TW202331143A - Flip switch small night light - Google Patents

Abstract

A flip-switchable small night light comprises a lower translucent cover, a lower fixing cap, a lower positive electrode conductive frame, a lower negative electrode conductive frame, a lower bracket fixing block, a positive electrode guide bar, a combined fixing block, a negative electrode guide bar, a negative electrode extension block, a conductive steel ball, a button battery, an upper positive electrode conductive frame, an upper bracket fixing block, an upper negative electrode conductive frame, an upper fixing cap, an LED lamp and an upper translucent cover. This device can switch on and off the LED lamps on the upper and lower sides by flipping the main body of this device. Therefore, if the LED lamps with different brightness are installed on both sides, the intensity of the light can be easily changed. Alternatively, the LED lamps of different colors are disposed on both sides so that the atmosphere of light irradiation can be quickly changed. In the past, the night light was only used as lighting when waking up in the middle of the night. At most, in order to avoid people's 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 the light of different brightness or create the atmosphere of different colors, it is necessary to purchase additional LED lamps of different brightness or colors and then replace them according to the needs at that time, which can be said to be quite troublesome. Thus, this device can install the LED lamps with different brightness or different colors on the upper and lower sides of the device in advance so that the LED lamps on the upper and lower sides can be switched on and off just by flipping the main body of the device so as to easily meet our needs.

Description

Flip switch night light

A flip switchable night light, comprising a lower light-transmitting cover, a lower fixed cover, a lower positive electrode conductive support, a lower negative electrode conductive support, a lower bracket fixing block, a positive electrode guide bar, a combined fixing block, a negative electrode guide bar, and a negative electrode extension block , conductive steel ball, button battery, upper positive conductive bracket, upper bracket fixing block, upper negative conductive bracket, upper fixed cover, LED lamp and upper light-transmitting cover. This device can switch on and off the LED lights on the upper and lower sides by turning over 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. Colored LED lights can quickly change the atmosphere of the light. In the past, the night light was only used as lighting for waking up in the middle of the night. At most, in order to avoid people's routine on and off actions, an electronic switch with a photoresistor was installed on it to sense the light and dark, and automatically determine whether the night light was 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 that time, which can be said to be quite troublesome. In this device, LED lights of 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 on and off by turning over the device body. Easily meet our needs.

In the past, night lights were only used as lighting for waking up in the middle of the night, at most to prevent people from Routine on and off actions, and an electronic switch with a photoresistor 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 that time, which can be said to be quite troublesome.

A flip switchable night light, comprising a lower light-transmitting cover, a lower fixed cover, a lower positive electrode conductive support, a lower negative electrode conductive support, a lower bracket fixing block, a positive electrode guide bar, a combined fixing block, a negative electrode guide bar, and a negative electrode extension block , conductive steel ball, button battery, upper positive conductive bracket, upper bracket fixing block, upper negative conductive bracket, upper fixed cover, LED lamp and upper light-transmitting cover. This device can switch on and off the LED lights on the upper and lower sides by turning over 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 both sides LED lights of different colors can quickly change the atmosphere of light irradiation and easily meet our needs.

10: lower transparent cover

10A: Lower transparent cover snap ring

15: Lower fixed cover

15A: Lower fixed cover snap ring

15B: Protruding piece placed under the LED

15C: LED bottom placement hole

20: lower positive electrode conductive support

25: lower negative electrode conductive support

30: Lower bracket fixing block

30A: lower negative pole bracket groove

30B: lower positive pole bracket groove

30C: lower conductive steel ball groove

30D: Hole under the LED convex piece

30E: Lower bracket fixing snap ring

35: positive guide strip

40: Combination fixed block

40A: Negative electrode bracket accommodation groove

40B: Positive electrode guide bar placement groove

40C: Negative electrode extension block placement slot

40D: Negative electrode guide bar placement groove

40E: Battery placement slot

40F: steel ball via hole

40G: upper fixing cover fixing groove

40H: Fixing groove of the upper light-transmitting cover

40I: Lower fixing cover fixing groove

40J: Fixing groove of the lower light-transmitting cover

40K: Fixing groove of upper bracket fixing block

40L: Fixing groove of lower bracket fixing block

45: Negative guide strip

50: negative extension block

55: Conductive steel ball

60: Button battery

65: Upper positive electrode conductive support

70: upper bracket fixing block

70A: upper negative pole bracket groove

70B: upper positive pole bracket groove

70C: upper conductive steel ball groove

70D: Placement hole on LED convex piece

75: upper negative electrode conductive support

80: upper fixed cover

80A: upper fixed cover snap ring

80B: Put the convex piece on the LED

80C: Hole on LED

85: LED lights

90: Upper transparent cover

90A: Snap ring for upper light-transmitting cover

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

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

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

Fig. 4 is a structural schematic diagram of the bracket fixing block on the creation.

Figure 5 is a schematic diagram of the assembly structure of the positive and negative conductive supports and the upper support fixed block on this creation.

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

Fig. 7 is a schematic diagram of the structure of the fixed cover on this creation.

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

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

Fig. 11 is a structural schematic diagram of the bracket fixing block under this creation.

Figure 12 is a schematic diagram of the assembly structure of the positive and negative conductive supports and the lower support fixed block under this creation.

The thirteenth figure 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.

See Figure 1, Figure 2, Figure 3, Figure 4, Figure 5, Figure 6, Figure 7, Figure 8, Figure 9, Figure 10, Figure 11, Figure 12, Fig. 13, Fig. 14, Fig. 15 and Fig. 16, this creation is a flip switchable night light, including a lower light-transmitting cover (10), a lower fixing cover (15), and a lower positive electrode conductive support (20) , lower negative electrode conductive bracket (25), lower bracket fixing block (30), positive electrode guide bar (35), combined fixed block (40), negative electrode guide bar (45), negative electrode extension block (50), conductive steel ball ( 55), button battery (60), upper positive electrode conductive support (65), upper support fixed block (70), upper negative electrode conductive support (75), upper fixed cover (80), LED lamp (85) and upper transparent cover (90), as shown in Figure 1. In this invention, the LED lights (85) on the upper and lower sides can be switched on and off by turning over the device body. Therefore, if LED lights (85) with different brightness are installed on both sides, the intensity of the light can be easily changed. transform; Or the two sides are LED lights (85) of different colors, which can quickly change the atmosphere of light irradiation.

This device first puts the negative electrode guide strip (45) into the negative electrode guide strip placement groove (40D) on the combined fixed block (40), and then puts the button battery (60) on the combined fixed block (40) Place the battery in the groove (40E), then put the positive guide bar (35) into the positive guide bar placement groove (40B) on the combined fixed block (40), and then put the negative electrode extension block (50) Put it into the negative electrode extension block placement groove (40C) on the combined fixed block (40), and complete the preliminary assembly, as shown in Figure 2 and Figure 3.

Then respectively put the upper negative pole conductive support (75) and the upper positive pole conductive support (65) into the upper negative pole support groove (70A) and the upper positive pole support groove (70B) on the upper support fixed block (70) respectively, and Put the conductive steel ball (55) into the 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) will be able to lock the two into one body so far. Complete the assembly of the upper half of the control loop, as shown in Figure 6.

Then, the upper fixed cover (80) can be fixed on the combined fixed cover (80) by cooperating with the upper fixed cover fixing groove (40G) on the combined fixed block (40) by the upper fixed cover snap ring (80A) on the upper fixed cover (80). on the fixed block (40). And this moment, put the protrusion (80B) on the LED on the upper fixed cover (80) and also correctly snap into the hole (70D) on the LED protrusion of the upper bracket fixing block (70), as shown in Figure 7, Figure 8 shows.

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

In the same way; the assembly method of the lower half of the device is to first place the lower negative electrode conductive support (25) and the lower positive electrode conductive support (20) are respectively placed in the upper and lower negative electrode support groove (30A) and the lower positive electrode support groove (30B) of the lower support fixing block (30), and the conductive steel ball (55) is placed Put it 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 grooves (40L) of the combined fixing block (40) are fixedly locked into one. And the anode bracket accommodating groove (40A) on the combined fixed block (40) is for the necessary obstacle-avoiding space when the two are assembled at this moment, as shown in Figure 13 .

Then the lower fixed cover (15) can be fixed to the combination by the upper and lower fixed cover snap rings (15A) of the lower fixed cover (15) cooperating with the upper and lower fixed cover fixing grooves (401) of the combined fixed block (40). on the fixed block (40). And this moment, the LED protrusion (15B) of the lower fixed cover (15) is placed under the LED protrusion (15B) and also correctly snapped into the lower bracket fixing block (30) and the LED protrusion is placed in the hole (30D). 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 light-transmitting cover snap rings (10A) of the lower light-transmitting cover (10) on the combined fixing Block (40) upper and lower light-transmitting covers are fixed in the groove (40J), and the assembly of the lower half of the device is completed, as shown in Figure 14.

On the whole, the operating principle of this device is, because the positive pole of upper and lower LED lights (85) is all subject to the effect of positive pole guide bar (35), is connected with the positive pole of button battery (60) at any time. And the negative pole of the button battery (60) then depends on the position of the conductive steel ball (55) to conduct different loops. Therefore, if the device is placed upright, that is, when the upper light-transmitting cover (90) faces upward, the conductive steel ball (55) will conduct the upper negative electrode conductive support (75) and the negative electrode extension block (50), so that the LED lamp (85) shines. Conversely, when the device is overturned, that is, when the lower light-transmitting cover (10) is facing up, the conductive steel ball (55) will conduct the lower negative electrode conductive support (25) and the negative electrode guide strip (45), so that the LED lamp ( 85) Shiny. So as long as LED lamps (85) of different luminances or LED lamps (85) of different colors are contained in the upper and lower sides of this device in advance, as long as the borrowed By turning over the device body, the LED lights (85) on the upper and lower sides can be switched on and off, which easily meets our needs. 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 Figures 15 and 16.

10: lower transparent cover

15: Lower fixed cover

20: lower positive electrode conductive bracket

25: lower negative electrode 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 electrode conductive support

70: upper bracket fixing block

75: upper negative electrode conductive support

80: upper fixed cover

85: LED lights

90: Upper transparent cover

Claims (2)

A flip-switchable night light device, comprising: A combination of fixed blocks, located in the middle of the creation, used to fix the various parts; One LED lamp, which is used as the light-emitting element of this creation; A conductive steel ball, as the control element for whether the negative current of the creation is turned on or not; A button battery, which is fixed on the combined fixed block, is used as a power supply for the LED lamp; A positive guide strip, which is fixed on the combined fixed block, and one end is in contact with the positive pole of the button battery, which is used as an extension of the current guide of the positive pole of the button battery in this invention; A negative guide bar, which is fixed on the combined fixed block, and one end is in contact with the negative pole of the button battery, which is used as an extension of the current guidance of the negative pole of the button battery in this invention; A negative electrode extension block is fixed on the combined fixed block, and one end is in contact with the negative electrode guide bar, which is used as the negative electrode current guide extension of the button battery of this invention; An upper bracket fixing block, which is fixed on the combination fixing block, is used for fixing the conductive elements in the upper half of this creation, and there is a hole for the conductive steel ball to move on it, which is used as a switching and moving hole for the current guidance of the negative electrode of the button battery ; An upper positive electrode conductive bracket, which is fixed on the upper bracket fixing block, one end is in contact with the positive electrode of the LED lamp, and the other end is in contact with the positive electrode guide strip, which is used as a current guide for the positive electrode of the button battery; An upper negative electrode conductive bracket, which 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 connected with the negative electrode extension block by the action of a conductive steel ball, which is used as a current guide for the negative electrode of the button battery; The fixed block of the lower bracket is fixed on the combined fixed block, which is used for fixing the conductive elements in the lower half of this creation, and there is a hole for the conductive steel ball to move on it, which is used as a button Switching mobile channel for battery negative current guidance; The lower positive electrode conductive bracket is fixed on the lower bracket fixing block, one end is in contact with the positive electrode of the LED lamp, and the other end is in contact with the positive electrode guide strip, which is used as the positive electrode current guide of the button battery; The lower negative electrode conductive bracket is fixed on the lower bracket fixing block. 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 through the action of a conductive steel ball, which is used as a current guide for the negative electrode of the button battery; The lower fixing cover is fixed on the combined fixing block, which is used for placing the LED lamp and pressing the lower negative electrode conductive support and the lower positive electrode conductive support; The light-transmitting cover is located at the bottom of this creation and can be fixed on the combined fixed block as a platform for shading and placing the main body; An upper fixing cover, which is fixed on the combined fixing block, is used for placing the LED lamp and pressing the upper negative conductive support and the upper positive conductive support; An upper light-transmitting cover is located on the top of the creation and can be fixed on the combined fixed block as a platform for shading and placing the main body. According to the flip-switchable night light device described in claim 1, the change of the orientation of the main body drives the conductive steel ball to conduct the line switching device of different circuits.

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