CN-224233695-U - Big dipper terminal communication system based on LORA technique

CN224233695UCN 224233695 UCN224233695 UCN 224233695UCN-224233695-U

Abstract

The utility model provides a Beidou terminal communication system which comprises a Beidou terminal module and at least one LORA forwarding module, wherein the Beidou terminal module comprises a first LORA communication circuit and a Beidou RDSS communication circuit, the LORA forwarding module comprises a second LORA communication circuit, a second distress signal trigger circuit and a second position reporting circuit, the second distress signal trigger circuit can acquire a distress signal and send the distress signal to the Beidou terminal module through LORA communication connection, the second position reporting circuit can automatically analyze position information of the LORA forwarding module and send the position information to the Beidou terminal module through LORA communication connection, and the Beidou terminal module is in communication connection with a user terminal through the Beidou RDSS communication circuit so as to send the distress signal and the position information to the user terminal. The personnel entering the deep middle of a mountain places can send out distress signals and position information through the Beidou terminal communication system, so that accurate rescue measures can be conveniently taken for the personnel, and the life safety of the personnel is guaranteed.

Inventors

WANG HONGPENG
WANG FUHUA
WANG YONGHAO
JU XING
HAO JIE
SHEN XUN
LI SONG

Assignees

北京华辰北斗信息技术有限公司

Dates

Publication Date: 20260512
Application Date: 20250618

Claims (10)

1. A Beidou terminal communication system based on LORA technology is characterized by comprising a Beidou terminal module and at least one LORA forwarding module; the Beidou terminal module comprises a first LORA communication circuit and a Beidou RDSS communication circuit; The LORA forwarding module comprises a second LORA communication circuit, a second distress signal trigger circuit and a second position reporting circuit; The Beidou terminal module is in LORA communication connection with the LORA forwarding module through the first LORA communication circuit and the second LORA communication circuit; The second distress signal trigger circuit can acquire a distress signal and send the distress signal to the Beidou terminal module through LORA communication connection between the second LORA communication circuit and the first LORA communication circuit; The second position reporting circuit can automatically analyze the position information of the LORA forwarding module and send the position information to the Beidou terminal module through LORA communication connection between the second LORA communication circuit and the first LORA communication circuit; And the Beidou terminal module is in communication connection with the user side through the Beidou RDSS communication circuit so as to send the distress signal and the position information to the user side.
2. The Beidou terminal communication system of claim 1, wherein the Beidou terminal module further comprises a judging circuit and a first position reporting circuit which are electrically connected with each other, wherein the judging circuit is connected with the second position reporting circuit through LORA communication; the judging circuit is used for judging whether the second position reporting circuit sends the position information of the LORA forwarding module to the Beidou terminal module through LORA communication connection; The first position reporting circuit can automatically analyze the position information of the Beidou terminal module and can send the position information to the user side through the Beidou RDSS communication circuit.
3. The beidou terminal communication system of claim 2, wherein the beidou terminal module further comprises a first distress signal trigger circuit; The first distress signal trigger circuit can acquire a distress signal and send the distress information to the user side through the Beidou RDSS communication circuit.
4. The beidou terminal communication system of claim 1, wherein the LORA forwarding module further comprises a security reporting circuit; the safety reporting circuit can acquire a safe signal and send the safe signal to the Beidou terminal module through LORA communication connection between the second LORA communication circuit and the first LORA communication circuit.
5. The beidou terminal communication system of claim 4, wherein the beidou terminal module further comprises a distress exit circuit; The help-seeking exit circuit is in LORA communication connection with the safety reporting circuit through the second LORA communication circuit and the first LORA communication circuit, and the safety reporting circuit sends the acquired safe signals to the help-seeking exit circuit through the LORA communication connection; The distress exit circuit can send the safe signal to the user side through the Beidou RDSS communication circuit.
6. The Beidou terminal communication system of claim 5, wherein when there are a plurality of the LORA forwarding modules, the Beidou terminal modules further comprise a sequential arrangement circuit; The sequence arrangement circuit is connected with the second distress signal trigger circuit and the second position reporting circuit through LORA communication, and is electrically connected with the Beidou RDSS communication circuit; The sequence arrangement circuit is used for sequencing the distress signals and the position information sent by the LORA module according to the time sequence, so that the Beidou terminal sends the sequenced distress signals and the position information to the user side through the Beidou RDSS communication circuit.
7. The Beidou terminal communication system of claim 6, wherein the sequential arrangement circuit further includes a delete sub-circuit and an exit sub-circuit electrically connected to each other; The deleting sub-circuit is also connected with the safety reporting circuit through LORA communication, and the logging-out sub-circuit is also electrically connected with the distress logging-out circuit; The deleting sub-circuit is used for correspondingly deleting the distress signal and the position information according to the safe signal sent by the safe reporting circuit in the LORA module, and the sequence arrangement circuit is used for sequencing the distress signal and the position information sent by the rest LORA module according to the time sequence again; When the exit sub-circuit acquires that the safety reporting circuits in all LORA forwarding modules send out the safe signals, the exit sub-circuit sends out the exit distress signals to the distress exit circuit.
8. The beidou terminal communication system of claim 1 wherein the LORA forwarding module further includes a code identification circuit having code information, the code identification circuit being electrically connected to the second LORA communication circuit; The code identification circuit sends the code information to the Beidou terminal module through LORA communication connection between the second LORA communication circuit and the first LORA communication circuit, so that the Beidou terminal module sends the code information to a user terminal through the Beidou RDSS communication circuit.
9. The beidou terminal communication system according to any one of claims 1-8, wherein the beidou terminal module further comprises a timing circuit electrically connected to both the first LORA communication circuit and the beidou RDSS communication circuit; The timing circuit is used for sending the distress signal and the position information received by the Beidou terminal module to the user side through the Beidou RDSS communication circuit at regular time.
10. The Beidou terminal communication system according to any one of claims 1-8, further comprising a mobile terminal device, wherein the Beidou terminal module further comprises a first Bluetooth connection circuit, and wherein the LORA forwarding module further comprises a second Bluetooth connection circuit; The Beidou terminal module is in Bluetooth connection with the mobile terminal equipment through the first Bluetooth connection circuit; And the LORA forwarding module is in Bluetooth connection with the mobile terminal equipment through the second Bluetooth connection circuit.

Description

Big dipper terminal communication system based on LORA technique Technical Field The utility model relates to the field of terminal communication, in particular to a Beidou terminal communication system based on a LORA technology. Background At present, some operators need to enter the deep middle of a mountain field for continuous operation for a plurality of days, if no public network signal exists in the deep mountain, the common mobile phone cannot make a call, and the satellite phone cannot be used because of serious satellite shielding in the deep mountain. If the deep mountain is in an unmanned area of an original forest, the topography and the topography are particularly complex, the mountain is extremely steep and dense, and cliffs with multiple cliffs are arranged. Because the forest is dense, even if the outside weather is clear and bright, the sun shines high, the thick fog is densely distributed, the overcast and rainy is continuous in the depth of the original forest, even the light is extremely dark, and the black light is very dark, so that people lose the sense of direction easily. Once lost, it is difficult to find the original route, and the action may be more difficult than imagination, and the possibility of failure of the navigation communication device is greatly increased. Moreover, dangerous factors such as streams and ditches exist in the mountain, and moreover, operators are in bad weather in rainy days on successive days when entering the mountain, so that geological disasters such as landslide, collapse and mud-rock flow and environmental hazards such as temperature loss poisoning are extremely easy to cause. Disclosure of utility model The present utility model provides a big Dipper terminal communication system based on LORA technology that overcomes or at least partially solves the above-mentioned problems. The utility model provides a Beidou terminal communication system based on an LORA technology, which comprises a Beidou terminal module and at least one LORA forwarding module, wherein the Beidou terminal module comprises a first LORA communication circuit and a Beidou RDSS communication circuit, the LORA forwarding module comprises a second LORA communication circuit, a second SOS trigger circuit and a second position reporting circuit, the Beidou terminal module and the LORA forwarding module are in LORA communication connection through the first LORA communication circuit and the second LORA communication circuit, the second SOS trigger circuit can acquire SOS and send the SOS to the Beidou terminal module through the LORA communication connection between the second LORA communication circuit and the first LORA communication circuit, the second position reporting circuit can automatically analyze position information of the LORA forwarding module and send the position information to the Beidou terminal module through the LORA communication connection between the second LORA communication circuit and the first LORA communication circuit, and the Beidou terminal module is connected with a user terminal through the second LORA communication circuit and the RDSS communication circuit to send the SOS information to a user terminal. The Beidou terminal module further comprises a judging circuit and a first position reporting circuit which are electrically connected with each other, wherein the judging circuit is connected with the second position reporting circuit through LORA communication, the judging circuit is used for judging whether the second position reporting circuit sends the position information of the LORA forwarding module to the Beidou terminal module through LORA communication connection, and the first position reporting circuit can automatically analyze the position information of the Beidou terminal module and send the position information to a user side through the Beidou RDSS communication circuit. The Beidou terminal module further comprises a first distress signal trigger circuit, wherein the first distress signal trigger circuit can acquire distress signals and send distress information to the user side through the Beidou RDSS communication circuit. The LORA forwarding module further comprises a safety reporting circuit, wherein the safety reporting circuit can acquire a safe signal and send the safe signal to the Beidou terminal module through LORA communication connection between the second LORA communication circuit and the first LORA communication circuit. The Beidou terminal module further comprises a distress exit circuit, the distress exit circuit is in LORA communication connection with the safety reporting circuit through the second LORA communication circuit and the first LORA communication circuit, the safety reporting circuit sends an acquired safe signal to the distress exit circuit through LORA communication connection, and the distress exit circuit can send the safe signal to a user terminal through the Beidou RDSS communication circuit. W