CN203916019U - Intelligent multipurpose metering belt - Google Patents

Abstract

An intelligent multipurpose measuring belt system relates to an intelligent measuring technology, in particular to an intelligent multipurpose measuring belt. The mobile phone is characterized by comprising a switch, a microprocessor, a memory and a Bluetooth transmitting and receiving device, wherein the memory is used for storing motion track data, the microprocessor is respectively connected with the memory, the Bluetooth transmitting and receiving device and the switch, the mobile phone also comprises a product state prompting LED, a battery state displaying LED and a motion sensor electrically connected with the microprocessor, the motion sensor captures the motion track of a user and transmits a signal to the memory through the microprocessor, and the product state prompting LED and the battery state displaying LED are respectively electrically connected with the microprocessor. The trajectory of the user's motion is captured by the motion sensor to calculate the time and number of times the user performed the motion. In addition, the long person can capture the trajectory of his fall through the motion sensors in the system. If the system detects the falling condition of the long person, the system immediately transmits the short message to inform the preset family.

Description

Intelligent multi-purpose metering belt

technical field

The utility model relates to an intelligent metering technology, in particular to an intelligent multi-purpose metering belt.

Background technique

In current life, many people like to compete with others in the same sports to cultivate interest in sports. Therefore, some businesses have designed many products to record sports conditions, cultivate and increase the daily exercise volume of urban people, through Realize online or cloud group competition through metering. However, in the market, there are already some sports measurement solutions that can only record the steps of running, while other sports have no measurement solutions.

Utility model content

Aiming at the deficiencies in the above technologies, the utility model provides a method that can learn different motion trajectories, so that by sensing different types of motion, the relevant motion time and times can be effectively measured, so that people can systematically calculate and record motion Data gauge tape.

The technical scheme that the utility model takes is as follows:

An intelligent multi-purpose measuring belt system is composed of a switch, a microprocessor, a memory and a bluetooth transmitter and receiver, the memory is used to store motion track data, and the microprocessor is connected with the memory, the bluetooth transmitter and receiver and the switch respectively The connection is characterized in that: it also includes a product status prompt LED, a battery status display LED and a motion sensor electrically connected to the microprocessor, the motion sensor captures the user's motion track and transmits a signal to the memory through the microprocessor wherein, the product status prompt LED and the battery status display LED are respectively electrically connected to the microprocessor.

Preferably, the motion sensor is provided with a gyroscope or a gravity sensor to record the motion track.

Preferably, the switch is a tact switch.

Preferably, the switch is connected to a power source, and the power source is connected to a charging line.

Preferably, the power supply includes a lithium battery and a voltage stabilizing chip, and the voltage stabilizing chip supplies power for the system and assists in charging the lithium battery.

Preferably, the charging cable includes a USB connector, through which the lithium battery can be charged, and the data can be transmitted to an external device with a Bluetooth transmitter and receiver.

The beneficial effect of the utility model is that the system can input different exercise options (such as lifting a dumbbell) through a smart mobile phone or an external control device, and the motion sensor can capture the user's movement trajectory (such as lifting a dumbbell posture), and the system can Store relevant exercise data in the memory. When the user performs related sports again in the future (such as lifting dumbbells), he can choose and customize the motion track data (that is, the user's own posture for lifting dumbbells) or the expert motion track data preset by the system (that is, the lifting posture of a professional fitness trainer). Posture) for comparison, if the two motion trajectories are close, the system will effectively calculate and record relevant motion data. The motion sensor of this structure is a gyroscope or a gravity sensor, which can truly record movements, and abandons the single function of only recording travel in the past. The charging cable can transfer the USB2.0Type A connector power to the metering belt for charging, and can use the Bluetooth transmitter receiver to transmit data to external devices.

Description of drawings

Fig. 1 is a block diagram of the utility model;

Figure 2 is a circuit diagram of the charging line of this structure;

The voltage stabilizing circuit circuit diagram of Fig. 3 this structure;

The light touch switch circuit diagram of Fig. 4 this structure;

The motion sensor circuit diagram of Fig. 5 present structure;

The memory circuit diagram of Fig. 6 present structure;

The microprocessor circuit diagram of Fig. 7 present structure;

Figure 8 is the battery status display LED circuit diagram of this structure;

Figure 9 is the product status prompt LED circuit diagram of this structure;

The bluetooth transmitting receiver circuit diagram of Fig. 10 this structure;

In the picture:

01 charging cable, 02 power supply,

03 switch, 04 control circuit,

10 microprocessors, 20 memories,

30 motion sensor, 40 product status prompt LED, 50 Bluetooth transmitter receiver, 60 battery status display LED.

Detailed ways

The utility model will be further described below in conjunction with accompanying drawing:

The structural block diagram of the utility model shown in Figure 1 is an intelligent multi-purpose metering belt system, which is composed of a switch 03, a microprocessor 10, a memory 20 and a Bluetooth transmitter receiver 50, and the memory 20 is used to store the movement track Data, the microprocessor 10 is respectively connected with the memory 20, the bluetooth transmitter receiver 50 and the switch 03, and also includes a product status prompt LED40, a battery status display LED60 and a motion sensor electrically connected with the microprocessor 10, The motion sensor captures the user's motion track and transmits a signal to the memory 20 through the microprocessor 10 , and the product status prompt LED4 and the battery status display LED60 are electrically connected to the microprocessor 10 respectively. The above microprocessor 10 , memory 20 , motion sensor 30 , product status prompt LED 40 , Bluetooth transmitter receiver 50 and battery status display LED 60 are the control circuit 04 .

Preferably, the motion sensor 30 is provided with a gyroscope or a gravity sensor to record the trajectory of the motion. Using this structure, it is the motion trajectory that can be accurately recorded, which is a device for describing motion trajectory data in two dimensions.

Preferably, the switch 03 is a tact switch.

Preferably, the switch 03 is connected to a power source 02 , and the power source 02 is connected to a charging line 01 .

Preferably, the power supply 02 includes a lithium battery and a voltage stabilizing chip, through which the voltage stabilizing chip supplies power for the system and assists in charging the lithium battery. The power supply 02 of the system device can be connected to the power supply device through the charging cable 01 to obtain power, and the power supply 02 is connected to the control circuit 04 through the switch 03 to supply power to the control circuit 04

Preferably, the charging cable 01 includes a USB connector, through which the lithium battery can be charged, and the data can be transmitted to an external device with a Bluetooth transmitter and receiver.

The following describes its working process:

First, turn on the switch 03, the control circuit 04 starts to work under the power supply of the power supply 02, and the battery status display LED 60 will light up to indicate that the power supply of the system is normal. The Bluetooth transmitter receiver 50 is paired with the external smart phone, and the product status prompt LED 40 will light up to indicate that the Bluetooth transmitter receiver and the smart phone are paired successfully. exercise option before selecting Learn or Measure mode.

If the user selects the "learning" mode, the bluetooth transmitter receiver 50 will transmit the instruction to the microprocessor 10 after receiving the relevant signal, and the microprocessor 10 will instruct the motion sensor 30 to capture the user's movement track, and the relevant image signal will pass through After the microprocessor 10 processes it, it is stored in the "user-defined motion track database" of the memory 20 .

If the user selects the "metering" mode, the user must further choose to compare with the user-defined motion trajectory data or expert motion trajectory data, and the Bluetooth transmitter receiver 60 will send the instruction to the microprocessor 10 after receiving the relevant signal , the microprocessor 10 instructs the motion sensor 30 to capture the user's movement track, and the relevant image signal is processed by the microprocessor 10 and compared with the data stored in the memory 20 (according to the data selected by the user), If the two motion trajectories are close, the microprocessor 10 will calculate and record the motion data, and all recorded data will be stored back in the memory 20 .

After the elder wears the measuring belt and enters the "elderly" mode, the motion track of the elder will be captured by the motion sensor 30, and the microprocessor 10 will instruct the relevant action signal to be compared with the fall data of the elder in the memory 20. If the trajectories of the two are close, the microprocessor 10 will send a signal to notify the bluetooth transmitter receiver 60 to pair with the external smart mobile phone, and instruct to send a short message to the elder's family to notify the situation of the fall.

Of course, the above embodiments are only intended to illustrate rather than limit the utility model, and the above is only a preferred embodiment of the utility model, so all equivalent changes or changes made according to the method described in the utility model patent application scope Modifications are all included within the scope of the utility model patent application.

Claims (6)

1. an intelligent multipurpose metering band system, by switch, microprocessor, memory and Bluetooth transmission receiver composition, described memory is in order to storing moving track data, described microprocessor respectively with memory, Bluetooth transmission receiver and switch connect, it is characterized in that: also comprise Product Status prompting LED, the motion sensor that battery status shows LED and is electrically connected with microprocessor, motion sensor catches user's movement locus and passes through microprocessor signal transmission to memory, described Product Status prompting LED and battery status show that LED is electrically connected with microprocessor respectively.

2. intelligent multipurpose metering band system according to claim 1, is characterized in that: the track that gyroscope or the motion of gravity sensor record are set in described motion sensor.

3. intelligent multipurpose metering band system according to claim 2, is characterized in that: described switch is a touch-switch.

4. intelligent multipurpose metering band system according to claim 3, is characterized in that: described switch is connected with power supply, and this power supply is connected with a charging wire.

5. intelligent multipurpose metering band system according to claim 4, is characterized in that: described power supply comprises a lithium battery and a voltage stabilizing chip, is used and assists lithium cell charging in system by voltage stabilizing chip power supply.

6. intelligent multipurpose metering band system according to claim 4, is characterized in that: described charging wire comprises a USB joint, can to described lithium cell charging ， And usable bluetooth transceiver, transfer of data be arrived to external equipment by USB joint.