TWM247447U - Image wheel rim apparatus capable of automatically generating electric power - Google Patents

Description

M247447 IV. Creation Instructions (1) [Technical Field of New Type] This creation is a light and shadow rim device with automatic power generation, especially a dynamic light and shadow change that can control the light emitting elements provided on the rim to produce various flickering and beating. The effect of visual transient image retention, and different light mixing color devices. [Previous technology] The light-emitting structure generally arranged on the wheel rim of the car, such as China's bulletin No .: 3 4 2 7 91, is located at the center of a rim cover and has a battery holder, and a battery cover is installed on the battery holder. A circuit board is installed in the battery holder. A light sensor is installed on the center of the outer side of the rim cover. The light sensor is connected to a circuit board. A plurality of light-emitting elements are installed at symmetrical positions on the circumference of the rim cover. A centrifugal switch is installed on the inner peripheral edge of the rim cover. When the car reaches a certain speed, the centrifugal switch is turned on, and when the night is turned on, the light sensor is turned on to make the rim. The light emitting element on the cover emits light. Although the above light-emitting structure has a light-emitting function, when the battery in the battery holder is depleted and depleted, the light-emitting element cannot function and the light sensor loses its function. Therefore, if the rim can be provided with an automatic power generation mechanism, the above-mentioned events will not occur. At the same time, the sequence of the light-emitting elements, the change of light on and off, and the dynamic light and shadow changes of various flickering jumps can be controlled through circuit design. The visualized transient state retains image effects and mixed light colors. The reason is that the author used scientific techniques to develop this new type of creation. [New content]

Page 5 01S139 M247447 IV. Creation Instructions (2) The purpose of this creation is to provide a vehicle wheel with automatic power generation mechanism. At the same time, the special design of the circuit can be used to control the light-emitting components set on it. It is a device that generates a variety of flashing dynamic light and shadow changes to present the effect of visual transient image retention and different light mixing colors. In order to achieve this purpose, the author proposed a light and shadow rim device with automatic power generation with a novel structure and circuit design, which includes: a rim on which a light wheel and a wheel shaft are arranged, and the end surface of the wheel shaft is concave An accommodation room is provided; an automatic power generation component is connected to the accommodation room of the rim to generate an AC voltage when the rim is rotated; a circuit board is connected to the spokes of the rim, and the circuit board is provided with More than one light-emitting element; a rectifying and filtering circuit, which is arranged on the circuit board and is connected to the automatic power generation component to rectify and filter the AC voltage generated by the automatic light-emitting component to obtain a stable DC voltage; and a programmable The chip is “set on a circuit board” and is connected to the rectification and filtering circuit and each light-emitting element. The programmable chip is used to generate AC voltage when the automatic power generation component is rectified and filtered. Driven, the light-emitting element controls the programmable waveform of the programmable chip to output waveforms at different timings. Due to different timings and sequences, it produces various flickering and beating motions. State light and shadow changes to show the effect of visual transient image retention. In addition, these light emitting elements can also have the effect of mixing light with each other, resulting in different color changes. The aforementioned programmable chip is composed of an oscillator, a frequency selector, a

Page 6 018190 M247447 4. Creation instructions (3) Read-only memory, a counter, a pattern memory and a buffer are integrated on a single chip. The aforementioned programmable chip has a power terminal, a trigger terminal, and a multiple output / input terminal. The power terminal is connected to the output terminal of the rectification filter circuit; the multiple output / input terminal is respectively connected to a light emitting element. The aforementioned automatic power generation component, rectifier filter circuit, circuit board and other components can also be applied to a rim with a rim cover. The power lead of the aforementioned automatic power generation module can also be connected to most light-emitting elements. [Embodiment] In order for your review committee to better understand the features and technical contents of this creation, please refer to the following detailed description and drawings of this creation, however, the attached drawings are for reference and explanation only, and are not intended to be used for this. Creative limiter. Please refer to the first to sixth figures. This creation is a light and shadow rim device with automatic power generation, which includes a rim 1, a rectification filter circuit 7, an automatic power generation component 2, a circuit board 3, a programmable chip 4 and Most light-emitting elements 5; Among them: The rim 1 is an aluminum alloy steel rim, which is composed of a main body 1 1, a spoke 12 and an axle 13, and an accommodation chamber 1 3 1 is recessed on the end surface of the axle 13. The interior surface of the chamber 1 3 1 is provided with a plurality of slotted holes 1 3 2. The automatic power generation module 2 is connected to the container chamber 1 3 1 of the rim 1, and is provided with a shell cover 2 1 having a closed surface. A positioning member 2 2 is provided on the outer circumferential surface of the shell cover 2 1 for the majority. The branch screw element 2 3 passes through and connects with the axle

Page 7 018191 M247447 Fourth, the creation instructions (4) 1 3 slot 1 2 is locked into one body, the inside of the cover 2 1 is provided with two slots 22, 23, the first slot 22 has more space than the second The slot 23 is small, and the first slot 22 is provided with an induction coil 2 4 in a ring, and a magnetic member 2 5 is arranged. The induction coil 2 4 is connected to an electric power lead-out wire 2 at each end of the continuous wire. 6 and penetrates the closed surface; a weight 2 5 1 is pivoted on the axial part of the magnetic member 25, and the weight 2 5 1 keeps vertical direction due to its gravity during the movement. The weight 2 5 1 is It is set on the inner circumferential surface of the second slot 23. The rectifying and filtering circuit 7 is connected to the electric energy lead-out line 2 6 of the automatic power generating component 2 and is composed of a bridge rectifier and a filtering capacitor. The rectifying and filtering circuit 7 rectifies and filters the AC voltage generated by the automatic power generating component 2 to obtain A DC voltage. The circuit board 3 is connected to the spokes 12 of the rim 1 in the embodiment of the present creation. The circuit board 3 is provided with a plurality of light-emitting elements 5. In the embodiment of the present creation, 6 light-emitting elements of different colors are used. Each of the light-emitting elements P1 and P6 is a light-emitting diode (LED), and one of the light-emitting elements P6 is a blue-light-emitting diode, and is connected to the power lead 2 6 of the automatic power generation component 2. The programmable chip 4 is arranged on the circuit board 3 and is connected to the output terminal of the rectifying and filtering circuit 7 and the light emitting diodes P1 to P5, respectively. The programmable chip 4 is composed of a 3 50 KHz vibrator 41, A frequency selector 42, a read-only memory 4, 3, a counter 4, 4, a pattern memory 4, 5 and a buffer 46 are integrated on a single chip. The programmable chip 4 is provided with power terminals VDD, VSS and Most I / O terminals L1-L5 'multiple I / O terminals L1_L 5 respectively

Page 8

OlSi.QP M247447 4. Creation instructions (5) Connected to a light-emitting diode Pb P5. When each light-emitting diode Pb P5 acts on the programmable chip 4, it will be programmable according to the control. The different timings of the output waveforms of the chip 4 cause the light-emitting elements 5 to have dynamic light and shadow changes due to different timings and sequences of blinking, so as to present the effect of visually persisting images. In addition, the light-emitting elements 5 also May have the effect of mixing light, and produce different color changes. When the rim 1 is rotated and an induction electromotive force is generated by the induction coil 24, the light-emitting diode P6 will be lit, and power will be supplied to the rectification filter circuit 7 to output DC power to the programmable chip 4, Furthermore, each light emitting diode P1-P5 is driven. At this time, each light emitting diode P1-P5 will set different timings of the output waveform according to the programmable chip 4, such as the seventh A, the eighth A, and the ninth A. Figures, due to different timing and sequence of annihilation, produce various dynamic light and shadow changes, such as the seventh B, eighth B, and ninth B pictures, in order to present the visual transient image effect. In addition, these light-emitting elements 5 They can also have the effect of mixing light with each other, resulting in different color changes. Refer to Figure 7A again, which shows the first to third light-emitting diodes P1 to P3 are driven by the programmable chip 4 to show the full brightness frequency; when the fourth and fifth light-emitting diodes P4 show different frequencies To rotate on rim 1, the pattern change as shown in Figure 7B will occur. The eighth figure A shows the frequencies of the second to fourth light-emitting diodes P2-P4 driven by the programmable chip 4 to be fully bright; when the first and fifth light-emitting diodes P1 and P 5 show different frequencies, To rotate on the rim 1, a pattern change as shown in the eighth B diagram will occur. The ninth picture A is the third to fifth light-emitting diodes P3-P5.

Page 9 018193 M247447 4. Creation instructions (6) The program chip 4 driver presents the full brightness frequency; when the first and second light-emitting diodes PI and P 2 present different frequencies, they will rotate on the rim 1, and then will A pattern change like the ninth B picture is generated. Please refer to the tenth and eleventh figures. The components of the automatic power generation module 2, rectifier filter circuit 7, circuit board 3, programmable chip 4, and light emitting element 5 of this creation can also be applied to a rim with a rim cover 6. 1, wherein the rim cover 6 is connected to the opening of the rim 1 body, and a accommodating space 6 1 is recessed in the center of the rim cover 6, and the automatic power generation module 2 and a cover plate 6 2 are sequentially connected, and the automatic The power generating component 2 is also screwed with the rim cover 6 as a whole as described above, and the circuit board 3 is connected to the surface of the cover 6 2 of the rim cover 6. Thereby, when the rim 1 is rotated and an induction electromotive force is generated in the induction coil 24, the light-emitting diode P6 will be lighted, and power will be supplied to the rectification filter circuit 7 to output DC power to the The program chip 4 drives each light-emitting element P1-P5, so that the light-emitting element 5 controls the timing of the output waveform of the programmable chip 4 and generates various flickering dynamic light and shadow changes due to different timings and sequences of light. The visual transient state retains the image effect. In addition, the light-emitting elements 5 can also have the effect of mixing light with each other, resulting in different color changes. Please refer to the twelfth figure. In this creation, the aforementioned light-emitting element 5 and light-emitting diode P 6 can also be set on the rim cover 6. Please refer to the thirteenth and fourteenth drawings. In this creation, most light-emitting diodes P8 and P8 can also be set on the rim cover 6 and the cover 6 2 at the same time. LEDs P1-P5 are connected to the control chip

Page ίο 01S134 M247447, creation instructions (7) The polar bodies P 6-P 8 are connected to the multiple input / output terminals LI-L5 of the automatic power generation module I; What's worse is that when the rim 1 receives the I-induced electromotive force, it will cause the bamboo shoots to move: the induction coil 24 generates a rectified chirp circuit 6 to output; the body; 6-p8 is on and power is supplied. Until the light-emitting elements P5 and P5 are driven to the programmable chip 4, and when the output waveform of the program chip 4 is different, the light-emitting element 5 can be controlled and sequenced, and various flickering and pulsating motions are caused by different timing and persistence. The image effect, in addition, these bamboo shirts are changed to present a visual transient | effect, which produces different color changes: Piece 5 can also have mixed light between each other. As described above, through the creation of Jin I, the control group is set at The luminous element, structure and circuit design on the wheel can be used to show visual transients. The first elements can also have mixed effects between each other. In addition, it is different from the conventional one. Progressive requirements for the complete application of rim light-emitting structure π-color, < ·, f * This creative element is fully patented, and the application was submitted in accordance with the patent law. Please check and investigate in detail: Protect the legitimate rights and interests of the creator, if; 丨 Weibei has any suspicions, please do n’t hesitate Letter of instructions. According to the above description, “Creation is only the best specific embodiment of this creation, but the characteristics of this 12 are not limited to this. Anyone who is familiar with the art in the field of this creation can easily think about it. Changes or modifications can be covered by the patent scope of the following case. Page 11 018195 M247447 Brief description of the drawing The first drawing is an appearance drawing created in the first embodiment. The second picture is an exploded view of the first picture. The third picture is an exploded view of the connection between the automatic power generation component and the circuit board in this creation. The fourth picture is a combination diagram of the third picture. The fifth figure is the circuit block diagram of this creation. The sixth figure is an internal block diagram of the programmable chip of this creation. The seventh diagram A is a timing diagram of the programmable chip outputting different frequencies to the light emitting element. The seventh diagram B is a schematic diagram of the change in the visual transient storage pattern according to the timing of the seventh diagram A during the creative action. The eighth diagram A is another timing diagram of the programmable chip outputting different frequencies to the light-emitting element. The eighth diagram B is a schematic diagram of the change in the visual transient storage pattern according to the timing of the eighth diagram A during the creative action. The ninth diagram A is another timing diagram of the programmable chip outputting different frequencies to the light-emitting element in this creation. The ninth picture B is a schematic diagram of the change of the visual transient storage pattern according to the time sequence of the ninth picture A during the creative action. The tenth figure is an exploded view of the second embodiment. The eleventh figure is a combination of the tenth figure. The twelfth figure is an external view of the third embodiment of this creation. The thirteenth figure is an external view of a fourth embodiment of the present invention. The fourteenth figure is a circuit block diagram of the fourth embodiment.

Page 12 01S196 M247447

Page 13 018197 M247447

Page 14 01S198

Claims (1)

M247447 5. Scope of patent application 1 · A light and shadow rim device with automatic power generation, comprising: a rim with a spoke and a wheel axle, and a container chamber recessed on the end surface of the wheel axle; an automatic power generation component, connected The accommodating chamber is provided in the rim to generate an AC voltage when the rim rotates; a rectification filter circuit is connected to the automatic power generation component to rectify and filter the AC voltage generated by the automatic power generation component to obtain a DC voltage A circuit board is connected to the spokes of the rim, and the circuit board is provided with more than one light-emitting element; and a programmable chip is provided on the circuit board, and is respectively connected with the rectification filter circuit and each light-emitting element. When connected, the programmable chip will cause each light-emitting element to be driven when the rectifier filter circuit outputs a DC voltage, so that the light-emitting element generates various flashing dynamic light and shadow changes according to different timings of the programmable chip output waveform. In order to present the effect of visually persisting images, in addition, the light-emitting elements can also have the effect of mixing light with each other, resulting in Different colors. 2 · The light and shadow rim device with automatic power generation as described in item 1 of the scope of patent application, wherein the programmable chip is composed of an oscillator, a frequency selector, a read-only memory, a counter, and a pattern memory And a buffer is integrated on a single chip. 3. The light and shadow rim device with automatic power generation as described in item 2 of the scope of the patent application, wherein the programmable chip has a power terminal, a trigger terminal and multiple input / output terminals, and the power terminal is connected to the output terminal of the rectification filter circuit. Phase connection Page 15 01S199 M247447 5. Scope of patent application, multiple I / O terminals are connected to a light-emitting element, respectively. 4 · The light and shadow rim device with automatic power generation as described in item 1 of the scope of patent application, wherein the automatic power generation component can also be connected to one or more light-emitting elements. 5. The light and shadow rim device with automatic power generation as described in item 1 of the scope of the patent application, wherein the automatic power generation component is provided with a shell cover having a closed surface, the inner surface of the shell cover is provided with two slots, and the first slot The space of the hole is smaller than that of the second groove six. The first groove and six rings are provided with an induction coil and a magnetic component is arranged. A magnetic weight is pivotally mounted on the axial part of the magnetic component. The weight is due to its gravity during the movement. While maintaining the vertical direction, the weight is arranged on the inner circumferential surface of the second slot; the induction coil is connected to an electric power lead to the rectification filter circuit by two ends of the continuous wire, and the induction coil is located on the rim When rotating, an induced electromotive force is generated. 6. The light and shadow rim device with automatic power generation as described in item 1 of the scope of the patent application, wherein the inner ring of the rim of the rim is provided with a large number of slots. 7 · The light and shadow rim device with automatic power generation as described in item 1 of the scope of the patent application, wherein the outer peripheral surface of the cover of the automatic power generation component is provided with a positioning member for passing through most of the screw-connected components to the wheel shaft. The slots are locked together. 8 · The light and shadow rim device with automatic power generation as described in item 1 of the scope of patent application, wherein the rectification filter circuit can be provided on the circuit board. 9 · A light and shadow rim device with automatic power generation, comprising: a rim with a rim cover, the rim cover is recessed with an accommodation space; an automatic power generation component is connected to the accommodation provided in the rim cover Space to Page 16 M247447 V. Application for patent scope When the wheel rotates, an AC voltage is generated; a rectification filter circuit is connected to the automatic power generation component to rectify and filter the AC voltage generated by the automatic power generation component to obtain the DC voltage. A cover plate is connected to the accommodating space of the rim cover; and a circuit board is connected to the cover plate, and the circuit board is provided with more than one light emitting element; and a programmable chip is provided on the circuit board. The programmable chip is connected to the output end of the rectifier filter circuit and each light-emitting element. When the rectifier filter circuit outputs a DC voltage, the light-emitting element is driven, and the light-emitting element controls the programmable The different timings of the output waveforms of the chip produce various flickering dynamic light and shadow changes to present the effect of visually persisted images. In addition, the light emitting elements can also have the effect of mixing light with each other to produce different colors. 1 · The light and shadow rim device with automatic power generation as described in item 9 of the scope of patent application, wherein the programmable chip is composed of an oscillator, a frequency selector, a read-only memory, a counter, and a pattern memory The body and a buffer are integrated on a single chip. 1 1 · The light and shadow rim device with automatic power generation as described in item 10 of the scope of patent application, wherein the programmable chip has a power terminal, a trigger terminal and multiple input / output terminals. The power terminal is connected to the rectifier and filter circuit. The output terminals are connected, and the multiple input and output terminals are respectively connected to a light emitting element. 12. The light and shadow rim device with automatic power generation as described in item 9 of the scope of patent application, wherein the automatic power generation component can also be connected with one or more Page 17 018201 M247447 5. The light-emitting elements within the scope of patent application are connected. 13. The light and shadow rim device with automatic power generation as described in item 9 of the scope of patent application, wherein the light emitting element can also be arranged on the rim cover. 14. The light and shadow rim device with automatic power generation as described in item 9 of the scope of the patent application, in which the light-emitting element can also be arranged on the rim cover and the cover plate at the same time. 15 · The light and shadow rim device with automatic power generation as described in item 9 of the scope of the patent application, wherein the automatic power generation component is provided with a cover having a closed surface, and the inner surface of the cover is provided with two slots. The space of the slot is smaller than that of the second slot. The first slot ring is provided with an induction coil and is provided with a magnetic component. A shaft is pivoted on the magnetic component. Gravity has been maintained in the vertical direction. The weight is located on the inner circumferential surface of the second slot 6. The induction coil is connected to an electric power lead with the two ends of the continuous wire to the output end of the rectification filter circuit. The induction coil When the wheel turns, an induced electromotive force is generated. 16. The light and shadow rim device with automatic power generation as described in item 9 of the scope of the patent application, wherein the outer peripheral surface of the cover of the automatic power generation component is provided with a positioning member for the majority of the threaded elements to pass through to the rim The lids are locked together. Page 18: 01S202