TWM608716U - Breeding device capable of monitoring bees - Google Patents

Abstract

A cultivating device capable of monitoring bees is used to monitor a queen bee in a bee colony. It includes a beekeeping unit, a detection unit and a monitoring unit. The beekeeping unit includes a beehive. Inside the beehive there is a beekeeping space and an equipment space. The bee colony lives in the beekeeping space. The detection unit includes at least one sound detection module and a wireless communication module arranged in the equipment space. The sound detection module detects the sound of the bee colony in the beekeeping space. The monitoring unit can transmit information with the wireless communication module, and includes a frequency analysis module. The wireless communication module transmits the detection information of the sound detection module to the monitoring unit. The frequency analysis module can separate the voice of the queen bee from the sounds of the bee colony, and the monitoring unit monitors the voice of the queen bee.

Description

Breeding device capable of monitoring bees

The new model relates to a breeding device, especially a breeding device that can monitor bees.

Raising bees is a long-standing work, and products such as honey, royal jelly, propolis, pollen, and beeswax can be obtained. Generally, beekeepers will prepare beehives for beekeeping, and bee hives will be placed in the wild so that bees can collect honey in the wild.

There are thousands to tens of thousands of bees in a colony, and it consists of a queen bee, a small number of drones, and a large number of worker bees. The queen bee is the main breeder in the colony, developed from fertilized eggs. The queen bee lives around drones and worker bees. Losing the queen means the decline and loss of the colony. Therefore, beekeepers must always pay attention to and protect the king and make up for it immediately.

Bees are very sensitive to external disturbances. When the bee colony feels threatened, the bees and the bees will transmit a warning signal and begin to warn the outside. The bees in the beehive will be agitated and fly out to the area around the beehive. Fly alert and attack threatening creatures. If the number of agitation of the colony is too frequent, it will affect the working ability of the worker bees of the colony, reduce the production of honey, and even affect the overall health of the colony, resulting in a gradual decrease in the number of colonies, and the migration of the colony. situation.

Professional beekeepers will understand the habits of bees and can observe the growth status of the bee colony and the amount of honey stored at the lowest level of interference, and arrange or manage the environment of the beehive in a timely manner. They will also take out the honey in a timely manner, especially The queen bee in the colony will be observed to remove the fading or dead queen bee and replenish the healthy queen bee.

However, just turn on the beehive. It will change the internal environment of the hive, affect the health of young bees or adult bees, and cause some casualties of the bee colony.

From the above description, the current technology of beekeeping has the following shortcomings:

1. Disturbing the swarm:

Every time the beekeeper opens the beehive, it will damage the internal environment of the beehive and cause interference to the life and environment of the bee colony.

2. Unable to monitor in real time:

The beekeeper can observe the colony only after opening the beehive, so it is currently impossible to monitor the living conditions of the colony in real time.

3. Cannot monitor the queen bee:

The current monitoring equipment cannot monitor the queen bee, and the beekeeper must open the hive to confirm the health of the queen bee by observation.

Therefore, how to monitor the colony and queen bee without opening the beehive, and have the function of remote active notification, is an urgent goal for relevant technical personnel.

In view of this, the object of the present invention is to provide a bee breeding device capable of monitoring bees. The bee breeding device is used to monitor a queen in a colony. The bee breeding device includes a beekeeping unit, And a detection unit.

The beekeeping unit includes a beehive and a partition arranged in the beehive. The partition separates the inner space of the beehive into a beekeeping space and an equipment space, and the beekeeping space is used for accommodating the bee colony.

The detection unit includes at least one sound detection module arranged in the equipment space, a wireless communication module electrically connected to the sound detection module, and a quantity detection module, the sound detection module The sound of the bee colony in the beekeeping space is detected through the partition, the quantity detection module sends and receives detection information to the beekeeping space, and the bee colony in the beekeeping space reflects the detection output of the quantity detection module.测信息。 Test information.

The monitoring unit can transmit information with the wireless communication module, and includes a frequency analysis module and a quantity analysis module. The wireless communication module detects the sound detection module and the quantity detection module. The information is transmitted to the monitoring unit, the frequency analysis module can separate the voice of the queen from the sound of the bee colony, and the quantity analysis module analyzes the detection information of the quantity detection module to obtain the bee colony Number of bees.

Another technical method of the present invention is that the above-mentioned monitoring unit further includes a colony agitation monitoring module, and the colony agitation monitoring module analyzes the sound of the bee colony to determine whether the bee colony is agitated.

Another technical means of the present invention is that the above-mentioned monitoring unit further includes a queen bee activity monitoring module, and the queen bee activity monitoring module analyzes the voice of the queen bee to determine the health status of the queen bee.

Another technical means of the present invention is that the above-mentioned monitoring unit further includes a dangerous organism monitoring module, and the frequency analysis module can separate the sounds of the bee group and the queen bee from the sound of the bee group. The dangerous creature monitoring module is used to analyze the sounds of the non-bee colony and the queen bee to determine whether the beekeeping space is invaded by dangerous creatures.

Another technical means of the present invention is that the above-mentioned monitoring unit further includes a swarm sound recording module for recording the sound of the swarm, and a queen sound recording module for recording the sound of the queen bee group.

Another technical method of the present invention is that the above-mentioned monitoring unit further includes a display module for displaying the sound information of the bee colony and the queen.

Another technical means of the present invention is that the detection unit described above further includes a satellite positioning module electrically connected to the wireless communication module, and the satellite positioning module is used to obtain the location of the beehive, and the wireless communication The module transmits the detection information of the satellite positioning module to the monitoring unit.

Another technical means of the present invention is that the above-mentioned detection unit further includes a temperature detection module arranged in the equipment space, and the temperature detection module detects the temperature in the beekeeping space through the partition Ambient temperature.

Another technical means of the present invention is that the detection unit described above further includes a weight detection module electrically connected to the wireless communication module, and the weight detection module is used to detect the weight of the beehive. The wireless communication module transmits the detection information of the weight detection module to the monitoring unit.

Another technical means of the present invention is that the above-mentioned monitoring unit further includes a honey monitoring module, the honey monitoring module analyzes the detection information of the weight detection module to determine whether the stock of honey produced by the bee colony is sufficient Harvested.

The beneficial effect of the present invention is that the partition can completely isolate the beekeeping space and the equipment space, so that the bee colony in the beekeeping space will not affect the circuit equipment installed in the equipment space, so that the sound detection The module can more accurately absorb the sound of the bee colony in the beekeeping space. The electronic circuit set in the equipment space will not affect the environment of the beekeeping space, so as to ensure that the bee colony can live under the best environmental conditions. The frequency analysis module can separate the voice of the queen bee from the sound of the bee colony, so as to provide the queen bee activity monitoring module to monitor the health status of the queen bee for a long time, and when there is a problem with the health status of the queen bee, Send out alarm information to the beekeeper to achieve the effect of remote monitoring of the queen bee. The bee colony agitation monitoring module can monitor the agitation of the bee colony, the dangerous creature monitoring module can identify whether there are dangerous creatures in the beekeeping space, and proactively notify the beekeeper so that the beekeeper can eliminate the dangerous creatures as soon as possible To ensure the health of the bee colony.

The characteristics and technical content of the patent application related to the present model will be clearly presented in the following detailed description of a preferred embodiment with reference to the drawings. Before detailed description, it should be noted that similar components are represented by the same numbers.

Refer to Figure 1, Figure 2, and Figure 3, which are a preferred embodiment of a new type of bee breeding device that can monitor bees. The bee breeding device is used to monitor a queen in a colony. The bee breeding device includes a beekeeping unit 31, a detection unit 32, and a monitoring unit 33.

The beekeeping unit 31 includes a beehive 311 and a partition 312 arranged in the beehive 311. The partition 312 isolates the inner space of the beehive 311 into a beekeeping space 313 and an equipment space 314.

In this preferred embodiment, the beehive 311 is composed of a bottom plate 315, a plurality of side plates 316 and a top cover 317, and a plurality of honeycomb sheets 318 are arranged in the beekeeping space 313, and the bee colony lives in the beekeeping space 313. The plurality of honeycomb sheets 318 can provide the bee colony to build nests and store honey.

Preferably, the material of the partition 312 can be a material with better sound and temperature conductivity. For example, a stainless steel material can be used. In actual implementation, the partition 312 can be a material with a plurality of tiny gaps. The plurality of tiny gaps are used to conduct sound and temperature, so that the detection unit 32 can detect the environment of the bee-keeping space 313, which should not be limited to this.

In this preferred embodiment, the upper surface of the bottom plate 315 is recessed downward to form a groove, and the partition 312 seals the opening of the groove, so that the partition 312 and the bottom plate 315 cooperate to surround and define the The equipment space 314, and the equipment space 314 is completely sealed, so that the equipment space 314 is completely isolated from the beekeeping space 313. In actual implementation, the equipment space 314 can be set in other places of the beehive 311, and should not be limited to this .

The detection unit 32 includes a wireless communication module 321, a plurality of sound detection modules 322, a satellite positioning module 323, a temperature detection module 324, and a plurality of weight detection modules 325. Wherein, the equipment space 314 can be provided with a battery to provide the power for the operation of the detection unit 32. In actual implementation, a solar power generation module can be provided outside the beehive 311, and should not be limited to this.

In the preferred embodiment, the plurality of sound detection modules 322 are scattered in the equipment space 314, and the plurality of sound detection modules 322 are close to the partition 312, so that the plurality of sound detection modules 322 can detect the sound of the bee colony in the bee-keeping space 313 through the partition 312. In actual implementation, the partition 312 may be provided with a plurality of holes, and the plurality of sound detection modules 322 are disposed in the plurality of holes, and Fill the plurality of holes so that the equipment space 314 is completely isolated from the bee-keeping space 313, and the sound detection module 322 can directly detect the sound of the bee colony in the bee-keeping space 313. This should not be better. The examples of the embodiments are limited.

The satellite positioning module 323 is used to obtain the placement position (satellite positioning coordinates) of the beehive 311, and can transmit the placement position of the beehive 311 to the beekeeper through the monitoring unit 33, so that the beekeeper can use the mobile phone to understand the beehive The placement position of 311. Preferably, the mobile phone can record the placement position of the beehive 311 to provide beekeepers inquiries. The beekeeper can plan the placement position of the beehive 311 so that the bee colony can be in an area with more flowers. To collect honey.

The temperature detection module 324 is disposed in the equipment space 314 and is close to the partition 312, so that the temperature detection module 324 can detect the ambient temperature in the beekeeping space 313 through the partition 312.

The plurality of sound detection module 322, the satellite positioning module 323, the temperature detection module 324, and the plurality of weight detection module 325 are electrically connected to the wireless communication module 321. The wireless communication module 321 can transmit the detection information of the plurality of sound detection module 322, the satellite positioning module 323, the temperature detection module 324, and the plurality of weight detection module 325 to the monitoring unit 33 . Preferably, the wireless communication module 321 is an NB-IoT information transmission circuit. NB-IoT (Narrow Band-IoT) is a low-power wide-area transmission technology. In actual implementation, the wireless communication module 321 Other wireless transmission technologies can be used and should not be limited to this.

The monitoring unit 33 is a network server device that can receive and execute network commands and perform calculations, and can also use the network to output calculation results to provide network server services to beekeepers.

The monitoring unit 33 can transmit information with the wireless communication module 321, and includes a frequency analysis module 331, a colony agitation monitoring module 332, a queen activity monitoring module 333, a dangerous organism monitoring module 334, A swarm sound recording module 335, a queen sound recording module 336, a display module 337, and a honey monitoring module 338.

Wherein, the display module 337 can be the display screen of the monitoring unit 33 or the mobile phone screen of the beekeeper. Since the display technology used in the network server is a known technology and is widely used in network programs, here No more details.

The display module 337 can display the detection information of the plurality of sound detection module 322, the satellite positioning module 323, the temperature detection module 324, the plurality of weight detection module 325, and other related information about the bee colony. And information about the queen bee.

Wherein, the frequency analysis module 331 is a Fourier transform technology, which can separate the voice of the queen bee from the voice of the bee colony, and can also separate the voice of the bee colony and the queen bee from the sound of the bee colony. Sound, because sound is composed of waveforms of different frequencies, and the frequency analysis module 331 can separate the waveforms of each frequency to further observe the amplitude intensity of each frequency. In actual implementation, the frequency analysis module 331 can also use a demultiplexer or other technologies that can separate different frequencies, and should not be limited to this.

The queen bee living in the colony is larger than the other bees in the colony, so the vibration speed of the queen bee’s wings is slower, resulting in the queen bee’s sound frequency than other bees in the colony. The bee is low. Generally speaking, the frequency of the worker bees vibrating their wings or their bodies is about 350Hz~500Hz, and the frequency of the queen bees vibrating their wings or their bodies is about 250Hz~300Hz. In fact, different types of bees emit The sound frequency is also different, but the sound frequency of the queen bee is always lower than the sound frequency of the other bees in the colony. In this way, the frequency analysis module 331 can be used to change the sound frequency of the queen bee from Separate the sound frequency of the bee colony, or separate the sound frequency of other creatures from the sound frequency of the bee colony.

It is worth mentioning that, since there is only one queen bee in the colony, the sound frequency of the queen bee is not easy to capture. Therefore, the plural sound detection modules 322 are scattered in the equipment space 314 at the bottom of the beehive 311. It is used to accurately capture the voice of the queen bee in the beehive 311. The swarm sound recording module 335 stores the sound of the swarm, and the queen sound recording module 336 stores the sound of the queen bee.

In the preferred embodiment, the detection unit 32 further includes a quantity detection module 326 disposed in the equipment space 314, the quantity detection module 326 is electrically connected to the wireless communication module 321, and the monitoring The unit 33 further includes a quantity analysis module 339.

The quantity detection module 326 is an ultrasonic detection element that can output ultrasonic signals to the beekeeping space 313 and receive the emitted ultrasonic signals. When the ultrasonic signals touch the bees, they will reflect. The detection module 326 can receive the reflected ultrasonic signal and form detection information.

The wireless communication module 321 transmits the detection information of the quantity detection module 326 to the monitoring unit 33, and the quantity analysis module 339 in the monitoring unit 33 analyzes the detection information of the quantity detection module 326. The number of bees in the beekeeping space 313 is obtained.

Referring to FIG. 4, the queen bee activity monitoring module 333 can obtain the stored data of the queen bee voice recording module 336, and can display graphs on the display module 337 to provide the beekeeper with an understanding of the health status of the queen bee. In Figure 4, the horizontal axis of the chart is the detection time (in hours: minutes), and the vertical axis is the queen-bee voice detection data (in decibels), where the queen-bee voice detection data is based on the frequency After the analysis module 331 obtains the voice frequency of the queen bee, it records the amplitude intensity of the frequency. In the graph, the queen bee detection data is stable at around 20 decibels, indicating that the queen bee’s activity status is normal, and the health status is good. No health decline has occurred.

The queen bee activity monitoring module 333 is provided with a queen bee health judgment parameter. When the voice intensity of the queen bee is less than the queen bee health judgment parameter, it means that the queen bee is weak, and the queen bee activity monitoring module 333 can The cell phone of the beekeeper automatically sends out a warning message of abnormal health of the queen bee, so that the beekeeper can go to the hive 311 to observe the queen bee and properly handle it, so as to prevent the bee colony from losing the queen bee and causing confusion. Among them, the queen bee health judgment parameter can be set to 5 decibels for 30 minutes. When the queen bee’s voice is less than 5 decibels and lasts for 30 minutes, it means that the queen bee’s body is vacant, and the queen bee activity monitoring module 333 automatically sends out a Warning information about abnormal health of queen bee.

When the bee colony is attacked, or the beehive 311 is affected by external forces, the bee colony will enter the defense mode or attack mode. At this time, the sound intensity of the bee colony will be relatively high, that is, the bee colony produces The sound of the bee is relatively loud. The swarm agitation monitoring module 332 stores a swarm agitation parameter. When the swarm’s sound is greater than the swarm agitation parameter and multiple agitation occurs in a short period of time, the swarm agitation The monitoring module 332 can automatically send a warning message that the number of bee colonies is too high to the beekeeper's mobile phone. The beekeeper can go to the beehive 311 to eliminate the creatures that make the bee colony alert and prevent the bee colony from being agitated all the time, which will affect the production of honey. In addition, when the bee colony is too frequent, it will also affect the queen bee. If the queen bee leaves the hive 311, other bees in the colony will also leave the hive 311 along with the queen bee, which may cause the loss of the beekeeper.

Some large bees (wasps, wasps, or wasps, etc.) do not collect nectar by themselves, they will attack the bee colony, and even enter the beekeeping space 313 of the hive 311 to snatch the pupae and kill the bees. Generally, the size of large bees is relatively large, and the sound frequency emitted by them is lower, and will be much lower than the sound frequency of the queen bee of the colony. Therefore, the frequency analysis module 331 can also separate the non-condom bee colony and the bee colony. The dangerous creature monitoring module 334 can analyze the sounds of the non-bee colony and the queen bee to determine whether the bee-keeping space 313 is invaded by dangerous creatures.

For example, when several large bees invade the beekeeping space 313 of the beehive 311, the plural sound detection module 322 continuously obtains the sound detection information in the beekeeping space 313, and the frequency analysis module 331 can The sounds of the bee colony and the queen bee are separated, and the dangerous creature monitoring module 334 analyzes the sounds of the bee colony and the queen bee to determine that several large bees have invaded the bee-keeping space 313 of the hive 311 In this situation, the dangerous creature monitoring module 334 immediately sends out a warning message of dangerous creature invasion to the beekeeper’s mobile phone. The beekeeper can go to the beehive 311 immediately to exclude the large bees, which can reduce the number of bees. Group of casualties.

Referring to FIG. 5, the swarm agitation monitoring module 332 can read the stored data of the swarm sound recording module 335, and can display a graph on the display module 337, so as to provide the beekeeper to know whether the swarm is occurring Restlessness. In Figure 5, the horizontal axis of the chart is the detection time (in hours: minutes), and the vertical axis is the queen monitoring data (in decibels).

Among them, because the number of bees in the bee colony is large, the detected sound will be louder. In the chart, when the bee colony’s sound is stable at 40 decibels, it means that the bee colony is not agitated. When the sound of the group is greater than 50 decibels, it means that the group is agitated. The bee agitation monitoring module 332 analyzes the number of agitation or the duration of the bee colony. When the number of agitation of the bee colony is too much or the agitation duration lasts too long, the bee agitation monitoring module 332 issues a bee swarm alert Warning information that is too high.

When the monitoring unit 33 sends out warning information, it will also output the placement position of the beehive 311, so that the beekeeper can go to the beehive 311 for environmental cleaning, crisis management, and elimination of dangerous organisms to maintain the health of the bee colony. status.

The plurality of weight detection module 325 can detect the weight of the beehive 311. Since the plurality of beehive sheets 318 are suspended in the beekeeping space 313, the weight of the beehive 311 includes the nesting of the bee colony. The weight of the honeycomb, and the weight of the honey in the hive.

In the preferred embodiment, the plurality of weight detection modules 325 are separately provided at the bottom end of the plurality of side plates 316, which can detect the overall weight of the beehive 311. In actual implementation, the weight detection module 325 can be installed at Below the beehive 311, other positions, or performing the weight detection of the beehive 311 in a hanging manner, should not be limited to this.

The wireless communication module 321 transmits the detection information of the weight detection module 325 to the monitoring unit 33 so that the display module 337 displays the weight of the beehive 311. The honey monitoring module 338 analyzes the detection information of the weight detecting module 325 to determine whether the stock of honey produced by the bee colony is sufficient for harvesting. Preferably, the honey monitoring module 338 stores a honey harvesting weight parameter When the detection information of the weight detection module 325 is greater than the honey harvest weight parameter, the honey monitoring module 338 automatically outputs a warning information about harvesting honey to the beekeeper, so that the beekeeper can go to the beehive 311 and Take out the honey in the beehive 311.

It can be seen from the above description that the new type of breeding device capable of monitoring bees does have the following effects:

1. Reduce the interference of bee colony:

The equipment space 314 is sealed by the beehive 311 and the partition 312 so that the electronic circuit of the detection unit 32 will not affect the bee colony in the beekeeping space 313, and the wireless communication module 321 can detect the plural sounds The detection information of the module 322, the satellite positioning module 323, the temperature detection module 324, and the plurality of weight detection modules 325 are transmitted to the monitoring unit 33, and the beekeeper can reduce the number of times the beehive 311 is opened. It does reduce the number of disturbances to the bee colony.

2. Real-time monitoring:

The bee colony restlessness monitoring module 332 can monitor the number and duration of the bee colony's restlessness, the queen bee activity monitoring module 333 can monitor the health status of the queen bee, and the dangerous organism monitoring module 334 can monitor whether the beehive 311 is In the event of an invasion of dangerous organisms, the honey monitoring module 338 can monitor the honey output produced by the bee colony, and actively send warning information to the beekeeper, which has the effect of real-time remote monitoring of the bee colony and the queen bee.

Three, can monitor the queen bee:

The frequency analysis module 331 can separate the voice of the queen bee from the sound of the bee colony, so as to provide the queen bee activity monitoring module 333 to monitor the health status of the queen bee, and when the queen bee becomes weak Or in the event of death, proactively notify the beekeeper.

In summary, the sound detection module 322 can obtain the sound of the bee colony in the beehive 311, and the frequency analysis module 331 can separate the sound of the queen bee from the bee colony's sound and provide the queen bee The activity monitoring module 333 monitors the health status of the queen bee, and can also separate the sounds of the bee colony from the sounds of the bee colony and provide the dangerous creature monitoring module 334 for analysis. The dangerous creature monitoring module 334 can To determine whether the beehive 311 is invaded by dangerous organisms, the colony restlessness monitoring module 332 can monitor the restlessness of the bee colony, and the honey monitoring module 338 can determine the output of honey, so that the beekeeper reduces the amount of time to open the beehive 311. And real-time monitoring of the living environment of the bee colony, so it can indeed achieve the purpose of costing new styles.

However, the above is only a preferred embodiment of the present model, and should not be used to limit the scope of implementation of the present model, that is, simple equivalent changes and modifications made in accordance with the scope of the patent application for the present model and the description of the model , Are still within the scope of this new patent.

31: Beekeeping Unit 311: beehive 312: Partition 313: Beekeeping Space 314: Equipment Space 315: bottom plate 316: side panel 317: top cover 318: Honeycomb Piece 32: Detection unit 321: wireless communication module 322: Sound Detection Module 323: Satellite positioning module 324: Temperature detection module 325: Weight detection module 326: Quantity Detection Module 33: Monitoring unit 331: Frequency Analysis Module 332: Swarm agitation monitoring module 333: Queen Bee Activity Monitoring Module 334: Dangerous Biological Monitoring Module 335: Bee Swarm Sound Recording Module 336: Queen Bee Voice Recording Module 337: Display Module 338: Honey Monitoring Module 339: Quantity Analysis Module

Figure 1 is a schematic cross-sectional view showing a preferred embodiment of a new type of bee breeding device capable of monitoring bees, illustrating the cross-sectional configuration of a beekeeping unit; FIG. 2 is a schematic diagram of a device configuration, illustrating a schematic block diagram of the device configuration of a detection unit in the preferred embodiment; FIG. 3 is a schematic diagram of a device configuration, illustrating a schematic block diagram of the device configuration of a monitoring unit in the preferred embodiment; FIG. 4 is a diagram illustrating a diagram of queen detection data in the preferred embodiment; and FIG. 5 is a chart illustrating a chart of swarm detection data in the preferred embodiment.

31: Beekeeping Unit

311: beehive

312: Partition

313: Beekeeping Space

314: Equipment Space

315: bottom plate

316: side panel

317: Cover

318: Honeycomb Piece

322: Sound Detection Module

324: Temperature detection module

325: Weight detection module

326: Quantity Detection Module

Claims (10)

A breeding device capable of monitoring bees, used to monitor a queen bee in a colony, includes: A beekeeping unit, including a beehive, and a partition arranged in the beehive, the partition separating the inner space of the beehive into a beekeeping space and an equipment space, the beekeeping space is used for accommodating the bee colony; A detection unit includes at least one sound detection module arranged in the equipment space, a wireless communication module electrically connected to the sound detection module, and a quantity detection module. The sound detection module The group detects the sound of the bee colony in the beekeeping space through the partition, the quantity detection module sends and receives detection information to the beekeeping space, and the bee colony in the beekeeping space reflects the output of the quantity detection module Detect information; and A monitoring unit can transmit information with the wireless communication module, and includes a frequency analysis module and a quantity analysis module. The wireless communication module detects the sound detection module and the quantity detection module. The measurement information is transmitted to the monitoring unit, the frequency analysis module can separate the voice of the queen bee from the sound of the bee colony, and the quantity analysis module analyzes the detection information of the quantity detection module to obtain the bee colony The number of bees in it. According to claim 1, the bee breeding device capable of monitoring, wherein the monitoring unit further includes a colony agitation monitoring module, the colony agitation monitoring module analyzes the sound of the bee colony to determine whether the bee colony is agitated . The device for cultivating bees capable of monitoring bees according to claim 1, wherein the monitoring unit further includes a queen bee activity monitoring module, and the queen bee activity monitoring module analyzes the queen bee’s voice to determine the health status of the queen bee . The device for cultivating bees capable of monitoring bees according to claim 1, wherein the monitoring unit further includes a dangerous organism monitoring module, and the frequency analysis module can separate the non-bee colony and the bee colony from the sound of the bee colony. After the sound, the dangerous organism monitoring module is used to analyze the sounds of the non-bee colony and the queen bee to determine whether the beekeeping space is invaded by dangerous organisms. The device for cultivating bees capable of monitoring bees according to claim 1, wherein the monitoring unit further includes a swarm sound recording module for recording the sound of the swarm, and a bee swarm recording module for recording the sound of the queen bee Rear sound recording module. The bee breeding device capable of monitoring bees according to claim 1, wherein the monitoring unit further includes a display module for displaying sound information of the bee colony and the queen bee. The device for cultivating bees capable of monitoring bees according to claim 1, wherein the detection unit further includes a satellite positioning module electrically connected to the wireless communication module, and the satellite positioning module is used to obtain the location of the beehive , The wireless communication module transmits the detection information of the satellite positioning module to the monitoring unit. The device for cultivating bees capable of monitoring bees according to claim 1, wherein the detection unit further includes a temperature detection module arranged in the equipment space, and the temperature detection module detects the The ambient temperature in the beekeeping space. The device for cultivating bees capable of monitoring bees according to claim 1, wherein the detection unit further includes a weight detection module electrically connected to the wireless communication module, and the weight detection module is used for detecting the beehive The wireless communication module transmits the detection information of the weight detection module to the monitoring unit. According to claim 1, the bee breeding device capable of monitoring, wherein the monitoring unit further includes a honey monitoring module, and the honey monitoring module analyzes the detection information of the weight detection module to determine the production of the bee colony Whether the stock of honey is sufficient for harvesting.

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