阅读说明：本技术 一种智能指纹香水瓶 (Intelligent fingerprint perfume bottle ) 是由 耿淑琴 曹文华 彭晓宏 聂敬瑶 唐昊南 闫帅旗 郑祥瑞 于 2019-12-11 设计创作，主要内容包括：本发明公开了一种用于指纹识别解锁的智能香水瓶,该智能指纹香水瓶包括香水瓶、集成芯片和锁扣装置；集成芯片设置在香水瓶盖处,集成芯片内部包括MCU模块、指纹识别模块、电源产生模块、反馈模块、控制面板组成；电源产生模块与其他模块电连接,用于给集成芯片上的其他模块供电；指纹识别模块与MCU模块电连接；锁扣装置与MCU模块电连接,MCU模块根据指纹识别模块采集的指纹信息分析结果控制锁扣装置的上锁与解锁运动。五大模块都集成在一块芯片上面积占用的更加少,由于把芯片嵌入到香水瓶的瓶盖上,不会给香水使用者的使用带来影响,适用于各种香水瓶,使用者只需要录入指纹即可,可以避免发生拿错香水瓶的尴尬问题。(The invention discloses an intelligent perfume bottle for fingerprint identification unlocking, which comprises a perfume bottle, an integrated chip and a locking device, wherein the perfume bottle comprises a base, a cover and a lock catch; the integrated chip is arranged at the perfume bottle cap, and the integrated chip internally comprises an MCU module, a fingerprint identification module, a power supply generation module, a feedback module and a control panel; the power generation module is electrically connected with other modules and used for supplying power to other modules on the integrated chip; the fingerprint identification module is electrically connected with the MCU module; the locking device is electrically connected with the MCU module, and the MCU module controls locking and unlocking movement of the locking device according to a fingerprint information analysis result collected by the fingerprint identification module. Five big modules all integrate on a chip area occupy less, owing to on the bottle lid of chip embedding perfume bottle, can not bring the influence for perfume user's use, be applicable to various perfume bottles, the user only need type the fingerprint can, can avoid taking place the awkward problem of wrong perfume bottle.)

1. An intelligence fingerprint perfume bottle which characterized in that: comprises a perfume bottle body, an integrated chip and a locking device; the integrated chip is arranged at the bottleneck of the perfume bottle body, and the perfume bottle body is connected through the locking device; the integrated chip is internally mainly composed of an MCU module, a fingerprint identification module, a control panel, a feedback module and a power supply generation module; the fingerprint identification module, the control panel, the feedback module and the power supply generation module are respectively connected with the MCU module, and the fingerprint identification module acquires data information of a user and transmits the data information to the MCU module for calculation and storage; the MCU module controls the locking or unlocking movement of the locking device according to the fingerprint information analysis result acquired by the fingerprint identification module; the control panel is used for operating the input or deletion of the fingerprint data of the owner; the power generation module supplies power to the MCU module, the fingerprint identification module, the control panel and the feedback module.

2. The intelligent fingerprint perfume bottle of claim 1, wherein: the MCU module is a central processing unit of the whole integrated chip, all other modules of the perfume bottle are managed and monitored in a unified and centralized mode through the MCU module, and the MCU module has the functions of data calculation, storage and instruction sending.

3. The intelligent fingerprint perfume bottle of claim 1, wherein: the fingerprint identification module transmits the collected fingerprint information to the MCU module for the MCU module to operate and analyze.

4. The intelligent fingerprint perfume bottle of claim 1, wherein: the locking and unlocking movement of the locking device is controlled by the MCU module according to the fingerprint information analysis result collected by the fingerprint identification module.

5. The intelligent fingerprint perfume bottle of claim 1, wherein: the lock catch device comprises a lock cylinder and a driving device, the driving device is fixedly connected with the bottle cap, a lock groove is formed in the bottle body, the driving device drives the lock cylinder to be pulled out of the lock groove after working, and the lock cylinder can be inserted into the lock groove to limit the relative rotation of the bottle body and the bottle body.

6. The intelligent fingerprint perfume bottle of claim 1, wherein: the driving device is an electromagnetic driving device, the lock cylinder is made of magnetic materials, and the electromagnetic driving device drives the lock cylinder to move through electromagnetic acting force after being electrified.

7. The intelligent fingerprint perfume bottle of claim 1, wherein: the control panel is used for operating the input or deletion of fingerprint data of the perfume bottle owner, so that the fingerprint can be automatically adjusted by the perfume bottle owner.

8. The intelligent fingerprint perfume bottle of claim 1, wherein: the feedback module comprises the LED lamp, is controlled by the MCU module, and if user's fingerprint contrast succeeds, the LED lamp sends green light, and the suggestion user discerns successfully, otherwise MCU instruction LED lamp sends red light, and the suggestion user discerns failure, locking device can not be opened.

9. The intelligent fingerprint perfume bottle of claim 1, wherein: the power generation module is respectively connected with other modules and supplies power to each module; the power generation module comprises a radio frequency part, a rectifier part and a band-gap reference part.

10. The intelligent fingerprint perfume bottle of claim 9, wherein: the radio frequency part receives electromagnetic waves and obtains signal energy from the outside, converts the energy of the electromagnetic waves into direct current electric energy and stores the direct current electric energy, and sends corresponding processing signals to the rectifier part;

the rectifier part receives external signal energy obtained by the radio frequency part, generates fluctuating direct current voltage, and converts unstable direct current voltage into stable direct current voltage through the band gap reference part so as to supply power to the whole chip.

Technical Field

The invention relates to the field of intelligent perfume design, in particular to an intelligent fingerprint perfume bottle.

Background

The perfume is used as a high-grade commodity, the price of the perfume is more expensive, and the perfume is generally placed in a special glass bottle for storage; the existing perfume bottle has the defects that the existing perfume bottle has no verification function, and other people except the person using perfume can easily open and use the perfume bottle, so that the phenomenon that the perfume bottles with the same appearance are easily mistakenly taken together in collective life is caused, and the loss is brought to the owner of the perfume; therefore, on the premise of the rapid development of science and technology, the invention of the perfume bottle with the verification function or the identity recognition function is also extremely important.

Disclosure of Invention

The invention aims to provide an intelligent fingerprint perfume bottle, wherein the bottle cap has an identity verification function, and can be opened only after identity verification is passed, so that loss caused by mistakenly taking perfume is avoided.

The invention adopts the technical scheme that the intelligent fingerprint perfume bottle comprises a perfume bottle body, an integrated chip and a locking device; the integrated chip is arranged at the bottleneck of the perfume bottle body, and the perfume bottle body is connected through the locking device; the integrated chip is mainly internally composed of an MCU module, a fingerprint identification module, a control panel, a feedback module and a power supply generation module. The fingerprint identification module, the control panel, the feedback module and the power supply generation module are respectively connected with the MCU module, and the fingerprint identification module acquires data information of a user and transmits the data information to the MCU module for calculation and storage; the MCU module controls locking or unlocking movement of the locking device according to the fingerprint information analysis result collected by the fingerprint identification module. The control panel is used for operating the input or deletion of the fingerprint data of the owner; the power generation module supplies power to the MCU module, the fingerprint identification module, the control panel and the feedback module.

In order to solve the problems and realize the functions, the invention adopts the following technical scheme:

optionally, the MCU module is a central processing unit of the whole integrated chip, all other modules of the perfume bottle are managed and monitored in a unified and centralized manner through the MCU module, and the MCU module has functions of data calculation, storage and instruction sending;

optionally, the fingerprint identification module transmits the acquired fingerprint information to the MCU module for operation and analysis by the MCU module;

optionally, the locking and unlocking movement of the locking device is controlled by the MCU module according to the fingerprint information analysis result collected by the fingerprint identification module;

optionally, the locking device comprises a lock cylinder and a driving device, the driving device is fixedly connected with the bottle cap, a lock groove is formed in the bottle body, the driving device drives the lock cylinder to be pulled out of the lock groove after working, and the lock cylinder can limit the relative rotation of the bottle body and the bottle body after being inserted into the lock groove;

optionally, the driving device is an electromagnetic driving device, the lock cylinder is made of a magnetic material, and the electromagnetic driving device drives the lock cylinder to move through electromagnetic acting force after being electrified.

Optionally, the control panel is used for operating the entry or deletion of fingerprint data of the perfume bottle owner, so that the fingerprint can be automatically adjusted by the perfume bottle owner;

optionally, the feedback module is composed of an LED lamp and is controlled by the MCU module, if the fingerprint comparison of the user is successful, the LED lamp emits green light to prompt the user that the identification is successful, otherwise, the MCU instructs the LED lamp to emit red light to prompt the user that the identification is failed, and the locking device cannot be opened;

optionally, the power generation module is respectively connected with other modules to supply power to each module. The power generation module comprises a radio frequency part, a rectifier part and a band gap reference part;

optionally, the radio frequency part receives electromagnetic waves and obtains signal energy from the outside, converts the energy of the electromagnetic waves into direct current electric energy and stores the direct current electric energy, and sends corresponding processing signals to the rectifier part;

optionally, the rectifier part receives external signal energy obtained by the radio frequency part, generates a fluctuating direct current voltage, and converts the unstable direct current voltage into a stable direct current voltage through the band gap reference part so as to supply power to the whole chip.

The invention has the following beneficial effects:

1. the volume is small, and the applicability is strong; the five modules are integrated on one chip, so that the occupied area is smaller, the chip is embedded into the bottle cap of the perfume bottle, the use of perfume users is not affected, the perfume bottle is suitable for various perfume bottles, and the users only need to input fingerprints;

2. the practicability is strong. In collective life, people commonly enjoy public areas, and often take things of taking something wrong with other people, especially perfumes and the like with the same appearance, so that the embarrassment problem of taking perfume bottles by mistake can be avoided by using the function;

drawings

Figure 1 schematic diagram of an intelligent fingerprint perfume bottle.

Fig. 2 is a basic block diagram of five modules of the present invention.

FIG. 3 is a schematic diagram of a power generation module.

Detailed Description

The invention will be further more fully described with reference to the accompanying drawings and detailed description of the preferred embodiments:

as shown in fig. 1, which is a schematic diagram of an intelligent fingerprint perfume bottle, it can be seen that an integrated chip 1 is embedded at a bottle cap, and a locking device 2 is arranged at the bottle cap and a bottle body. The integrated chip 1 is integrated with electronic components (not shown in the figure) such as an MCU module and a fingerprint identification module.

As shown in fig. 2, the basic block diagram of five modules is shown, the MCU module is a central processing unit of the entire intelligent fingerprint perfume bottle, and is responsible for data calculation, data storage and data transmission, and when in use, the user presses the fingerprint identification module with a finger with a fingerprint input, the fingerprint identification module transmits the collected fingerprint data to the MCU module, the electronic components on the MCU module compare the original fingerprint information stored in the MCU module, if the information matching is successful (the successful result means that the detected fingerprint information is consistent with the original fingerprint information), the components on the MCU module control the locking device to unlock, meanwhile, the LED lamp flickers to emit green light to prompt a user that the matching is successful and the bottle cap can be opened, if the matching is unsuccessful, the MCU module controls the locking device not to be unlocked, and the bottle cap is in a locked state, simultaneously the LED lamp twinkles red light for the suggestion user matches the failure and can't open the perfume bottle and use. The control panel can be used for inputting or deleting fingerprints of the operation user, the use habits of different users can be met by the arrangement, and the user can be ensured to use other fingers to operate under the condition that the finger surface of the user cannot be accurately identified after being created. The power supply generation module supplies power to each module on the intelligent perfume bottle integrated chip.

Fig. 3 is a schematic diagram of a power generation module. The signal energy that the response antenna that inlays in the perfume bottle lid will gather transmits the power and produces the module thereby to obtain the electric energy. The interface of the external induction signal is an embedded antenna, the radio frequency module converts the energy of electromagnetic waves collected by the antenna into alternating voltage and stores the alternating voltage, the alternating voltage is supplied to the rectifier, the rectifier module converts unstable alternating voltage into direct voltage, and the direct voltage is converted into stable direct voltage under the action of the band gap reference module, so that power is supplied to the integrated chip.