery; the lower bracket fixing block is fixed on the combined fixing block, which is used for fixing the conductive elements in the lower half of this creation. Ball groove, for It is used for button battery negative current guide switching; the lower positive conductive bracket is fixed on the lower bracket fixing block, one end is in contact with the positive pole of the LED light, and the other end is in contact with the positive guide strip, which is used as the button battery positive current guide; the lower negative pole The conductive bracket is fixed on the fixing block of the lower bracket, one end is in contact with the negative electrode of the LED lamp, and the other end needs to be connected with the negative electrode guide bar by the action of the conductive steel ball, which is used as the negative current guide of the button battery; the lower fixing cover , which is fixed on the combination fixing block, used for placing the LED light and pressing the lower negative conductive bracket and the lower positive conductive bracket; the lower transparent cover, which is located below this creation, can be fixed on the combination fixing block as a shading and It is used to place the main body platform; the upper fixing cover is fixed on the combined fixing block, which is used for placing the LED lights and pressing the upper negative conductive bracket and the upper positive conductive bracket; the upper transparent cover is located above this creation, It can be fixed on the combined fixing block as a light-shielding and placing platform. As claimed in claim 1, the flip-switch type night light device drives the conductive steel balls to conduct circuit switching devices of different circuits through the change of the orientation of the body.

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