CN210244096U - Mechanical energy-displaying intelligent meter - Google Patents

Abstract

The utility model belongs to the technical field of the wearing articles for use technique and specifically relates to a mechanical type shows ability smart meter. The electronic control assembly comprises a battery module, a sensor module opposite to a pendulum bob of the mechanical movement, an electronic controller connected with the sensor module and a wireless communication module connected with the electronic controller. The utility model discloses utilize sensor module real-time detection mechanical type core's pendulum's swing number of times, through the cooperation of electronic controller and wireless communication module with energy ratio data real-time transfer to terminal equipment such as smart mobile phone and show, make the user wear and experience the mechanical type wrist-watch, can judge the remaining elastic potential energy of mechanical type core directly perceived and accurately; the problem that the watch body part is easy to damage due to blind energy storage operation of a user on the watch body can be effectively avoided, and the user can accurately control the timing state of the watch body conveniently.

Description

Mechanical energy-displaying intelligent meter

Technical Field

The utility model belongs to the technical field of the wearing articles for use technique and specifically relates to a mechanical type shows ability smart meter.

Background

As is well known, timepieces such as wristwatches (also called watches), pocket watches, etc. as a common time display tool or personal wear, play an important role in daily life and work of people; the mechanical clock is widely preferred by consumers because the power of the mechanical clock is derived from a clockwork spring in the movement and the clockwork spring drives the gear to push the watch hand to time, so that batteries are not needed, the service life of the movement is long, the process is fine and the like.

Along with the rapid development of electronic technology and communication technology and the gradual promotion of people to clock class practical function, current mechanical type clock and watch leads to its applied development to receive very big restriction because of its single practical function, specifically does: 1. in order to maintain the continuous travel time of the mechanical clock, the spring must be rewound before the elastic potential energy of the spring is released; however, in a closed timepiece movement, the magnitude of the residual elastic potential energy cannot be intuitively understood, and therefore it is often necessary to wind up the spring by frequently screwing the knob, thereby greatly increasing the wear of the mechanical parts and consequently affecting the service life of the timepiece. 2. Because the intelligent mobile device can not be interactively connected with the intelligent mobile device, the intelligent mobile device can not be integrated into the existing Internet of things system.

SUMMERY OF THE UTILITY MODEL

To the not enough of above-mentioned prior art existence, the utility model aims to provide a mechanical type shows can smart meter.

In order to achieve the above purpose, the utility model adopts the following technical scheme:

the utility model provides a mechanical type shows ability smart meter, it includes the watchcase and encapsulates the mechanical type core in the watchcase through the table lid, it still includes an electronic control subassembly, the electronic control subassembly includes one encapsulates in the watchcase and is used for detecting the sensor module of the pendulum with the pendulum phase place of mechanical type core, one encapsulates in the watchcase and links to each other with the sensor module in order to do conversion treatment to the signal of sensor module output with electronic controller, one encapsulates in the watchcase and links to each other with electronic controller and does wireless communication interactive connection's wireless communication module with terminal equipment with electronic controller and one encapsulates in the watchcase and links to each other with sensor module, wireless communication module and electronic controller respectively in order to the battery module of sensor module, wireless communication module and electronic controller power supply.

Preferably, the electronic control assembly further comprises an electronic display screen embedded on the watch cover and connected with the electronic controller.

Preferably, it also includes a dial plate which is sealed in the watch case by a dial cover and covers the mechanical movement, and the electronic control assembly also includes an electronic display screen which is embedded on the dial plate and connected with the electronic controller.

Preferably, the sensor module comprises a three-axis acceleration sensor.

Due to the adoption of the scheme, the utility model discloses utilize the sensor module to detect the swing number of times of the pendulum of mechanical type core in real time, the cooperation through electronic controller and wireless communication module is transmitted the energy ratio data to terminal equipment such as smart mobile phone in real time and is shown, makes the user wear and experience the mechanical type wrist-watch while, can judge the remaining elastic potential energy of mechanical type core directly perceived and accurately; the problem that the watch body parts are easy to damage due to blind energy storage operation of a user on the watch body can be effectively avoided, and the user can accurately control the states of the watch body such as timing, energy storage and the like.

Drawings

Fig. 1 is a schematic diagram of a system control according to an embodiment of the present invention;

fig. 2 is a schematic diagram of the structure reference of the embodiment of the present invention.

Detailed Description

The embodiments of the invention will be described in detail below with reference to the drawings, but the invention can be implemented in many different ways as defined and covered by the claims.

As shown in fig. 1 and fig. 2, the mechanical energy-displaying smart watch provided by the present embodiment includes a watch case 1, an electronic control assembly, and amechanical movement 3 enclosed in the watch case 1 through awatch cover 2; wherein, the electronic control component comprises asensor module 4 which is packaged in the watchcase 1 and is opposite to the pendulum of themechanical movement 3 for detecting the swinging times of the pendulum, anelectronic controller 5 which is packaged in the watchcase 1 and is connected with thesensor module 4 for converting the signal output by thesensor module 4, a wireless communication module 6 (such as a Bluetooth module and the like) which is packaged in the watchcase 1 and is connected with theelectronic controller 5 for connecting theelectronic controller 5 with the terminal equipment A (such as a smart phone and the like) in a wireless communication and interaction way, and asensor module 4 which is packaged in the watchcase 1 and is respectively connected with thesensor module 4, and thewireless communication module 6 and theelectronic controller 5 are connected to supply power to thesensor module 4, thewireless communication module 6 and theelectronic controller 5, and thewireless communication module 6 is connected with theelectronic controller 5 through a battery module 9 (which can adopt a button battery in an existing electronic watch or quartz watch according to actual conditions).

Therefore, thesensor module 4 can be used for detecting the swinging times of the pendulum bob of themechanical movement 3 in real time, the energy ratio of themechanical movement 3 during winding is calculated by combining a corresponding calculation means through a hardware carrier of theelectronic controller 5, and the energy ratio data is transmitted to terminal equipment A such as a smart phone in real time by using thewireless communication module 6 for displaying, so that a user can intuitively and accurately judge the residual elastic potential energy of themechanical movement 3 while wearing and experiencing the mechanical watch, and whether themechanical movement 3 is wound or not is determined; in specific implementation, according to the hardware system structure of the smart meter in this embodiment, the following method may be adopted to display the remaining energy of the smart meter in real time, that is: the total number of swinging times of the pendulum bob (for example, most of thependulum bobs 3 can swing 7000 times under the condition of complete energy storage) in the process from the full string state to the completion of the release of the spring potential energy of the spring can be preset in theelectronic controller 5, so that the remaining stored energy of themechanical core 3 can be calculated according to the total number of swinging times and the number of times of the pendulum bob detected by thesensor module 4, and then the energy data can be transmitted to the terminal device a for display in real time or at regular time through thewireless communication module 6. Based on this, not only can effectively avoid because of the user carries out blind energy storage operation to the table body and leads to the problem that table body part is easy to be impaired, but also be convenient for the user to carry out accurate control to the timing state of table body.

For the practicality of furthest optimization whole smart meter, make it on the basis of the function of keeping traditional mechanical table, can carry out interactive use with current intelligent Mobile device, the accessible sets up electronic display screen 7 on the table body and carries out real-time display to the surplus energy and other information of the table body, specifically is:

1. the electronic display screen 7 can be embedded on themeter cover 2 and connected with theelectronic controller 5; therefore, under the control of theelectronic controller 5, the electronic display screen 7 can display the remaining energy of the meter body and the timing time of the meter body in real time, and the received incoming call information, short message information, step counting information and the like of the intelligent device A can be displayed on the electronic display screen 7 by using thewireless communication module 6.

2. The electronic display screen 7 can also be embedded in the body of the watch body, namely the whole intelligent watch also comprises a dial plate 8 which is encapsulated in the watch case 1 through thewatch cover 2 and covers themechanical movement 3, and the electronic display screen 7 is embedded on the dial plate 8 and is connected with theelectronic controller 5.

In addition, as an optimal solution, for the practical function of further richening whole smart meter, guarantee the accuracy thatsensor module 4 gathered pendulum swinging times simultaneously,sensor module 4 of this embodiment is preferred mainly to be become by a triaxial acceleration sensor group. Therefore, the swing frequency of the pendulum can be detected by utilizing the characteristics of the triaxial acceleration sensor, the detection of the state of the watch body can be realized, if the watch is detected to be worn, once the watch is in an idle state for a long time, the watch can be reminded to wear the watch or perform sports through the terminal equipment A. Meanwhile, in view of the characteristic that the mechanical watch can automatically wind up the energy storage of the movement along with the movement of a wearer, the energy storage consumption of the watch body can be calculated and displayed according to the static time when the watch body is in a static state by utilizing the matching of thesensor module 4 and theelectronic controller 5, and when the wearer is in the static state for a long time, thewireless communication module 6 can also be used for reminding the user to wear the watch body or increasing the wind up energy storage of themechanical movement 3 through movement.

The above only is the preferred embodiment of the present invention, not limiting the scope of the present invention, all the equivalent structures or equivalent flow changes made by the contents of the specification and the drawings, or directly or indirectly applied to other related technical fields, are included in the same way in the protection scope of the present invention.

Claims (4)

1. The utility model provides a mechanical type shows ability smart meter, it includes the watchcase and encapsulates the mechanical type core in the watchcase through the table lid, its characterized in that: the electronic control assembly comprises a sensor module, an electronic controller, a wireless communication module and a battery module, wherein the sensor module is packaged in the watchcase and is opposite to the pendulum of the mechanical movement so as to be used for detecting the swinging times of the pendulum, the electronic controller is packaged in the watchcase and is connected with the sensor module so as to convert signals output by the sensor module, the wireless communication module is packaged in the watchcase and is connected with the electronic controller so as to enable the electronic controller to be in wireless communication interactive connection with terminal equipment, and the battery module is packaged in the watchcase and is respectively connected with the sensor module, the wireless communication module and the electronic controller so as to supply power to the sensor module, the wireless communication module and the electronic controller.

2. The mechanical energy-displaying intelligent watch as claimed in claim 1, wherein: the electronic control component also comprises an electronic display screen which is embedded on the meter cover and connected with the electronic controller.

3. The mechanical energy-displaying intelligent watch as claimed in claim 1, wherein: the electronic control assembly also comprises a dial plate which is packaged in the watch case through a watch cover and covers the mechanical movement, and the electronic control assembly also comprises an electronic display screen which is embedded on the dial plate and connected with the electronic controller.

4. A mechanical display energy smart watch as claimed in any one of claims 1 to 3, characterised in that: the sensor module comprises a three-axis acceleration sensor.

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