CN207751490U - A kind of multi-functional chicken pedometer - Google Patents

Abstract

The utility model provides a multifunctional chick pedometer, which includes an identity recognition module, a motion detection module, a storage module, a power supply module, an information transmission module and a central control module. The identity recognition module is an ID code, and each small The chicken corresponds to a unique ID code, and the power supply module includes an energy harvester and an energy storage. The pedometer of the utility model can automatically collect energy for power supply during use, and farmers can grasp the activity status of native chickens in real time. At the same time, according to the difference in the amount of exercise between ordinary chickens and native chickens, by monitoring the amount of exercise of native chickens, Prove the authenticity of chicken sold.

Description

A kind of multifunctional chick pedometer

technical field

The utility model relates to the field of electronic technology, in particular to a multifunctional chicken pedometer.

Background technique

Food safety issues continue to have a fever, and various chemical additives and antibiotics are abused to promote rapid growth of animals. Therefore, more and more attention has been paid to the food traceability control of poultry animals, which is also the fundamental reason why local agricultural products, including native chickens, are currently sought after by people. The stocking time of native chickens is generally more than one year, the breeding density is very low, and the cost is high. As for the genuine and fake native chickens, the vast majority of consumers cannot tell the difference. Therefore, the rights and interests of consumers and native chicken farmers are seriously damaged. Consumers cannot buy with confidence, and the enthusiasm of native chicken farmers is also greatly reduced. At present, the traceability and anti-counterfeiting methods related to poultry generally use the foot ring marking method to engrave the manufacturer's name, phone number, etc. on the foot ring, or use the numbering method, two-dimensional code method, etc. For example, the Chinese invention patent application publication number is CN103955835A, the live poultry traceability anti-counterfeiting management method and system, only uses the two-dimensional code on the live poultry foot ring as the query code, and does not consider the problems caused by the extreme dispersion of farm farmers and the small amount of breeding per household. It is difficult to unify the purchase and sale of the problem, and it is not operable, and the method is easy to be maliciously tampered with, and it is difficult to guarantee the authenticity of traceability and anti-counterfeiting. Therefore, the current judgment method mainly depends on the merchant's own logo and the consumer's own experience, and there is no objective and feasible method.

The amount of exercise of a chicken is a very important physiological indicator to evaluate whether it is a chick. The breeding density of ordinary chickens is very high, there is not enough space for the chickens to move freely, and the feeding cycle is relatively short; while the breeding of native chickens is very scattered, the amount of daily exercise of native chickens is large, and the feeding cycle is also very long. Therefore, there is a big gap in the amount of exercise between ordinary chickens and native chickens. The authenticity of native chickens sold can be verified by monitoring the amount of exercise of native chickens.

Utility model content

The utility model provides a multifunctional pedometer for chickens, which can detect the amount of exercise of the chickens, and can also monitor and manage the health status of the chickens.

The multifunctional chick pedometer of the utility model comprises a pedometer main body and a power supply module, the pedometer main body includes an identity recognition module, a motion detection module, a storage module, an information transmission module, a central control module and a power supply module, The motion detection module is connected to the storage module, the storage module is connected to the information transmission module, the central control module is connected to the identification module, motion detection module, storage module, and information transmission module, and the The identity recognition module is an ID code, and each chick corresponds to a unique ID code. The motion detection module is used to collect chicken motion data, the storage module is used to store the data collected by the motion detection module, and the information transmission module uses In order to send the data, the central control module controls the operation of the motion detection module, the storage module and the information transmission module, and the power supply module is connected with the pedometer main body 1 to provide the power for the pedometer. Power supply, the power supply module includes an energy harvester and an energy storage, the energy harvester is a vibration energy harvester, and/or a photoelectric energy harvester, and/or a thermoelectric energy harvester, for collecting energy in the environment and transforming is electrical energy, and the energy storage is a capacitor or a rechargeable battery for storing the electrical energy.

In the multi-functional chick pedometer of the utility model, each chick corresponds to a unique ID code, which cannot be tampered with, and realizes the first guarantee of anti-counterfeiting and traceability. Consumers can query the motion data of the chick through the ID code; the information transmission module The motion data can be transmitted to the terminal communicating with the pedometer in real time, which is convenient for management; the pedometer does not need to replace the battery during use, and the energy harvester automatically collects electric energy, using the mechanical energy generated by the chicken's daily activities , The light energy and heat energy in the external environment are converted into electrical energy to maintain the operation of the equipment and solve the problem of inconvenient replacement of commonly used batteries.

Further, the motion detection module is a gravity sensor and/or a gyroscope.

Further, the information transmission module is a Zigbee module, a Z-Wave module, a Wibree module or an EnOcean module, which has low cost, low power consumption and high reliability.

Further, the identity recognition module can be integrated in the information transmission module, or recorded in the storage module, so as to reduce the internal program of the pedometer.

Further, the motion detection module collects the motion data of the chick, including steps, height, and moving distance. Farmers can price chickens reasonably based on their movement data, and consumers can judge their authenticity and quality of chickens based on various activity data.

Further, the multifunctional chick pedometer also includes a sensor module connected to the central control device, the sensor module includes a temperature sensor and a humidity sensor, and the sensor module stores the collected data into the storage module, and sent out through the information transmission module.

The above-mentioned sensors are integrated in the pedometer to monitor the external environment of the chick's activities, and farmers can make timely adjustments when the external environment is abnormal.

Further, the multifunctional chick pedometer also includes a GPS locator connected to the central control device for monitoring the orientation and movement track of the chick, and the data collected by the GPS locator are stored in the The storage module is sent out through the information transmission module.

Further use of GPS locator to help farmers grasp the real-time movements of chickens and reduce the daily management workload.

Further, the multifunctional chick pedometer also includes an alarm device, which includes a warning light and a buzzer, and is connected with the central control device.

Further, the warning light can display yellow and red, and the alarm condition is: after 24 hours, when the motion data collected by the motion detection module is less than half of the daily average value, the warning light is on and yellow; when no motion data is collected , the warning light is on and red, and the buzzer sounds at the same time.

An alarm device is set in the pedometer to monitor and find the abnormal situation of the chicks, which is convenient for farmers to deal with in time. Different alarm mechanisms are set for different abnormal situations to reduce workload and facilitate management.

The quality control of the multifunctional chick pedometer of the present utility model is within 20 g, preferably no more than 10 g. The quality of the pedometer will affect the activity of the chicks and affect the growth of the chicks, so the lighter the quality, the better.

The beneficial effects of the utility model are as follows:

1. Each chicken corresponds to a unique ID code, which cannot be tampered with, and realizes the first guarantee of anti-counterfeiting and traceability. Consumers can query the chicken movement data through the ID code;

2. The pedometer has low energy consumption and requires little power; the pedometer does not need to replace the battery during use, and the energy harvester is used to automatically collect electric energy to maintain the equipment;

3. The pedometer integrates functions such as step counting, positioning, and environmental monitoring, which can monitor the chicken's activity data, orientation, health status, and external environmental conditions;

4. The data collected by the pedometer is sent out through the wireless transmission module, and the farmers can grasp the growth and activity of the chicks in time, which is convenient for daily management and greatly reduces the workload;

5. The quality of the pedometer is small, which does not affect the activity and growth of the chicks;

6. Farmers can price chickens reasonably according to their movement data, and consumers can judge their authenticity and quality of native chickens based on various activity data.

Description of drawings

Fig. 1 is the structural diagram of the multi-function chick pedometer of embodiment 1 of the present utility model.

Fig. 2 is a structural diagram of the multifunctional chick pedometer according to Embodiment 2 of the present utility model.

Fig. 3 is a structural diagram of a multifunctional chick pedometer according to Embodiment 3 of the present invention.

Fig. 4 is a structural diagram of a multifunctional chick pedometer according to Embodiment 4 of the present invention.

Fig. 5 is a structural diagram of a multifunctional chick pedometer according to Embodiment 5 of the present invention.

Each number in the figure is: pedometer main body 1, identity recognition module 11, motion detection module 12, storage module 13, information transmission module 14, central control module 15, sensor module 16, temperature sensor 161, humidity sensor 162, GPS positioning Device 17, alarm device 18, warning light 181, buzzer 182, power supply device 2, energy harvester 21, energy storage 22.

Detailed ways

Specific embodiments of the present invention will be described in detail below in conjunction with the accompanying drawings. It should be understood that the description of these specific details is only for complete and thorough reflection of the idea of the present invention, and is not intended to limit the present invention to these specific implementation forms.

Example 1:

The multifunctional chicken pedometer of this embodiment includes a pedometer main body 1 and a power supply module 2, and the pedometer main body 1 includes an identification module 11, a motion detection module 12, a storage module 13, an information transmission module 14, Central control module 15, described motion detection module 12 is connected with described storage module 13, and described storage module 13 is connected with described information transmission module 14, and described central control module 15 is connected with described identification module 11, motion detection module 12. The storage module 13 and the information transmission module 14 are connected. The identity recognition module is an ID code, and each chick corresponds to a unique ID code. The ID code is a random number or a sequence of random numbers. The motion detection module 12 is used to collect small chickens. Chicken motion data, described storage module 13 is used for storing the data that motion detection module 12 collects, and described information transmission module 14 is used for sending described data outside, and described central control module 15 is to described motion detection module 12, storage The operation of module 13 and information transmission module 14 is controlled, and described power supply module 2 is connected with described pedometer main body 1, supplies power for described pedometer, and described power supply module 2 comprises energy harvester 21 and energy storage 22, The energy harvester 21 can adopt a vibration energy harvester, a photoelectric energy harvester and a thermoelectric energy harvester for collecting energy in the environment and converting it into electrical energy. The energy storage 22 is a capacitor or a rechargeable battery for storing said electrical energy, so the pedometer does not require an external power source. The overall mass of the pedometer is 20g.

The motion data collected by the pedometer includes steps, height, and moving distance, and the data is sent to the receiving device at the farmer's end through the information transmission module 14 .

Example 2:

The multifunctional chicken pedometer of this embodiment includes a pedometer main body 1 and a power supply module 2, and the pedometer main body 1 includes an identification module 11, a motion detection module 12, a storage module 13, an information transmission module 14, Central control module 15, described motion detection module 12 is connected with described storage module 13, and described storage module 13 is connected with described information transmission module 14, and described central control module 15 is connected with described identification module 11, motion detection module 12. The storage module 13 and the information transmission module 14 are connected, the power supply module 2 is connected with the pedometer main body 1, includes an energy harvester 21 and an energy storage 22, and also includes a GPS locator 17, and is connected with the central control device 15 connected to monitor the position and trajectory of the chick.

Among them, the identity recognition module 11 is an ID code, each chick corresponds to a unique ID code, and the ID code is a random number; the motion detection module 12 adopts a gravity sensor; the information transmission module 14 adopts a Zigbee module with low energy consumption; The energy harvester can convert the mechanical vibration energy generated during the activity of the chicken into electrical energy. For example, a piezoelectric MEMS device is used, and the environmental vibration drives the device to move back and forth to form a current. The rechargeable battery is used as the energy storage 22 to store the current for step counting. The pedometer works, so the pedometer does not need an external power supply. The overall mass of the pedometer is 15g.

The motion data collected by the pedometer includes steps, height, moving distance, orientation and motion trajectory, and is stored in the storage module 13, and the data is sent to the receiving device at the farmer's end by the Zigbee information transmission module 14.

Example 3:

The multifunctional chicken pedometer of this embodiment includes a pedometer main body 1 and a power supply module 2, and the pedometer main body 1 includes an identification module 11, a motion detection module 12, a storage module 13, an information transmission module 14, Central control module 15, described motion detection module 12 is connected with described storage module 13, and described storage module 13 is connected with described information transmission module 14, and described central control module 15 is connected with described identification module 11, motion detection module 12. The storage module 13 and the information transmission module 14 are connected, and the power supply module 2 is connected with the pedometer main body 1, including an energy harvester 21 and an energy storage 22; it also includes a GPS locator 17, which is connected with the central control device 15, used to monitor the position and movement trajectory of the chick; the sensor module 16 is connected with the central control device 15, including a temperature sensor 161 and a humidity sensor 162, and stores the collected data into the storage module 13 for real-time Detect ambient temperature and humidity.

Wherein, the identification module is an ID code, each chick corresponds to a unique ID code, and the ID code is a random sequence, which is recorded in the storage module 13; the motion detection module 12 adopts the combination of a gravity sensor and a gyroscope; the information transmission module 14 adopts a low energy consumption The Wibree module; the energy harvester 21 adopts a combination of thermoelectric energy harvester and photoelectric energy harvester, which can convert sunlight and even light in the chicken growth environment into electrical energy and use the temperature difference in the environment to generate electrical energy from heat, so as to The capacitor stores electrical energy for the energy storage 22 for the pedometer to work.

The motion data collected by the pedometer includes steps, height, moving distance, orientation and motion track, and the external environmental data collected include temperature and humidity, which are stored in the storage module 13, and are transmitted by the Wibree information transmission module 14. The data is sent to the receiving device at the farmer's end; the overall quality of the pedometer is 8g.

Example 4:

The multifunctional chicken pedometer of this embodiment includes a pedometer main body 1 and a power supply module 2, and the pedometer main body 1 includes an identification module 11, a motion detection module 12, a storage module 13, an information transmission module 14, Central control module 15, described motion detection module 12 is connected with described storage module 13, and described storage module 13 is connected with described information transmission module 14, and described central control module 15 is connected with described identification module 11, motion detection module 12. The storage module 13 and the information transmission module 14 are connected, and the power supply module 2 is connected with the pedometer main body 1, including an energy harvester 21 and an energy storage 22; it also includes a GPS locator 17, connected with the central control device 15 , for monitoring the position and motion trajectory of the chick, the alarm device 18 is connected with the central control device 15, and sends an alarm when an abnormal situation occurs.

Wherein, the identification module 11 is an ID code, and each chick corresponds to a unique ID code, and the ID code is a random number, which is recorded in the storage module 13; the motion detection module 12 adopts a gyroscope; the information transmission module 14 adopts an EnOcean module; the energy harvester 21 Using the combination of vibration energy harvester and thermoelectric energy harvester, the mechanical vibration energy generated during the activity of the chick and the temperature difference in the environment can be used to generate electric energy from heat, and the rechargeable battery is used as the energy storage 22 to store electric energy for computing power. Stepper work; described warning device 18 comprises warning light 181 and buzzer 182, and warning light 181 can show yellow and red, and warning condition is: through 24 h, the motion data that described motion detection module 12 collects is less than daily average value Half of the time, the warning light 181 is bright and yellow; when no motion data is collected, the warning light 181 is bright and red, and the buzzer 182 alarms simultaneously.

The motion data collected by the pedometer includes steps, height, moving distance, orientation and motion track, and is stored in the storage module 13, and the data is sent to the receiving device at the farmer's end by the EnOcean information transmission module 14; The overall mass of the walker is 5g.

Example 5:

The multifunctional chicken pedometer of this embodiment includes a pedometer main body 1 and a power supply module 2, and the pedometer main body 1 includes an identification module 11, a motion detection module 12, a storage module 13, an information transmission module 14, Central control module 15, described motion detection module 12 is connected with described storage module 13, and described storage module 13 is connected with described information transmission module 14, and described central control module 15 is connected with described identification module 11, motion detection module 12. The storage module 13 and the information transmission module 14 are connected, and the power supply module 2 is connected with the pedometer main body 1, including an energy harvester 21 and an energy storage 22; it also includes a GPS locator 17, connected with the central control device 15 , used to monitor the position and movement trajectory of the chick; the sensor module 16 is connected with the central control device 15, including a temperature sensor 161 and a humidity sensor 162, which detects the ambient temperature and humidity in real time; the alarm device 18 is connected with the central control device 15 connected to send an alarm when an abnormal situation occurs.

Among them, the identity recognition module 11 is an ID code, each chick corresponds to a unique ID code, and the ID code is a random sequence, which is integrated in the information transmission module 14; the motion detection module 12 uses a gyroscope; the information transmission module 14 uses a low-energy Z- Wave module; the energy harvester 21 adopts a collection of vibration energy harvesters, thermoelectric energy harvesters and photoelectric energy harvesters, which can generate mechanical vibration energy during activities and utilize light energy and temperature differences in the environment from light and heat. Electric energy, with the capacitor as the energy store 22 to store electric energy for the work of the pedometer; the alarm device 18 includes a warning light 181 and a buzzer 182, and the warning light 181 can show yellow and red, and the alarm condition is: after 24 h, all When the motion data collected by the motion detection module 12 is less than half of the daily average value, the warning light 181 is bright and yellow; when no motion data is collected, the warning light 181 is on and red, and the buzzer 182 alarms.

The motion data collected by the pedometer includes steps, height, moving distance, orientation and motion track, and the external environmental data collected include temperature and humidity, which are stored in the storage module 13, and are transferred to the storage module 13 by the Z-Wave information transmission module 14. The data is sent to the receiving device at the farmer's end; the overall quality of the pedometer is 10g.

Finally, it should be noted that: the above is only a preferred embodiment of the utility model, and is not intended to limit the utility model, although the utility model has been described in detail with reference to the foregoing embodiments, for those skilled in the art , it can still modify the technical solutions recorded in the foregoing embodiments, or perform equivalent replacements on some of the technical features. Any modifications, equivalent replacements, improvements, etc. made within the spirit and principles of the present utility model, All should be included within the protection scope of the present utility model.

Claims (10)

1. A multifunctional chick pedometer, is characterized in that, comprises pedometer main body and power supply module, and described pedometer main body comprises identification module, motion detection module, storage module, information transmission module, central control module and a power supply module, the motion detection module is connected to the storage module, the storage module is connected to the information transmission module, and the central control module is connected to the identity recognition module, motion detection module, storage module, and information transmission module connected, the identity recognition module is an ID code, and each chick corresponds to a unique ID code, the motion detection module is used to collect chicken motion data, and the storage module is used to store the data collected by the motion detection module. The information transmission module is used to send the data, the central control module controls the operation of the motion detection module, the storage module and the information transmission module, and the power supply module is connected to the main body of the pedometer to provide The pedometer is powered, and the power supply module includes an energy harvester and an energy storage, and the energy harvester is a vibration energy harvester, and/or a photoelectric energy harvester, and/or a thermoelectric energy harvester, for collecting energy in the environment and converted into electrical energy, the energy storage is a capacitor or a rechargeable battery for storing the electrical energy. 2. The multifunctional chick pedometer according to claim 1, wherein the motion detection module is a gravity sensor and/or a gyroscope. 3. The multifunctional chick pedometer according to claim 2, wherein the information transmission module is a Zigbee module, a Z-Wave module, a Wibree module or an EnOcean module. 4. The multifunctional chick pedometer according to claim 3, wherein the identity recognition module is integrated in the information transmission module or recorded in the storage module, and the ID code is a random number or a random number. sequence. 5. The multifunctional chick pedometer according to claim 1, wherein the motion detection module collects the motion data of the chick including steps, height, and moving distance. 6. The multifunctional chick pedometer as claimed in claim 1, is characterized in that, also comprises sensor module, is connected with central control device, and described sensor module comprises temperature sensor, humidity sensor, and described sensor module will collect The data is stored in the storage module and sent out through the information transmission module. 7. The multifunctional chick pedometer according to claim 1, further comprising a GPS locator, connected with the central control device, for monitoring the orientation and motion track of the chick, the The data collected by the GPS locator is stored in the storage module and sent out through the information transmission module. 8. The multifunctional chick pedometer according to claim 7, further comprising an alarm device, which includes a warning light and a buzzer, and is connected with the central control device. 9. The multifunctional chick pedometer according to claim 8, wherein the warning light can display yellow and red. 10. The multifunctional chick pedometer according to any one of claims 1 to 9, wherein the mass of the multifunctional chick pedometer is no more than 20 g.