TW202318348A - Induction board for racing pigeon with multiple induction frequency bands including an induction device and a processing device - Google Patents

Abstract

The present invention is an induction board for racing pigeons with multiple induction frequency bands. The induction board includes an induction device and a processing device. The induction device connects to at least two induction antennas and a reading device. The induction antennas have different induction frequency bands and connect to the reading device. The processing device includes a processing unit, a clock unit, a storage unit and a power supply unit. Any induction antenna in the induction device generates an induction signal which is confirmed by the reading device. Induction contents in the induction signals are then transmitted to the processing device. The processing unit is configured to form record data by combining the induction contents and a real time recorded by the clock unit. The record data is then sent to the storage unit.

Description

Pigeon racing sensor board with multiple sensing frequency bands

The present invention is related to a sensing device, in particular to a racing pigeon induction board with multiple sensing frequency bands which can reliably sense and identify racing pigeon data.

In the race or training process of pigeon racing, in order to automatically and surely log in, an induction plate 10 is usually arranged at the end position, and an induction antenna 11 is arranged in it, and the pigeon will be provided with an induction plate 11 on its feet. The corresponding foot ring 12 is embedded with an identification element 13 corresponding to the frequency band of the induction antenna 11 of the induction plate 10. When the pigeon passes through the induction plate 10, the identification element 13 in the foot ring 12 will be detected by the induction plate. The inductive antenna 11 of 10 is excited, only after reading the data of the ankle ring, it is sent to another pigeon clock in a wired connection for data processing, time judgment and storage.

However, the general sensing board 10 only has a sensing antenna 11 with a single frequency band. During sensing, the identification element 13 in the ankle ring 12 may be affected by the frequency drift of the sensing antenna 11, external factors, the number of sensing ankle rings, and the sensing time. And the impact of the sensing distance may not be able to sense completely. In this way, the problem of not being able to normally identify the ankle ring 12 is caused, which affects the fairness of the overall competition or training. In addition, due to the lack of positioning monitoring and data transmission functions, there are often disadvantages.

The main purpose of the present invention is to provide an induction board which integrates the induction improvement, data processing and storage, positioning and communication of the radio frequency identification element worn by racing pigeons through various induction frequency bands.

In order to achieve the above purpose, the present invention provides a pigeon racing induction plate with multiple induction frequency bands, comprising: A sensing device, with at least two sensing antennas installed to sense radio frequency identification elements of different frequency bands and a reading device that can be used to judge the content of radio frequency identification elements; A processing device has a processing unit, a clock unit, a storage unit, a power supply unit, a communication module, and a satellite positioning module; the induction antenna senses the corresponding radio frequency identification element, and reads the content through the interpretation device After that, combine the real time of the clock unit and the position of the satellite positioning module to transmit a real-time record data to the storage unit.

Preferably, the real-time recording data generated by the processing unit can be sent to the storage device corresponding to the sensor board through the communication module.

Preferably, the induction antennas of the induction device conduct induction at intervals.

The pigeon racing induction plate provided by the present invention has multiple induction frequency bands, which can be sensed through induction antennas provided with at least two different frequency bands in the induction device, so that the effect and accuracy of the induction can be improved, and only A single device needs to be set up to correspond to a variety of different frequency bands. In addition, through the sensing antennas of different frequency bands, problems such as too short sensing time or too long sensing distance can be avoided, and the RFID components to be sensed can be reliably sensed, improving the sensing performance. Accuracy.

Please refer to Figs. 2, 3 and 5, it is a pigeon racing induction plate with multiple induction frequency bands provided by the present invention. In this embodiment, it is an induction plate 2 used in pigeon racing or training. Its series include:

An induction device 20 is connected with two induction antennas 21, 22 in it, and these induction antennas 21, 22 respectively induce signals of different frequency bands. In this embodiment, the induction antenna 21 is another high frequency (HF) induction Antenna 22 is ultra-high frequency (UHF); the induction antenna can use different frequency bands low frequency (LF), high frequency (HF), ultra high frequency (UHF) and microwave frequency (MWF) according to the site or needs. The two induction antennas 21, 22 are set up and down, and do not touch each other to avoid interference. The two induction antennas 21, 22 will be connected with an interpreting device 23, which can judge from the two induction antennas 21, 22. received message.

A processing device 30; it has a processing unit 31, a storage unit 32, a power supply unit 33, a communication module 34, a clock unit 35 and a satellite locator module 36; the processing unit 31 is connected with the sensor The interpretation device 23 of the device 20 is electrically connected, and the two induction antennas 21 and 22 can be energized at intervals through the power supply unit 33, so that they can perform induction by division of labor and avoid mutual interference between inductions. Meanwhile, the processing unit 31 is electrically connected with the storage device 32 and the power supply unit 33 . The storage unit 32 has a memory 321 which can store data. The storage unit is outside the processing device 30 and is provided with an external storage device 322. It is a hardware with a data storage function connected to the storage unit in a wired manner. memory 321, and can store data; the clock unit 35 (Real Time Clock) and the satellite positioning module 36 (GPS) can provide real-time time and location information, when any of the sensing devices 20 After the induction antennas 21 and 22 sense the content of a radio frequency identification element 40, after being read by the reading devices 23, the content is sent to the processing unit 31, and the processing unit 31 will simultaneously capture the satellite positioning module 36 After the positioning data and the real-time time data of the clock unit 35 are combined with the content of the radio frequency identification element 40 sensed by the sensing device, they are sent to the memory 321 of the storage unit 32 and the external storage device 322 for storage. The communication module 34 can transmit or receive the data of the storage device 32, or transmit through the WIFI signal of a wireless network module 37 or the Bluetooth signal of a Bluetooth module 38, so that the storage device The identity authentication data of the racing pigeon within 32 is sent out or received and updated with relevant information of the race.

A voice playback device 50, which can produce a notification function, when the processing unit 31 receives the processing of the pigeon identification data provided by the radio frequency identification device 40, it can play the relevant information of the pigeon identification data by voice mode. Data, such as the pigeon's own number, race number and time, and other related information.

A camera unit 60; this camera unit 60 starts after the identification data of the pigeon is received by the interpretation device 23, and can take relevant images of the pigeon, such as head portraits, pupils, feathers, etc., which can be used to identify photos of the characteristics of the pigeon, and then The pigeon identification data and location and time data are sent to the storage device 32 together, and the relevant data is sent out through the communication module 34 or external racing pigeon data can be received.

In addition, please refer to Fig. 2, 4 and 5, the radio frequency identification element is arranged on the ankle of the pigeon, and has two different radio frequency antennas 41, 42, and the two radio frequency antennas 41, 42 will have different induction frequency bands. In the embodiment, it is respectively that a high frequency (HF) and an ultra high frequency (UHF) correspond to the two induction antennas 21,22, and the two radio frequency antennas 41,42 can be respectively received by the two induction antennas 21,22. Excited to generate induction and transmit and provide the content of the radio frequency identification element, the two radio frequency antennas 41, 42 are connected to a data unit 43, the data unit 43 can store the relevant identity identification, competition or other data of the pigeons, The content of the data unit 43 is fixed, and it can also be increased according to new record data related to training or competitions. In addition, please refer to Figure 7, the two radio frequency antennas 41, 42 can also be connected to different data Units 43, 44, the same or different data can be stored in these data units 43, 44 respectively.

Please refer to shown in Fig. 2 to 5 figure, during actual use, this induction plate 2 can be arranged at the dovecote end point and carry out pigeon identity verification and produce real-time data simultaneously, be the real time of this clock unit 35 and this satellite positioning in the present embodiment The position of the location of the module 36; the induction antennas 21, 22 of the induction device 20 can be turned on at intervals, and the data transmission will not be affected when turned on, but it can be avoided that the two induction antennas 21, 22 interfere with each other. When approaching the induction plate 2, the two radio frequency antennas 41, 42 of the radio frequency identification element 40 on the pigeon feet will approach the induction antennas 21, 22 of the induction device 20, and when the two induction antennas 21, 22 are turned on at intervals, Through induction in the same frequency band, the two radio frequency antennas 41 and 42 can be activated respectively. Because the frequency bands between the two induction antennas 21, 22 and the two radio frequency antennas 41, 42 are different, they will have different induction speeds and induction distances, and they can form complementary effects between each other. If it is too short, or the sensing distance of racing pigeons is too long, there will be corresponding sensing. In this way, the occurrence of poor sensing can be reduced.

When one or both of the radio frequency antennas 41, 42 are driven by one or both of the two induction antennas 21, 22, the two radio frequency antennas 41, 42 will pass the identification data in the data unit 43 through the The two radio frequency antennas 41, 42 transmit to the two induction antennas 21, 22 to receive, because the identification data of the pigeon provided by the two radio frequency antennas 41, 42 are the same, so no matter which radio frequency antenna is driven, the pigeon identity can be completed The transmission of identification data, when the pigeon identification data of the data unit 43 is transmitted to the induction antenna 21, 22, it will be sent to the interpretation device 23 for interpretation of the pigeon identification data, when the identification device 23, the processing The processing unit 31 of the device 30 will combine the pigeon's identification data with the location data provided by the satellite positioning module 36 and the real-time time data of the clock unit 35 into the pigeon's record data, and then send it to the memory in the storage unit 32 Body 321 stores, through this action, the pigeon's identification data can be combined with location information and time information, so that the user can judge the time and location of training or competition and other related information through the above information. Moreover, after the data recording is completed, the relevant racing pigeon data, such as number and time, can also be played through the voice player 50, so that the user can directly confirm without having to consult the information on the induction board 2. material. At the same time, in order to increase the integrity of the data, the pigeon identification data can also be added to the image data captured by the camera unit 60 for storage, so that the data can be more complete.

Please refer to shown in Figures 6 to 8, it is the second preferred embodiment of the pigeon racing induction plate with multiple induction frequency bands provided by the present invention, its main structure is the same as the previous embodiment, and the same structure is represented by the same symbol , without further details; where:

The external storage device 322 of the data providing unit 33 is a cloud hard drive; the processing device 30 of the sensor board 2 uses the communication module 34 to transmit the data in the storage device 32 to the external storage device 322 in a wireless transmission manner Stored in the cloud hard disk, so that the sensor boards 2 in different regions (pigeon lofts) can centralize the received data to the cloud hard disk of the external storage device 322 and place it centrally for users to query and judge the results of the game result.

In the radio frequency identification device 40, in order to avoid the damage of a single data unit and cause the data to be transmitted incorrectly, each radio frequency antenna 41, 42 is connected to a different data unit 43, 44, and the two data units 43, 44 are stored related pigeon identification data, so no matter which radio frequency antenna 41, 42 transmits the pigeon identification data are consistent, in addition, in addition to the pigeon identification data, through the processing device 30 The processing unit 31 also writes data into the two data units 43 and 44 respectively. During application, the functions of the data units 43 and 44 can also be used separately, that is, one of them is for outputting the identification data of pigeons, and the other is for writing new record data, through induction antennas and radio frequency of two different frequency bands. Antennas are used to perform different actions of data transmission and reception respectively.

The pigeon racing induction board with multiple induction frequency bands provided by the present invention provides at least two induction antennas of different frequency bands through the induction equipment, which can sense radio frequency identification elements of multiple frequency bands and record and transmit data in real time. Compared with conventional It is known that a single frequency band sensor board can only sense data of a single frequency band, but the sensor device of the present invention can sense more than two signals, which can simplify the device and prevent the lack of device connection, so as to achieve the effect of accurate data recording.

The above-mentioned embodiments are only intended to illustrate the technical means of the present invention and not to limit them. Any equivalent modification of the present invention should be regarded as the protection scope of the present invention. The induction plate of the present invention is the first structure in this field, and has the enhancement of practical effect, and the application is filed according to law.

10: Induction board 11: Induction antenna 12: Foot ring 13: Identification components 2: Induction board 20: Induction equipment 21: Induction antenna 22: Induction antenna 23: Interpretation device 30: Processing equipment 31: Processing unit 32: Storage unit 321: Memory 322: External storage device 33: Power supply unit 34: Communication module 35: Clock unit 36: Satellite positioning module 37: Wireless network module 38: Bluetooth module 40: Radio Frequency Identification Component 41: Radio Frequency Antenna 42: Radio Frequency Antenna 43:Data unit 44:Data unit 50: Voice player 60: Camera unit

In order to enable your review committee to further understand the purpose, characteristics and achieved effects of the present invention, two preferred embodiments are listed below, which are described in detail with the accompanying drawings. Among them: Fig. 1 is a three-dimensional appearance diagram of a conventional induction plate and a dove ring. Fig. 2 is a three-dimensional appearance view of the sensor board and the radio frequency identification element of the preferred embodiment of the present invention. Fig. 3 is a diagram of the internal structure of the sensing board in a preferred embodiment of the present invention. Fig. 4 is an internal structure diagram of a radio frequency identification element in a preferred embodiment of the present invention. Fig. 5 is a block diagram of the sensor board and the radio frequency identification element of the preferred embodiment of the present invention. Fig. 6 is a diagram of the internal structure of the sensing board according to the second preferred embodiment of the present invention. Fig. 7 is an internal structure diagram of the radio frequency identification element of the second preferred embodiment of the present invention. Fig. 8 is a block diagram of the sensor board and the radio frequency identification element of the second preferred embodiment of the present invention.

2: Induction board

20:Sensing equipment

21: Inductive antenna

22: Inductive antenna

23: Interpretation device

30: Processing equipment

31: Processing unit

32: storage unit

321: memory

322:External storage device

33: Power supply unit

34: Communication module

35: clock unit

36: Satellite positioning module

37:Wireless network module

38:Bluetooth module

40:Radio Frequency Identification Components

41: RF antenna

42: RF antenna

43:Data unit

44: data unit

50:Voice player

60: camera unit

Claims (11)

A racing pigeon induction board with multiple induction frequency bands, including: A sensing device is equipped with at least two sensing antennas and a reading device. These sensing antennas have different sensing frequency bands and can sense the contents of radio frequency identification elements in different frequency bands. These sensing antennas are respectively connected to the reading device. The reading device Can read the content of the radio frequency identification element sensed by these sensing antennas; A processing device has a processing unit, a storage unit, a power supply unit, a clock unit and a satellite positioning module; the power supply unit can be electrically connected to the processing unit and the interpretation device, and any sensing antenna of the sensing device After sensing the radio frequency identification element, the processing unit can combine the time data provided by the clock unit and the position provided by the satellite positioning module to form a real-time record data and transmit it to the stored in the storage unit. The pigeon racing induction board with multiple induction frequency bands as described in claim 1, wherein: the storage unit is externally connected with an external storage device. The pigeon racing induction board with multiple induction frequency bands as described in claim 2, wherein: the external storage device is connected to the storage unit in a wired manner. The pigeon racing induction board with multiple induction frequency bands as described in claim 2, further includes a communication device, and the external storage device and the storage unit perform data transmission through the communication device. The pigeon racing induction board with multiple induction frequency bands as described in claim 4, wherein: the communication device can be a Bluetooth module or a wireless network module, so that the storage unit can transmit data to the storage unit wirelessly external storage device. The pigeon racing induction board with multiple induction frequency bands as described in claim 4 or 5, wherein: the communication device can also receive external data and transmit it to the storage unit of the processing device. The pigeon racing induction board with multiple induction frequency bands as described in claim 1 or 3, wherein: the induction antennas of the induction device with different induction frequency bands conduct induction at intervals. The pigeon racing induction board with multiple induction frequency bands as described in claim 1, wherein: it further includes a radio frequency identification element, which has at least two radio frequency antennas and at least one data unit, and each of the radio frequency antennas can write to the data unit Or/and the action of reading data. The pigeon racing sensor board with multiple sensing frequency bands as described in claim 1, further includes a camera unit, and when the processing unit receives a signal, the processing unit drives the camera unit to capture an image data. The pigeon racing induction board with multiple induction frequency bands as described in claim 1, wherein: the induction antennas sense low frequency (LF), high frequency (HF) and ultrahigh frequency (UHF), microwave frequency (MWF) among them Two or more frequency bands. The pigeon racing induction board with multiple induction frequency bands as described in claim 1, wherein: the processing device further includes a voice player, and the voice player is connected to the processing unit.

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