Earthquake information early warning terminal with wireless frequency modulation horn

Abstract

The application provides a seismic information early warning terminal with a wireless frequency modulation loudspeaker, comprising: a seismic monitoring network communication module, which carries out multi-source communication of seismic early warning information through seismic monitoring network sound source communication and mobile terminal Bluetooth communication; carries out anti-interference communication protection through anti-interference setting; a seismic early warning information conversion module, which converts the signal of the seismic monitoring network communication module into a wireless frequency modulation signal, and receives an infrared remote control signal to carry out infrared remote control; a warning information wireless transceiver module, which carries out wireless frequency modulation signal transceiving communication and state monitoring with a wireless frequency modulation loudspeaker warning module through multiple groups of frequency modulation transmitting and receiving antenna groups; a wireless frequency modulation loudspeaker warning module, which converts the wireless frequency modulation signal into a seismic early warning loudspeaker broadcast trigger signal; a small wind turbine and an electric quantity monitoring storage battery group are used as an emergency power supply; a warning information partition broadcast loudspeaker group is used to carry out partition broadcast or full-area broadcast of seismic early warning information.

Description

TECHNICAL FIELD

[0001] The present application relates to the field of disaster warning wireless communication technology, more particularly, the present application relates to a seismic information warning terminal with wireless frequency modulation loudspeaker. BACKGROUND

[0002] The earthquake warning uses electromagnetic wave to send warning information before the earthquake wave, so as to reduce the disaster loss in the warning area; the energy released by the sudden rupture and dislocation of the rock mass several kilometers to several hundred kilometers underground is radiated in the form of seismic wave to the surrounding area with a certain propagation speed, and this time difference can be left through the earthquake information warning, and the current earthquake information warning terminal is mostly through wired mode, which is easy to be damaged by earthquake, and may cause problems such as paralysis of the warning system; the current technical problems include: how to communicate with the seismic monitoring network, how to prevent the earthquake warning terminal from being damaged and interfered, how to convert the wireless frequency modulation signal and control the earthquake information warning terminal, how to receive and transmit the wireless frequency modulation signal and monitor the state, how to generate emergency power and store the power, and how to broadcast the earthquake warning information in a wide range, which need to be improved and solved; therefore, it is necessary to provide a seismic information warning terminal with wireless frequency modulation loudspeaker to at least partially solve the problems in the prior art. SUMMARY

[0003] A series of simplified concepts are introduced in the summary part, which will be further described in detail in the specific embodiment part; the summary part of the present application does not mean to try to limit the key features and necessary technical features of the claimed technical solution, and does not mean to try to determine the protection scope of the claimed technical solution.

[0004] To at least partially solve the above problems, the present application provides a seismic information warning terminal with wireless frequency modulation loudspeaker, comprising:

[0005] The seismic monitoring network communication module communicates with the seismic monitoring network and the mobile terminal through Bluetooth communication, and performs multi-source communication of the earthquake warning information; the anti-interference communication protection is realized through the anti-interference setting;

[0006] The seismic warning information conversion module converts the signal of the seismic monitoring network communication module into a wireless frequency modulation signal, and receives an infrared remote control signal for infrared remote control;

[0007] The warning information wireless transceiver module communicates with the wireless frequency modulation loudspeaker warning module through a plurality of frequency modulation transmitting and receiving antenna groups, and performs wireless frequency modulation signal receiving and transmitting communication and state monitoring;

[0008] The wireless frequency modulation horn early warning module converts the wireless frequency modulation signal into a seismic early warning horn broadcast trigger signal; a small wind turbine and an electric quantity monitoring storage battery group are used as an emergency power supply; and the seismic early warning information is broadcasted by a warning information partition broadcast horn group in a partition broadcast mode or a whole area broadcast mode.

[0009] Preferably, the seismic monitoring network communication module comprises:

[0010] The monitoring network audio source communication sub-module is connected to the seismic monitoring platform network end through a network communication interface, and is connected to an audio source information input through an audio source input socket to perform seismic monitoring and early warning information network end communication and audio source communication.

[0011] The mobile terminal Bluetooth communication sub-module is connected to the mobile terminal Bluetooth communication module through a Bluetooth transceiver, and inputs the mobile terminal seismic early warning information into the seismic early warning information conversion module through a Bluetooth signal conversion input port.

[0012] The machine body shockproof anti-interference sub-module is provided with a shockproof support frame net, an anti-interference shielding layer and a vibration buffering protection layer to perform seismic information early warning terminal shockproof anti-interference protection.

[0013] Preferably, the seismic early warning information conversion module comprises:

[0014] The network audio source frequency modulation conversion sub-module converts the seismic monitoring and early warning information network end communication signal and the audio source communication signal into a wireless frequency modulation signal.

[0015] The Bluetooth frequency modulation conversion sub-module converts the mobile terminal seismic early warning information of the seismic monitoring network communication module into a wireless frequency modulation signal through Bluetooth frequency modulation signal conversion.

[0016] The infrared signal conversion control sub-module receives an infrared remote control signal and converts it into an early warning terminal control signal for infrared remote control to control the seismic information early warning terminal.

[0017] Preferably, the early warning information wireless transceiver module comprises:

[0018] The frequency modulation transceiver antenna sub-module transmits the seismic early warning information converted by the seismic early warning information conversion module to the wireless frequency modulation horn early warning module through a plurality of frequency modulation transmitting and receiving antenna groups.

[0019] The frequency modulation signal monitoring sub-module monitors the wireless frequency modulation playing signal fed back by the wireless frequency modulation horn early warning module.

[0020] The control signal receiving and feeding back sub-module receives an infrared control signal of a remote controller through an infrared signal receiver, and feeds back the control state of the seismic information early warning terminal to the infrared signal receiver.

[0021] Preferably, the wireless frequency modulation horn early warning module comprises:

[0022] The wireless frequency modulation signal transceiving sub-module receives the wireless frequency modulation signal and converts the wireless frequency modulation signal into a seismic early warning loudspeaker broadcast trigger signal.

[0023] The small wind power supply sub-module generates power through a small wind turbine and stores the power in the electric quantity monitoring battery pack as an emergency power supply of the system. The electric quantity of the battery pack is monitored. When the electric quantity of the battery pack is insufficient or the wired charging mode is damaged by an earthquake, the small wind turbine is connected for emergency charging to keep the electric quantity of the battery sufficient.

[0024] The seismic early warning loudspeaker broadcast sub-module receives the frequency modulation transmission signal of the seismic early warning information, and broadcasts the seismic early warning information through the early warning information partition broadcast loudspeaker group in a partition broadcast or a full-area broadcast.

[0025] Preferably, the monitoring network sound source communication sub-module comprises:

[0026] The monitoring network information acquisition unit connects the seismic monitoring platform network end through a network communication interface and acquires the seismic monitoring and early warning information of the seismic monitoring platform network end.

[0027] The seismic information communication transmission unit transmits the seismic monitoring and early warning information through a communication information transmission path.

[0028] The sound source communication information unit plays the network end seismic monitoring and early warning information voice according to the seismic monitoring and early warning information through an automatic voice, and transmits the voice to the microphone input socket through a voice receiving microphone. The sound source information input is connected through a sound source input socket to perform sound source communication of the seismic monitoring and early warning information.

[0029] Preferably, the mobile terminal Bluetooth communication sub-module comprises:

[0030] The mobile terminal Bluetooth signal receiving unit is connected with the mobile terminal Bluetooth communication module through a Bluetooth transceiver and receives the mobile terminal seismic early warning information.

[0031] The Bluetooth signal transmission unit transmits the mobile terminal seismic early warning information to the Bluetooth signal conversion input unit through an internal Bluetooth signal transmission path.

[0032] The Bluetooth signal conversion input unit inputs the mobile terminal seismic early warning information into the seismic early warning information conversion module through a Bluetooth signal conversion input port.

[0033] Preferably, the machine body shockproof anti-interference sub-module comprises:

[0034] The terminal shell shockproof unit is provided with a shockproof support frame net in the earthquake information early warning terminal shell to protect the earthquake information early warning terminal from damage in the event of an earthquake. The shockproof support frame net comprises: an early warning terminal shell inner support ridge, a support ridge spacing frame and a frame-to-frame damage prevention net. The early warning terminal shell inner support ridge is welded on the inner shell surface of the early warning terminal shell in the longitude direction, and the support ridge spacing frame is welded in the latitude direction. The early warning terminal shell inner support ridge and the support ridge spacing frame form a cross-shaped support frame grid, and the frame-to-frame damage prevention net is arranged in the cross-shaped support frame grid. The earthquake information early warning terminal is protected from damage in the event of an earthquake.

[0035] The anti-interference shielding unit is provided with an anti-interference shielding layer between the shockproof support frame net and the internal device protection layer unit to protect the earthquake information early warning terminal from interference.

[0036] The internal device protection layer unit is provided with a vibration buffer protection layer to protect the internal device from damage in the event of an earthquake.

[0037] Preferably, the small wind power sub-module includes:

[0038] The small wind power positive and negative pitch control unit controls the small wind power blades to have a full circumferential windward surface when the small wind power base rotates half a circle. The full circumferential windward surface includes a positive half-circle direction windward surface and a negative half-circle direction windward surface. In the positive blade control state, the positive half-circle direction windward surface drives the small wind power blades to rotate in the positive direction, and in the negative blade control state, the negative half-circle direction windward surface drives the small wind power blades to still rotate in the positive direction.

[0039] The blade wind direction follow-up unit is provided with a wind direction follow-up sail at the opposite end of the blade mounting end of the small wind power base. The wind direction follow-up sail plane is vertically arranged with the full circumferential windward surface. When the wind direction changes, the wind direction follow-up sail keeps the full circumferential windward surface vertical normal and the wind direction angle consistent, and keeps balance and stability during the blade rotation.

[0040] The generator set energy storage unit converts the rotational kinetic energy of the small wind power blades into electrical energy through a generator, and stores the electrical energy in an electrical quantity monitoring battery pack. The electrical quantity monitoring battery pack monitors the battery pack electrical quantity in real time through the storage capacity to keep the battery pack electrical quantity sufficient.

[0041] Preferably, the earthquake warning horn broadcasting sub-module includes:

[0042] The wireless frequency modulation signal transceiver receives the earthquake warning information frequency modulation transmission signal through a wireless frequency modulation signal transceiver.

[0043] The frequency modulation signal power amplifier control unit amplifies the frequency modulation earthquake early warning information transmission signal through a power amplifier and transmits the signal to the early warning information broadcast unit;

[0044] The early warning information broadcast unit is provided with an early warning information partition broadcast loudspeaker group, which includes an early warning information one-partition broadcast loudspeaker group, an early warning information two-partition broadcast loudspeaker group, an early warning information three-partition broadcast loudspeaker group, an early warning information four-partition broadcast loudspeaker group and an early warning information five-partition broadcast loudspeaker group.

[0045] Compared with the prior art, the present application has at least the following beneficial effects:

[0046] The present application provides an earthquake information early warning terminal with a wireless frequency modulation loudspeaker, which comprises an earthquake monitoring network communication module, an earthquake early warning information conversion module, an early warning information wireless transceiver module, a wireless frequency modulation loudspeaker early warning module, a small wind turbine and an electric quantity monitoring battery group as an emergency power supply.

[0047] The present application provides an earthquake information early warning terminal with a wireless frequency modulation loudspeaker, which comprises an earthquake monitoring network communication module, an earthquake early warning information conversion module, an early warning information wireless transceiver module, a wireless frequency modulation loudspeaker early warning module, a small wind turbine and an electric quantity monitoring battery group as an emergency power supply. BRIEF DESCRIPTION OF DRAWINGS

[0048] The accompanying drawings are included to provide a further understanding of the present application, and constitute a part of the specification, illustrate the present application and explain the principles of the present application, and are not intended to limit the present application. In the drawings:

[0049] Fig. 1 FIG. 1 is a structural diagram of an earthquake information early warning terminal with a wireless frequency modulation loudspeaker according to the present application.

[0050] Fig. 2 Figure of one embodiment of the seismic information early warning terminal with wireless FM horn according to the present application.

[0051] Fig. 3 Figure of another embodiment of the seismic information early warning terminal with wireless FM horn according to the present application. DETAILED DESCRIPTION

[0052] The present application will be further described in detail with reference to the accompanying drawings and examples, so that those skilled in the art can implement the present application according to the description and examples; as shown in the drawings, the present application provides a seismic information early warning terminal with wireless FM horn, comprising: Figs. 1-3

[0053] Seismic monitoring network communication module, through seismic monitoring network sound source communication and mobile end Bluetooth communication, carries out multi-source communication of seismic early warning information; through the anti-vibration and anti-interference setting, carries out anti-vibration and anti-interference communication protection;

[0054] Seismic early warning information conversion module, converts the signal of the seismic monitoring network communication module into wireless FM signal, and receives infrared remote control signal to carry out infrared remote control;

[0055] Early warning information wireless transceiver module, through multiple groups of FM transmitting and receiving antenna groups, carries out wireless FM signal transceiving communication and state monitoring with the wireless FM horn early warning module;

[0056] Wireless FM horn early warning module, converts the wireless FM signal into seismic early warning horn broadcast trigger signal; through small wind turbine generator and electric quantity monitoring storage battery group as emergency power supply; through early warning information partition broadcast horn group, carries out partition broadcast or full-area broadcast of seismic early warning information.

[0057] ​The working principle and effects of the technical solution are as follows: the present application provides a seismic information early warning terminal with a wireless frequency modulation loudspeaker, which comprises a seismic monitoring network communication module, a seismic warning information conversion module, a warning information wireless transceiver module, and a wireless frequency modulation loudspeaker warning module.

[0058] In one embodiment, the seismic monitoring network communication module comprises:

[0059] A monitoring network audio source communication submodule is connected to a seismic monitoring platform network end through a network communication interface, and is connected to an audio source information input through an audio source input socket to perform seismic monitoring and early warning information network end communication and audio source communication.

[0060] A mobile terminal Bluetooth communication submodule is connected to a mobile terminal Bluetooth communication module through a Bluetooth transceiver, and inputs mobile terminal seismic early warning information into the seismic early warning information conversion module through a Bluetooth signal conversion input port.

[0061] A machine body shockproof and anti-interference submodule is provided with a shockproof support frame net, an anti-interference shielding layer, and a vibration buffering protection layer to perform seismic information early warning terminal shockproof and anti-interference protection.

[0062] The principle and effect of the above technical solution are: according to the connection of the seismic monitoring network, the audio source communication is obtained, the communication information sharing of the mobile phone APP seismic monitoring and early warning information is carried out through the Bluetooth transceiver; the seismic monitoring network communication module comprises: a monitoring network audio source communication submodule, connected with the seismic monitoring platform network end through a network communication interface; an audio source information input is connected through an audio source input socket, and seismic monitoring and early warning information network end communication and audio source communication are carried out; a mobile end Bluetooth communication submodule is connected with the mobile end Bluetooth communication module through the Bluetooth transceiver, and the mobile end seismic early warning information is input into the seismic early warning information conversion module through the Bluetooth signal conversion input port; a body shockproof anti-interference submodule is used for shockproof anti-interference protection of the seismic information early warning terminal through a shockproof support frame network, an anti-interference shielding layer and a vibration buffer protection layer; diversified early warning information sources can obtain more comprehensive, timely and accurate seismic early warning information.

[0063] In one embodiment, the seismic early warning information conversion module comprises:

[0064] A network audio frequency conversion submodule is used for converting the seismic monitoring and early warning information network end communication signal and the audio source communication signal into a wireless frequency modulation signal;

[0065] A Bluetooth frequency conversion submodule is used for converting the mobile end seismic early warning information of the seismic monitoring network communication module into a wireless frequency modulation signal through Bluetooth frequency modulation signal conversion;

[0066] An infrared signal conversion control submodule is used for receiving an infrared remote control signal, converting it into a warning terminal control signal, carrying out infrared remote control, and carrying out seismic information early warning terminal control.

[0067] The principle and effect of the above technical solution are: according to the conversion of multiple source signals, the seismic monitoring and early warning information network end communication signal and the audio source communication signal are converted into a wireless frequency modulation signal; according to the Bluetooth audio frequency conversion, the mobile end seismic early warning information of the seismic monitoring network communication module is converted into a wireless frequency modulation signal; the seismic early warning information conversion module comprises: a network audio frequency conversion submodule, which is used for converting the seismic monitoring and early warning information network end communication signal and the audio source communication signal into a wireless frequency modulation signal; a Bluetooth frequency conversion submodule, which is used for converting the mobile end seismic early warning information of the seismic monitoring network communication module into a wireless frequency modulation signal through Bluetooth frequency modulation signal conversion; an infrared signal conversion control submodule, which is used for receiving an infrared remote control signal, converting it into a warning terminal control signal, carrying out infrared remote control, and carrying out seismic information early warning terminal control; more stable signal conversion and seismic early warning terminal control can be carried out.

[0068] In one embodiment, the early warning information wireless transceiver module comprises:

[0069] The frequency modulation transceiving antenna sub-module transmits the converted earthquake warning information to the wireless frequency modulation loudspeaker warning module through multiple sets of frequency modulation transmitting and receiving antenna groups.

[0070] The frequency modulation signal monitoring sub-module monitors the wireless frequency modulation playing signal fed back by the wireless frequency modulation loudspeaker warning module.

[0071] The control signal receiving and feedback sub-module receives the infrared control signal of the remote controller through the infrared signal receiver and feeds back the control state of the earthquake information warning terminal to the infrared signal receiver.

[0072] The principle and effect of the above technical solution are as follows: the multiple sets of frequency modulation transmitting and receiving antenna groups enhance the signal strength and coverage range; the warning information wireless transceiving module comprises: a frequency modulation transceiving antenna sub-module, which transmits the converted earthquake warning information to the wireless frequency modulation loudspeaker warning module through multiple sets of frequency modulation transmitting and receiving antenna groups; a frequency modulation signal monitoring sub-module, which monitors the wireless frequency modulation playing signal fed back by the wireless frequency modulation loudspeaker warning module; and a control signal receiving and feedback sub-module, which receives the infrared control signal of the remote controller through the infrared signal receiver and feeds back the control state of the earthquake information warning terminal to the infrared signal receiver; the wired signal can be prevented from being damaged in the earthquake process, and the anti-seismic capability of signal transmission between the earthquake warning terminal and the wireless frequency modulation loudspeaker is greatly improved.

[0073] In one embodiment, the wireless frequency modulation loudspeaker warning module comprises:

[0074] The wireless frequency modulation signal transceiving sub-module receives the wireless frequency modulation signal and converts the wireless frequency modulation signal into an earthquake warning loudspeaker broadcast triggering signal.

[0075] The small wind power supply sub-module generates wind power through a small wind turbine generator and stores the electric energy in the electric quantity monitoring battery pack as an emergency power supply of the system; the electric quantity of the battery pack is monitored, and when the electric quantity of the battery pack is insufficient or the wired charging mode is damaged by the earthquake, the small wind turbine generator is connected to perform emergency charging to keep the electric quantity of the battery sufficient.

[0076] The earthquake warning loudspeaker broadcast sub-module receives the earthquake warning information frequency modulation transmitting signal and performs zoned broadcasting or full-area broadcasting of the earthquake warning information through the warning information zoned broadcasting loudspeaker group.

[0077] The principle and effect of the technical solution are as follows: the standby power supply may be damaged by the earthquake when the earthquake occurs, the anti-seismic capability of the wind power emergency power supply is strong, the early warning terminal and the wireless frequency modulation loudspeaker are generally arranged at a high position, and the wind power generation is more favorable; the wireless frequency modulation loudspeaker early warning module comprises: a wireless frequency modulation signal transceiving sub-module, which receives the wireless frequency modulation signal and converts the wireless frequency modulation signal into an earthquake early warning loudspeaker broadcast triggering signal; a small wind power supply sub-module, which generates wind power through a small wind turbine generator and stores the electric energy in the electric quantity monitoring storage battery group as a system emergency power supply; an electric quantity monitoring storage battery group, which monitors the electric quantity of the storage battery group, connects the small wind turbine generator for emergency charging when the electric quantity of the storage battery group is insufficient or the wired charging mode is damaged by the earthquake, and keeps the electric quantity of the storage battery sufficient; and an earthquake early warning loudspeaker broadcast sub-module, which receives the earthquake early warning information frequency modulation transmitting signal, broadcasts the earthquake early warning information through the early warning information partition broadcast loudspeaker group in a partition broadcast mode or a whole area broadcast mode; the range and timeliness of the earthquake early warning information broadcast can be greatly expanded.

[0078] In one embodiment, the monitoring network sound source communication sub-module comprises:

[0079] A monitoring network information acquisition unit is connected to the earthquake monitoring platform network end through a network communication interface and acquires the earthquake monitoring and early warning information of the earthquake monitoring platform network end;

[0080] An earthquake information communication transmission unit transmits the earthquake monitoring and early warning information through a communication information transmission path;

[0081] A sound source communication information unit plays the network end earthquake monitoring and early warning information in a voice mode through an automatic voice according to the earthquake monitoring and early warning information, transmits the voice to a microphone input jack through a voice receiving microphone, and inputs the sound source information through a sound source input jack to perform sound source communication of the earthquake monitoring and early warning information.

[0082] The principle and effect of the technical solution are as follows: the automatic voice can keep all-weather early warning and has emergency state adaptability; the monitoring network sound source communication sub-module comprises: a monitoring network information acquisition unit, which is connected to the earthquake monitoring platform network end through a network communication interface and acquires the earthquake monitoring and early warning information of the earthquake monitoring platform network end; an earthquake information communication transmission unit, which transmits the earthquake monitoring and early warning information through a communication information transmission path; and a sound source communication information unit, which plays the network end earthquake monitoring and early warning information in a voice mode through an automatic voice according to the earthquake monitoring and early warning information, transmits the voice to a microphone input jack through a voice receiving microphone, and inputs the sound source information through a sound source input jack to perform sound source communication of the earthquake monitoring and early warning information; diversified early warning information sources can be obtained.

[0083] In one embodiment, the mobile terminal Bluetooth communication sub-module comprises:

[0084] The mobile terminal Bluetooth signal receiving unit is connected with the mobile terminal Bluetooth communication module through a Bluetooth transceiver and receives the mobile terminal earthquake warning information.

[0085] The Bluetooth signal transmission unit transmits the mobile terminal earthquake warning information to the Bluetooth signal conversion input unit through an internal Bluetooth signal transmission path.

[0086] The Bluetooth signal conversion input unit inputs the mobile terminal earthquake warning information into the earthquake warning information conversion module through a Bluetooth signal conversion input port.

[0087] The principle and effect of the above technical solution are that the self-matching Bluetooth transceiver communicates with the mobile terminal Bluetooth; the mobile terminal Bluetooth communication submodule includes: a mobile terminal Bluetooth signal receiving unit connected with the mobile terminal Bluetooth communication module through a Bluetooth transceiver and receiving the mobile terminal earthquake warning information; a Bluetooth signal transmission unit transmitting the mobile terminal earthquake warning information to the Bluetooth signal conversion input unit through an internal Bluetooth signal transmission path; and a Bluetooth signal conversion input unit inputting the mobile terminal earthquake warning information into the earthquake warning information conversion module through a Bluetooth signal conversion input port; and more comprehensive earthquake warning information can be obtained.

[0088] In one embodiment, the machine body shockproof anti-interference submodule includes:

[0089] The terminal shell shockproof unit is provided with a shockproof support frame net in the earthquake information warning terminal shell to protect the earthquake information warning terminal from shock and damage during an earthquake; the shockproof support frame net includes: an in-early-warning-terminal-shell support ridge, an interval frame between support ridges, and a damage-prevention net between frames; the in-early-warning-terminal-shell support ridge is welded on the in-early-warning-terminal-shell inner surface in the longitudinal direction, and the interval frame between support ridges is welded in the latitudinal direction; an inverted-“T”-shaped support frame grid is formed between the in-early-warning-terminal-shell support ridge and the interval frame between support ridges, and a damage-prevention net between frames is arranged in the inverted-“T”-shaped support frame grid; the earthquake information warning terminal is protected from shock and damage during an earthquake;

[0090] The anti-interference shielding unit is provided with an anti-interference shielding layer between the shockproof support frame net and the internal device protection layer unit to protect the earthquake information warning terminal from interference;

[0091] The internal device protection layer unit is provided with a vibration buffer protection layer to protect the internal device from shock during an earthquake.

[0092] The principle and effects of the above technical solutions are: the inner support ridge of the early warning terminal shell, the support ridge spacing frame and the frame-to-frame damage prevention net structure are respectively: a bone-like steel structure, an elastic support ridge and a cross-stabbing prevention net; the body shockproof anti-interference sub-module includes: a terminal shell shockproof unit, which sets a shockproof support frame net in the earthquake information early warning terminal shell to protect the earthquake information early warning terminal from damage in the event of an earthquake; the shockproof support frame net includes: an early warning terminal shell inner support ridge, a support ridge spacing frame and a frame-to-frame damage prevention net; the early warning terminal shell inner support ridge is welded on the inner shell surface of the early warning terminal shell according to the longitude direction, and the support ridge spacing frame is welded according to the latitude direction; the early warning terminal shell inner support ridge and the support ridge spacing frame form a cross-shaped support frame grid, and a frame-to-frame damage prevention net is arranged in the cross-shaped support frame grid; the earthquake information early warning terminal is protected from damage in the event of an earthquake; an anti-interference shielding unit is arranged between the shockproof support frame net and the internal device protection layer unit to protect the earthquake information early warning terminal from interference; an internal device protection layer unit is arranged to protect the internal device from shock in the event of an earthquake; the anti-shock protection capability of the earthquake information early warning terminal is greatly improved.

[0093] In one embodiment, the small wind power following wind sub-module includes:

[0094] A small wind power positive and negative pitch control unit controls the small wind power blades to have a full circumferential windward surface when the small wind power base rotates half a circle; the full circumferential windward surface includes: a positive half circumferential windward surface and a negative half circumferential windward surface; in the positive blade control state, the positive half circumferential windward surface drives the small wind power blades to rotate in the positive direction, and in the negative blade control state, the negative half circumferential windward surface drives the small wind power blades to still rotate in the positive direction;

[0095] A blade wind direction follow-up unit is arranged at the opposite end of the blade mounting end of the small wind power base through a wind direction follow-up sail, and the wind direction follow-up sail plane is vertically arranged with the full circumferential windward surface; when the wind direction changes, the wind direction follow-up sail keeps the full circumferential windward surface vertical normal and the wind direction angle consistent, and keeps balance and stability during the blade rotation;

[0096] A generator set energy storage unit converts the rotational kinetic energy of the small wind power blades into electrical energy through a generator, and stores the electrical energy in an electrical quantity monitoring battery pack; the electrical quantity monitoring battery pack detects the battery pack electrical quantity in real time through the storage capacity to keep the battery pack electrical quantity sufficient.

[0097] The principle and effects of the above technical solution are that the wind direction has multi-directionality, the wind direction stabilizing adjusting structure and the forward and reverse blade structure intelligent control are arranged, the small wind power source sub-module comprises a small wind power forward and reverse blade control unit, the small wind power base is kept to have a full circumferential windward surface when the small wind power base rotates half a circle through small wind power blade forward and reverse blade control, the full circumferential windward surface comprises a positive half circumferential windward surface and a negative half circumferential windward surface, in the forward blade control state, the positive half circumferential windward surface pushes the small wind power blade to rotate forward, in the reverse blade control state, the negative half circumferential windward surface pushes the small wind power blade to keep rotating forward, a blade wind direction follow-up unit is arranged at the opposite end of the blade mounting end of the small wind power base through a wind direction follow-up sail, the wind direction follow-up sail plane is vertically arranged with the full circumferential windward surface, when the wind direction changes, the wind direction follow-up sail keeps the full circumferential windward surface vertical normal and the wind direction angle consistent, and keeps balance and stability in the process of blade rotation, a generator set energy storage unit converts the rotating kinetic energy of the small wind power blade into electric energy through a generator, and stores the electric energy in an electric quantity monitoring storage battery set, the electric quantity monitoring storage battery set detects the electric quantity of the storage battery set in real time through the storage electric quantity, and keeps the storage battery electric quantity sufficient, the small wind power blade can have the full circumferential windward surface, the forward and reverse rotation conversion part and the forward and reverse rotation control part are reduced, and the energy efficiency utilization rate is improved, the windward surface of the wind power blade can have a larger effective windward area and keep balance and stability, the electric quantity monitoring storage battery set detects the electric quantity of the storage battery set in real time through the storage electric quantity, keeps the storage battery electric quantity sufficient, and can provide more reliable emergency power supply in more sample and earthquake emergency states.

[0098] In one embodiment, the earthquake early warning loudspeaker broadcasting sub-module comprises:

[0099] A wireless frequency modulation signal transceiving unit receives an earthquake early warning information frequency modulation transmission signal through a wireless frequency modulation signal transceiver;

[0100] A frequency modulation signal power amplifier control unit amplifies the signal of the earthquake early warning information frequency modulation transmission signal through a power amplifier, and transmits the signal to a warning information broadcasting unit;

[0101] The warning information broadcasting unit is provided with a warning information partition broadcasting loudspeaker group, the warning information partition broadcasting loudspeaker group comprises a warning information one-partition broadcasting loudspeaker group, a warning information two-partition broadcasting loudspeaker group, a warning information three-partition broadcasting loudspeaker group, a warning information four-partition broadcasting loudspeaker group, and a warning information five-partition broadcasting loudspeaker group, and the warning information partition broadcasting loudspeaker group broadcasts the earthquake early warning information in a partitioned manner or in a full-area manner.

[0102] The principle and effect of the above technical solution are: the early warning information partition broadcast loudspeaker group broadcasts in partitions or in the whole area by setting multiple early warning information broadcast loudspeaker groups; the earthquake early warning loudspeaker broadcast sub-module comprises: a wireless frequency modulation signal transceiving unit, which receives earthquake early warning information frequency modulation transmitting signals through a wireless frequency modulation signal transceiver; a frequency modulation signal power amplifier control unit, which amplifies the earthquake early warning information frequency modulation transmitting signals through a power amplifier and transmits them to an early warning information broadcast unit; the early warning information broadcast unit sets an early warning information partition broadcast loudspeaker group; the early warning information partition broadcast loudspeaker group comprises: an early warning information one-partition broadcast loudspeaker group, an early warning information two-partition broadcast loudspeaker group, an early warning information three-partition broadcast loudspeaker group, an early warning information four-partition broadcast loudspeaker group and an early warning information five-partition broadcast loudspeaker group; the early warning information partition broadcast loudspeaker group broadcasts earthquake early warning information in partitions or in the whole area; the signal propagation space radius of multiple groups of frequency modulation transmitting and receiving antenna groups is calculated:

[0103]

[0104] In the formula, WTPGr represents the signal propagation space radius of multiple groups of frequency modulation transmitting and receiving antenna groups, N represents the total number of frequency modulation transmitting and receiving frequency bands, TPSi represents the wavelength of the i-th frequency modulation transmitting and receiving frequency band, DPGi represents the distance value from the transmitting point to the calculation point of the i-th frequency modulation transmitting and receiving frequency band, DGSi represents the distance value from the receiving point to the calculation point of the i-th frequency modulation transmitting and receiving frequency band, and FSDi represents the distance value from the transmitting point to the receiving point of the i-th frequency modulation transmitting and receiving frequency band; by calculating the signal propagation space radius of multiple groups of frequency modulation transmitting and receiving antenna groups, the area range between the earthquake information early warning terminal and the wireless frequency modulation loudspeaker can be more accurately obtained.

[0105] Although the embodiments of the present application have been disclosed as above, they are not limited to the application listed in the specification and the embodiments, and can be fully applied to various fields suitable for the present application, and additional modifications can be easily realized by those skilled in the art, and therefore the present application is not limited to specific details and the figures shown and described herein, without departing from the general concept defined by the claims and the equivalent scope.

Claims

1. A seismic information warning terminal with a wireless FM horn, characterized in that, The application relates to a seismic information early warning terminal and a seismic information early warning system. The seismic information early warning terminal comprises a seismic monitoring network communication module, a seismic early warning information conversion module, a wireless transceiving module of early warning information, a wireless frequency modulation loudspeaker early warning module and a small-sized wind power supply sub-module. The seismic monitoring network communication module communicates with the seismic early warning information conversion module through seismic monitoring network sound source communication and mobile terminal Bluetooth communication, and carries out multi-source communication of seismic early warning information. The seismic early warning information conversion module converts the signal of the seismic monitoring network communication module into a wireless frequency modulation signal, and receives an infrared remote control signal to realize infrared remote control. The wireless transceiving module of early warning information transceives the wireless frequency modulation signal through a plurality of frequency modulation transmitting and receiving antenna groups, and carries out transceiving communication and state monitoring with the wireless frequency modulation loudspeaker early warning module. The wireless frequency modulation loudspeaker early warning module converts the wireless frequency modulation signal into a seismic early warning loudspeaker broadcast triggering signal. The small-sized wind power supply sub-module generates wind power through a small-sized wind turbine, and stores the electric energy in a power monitoring storage battery group as an emergency power supply. The small-sized wind power supply sub-module monitors the electric quantity of the storage battery group, and when the electric quantity of the storage battery group is insufficient or the wired charging mode is damaged by an earthquake, the small-sized wind turbine is connected to realize emergency charging, so that the electric quantity of the storage battery group is kept sufficient. The small-sized wind power supply sub-module comprises a small-sized wind turbine, a power monitoring storage battery group and a power monitoring unit. The seismic monitoring network communication module comprises a machine body anti-seismic and anti-interference sub-module. The machine body anti-seismic and anti-interference sub-module comprises a terminal shell anti-seismic unit, an anti-interference shielding unit and an internal device protection layer unit. The terminal shell anti-seismic unit is arranged in the seismic information early warning terminal shell, and comprises an inner shell supporting ridge, an interval frame between the inner shell supporting ridges and a damage prevention net between the interval frames. The anti-interference shielding unit is arranged between the anti-seismic supporting frame net and the internal device protection layer unit. The internal device protection layer unit is arranged between the anti-seismic supporting frame net and the internal device protection layer unit. The inner shell supporting ridge, the interval frame between the inner shell supporting ridges and the damage prevention net between the interval frames are respectively a bone frame steel structure, an elastic supporting ridge and a cross damage prevention net. The wireless frequency modulation loudspeaker early warning module comprises a small-sized wind power supply sub-module. The small-sized wind power supply sub-module generates wind power through a small-sized wind turbine, and stores the electric energy in a power monitoring storage battery group as an emergency power supply. The small-sized wind power supply sub-module comprises a small-sized wind turbine, a power monitoring storage battery group and a power monitoring unit. The small-sized wind power supply sub-module generates wind power through a small-sized wind turbine, and stores the electric energy in a power monitoring storage battery group as an emergency power supply. The small-sized wind power supply sub-module comprises a small-sized wind turbine, a power monitoring storage battery group and a power monitoring unit. Small wind turbine positive and negative control unit, through the small wind turbine blade positive and negative control, the small wind turbine base rotation half week, keep small wind turbine blade has full circumferential windward surface; Full circumferential windward surface includes: positive half week direction windward surface and negative half week direction windward surface; In the positive blade control state, the positive half week direction windward surface pushes the small wind turbine blade to rotate positively, and in the reverse blade control state, the negative half week direction windward surface pushes the small wind turbine blade to still keep positive rotation; Paddle wind direction follow-up unit, through the wind direction follow-up sail is arranged at the opposite end of the paddle mounting end of the small wind turbine base, the wind direction follow-up sail plane is vertically arranged with the full circumferential windward surface; When the wind direction changes, the wind direction follow-up sail keeps the full circumferential windward surface vertical normal and the wind direction angle consistent, and keeps balance and stability during the paddle rotation; Generator set energy storage unit, through the generator, the rotating kinetic energy of the small wind turbine blade is converted into electric energy, and the electric energy is stored in the electric quantity monitoring battery set; The electric quantity monitoring battery set detects the electric quantity of the battery set in real time through the storage capacity, and keeps the battery capacity sufficient; The wind direction has multidirectionality, and the following wind direction stable adjustment structure and the positive and negative paddle structure intelligent control are arranged; The small wind turbine paddle has full circumferential windward surface, the positive and negative rotation conversion part and the positive and negative rotation control part are reduced, and the energy efficiency is improved; The wind turbine paddle windward surface effective windward area is larger and keeps balance and stability.

2. The seismic information early warning terminal with wireless FM horn according to claim 1, characterized in that, The seismic monitoring network communication module comprises: The monitoring network audio source communication submodule is connected to the seismic monitoring platform network end through a network communication interface; The audio source information input is connected to the audio source input socket, and the seismic monitoring early warning information network end communication and the audio source communication are performed; The mobile terminal Bluetooth communication submodule is connected to the mobile terminal Bluetooth communication module through a Bluetooth transceiver, and the mobile terminal seismic early warning information is input into the seismic early warning information conversion module through a Bluetooth signal conversion input port.

3. The seismic information warning terminal with wireless FM horn according to claim 1, characterized in that, The seismic early warning information conversion module comprises: The network audio source frequency conversion submodule converts the seismic monitoring early warning information network end communication signal and the audio source communication signal into a wireless frequency modulation signal; The Bluetooth frequency conversion submodule converts the mobile terminal seismic early warning information of the seismic monitoring network communication module into a wireless frequency modulation signal through Bluetooth frequency modulation signal conversion; The infrared signal conversion control submodule receives an infrared remote control signal and converts it into a warning terminal control signal for infrared remote control to control the seismic information warning terminal.

4. The seismic information warning terminal with wireless FM horn according to claim 1, characterized in that, The warning information wireless transceiver module comprises: The frequency modulation transceiver antenna submodule transmits the seismic early warning information converted by the seismic early warning information conversion module to the wireless frequency modulation loudspeaker warning module through multiple frequency modulation transmitting and receiving antenna groups; The frequency modulation signal monitoring submodule monitors the wireless frequency modulation playing signal fed back by the wireless frequency modulation loudspeaker warning module; The control signal receiving and feeding back submodule receives the infrared control signal of the remote controller through an infrared signal receiver, and feeds back the control state of the seismic information warning terminal to the infrared signal receiver.

5. The seismic information warning terminal with wireless FM horn according to claim 1, characterized in that, The wireless frequency modulation loudspeaker warning module comprises: The wireless frequency modulation signal transceiver submodule receives the wireless frequency modulation signal and converts it into a seismic early warning loudspeaker broadcast trigger signal; The earthquake early warning loudspeaker broadcasting sub-module receives the earthquake early warning information frequency modulation transmitting signal, and performs partition broadcasting or full-area broadcasting on the earthquake early warning information through the early warning information partition broadcasting loudspeaker group.

6. The seismic information warning terminal with wireless FM horn according to claim 2, characterized in that, The monitoring network sound source communication sub-module comprises: The monitoring network information acquisition unit is connected to the earthquake monitoring platform network end through a network communication interface, and acquires the earthquake monitoring and early warning information of the earthquake monitoring platform network end; The earthquake information communication transmission unit transmits the earthquake monitoring and early warning information through a communication information transmission path; The sound source communication information unit plays the network end earthquake monitoring and early warning information voice according to the earthquake monitoring and early warning information through automatic voice, and transmits the voice to the microphone input socket through the voice receiving microphone; the sound source communication of the earthquake monitoring and early warning information is performed through the sound source information input connected to the sound source input socket.

7. The seismic information warning terminal with wireless FM horn according to claim 2, characterized in that, The mobile terminal Bluetooth communication sub-module comprises: The mobile terminal Bluetooth signal receiving unit is connected to the mobile terminal Bluetooth communication module through a Bluetooth transceiver, and receives the mobile terminal earthquake early warning information; The Bluetooth signal transmission unit transmits the mobile terminal earthquake early warning information to the Bluetooth signal conversion input unit through an internal Bluetooth signal transmission path; The Bluetooth signal conversion input unit inputs the mobile terminal earthquake early warning information into the earthquake early warning information conversion module through a Bluetooth signal conversion input port.

8. The seismic information warning terminal with wireless FM horn according to claim 5, characterized in that, The earthquake early warning loudspeaker broadcasting sub-module comprises: The wireless frequency modulation signal transceiver receives the earthquake early warning information frequency modulation transmitting signal through a wireless frequency modulation signal transceiver; The frequency modulation signal power amplifier control unit amplifies the earthquake early warning information frequency modulation transmitting signal through a power amplifier, and transmits the signal to the early warning information broadcasting unit; The early warning information broadcasting unit sets the early warning information partition broadcasting loudspeaker group; the early warning information partition broadcasting loudspeaker group comprises: an early warning information one-partition broadcasting loudspeaker group, an early warning information two-partition broadcasting loudspeaker group, an early warning information three-partition broadcasting loudspeaker group, an early warning information four-partition broadcasting loudspeaker group, and an early warning information five-partition broadcasting loudspeaker group; the earthquake early warning information is partition broadcasted or full-area broadcasted through the early warning information partition broadcasting loudspeaker group.

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