CN213244209U

CN213244209U - Split type information acquisition system for multiple agricultural application scenes

Info

Publication number: CN213244209U
Application number: CN202022726292.0U
Authority: CN
Inventors: 张东彦; 李威风; 张文豪; 杨琦; 罗瀚森; 梁栋; 谷春艳; 陈金华
Original assignee: Anhui Nongdao Intelligent Technology Co ltd; Anhui University
Current assignee: Anhui Nongdao Intelligent Technology Co ltd; Anhui University
Priority date: 2020-11-23
Filing date: 2020-11-23
Publication date: 2021-05-18
Anticipated expiration: 2030-11-23

Abstract

The utility model relates to a digital agriculture monitoring technology field, in particular to split type information acquisition system towards multiple application scene of agricultural, including a plurality of collection ends and a control end, gather the end and connect the control end through wireless mode, gather the video that the end is used for gathering the crop in field, vegetable greenhouse, fruit/tea garden and plant poultry domestic animal and transmit to the control end and show, control end output control instruction or send pronunciation to gathering the end, gather the end and shoot the image according to control instruction is automatic or according to the manual shooting of voice prompt. Through setting up collection end and control end, will gather and control separately, like this, when carrying out field, vegetable greenhouse, fruit/tea garden crop and poultry domestic animal image acquisition, need not the professional, only need operating personnel to dress the collection end and reach field, vegetable greenhouse, fruit/tea garden or plant, then guide at the control end by professional personnel, just so can be more convenient, the required image of more quick shooting.

Description

Split type information acquisition system for multiple agricultural application scenes

Technical Field

The utility model relates to a digital agriculture and animal husbandry control technical field, in particular to split type information acquisition system towards the multiple application scene of agricultural.

Background

As a big agricultural country, the monitoring quality of the planting industry and the breeding industry in China directly influences the national food and food safety. In the production process of crops and poultry and livestock, the traditional monitoring means consumes manpower and material resources and has low efficiency. With the development of information technology, the state is greatly developing agricultural digitalization, and the method plays a certain role in promoting the detection industry of the planting industry and the breeding industry. However, in the prior art, the staff generally holds portable mobile devices such as digital cameras or mobile phones, but still has several disadvantages: first, the portability of the device is poor. The physical strength is reduced due to the long-time holding of the equipment, so that the labor intensity of workers is high. Secondly, professional sensors related to equipment are lacked. Although portable devices such as digital cameras and mobile phones can realize related functions, the sensors are poor in stability due to the adoption of non-professional sensors, and the service life of the devices is affected due to the fact that a battery of the devices is prone to heating in the operation process. Thirdly, it is difficult for the device to obtain high quality data. Due to the fact that workers have poor skills and irregular operation during data acquisition, high-standard data are difficult to acquire. Fourthly, the timeliness of the data collected by the equipment is poor. The prior art device lacks the function of high-speed data transmission, so that the acquired data cannot be timely sent to the rear end of the server for processing and timely feedback. Therefore, relevant experts cannot adjust the monitoring work in time according to the collected data. Therefore, in a new era of rapid development of new technologies such as artificial intelligence and big data, the traditional monitoring equipment has poor stability and low efficiency. It is particularly important to provide a portable and intelligent multisource information acquisition device which can be applied to professional sensor technology and meet the requirements of multi-scene application.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide a split type information acquisition system towards the multiple applied scene of agricultural, realization field, vegetable greenhouse, fruit/tea garden and plant poultry domestic animal image and the video collection that can be convenient.

In order to achieve the above purpose, the utility model adopts the technical scheme that: the utility model provides a split type information acquisition system towards multiple application scene of agricultural, includes a plurality of collection ends and a control end, the collection end is through wireless mode connection control end, and the collection end is used for gathering the video of field, vegetable greenhouse, fruit/tea garden and plant poultry domestic animal and transmits to the control end and show, and control end output control command or pronunciation to the collection end, and the collection end is according to the automatic farmland of shooing of control command, vegetable greenhouse, fruit/tea garden and plant poultry domestic animal image or according to the manual field of shooing of voice prompt, vegetable greenhouse, fruit/tea garden and plant poultry domestic animal image.

Compared with the prior art, the utility model discloses there are following technological effect: through setting up collection end and control end, will gather and control separately, like this, when carrying out crop, vegetable greenhouse, fruit/tea garden and plant poultry domestic animal image acquisition, need not the professional, only need operating personnel to dress and gather the end and reach field, vegetable greenhouse, fruit/tea garden or plant, then guide at the control end by professional personnel, just so can be more convenient, the required image of more quick shooting.

Drawings

Fig. 1 is a schematic structural diagram of the present invention;

FIG. 2 is a schematic view of the structure of the cap;

FIG. 3 is a schematic view of another angular configuration of the hat;

FIG. 4 is a schematic view of the construction of the eyeglasses;

fig. 5 is a schematic view of another angular configuration of the eyeglasses.

Detailed Description

The present invention will be described in further detail with reference to fig. 1 to 5.

Referring to fig. 1, a split type information acquisition system for multiple agricultural application scenes comprises a plurality of acquisition ends and a control end 300, wherein the acquisition ends are connected with the control end 300 in a wireless mode, the acquisition ends are used for acquiring videos of crops in fields, vegetable greenhouses and fruit/tea gardens and poultry and livestock in farms, transmitting the videos to the control end 300 and displaying the videos, the control end 300 outputs control instructions or sends out voice to the acquisition ends, and the acquisition ends automatically shoot images of the crops in fields, vegetable greenhouses and fruit/tea gardens and the poultry and livestock in farms according to the control instructions or manually shoot images according to the voice prompts. Through setting up collection end and control end 300, will gather and control separately, like this, when carrying out field, vegetable greenhouse, fruit/tea garden crop and poultry domestic animal image acquisition, need not the professional, only need operating personnel to dress and gather the end and reach farmland, vegetable greenhouse, fruit/tea garden or plant, then guide at control end 300 by professional personnel, just so can be more convenient, the required image of more quick shooting.

Referring to fig. 2 and 3, further, the capturing end includes a cap 100 wearable on the head of the capturing person, the cap 100 includes a cap body 110, a first camera 120, a first microphone 130, a first earphone 140 and a first wireless module 150, the first camera 120, the first microphone 130, the first earphone 140 and the first wireless module 150 are all fixed on the cap body 110, the cap body 110 is wearable on the head of the capturing person, the first camera 120 is used for shooting videos or images of crops in fields, vegetable greenhouses, fruit/tea gardens and poultry and livestock in farms, the first earphone 140 is used for playing voice prompts sent by the control end 300, and the cap 100 is in wireless communication with the control end 300 through the first wireless module 150. The cap 100 is used as a collecting end, so that the cap can be conveniently worn on the head of a collector, and the field crops can be conveniently shot through the first camera 120 arranged on the cap 100. The first microphone 130 and the first earphone 140 are arranged to facilitate voice interaction with the collecting staff, so that the collecting staff can be guided by a convenient professional at the control end 300. The first wireless module 150 may be a wifi module, or may be a 3G/4G/5G network, and may be set as needed.

Further, the cap body 110 includes a C-shaped body 111, a strap 112, a visor 113 and a shade 114, the strap 112 is disposed at an opening of the C-shaped body 111, the outer side of the C-shaped body 111 away from one side of the strap 112 is provided with the visor 113, the C-shaped body 111 is hinged with the shade 114, and a clamping groove for receiving the shade 114 is disposed at the position of the visor 113 on the C-shaped body 111. The C-shaped body 111 has certain elasticity, can be clamped on the top of the head of a collector, is open at the top and is easy to dissipate heat; the binding band 112 can enable the C-shaped body 111 to be tightly clamped on the head of a collector, so that the cap body 110 can adapt to different head sizes; the visor 113 can conveniently shield the face of the collecting person from sunlight; the light shielding sheet 114 acts as a sunglass and can be conveniently accommodated in the slot of the C-shaped body 111.

Referring to fig. 4 and 5, the collecting terminal comprises glasses 200 worn on the eyes of a collector, the glasses 200 comprise a glasses body 210, a photographing unit 220 and a battery 250, the glasses body 210 comprises a glasses frame 211 and glasses legs 212 arranged on two sides of the glasses frame 211, the photographing unit 220 comprises a second camera 221 and a flash 222 arranged in the middle of the glasses frame 211, the second camera 221 is used for photographing videos or images of crops in the field, and the battery 250 is arranged in the glasses legs 212; the temple 212 is further provided with a second earphone 280 and/or a speaker 270 for playing a voice prompt sent by the control terminal 300, and the glasses 200 communicate with the control terminal 300 through the second wireless module 241. Through setting up the glasses 200 of being convenient for to set up second camera 221 in the picture frame 211 middle part of glasses 200, come to take the photo through second camera 221, it is very convenient to operate, reduces by a wide margin to operating personnel's physical demands.

The inner side of the glasses frame 211 is provided with a dustproof pad which is abutted against the periphery of the eyes to protect the eyes when an operator wears the glasses 200; the field, the vegetable greenhouse, the fruit/tea garden and other operation environments are complex, mosquitoes and plant stems and leaves are frequent, and in order to further improve the use comfort of the device, the dustproof pad 111 is arranged, so that the mosquitoes and the plant stems and leaves can be prevented from entering eyes; meanwhile, the dustproof pad 111 can also play a role in supporting and fixing the glasses, and the definition of the shot image is improved. The picture frame 211 is used for laying the framework top of lens and is provided with the runner plate that trades, trades the fixed magnetic bead that is provided with on the runner plate, and the lens top corresponds position department and sets up the magnetic bead, and the lens passes through the magnetic bead and picture frame 211 constitutes detachable cooperation. When shooting, operating personnel often need change different lenses according to site environment's difference, for the change of the convenient lens, set up lens and picture frame 110 into detachable cooperation here to the adsorption affinity through the magnetic bead is fixed together, assembles unusual convenience.

The two glasses legs 212 are respectively arranged at the left side and the right side of the glasses frame 211, and the tails of the two glasses legs 212 are respectively provided with a second microphone 260 and a loudspeaker 270; the battery 250 is arranged in one of the temples 212, the microprocessor 240, the second wireless module 241, the voice module 242 and the power control module 243 are arranged in the other temple 212, the microprocessor 240 is connected with the second wireless module 241, the voice module 242, the power control module 243 and the second camera 221, the voice module 242 is connected with the second microphone 260 arranged at the tail of the temple 212, the power control module 243 is connected with the battery 250, and the loudspeaker 270 is connected with the microprocessor 240 for playing voice sent by the control end 300; the operator controls the photographing unit 220 to act and photograph the image seen in front of the eyes through voice or key. After the second wireless module 241 is provided, the glasses 200 can wirelessly communicate with other devices, and transmit the captured images and videos to the control terminal 300 through a wireless network. The voice module 242 is configured to recognize the voice command received by the second microphone 260 so as to implement voice control of the second camera 221; the power control module 243 is used to convert the output voltage of the battery 250 into a suitable voltage to power other modules in the glasses 200.

The button is arranged on the glasses leg 212 containing the microprocessor 240, the button is connected with the microprocessor 240, and the button is arranged on the glasses leg 212, so that the button is very convenient to press. The charging and data interface is arranged on the glasses leg 212 provided with the battery 250, the charging and data interface is connected with the battery 250 and the microprocessor 240, and the charging and data interface is arranged, so that the device can be conveniently charged, and images can be conveniently led out.

The glasses leg 212 is provided with a projection unit 230, the projection unit 230 comprises an OLED display screen 231, a lens 232 and a reflector 233, the OLED display screen 231 is connected with the microprocessor 240 and used for displaying images shot by the camera, and the images displayed by the OLED display screen 231 sequentially pass through the lens 232 and the reflector 233 and then are displayed on the glasses lens. After setting up projection unit 230, the operating personnel can show on OLED display screen 231 at once after shooing the image through second camera 221 to show on the lens, can let operating personnel have a rough screening to the image of oneself shooing like this, and then can shoot suitable image, when control end 300 can not in time convey the instruction, also can independently accomplish the collection of image.

The glasses leg 212 comprises two sections with different thicknesses, when an operator wears the glasses 200, the glasses leg 212 between the glasses frame 211 and the ear is thicker, and the glasses leg 212 behind the ear and the ear is thinner, because the battery 250, the projection unit 230 and various circuit modules need to be installed in the glasses leg 212, a certain space is needed, but the convenient wearing on the ear of the operator needs to be considered, so that the thickness of the glasses leg 212 is set into two sections with different thicknesses, the thickness of one section close to the glasses frame 211 is thicker, other parts are convenient to place, and meanwhile, the thinner section can also be conveniently clamped on the ear of the operator. A second earpiece 280 is positioned at the intersection of two segments of the temple 212 having different thicknesses, the second earpiece 280 being connected to the microprocessor 240 for playing the sound. The second earphone 280 functions as the speaker 270, and plays sound, but the second earphone 280 can be heard clearly, and when the surrounding environment is noisy, the second earphone 280 can be used; the speaker 270 may be used in situations where it is uncomfortable to wear the second earpiece 280 for a long period of time.

Further, control end 300 be the computer, the computer includes display screen 310, third microphone 320, third earphone 330, third wireless module 340, the computer carries out wireless communication with the collection end through third wireless module 340, display screen 310 is used for showing video and the image that the collection end was shot, third microphone 320 is used for gathering the pronunciation that the control personnel sent, third earphone 330 is used for playing the pronunciation that the collection end was gathered. Through the third wireless module 340, the computer can perform data interaction with the cap 100 and/or the glasses 200 worn by the person to be captured, and receive images and videos shot by the person; meanwhile, the third microphone 320 and the third earphone 330 can communicate with the collection personnel in time, so that remote shooting guidance is realized. In practical application, the control terminal 300 can be arranged inside a vehicle, a professional drives the vehicle to a field, an orchard or a road of a farm, and then the WiFi hotspot is started; the cap 100 or the glasses 200 are worn by the collection personnel as required, the cap 100 and the glasses 200 are connected with the WiFi network, the collection personnel go to the field, the orchard and the farm to take pictures, and the professional conducts command in the vehicle, so that effective and rapid collection of images and videos of the field, the vegetable greenhouse, the fruit/tea garden crops and the farm poultry and livestock is conveniently achieved.

Claims

1. The utility model provides a split type information acquisition system towards multiple application scene of agricultural which characterized in that: the field, vegetable greenhouse, fruit/tea garden crops and poultry livestock image shooting device comprises a plurality of collecting ends and a control end (300), wherein the collecting ends are connected with the control end (300) in a wireless mode, the collecting ends are used for collecting videos of the field, the vegetable greenhouse, the fruit/tea garden crops and the poultry livestock and transmitting the videos to the control end (300) and displaying the videos, the control end (300) outputs a control instruction or sends voice to the collecting ends, and the collecting ends automatically shoot images of the field, the vegetable greenhouse, the fruit/tea garden crops and the poultry livestock or shoot the images manually according to the voice prompt.

2. The split-type information acquisition system oriented to multiple agricultural application scenarios according to claim 1, wherein: the cap comprises a cap body (110), a first camera (120), a first microphone (130), a first earphone (140) and a first wireless module (150), wherein the cap (100) comprises the cap body (110), the first microphone (120), the first earphone (140) and the first wireless module (150) are all fixed on the cap body (110), the cap body (110) is wearable on the head of the collector, the first camera (120) is used for shooting videos or images of crops in fields, vegetable greenhouses, fruit/tea garden and poultry and livestock in farms, the first earphone (140) is used for playing voice prompts sent by a control end (300), and the cap (100) is in wireless communication with the control end (300) through the first wireless module (150).

3. The split-type information acquisition system oriented to multiple agricultural application scenarios according to claim 2, wherein: the hat body (110) comprises a C-shaped body (111), a binding band (112), a brim (113) and a shading sheet (114), wherein the binding band (112) is arranged at an opening of the C-shaped body (111), the brim (113) is arranged on the outer side of the C-shaped body (111) far away from one side of the binding band (112), the C-shaped body (111) is hinged with the shading sheet (114), and a clamping groove is formed in the position, located on the C-shaped body (111), of the brim (113) and used for containing the shading sheet (114).

4. The split-type information acquisition system oriented to multiple agricultural application scenarios according to claim 1, wherein: the collecting end comprises glasses (200) worn on eyes of a collecting person, each glasses (200) comprises a glasses body (210), a photographing unit (220) and a battery (250), each glasses body (210) comprises a glasses frame (211) and glasses legs (212) arranged on two sides of the glasses frame (211), each photographing unit (220) comprises a second camera (221) and a flash lamp (222) arranged in the middle of the corresponding glasses frame (211), each second camera (221) is used for photographing videos or images of field crops, vegetable greenhouses, fruit/tea gardens and livestock of poultry in a farm, and the batteries (250) are arranged in the corresponding glasses legs (212); the glasses legs (212) are further provided with a second earphone (280) and/or a loudspeaker (270) for playing voice prompts sent by the control end (300), and the glasses (200) are communicated with the control end (300) through a second wireless module (241).

5. The split-type information acquisition system oriented to multiple agricultural application scenarios according to claim 4, wherein: the inner side of the glasses frame (211) is provided with a dustproof pad which is abutted against the periphery of the eyes to protect the eyes when an operator wears the glasses (200); the framework top that picture frame (211) is used for laying the lens is provided with trades the runner plate, trades the fixed magnetic bead that is provided with on the runner plate, and the lens top corresponds position department and sets up the magnetic bead, and the lens passes through magnetic bead and picture frame (211) and constitutes detachable cooperation.

6. The split-type information acquisition system oriented to multiple agricultural application scenarios according to claim 5, wherein: the two glasses legs (212) are respectively arranged at the left side and the right side of the glasses frame (211), and the tails of the two glasses legs (212) are respectively provided with a second microphone (260) and a loudspeaker (270); the battery (250) is arranged in one of the temples (212), the microprocessor (240), the second wireless module (241), the voice module (242) and the power control module (243) are arranged in the other temple (212), the microprocessor (240) is connected with the second wireless module (241), the voice module (242), the power control module (243) and the second camera (221), the voice module (242) is connected with the second microphone (260) arranged at the tail of the temple (212), the power control module (243) is connected with the battery (250), and the loudspeaker (270) is connected with the microprocessor (240) and used for playing voice sent by the control end (300); the operator controls the action of the photographing unit (220) through voice or keys and photographs the image seen in front of the eyes.

7. The split-type information acquisition system oriented to multiple agricultural application scenarios according to claim 6, wherein: the keys are arranged on the glasses legs (212) accommodating the microprocessor (240), and the keys are connected with the microprocessor (240); the glasses legs (212) provided with the batteries (250) are provided with charging and data interfaces which are connected with the batteries (250) and the microprocessor (240).

8. The split-type information acquisition system oriented to multiple agricultural application scenarios according to claim 7, wherein: the glasses legs (212) are internally provided with a projection unit (230), the projection unit (230) comprises an OLED display screen (231), a lens (232) and a reflector (233), the OLED display screen (231) is connected with the microprocessor (240) and used for displaying images shot by the camera, and the images displayed by the OLED display screen (231) are sequentially displayed on the glasses lens through the lens (232) and the reflector (233).

9. The split-type information acquisition system oriented to multiple agricultural application scenarios of claim 8, wherein: the temple (212) is composed of two sections with different thicknesses, when an operator wears the glasses (200), the temple (212) positioned between the frame (211) and the ears is thicker, and the temple (212) positioned behind the ears is thinner; the second earphone (280) is positioned at the junction of two sections with different thicknesses of the glasses legs (212), and the second earphone (280) is connected with the microprocessor (240) and used for playing sound.

10. The split-type information acquisition system oriented to multiple agricultural application scenarios according to any one of claims 2 to 9, wherein: control end (300) be the computer, the computer includes display screen (310), third microphone (320), third earphone (330), third wireless module (340), the computer carries out wireless communication through third wireless module (340) and collection end, display screen (310) are used for showing video and the image that the collection end was shot, third microphone (320) are used for gathering the pronunciation that the control personnel sent, third earphone (330) are used for playing the pronunciation that the collection end was gathered.