TW201438371A - The mobile power manually charging device - Google Patents

Abstract

A mobile power manually charging device, which includes: a manual driver; a generator device which is connected to the manual driver to generate power; a power storage device coupling with the power generating device; a power output unit coupled to the power storage device, wherein the power output unit is a universal serial bus port (USB port) and a universal serial bus transmission line (USB transmission line) connected to the power output device, and connected to a mobile power universal serial bus port (USB port); the present invention manually uses the charging device to charge the mobile power.

Description

Mobile power manual charging device

The present invention relates to a manual charging device, and more particularly to a manual charging device for a mobile power source.

A variety of portable smart electronic products, such as mobile phones, tablets, etc., have a high penetration rate in the market. The power supply for these electronic products relies on rechargeable batteries. In order to support the long-term use of the electronic devices, at least one rechargeable battery or one mobile power source is required. The rechargeable battery or the mobile power source is charged by the household AC power source, and the voltage of the household AC power source is converted into a voltage required for charging through the transformer, and after being rectified and stabilized by an additional circuit, the DC power required for charging is outputted for the rechargeable battery. Or the mobile power source to charge.

The charging of the above rechargeable battery or mobile power source must be performed in an environment with an external power source, so charging is limited.

The problem to be solved by the present invention is that the charging occasion of the above rechargeable battery or mobile power source is limited.

The technical means for solving the problem of the present invention is to charge the above-mentioned mobile power source (hereinafter referred to as mobile power supply) through a manual charging device. The configuration of the manual charging device includes: a manual driver; and a manual driver is connected And a power generating device driven by the power generating device; a power storage device coupled to the power generating device; a power output component coupled to the power storage device, the power output component is a universal serial bus bar connection (USB port), a universal A serial bus transmission line (USB transmission line) is connected to the power output component and connected to a universal serial bus connection (USB埠) of a mobile power source; the beneficial effect of the present invention is to solve the charging occasion of the mobile power source by using a manual charging device. Restricted issues.

The mobile power supply can be charged anytime, anywhere with a manual charging device to keep the mobile power supply fully charged.

Charging the mobile power supply with a manual charging device instead of directly charging the rechargeable battery assembled in the smart electronics; this design simplifies the electronic assembly complexity of the manual charging device and avoids the manual charging device Unstable voltages or surges can affect smart electronics.

10‧‧‧ Shell

11‧‧‧ pillar

12‧‧‧ pillar

15‧‧‧fasteners

20‧‧‧Manual drive

21‧‧‧Operating parts

22‧‧‧ rack

23‧‧‧ pivot

24‧‧ ‧ spring

30‧‧‧Power generator

31‧‧‧ Large gear

311‧‧‧Center tooth

32‧‧‧Flywheel set

33‧‧‧Flywheel

34‧‧‧ drive unit

341‧‧‧ Turntable

342‧‧‧Active dental caries

343‧‧‧ pinion

344‧‧‧Ring internal teeth

36‧‧‧Rotor

38‧‧‧ Stator

40‧‧‧Power storage device

50‧‧‧Power output components

60‧‧‧Common serial bus transmission line (USB transmission line)

65‧‧‧Mobile power supply

651‧‧‧Common serial bus connection port (USB埠)

The first figure is an internal configuration diagram of the manual charging device of the present invention.

The second picture is a cross-sectional view of the first Figure 2-2.

The third figure is one of the schematic diagrams of the operation of the manual charging device of the present invention.

The fourth figure is the second schematic diagram of the operation of the manual charging device of the present invention.

The fifth figure is the third schematic diagram of the operation of the manual charging device of the present invention.

As shown in the first and second figures, the manual charging device of the present invention comprises a manual driver 20, a power generating device 30 connected to the manual driver 20 and driven to generate electricity, and a power storage coupled to the power generating device 30. The device 40 and the power output device 50 coupled to the power storage device 40; the power generating device 30 and the power storage device 40 are packaged in a casing 10, and the manual driver 20 can be housed in the casing 10, and can also be extended. Outside the outer casing 10, for the user to operate.

The power generating device 30 includes a large gear 31, a flywheel group 32, a rotor 36, and a stator 38.

The center of the large gear 31 is sleeved on the support 11 that is pivoted to the outer casing 10.

The rotor 36 is a permanent magnet. The stator 38 is a magnetic field coil that is fixed to a post 12 that is pivotally coupled to the outer casing 10.

The flywheel assembly 32 includes a flywheel 33 and a driving unit 34. The driving unit 34 includes a turntable 341, movable jaws 342 respectively connected to the two ends of the turntable 341, and a pinion 343 fixed to the center of the turntable 341. The above-mentioned rotor 36 is fixed to one side of the turntable 341, and the annular internal teeth 344 for engaging the movable teeth 342 are provided on the other side. The movable molar 342 is characterized in that when the turntable 341 is rotated clockwise, it is biased toward the turntable 341 by the centrifugal force and is separated from the annular internal tooth 344; When the turntable 342 is rotated counterclockwise, the outer ring is engaged with the annular inner tooth 344 due to the centrifugal force; therefore, when the turntable 341 is rotated counterclockwise, the flywheel 33 can be rotated. The flywheel set 32 is nested coaxially with the stator 38 on the strut 12, and the rotor 36 is in the inner circumference of the stator 38. The large gear 31 meshes with the pinion 343.

The manual driver 20 includes an operating member 21 and a rack 22 . The first end of the operating member 21 is coupled to the outer casing 10 via a pivot shaft 23 and a spring 24, and the second end of the operating member 21 is coupled to the rack 22, the teeth of the rack 22 meshing with the center teeth 311 of the large gear 31. The spring force of the spring 24 normally extends the operating member 21 outwardly out of the housing 10 for manipulation by the user. A fastener 15 is slidably attached to the outer casing 10. When the operating member 21 is folded inwardly in the outer casing 10, the fastener 15 can snap the operating member 21 to fix it.

The power storage device 40 is connected to the stator 38 via a wire (not shown).

The power output component 50 is a universal serial bus bar (USB port) that is coupled to the power storage device 40 via additional circuitry and wires. As shown in the third figure, a universal serial bus transmission line 60 (USB transmission line) is connected to the power output unit 50 and is connected to a universal serial bus connection port (USB port) 651 of a mobile power source 65.

The charging operation mode is as shown in the third and fifth figures. The user's hand holds the outer casing 10, and the operating member 21 is repeatedly pressed by the finger to move the inside and outside of the rack 22 back and forth. The rack 22 moves inwardly to drive the large gear 31 to rotate clockwise; the large gear 31 drives the dial 341 to rotate counterclockwise, and the movable cutter 342 drives the flywheel 33 to rotate rapidly to form a relative rotation of the rotor 36 and the stator 38. The movement causes the power generation device 30 to generate electricity to be stored in the power storage device 40, and charges the mobile power source 65 through the universal serial bus transmission line 60 (USB transmission line). In addition to the storage function, the power storage device 40 also has a function of voltage regulation. The flywheel 33 is rotated by the turntable 341, and the flywheel 33 can be automatically rotated for several seconds based on the rotational inertia, and the power generating device 30 continues to generate power for a short period of time. During a short period of time when the flywheel 33 is automatically rotated by inertia, the user can release the operating member 21, and the release of the spring 24 pushes the operating member 21 outward, thereby pulling the rack 22 outward to drive the large gear 31. Rotating counterclockwise, the large gear 31 drives the turntable 341 to rotate clockwise, and the movable teeth 342 are disengaged from the flywheel 33, so that the flywheel 33 and the rotor 36 do not follow the follower.

The above manual charging device solves the problem that the charging situation of the mobile power source is limited. The user can charge the mobile power source anytime and anywhere to keep the mobile power supply fully charged. Charging the mobile power supply with a manual charging device instead of directly charging the rechargeable battery assembled in the smart electronic product. This design simplifies the electronic assembly complexity of the manual charging device and avoids the manual charging device. Unstable voltages or surges can affect smart electronics.

10‧‧‧ Shell

12‧‧‧ pillar

15‧‧‧fasteners

20‧‧‧Manual drive

21‧‧‧Operating parts

22‧‧‧ rack

23‧‧‧ pivot

24‧‧ ‧ spring

30‧‧‧Power generator

31‧‧‧ Large gear

32‧‧‧Flywheel set

33‧‧‧Flywheel

34‧‧‧ drive unit

341‧‧‧ Turntable

342‧‧‧Active dental caries

343‧‧‧ pinion

344‧‧‧Ring internal teeth

40‧‧‧Power storage device

50‧‧‧Power output components

Claims (6)

A mobile power manual charging device comprising: a manual driver; a power generating device connected to and driven by the manual driver; a power storage device coupled to the power generating device; and a power output coupled to the power storage device The component, the power output component is a universal serial bus connection port (USB port), a universal serial bus line (USB transmission line) is connected to the power output component, and is connected with a universal serial bus of a mobile power source (USB)埠) Connect. The mobile power manual charging device according to claim 1, wherein the power generating device comprises: a large gear that is sleeved on a pillar of a casing, and a flywheel group that is driven to rotate by the large gear. A rotor combined with the flywheel set and a stator fixed to the outer casing, the flywheel set being coaxially coupled to the stator, the rotor being located around the stator. The mobile power manual charging device of claim 2, wherein the rotor is a permanent magnet; and the stator is a magnetic field coil. The mobile power manual charging device of claim 2, wherein the flywheel assembly comprises a flywheel and a driving unit; the driving unit comprises a turntable, two movable jaws respectively connected to the two ends of the turntable, and a a pinion fixed to the center of the turntable; one side of the turntable is fixed to the rotor, and the other side is provided with an annular internal tooth for engaging the movable jaw; the large gear meshes with the pinion. The mobile power manual charging device of claim 4, wherein the manual driver includes an operating member and a rack; the first end of the operating member is coupled to the housing through a pivot and a spring, A second end of the operating member is coupled to the rack, the teeth of the rack engaging the center teeth of the bull gear. The mobile power manual charging device according to claim 3, wherein the power storage device is connected to the stator through a wire.