Smart home control system based on safety protection

Abstract

The invention provides a smart home control system based on safety protection, belongs to the field of smart home, and solves the problem that an existing protection smart home cannot quickly and effectively perform earthquake poison gas safety protection. Comprising a protection frame, a protection monitoring subsystem, an alarm subsystem, a protection subsystem, a ventilation subsystem, a positioning subsystem, a lighting subsystem and a temperature control bed subsystem, and a storage battery, a main control electric box, a heat sealing machine, a heat sealing bag, a pedal generator, a liquid filter, a gas mask, an oxygen bottle, a garbage can, a hammer, an electric drill and a fire extinguisher are arranged in a storage box; ventilators are arranged in the ventilation boxes, a turnover bed box is rotationally arranged on the protection frame, a turnover mechanism is arranged on the anti-collision bed box, mattresses are arranged in the anti-collision bed box and the turnover bed box, the main control electric box is wirelessly connected with a rear-end holder and terminal equipment through a satellite communication module, and the rear-end holder is wirelessly connected with a local seismic bureau and a local rescue center. The earthquake poison gas safety protection device can effectively carry out earthquake poison gas safety protection.

Description

Technical Field

[0001] The invention belongs to the technical field of smart home and relates to a smart home control system based on security protection. Background Art

[0002] Earthquake is a natural disaster that cannot be prevented. It can cause strong ground vibrations and accompanying ground cracks and deformations, causing damage to buildings and structures, such as house collapse, bridge breakage, dam cracks, rail deformation, landslides, mudslides, etc. In order to avoid harm, people often hide under the bed to achieve earthquake-proof self-rescue.

[0003] It is difficult for people to escape when an earthquake occurs, especially at night when people are resting. The sudden earthquake will cause incalculable losses. If an earthquake occurs, it will be too late to rely on national monitoring to inform people. Therefore, it is of great significance to combine the monitoring equipment arranged by the state with the furniture in people's daily life to create an earthquake-proof bed.

[0004] However, in actual use, the existing earthquake-proof beds have poor earthquake-proof effects and few functions, making it difficult to achieve self-rescue, which seriously affects the buffer time for rescue.

[0005] Based on this, we propose a smart home control system based on security protection. Summary of the invention

[0006] The purpose of the present invention is to address the above-mentioned problems in the existing technology and to propose an intelligent home control system based on safety protection. The technical problem to be solved by the invention is: how to effectively carry out earthquake toxic gas safety protection and realize self-rescue.

[0007] The purpose of the present invention can be achieved by the following technical solutions: A smart home control system based on safety protection, including a protection frame, a protection monitoring subsystem, an alarm subsystem, a protection subsystem, a ventilation subsystem, a positioning subsystem, a lighting subsystem and a temperature control bed subsystem, characterized in that the main control electric box is wirelessly connected to the back-end pan / tilt and terminal equipment through a satellite communication module, the back-end pan / tilt is wirelessly connected to the local earthquake bureau and the local rescue center, an anti-collision bed box is fixed inside the protection frame, two groups of symmetrically arranged storage boxes and two symmetrically arranged ventilation boxes are arranged inside the anti-collision bed box, and batteries, main control electric boxes, heat sealers and heat seal bags, pedal generators, bottled water, dry food, liquid filters, gas masks are arranged inside several storage boxes respectively. Tools, medicines, oxygen cylinders, trash cans, hammers and electric drills and fire extinguishers, there are ventilators inside the ventilation boxes, a flip bed box is rotatably provided on the protection frame, a flip mechanism is provided on the anti-collision bed box, a transmission connection is provided between the flip mechanism and the flip bed box, mattresses are provided inside the anti-collision bed box and the flip bed box, the ventilation box and the mattress are connected by a flexible air pipe, the main control electrical box is electrically connected to the battery, foot-operated generator, ventilator, mattress and flip mechanism respectively, the battery is electrically connected to the heat sealing machine, the battery, foot-operated generator, protection monitoring subsystem, alarm subsystem, protection subsystem, ventilation subsystem, positioning subsystem, lighting subsystem and temperature control bed subsystem are all electrically connected to the main control electrical box.

[0008] The working principle of the present invention is as follows: the storage battery supplies power to the device, the main control box controls the operation of various electrical equipment, the main control box is wirelessly connected to the back-end pan / tilt and terminal equipment through a satellite communication module, the back-end pan / tilt is wirelessly connected to the local earthquake bureau and the local rescue center, and earthquake information can be received in time. After receiving the information, the flipping mechanism drives the flipping bed box to rotate and snaps onto the anti-collision bed box. The protective frame and the anti-collision bed box cooperate with the flipping bed box to effectively provide earthquake protection. The heat sealing machine and the heat sealing bag cooperate to package feces and urine, the pedal generator is used for pedal power generation, bottled water is used for water replenishment, dry food is used for physical strength replenishment, the liquid filter filters urine and replenishes water when drinking water is insufficient, the gas mask is used for gas prevention, the medicine is used for treatment, the oxygen cylinder is used for oxygen replenishment, the garbage bin is used to store packaging bags and other garbage, the hammer and the electric drill are used for emergency use, the fire extinguisher is used for fire extinguishing, the ventilation box cooperates with the ventilator to communicate and oxygenate the inside of the anti-collision bed box, the mattress is convenient for the user to lie flat and can be heated, and there is a gap between the ventilation box and the mattress. Through the flexible air pipe connection, the temperature is lowered to meet the needs of users and ensure the stability of the temperature inside the anti-collision bed box. The protection monitoring subsystem is used to detect toxic gases and vibration information. The alarm subsystem sends out an alarm message to remind the user. The protection subsystem is used to flip the flip bed box and drop the user from the mattress above the flip bed box to the mattress inside the anti-collision bed box. At the same time, the flip bed box is buckled. The protection frame and the anti-collision bed box cooperate with the flip bed box to effectively provide earthquake protection. The ventilation subsystem is used for ventilation, the positioning subsystem is used for positioning, the lighting subsystem is used for lighting, and the temperature control bed subsystem is used for temperature control to heat or cool the user above the mattress. The main control electrical box is wirelessly connected to the back-end pan-tilt head and terminal equipment through the satellite communication module. The back-end pan-tilt head is wirelessly connected to the local earthquake bureau and the local rescue center, so that earthquake information can be received in time, information can be effectively transmitted, and user communication and positioning can be guaranteed. After the earthquake, other users (family members) or local rescue centers can also be contacted through satellite signals.

[0009] The protection frame is a cage-type frame, on which are provided a plurality of gas detectors, a plurality of vibration sensors, a plurality of buzzer alarms and a plurality of warning lights, and the gas detectors, vibration sensors, buzzer alarms and warning lights are all electrically connected to the main control electrical box.

[0010] With the above structure, the cage frame has higher force strength and better protection effect. The gas detector is used to detect toxic gases and transmit the information to the main control box. The vibration sensor is used to detect vibration and transmit the information to the main control box. The main control box controls the buzzer alarm and the warning light to remind the user. At the same time, the main control box controls the flipping mechanism to drive the flipping bed box to rotate and buckle on the anti-collision bed box, and the user falls on the mattress inside the anti-collision bed box.

[0011] The upper end of the anti-collision bed box is provided with two symmetrically arranged extension plates, a drop opening is formed between the two extension plates and the anti-collision bed box, and two engaging hooks are fixed on the extension plate on one side.

[0012] With the above structure, the extension board is convenient for the user to sit down, and the two engaging hooks are used to lock the buckled anti-collision bed box to ensure that the anti-collision bed box is always stably engaged on the flip bed box.

[0013] The flipping mechanism includes a flipping motor, a double-axis transmission frame and two supporting frame wheels. The flipping motor is arranged inside one of the storage boxes, and the flipping motor is electrically connected to the main control electric box. The double-axis transmission frame and the two supporting frame wheels are fixed to the upper end of the extension plate on the other side. The double-axis transmission frame is located in the middle position of the upper end of the extension plate on the other side. The two supporting frame wheels are symmetrically arranged on both sides of the double-axis transmission frame. The output shaft of the flipping motor is transmission-connected with the input shaft of the double-axis transmission frame. A bidirectional output shaft is arranged inside the double-axis transmission frame. The output shaft of the double-axis transmission frame is transmission-connected with the bidirectional output shaft. The two end ends of the bidirectional output shaft are respectively rotationally arranged on the supporting frame wheels on the same side, and two driving gears are fixed on the bidirectional output shaft.

[0014] With the above structure, the output shaft of the flip motor drives the input shaft of the double-axis transmission frame to rotate, the output shaft of the double-axis transmission frame drives the bidirectional output shaft to rotate on the support frame wheel, and the bidirectional output shaft drives the driving gear to rotate synchronously.

[0015] The flip bed box is welded by a semi-cylindrical bed board, a bed plate, and reinforced end plates connected to the two ends of the semi-cylindrical bed board and the bed plate. A bed frame opening is formed by welding between the semi-cylindrical bed board, the bed plate, and the two reinforced end plates. The size of the bed frame opening is the same as that of the bed plate. Locking shafts are fixed at both ends of the inner side of the bed frame opening. When the flip bed box is locked, the locking hooks are locked on the locking shafts at the corresponding positions, and the reinforced end plates are locked on the supporting frame wheels on the same side. A number of equidistant and evenly distributed reinforcing Strong ribs, two symmetrically arranged transmission racks are fixed on the outer sides of the semi-cylindrical bed board and the bed plate, a reinforcing connecting rod is provided between the transmission rack and the reinforced end plate on the same side, the transmission rack is meshed with the driving gear on the same side, a number of sunset lights, a number of GPS sensors and a number of body temperature infrared sensors are fixed inside the semi-cylindrical bed board, a smart screen is rotated in the middle of one of the reinforced end plates, the smart screen, sunset lights, GPS sensors and body temperature infrared sensors are all electrically connected to the main control electrical box, and the mattress is fixed on the inner side of the bed plate.

[0016] With the above structure, the flip bed box is welded by a semi-cylindrical bed board, a bed-setting flat plate, and reinforced end plates connected to the two ends of the semi-cylindrical bed board and the bed-setting flat plate. It has high strength and better protection effect. A number of equidistant and evenly distributed reinforcing ribs improve the strength of the flip bed box. The transmission rack is meshed with the driving gear on the same side to drive the transmission rack to rotate. The transmission rack drives the flip bed box to rotate on the protection frame. At this time, the reinforced end plate is engaged with the support frame wheel on the same side to move, and the bed frame mouth is buckled above the drop mouth. The user falls from the mattress above the bed-setting flat plate to the inside of the anti-collision bed box On the mattress, the locking axis is locked inside the locking hook at the corresponding position. After the bed box is flipped over and buckled, several sunset lights light up and are switched on and off according to the local sunrise and sunset times. The GPS sensor is used for positioning, and the body temperature infrared sensor is used to detect the user's body temperature. The smart screen is used to watch videos and can be rotated to any position. The detected information is transmitted to the main control electrical box, which controls the work of various electrical settings. Users can send control information through mobile devices and smart screens. The information is transmitted to the main control electrical box through the satellite communication module, and the main control electrical box controls the work of various electrical settings.

[0017] The storage box consists of a lower box and an upper box fixed on the upper end of the lower box. The lower box and the upper box are both rotatably provided with box doors, and the box doors are both provided with identification areas and built-in handles. The lower box and the upper box are both rotatably provided with knob lock hooks, and the knob lock hooks at corresponding positions are respectively locked on the box doors.

[0018] With the above structure, the identification area is used to identify the items inside the lower box and the upper box. When taking items, the user turns the knob lock hook to release the lock of the box doors on the lower box and the upper box, and the user opens the box door through the built-in handle.

[0019] The mattress is provided with a plurality of evenly distributed electric heating pads, an air outlet duct is provided between four adjacent electric heating pads, a plurality of ventilation solenoid valves are provided inside the mattress, the air outlet ends of the ventilation solenoid valves are connected to the air outlet ducts via air pipes, a plurality of flexible air pipes are connected between the air inlet ends of the ventilation solenoid valves and the ventilation box, and the electric heating pads and the ventilation solenoid valves are electrically connected to the main control electrical box.

[0020] With the above structure, the main control box controls the operation of the local electric heating pad to provide heat to the user above the mattress. The main control box controls the operation of the local ventilation solenoid valve. The cold air inside the ventilation box is injected into the air inlet of the ventilation solenoid valve through a number of flexible air pipes, and then injected into the air outlet duct from the air inlet of the ventilation solenoid valve to cool the user above the mattress.

[0021] The pedal generator includes a storage box, which is placed inside one of the storage boxes. A seat cushion is fixed on the upper end of the storage box, a converter is fixed inside the storage box, a door panel is hinged on the lower side of the storage box, and slide rails are provided on the inner bottom and the door panel of the storage box. A power generation bracket is slidably provided on the slide rails, a pedal frame and an acceleration pulley pair are rotatably provided on the power generation bracket, a generator body is fixed on the power generation bracket, an acceleration sprocket pair is provided between the pedal frame and the acceleration pulley pair, the acceleration pulley pair is drivingly connected to the input shaft of the generator body, the generator body is electrically connected to the converter, and the converter is electrically connected to the main control electric box.

[0022] With the above structure, when the power is insufficient, the user can take out the pedal generator from the storage box, open the door panel, pull the slide rail on the generator bracket from the inner bottom of the storage box to above the slide rail on the door panel, and the user sits on the cushion, places his feet on the pedal frame, and steps on it. The pedal frame drives the acceleration pulley pair to rotate through the acceleration sprocket pair, and the acceleration pulley pair drives the input shaft of the generator body to rotate. The generator body generates electricity and guides the electricity into the converter, which converts the electricity and stores it in the battery.

[0023] The heat sealing machine includes a heat sealing base, and the heat sealing base and a paper roll holder are placed inside one of the storage boxes. The paper roll holder is provided inside the storage box. A heat sealing rack rod is hinged on the heat sealing base. The heat sealing base is electrically connected to the heat sealing rack rod, and the heat sealing base is electrically connected to the battery. A heat sealing bag is sleeved on the paper roll holder.

[0024] With the above structure, a heat-sealed bag is taken off the paper roll holder to store feces and other odorous garbage, the port of the heat-sealed bag is placed on the heat-sealed base, the heat-sealed frame rod is pressed, the heat-sealed frame rod presses the port of the heat-sealed bag, and cooperates with the heat-sealed base to seal the port of the heat-sealed bag to prevent the odor from filling the device.

[0025] The protection monitoring subsystem is composed of a number of gas detectors and a number of vibration sensors, the alarm subsystem is composed of a number of buzzer alarms and a number of warning lights, the protection subsystem is a flip mechanism arranged on the anti-collision bed box, the ventilation subsystem is composed of a ventilator arranged inside the ventilation box, the positioning subsystem is composed of a number of GPS sensors, the lighting subsystem is composed of a number of sunset lights, and the temperature control bed subsystem is composed of a number of body temperature infrared sensors, a number of electric heating pads and a number of ventilation solenoid valves.

[0026] With the above structure, the protection monitoring subsystem is used to detect toxic gases and vibration information, the alarm subsystem sends out an alarm message to remind the user, the protection subsystem is used to flip the bed box, and the user falls from the mattress above the bed plate onto the mattress inside the anti-collision bed box. At the same time, the flip bed box is buckled, and the protection frame and the anti-collision bed box cooperate with the flip bed box to effectively perform earthquake protection. The ventilation subsystem is used for ventilation, the positioning subsystem is used for positioning, the lighting subsystem is used for lighting, and the temperature control bed subsystem is used for temperature control to heat or cool the user above the mattress. The main control electrical box is wirelessly connected to the back-end pan / tilt and terminal equipment through a satellite communication module. The back-end pan / tilt is wirelessly connected to the local earthquake bureau and the local rescue center, so that earthquake information can be received in time, information transmission can be effectively carried out, and user communication and positioning can be guaranteed. After the earthquake, other users (family members) or local rescue centers can also be contacted through satellite signals.

[0027] Compared with the existing technology, this smart home control system based on security protection has the following advantages: The protective subsystem is used to flip the flip bed box. The protective frame and the anti-collision bed box cooperate with the flip bed box and are locked inside the locking hooks at the corresponding positions through the locking shaft, so that the protective frame, the anti-collision bed box and the flip bed box form a stable whole with high strength and excellent earthquake protection effect. The turning mechanism and the turning bed box cooperate to realize the rapid rotation of the turning bed box, so that the turning bed box is quickly buckled on the anti-collision bed box; Heat sealing machines and heat sealing bags are used to seal feces and other odorous garbage to prevent the odor from filling the device; The pedal generator and the battery can be used to generate electricity through pedaling, which can replenish electricity in time. The protection monitoring subsystem is used to detect toxic gas and vibration information, and transmit the information to the main control box. The alarm subsystem sends out alarm information to effectively remind users. Several sunset lights in the lighting subsystem light up and turn on and off according to the local sunrise and sunset time. The positioning subsystem is used for positioning. The temperature control bed subsystem detects the user's body temperature and can effectively heat or cool the user above the mattress; the ventilation box cooperates with the ventilation subsystem to provide oxygen inside the anti-collision bed box, and cooperates with the mattress to ventilate and cool the mattress; Various items can be loaded into the storage box to meet the needs of users to effectively save themselves after an earthquake; The main control box is wirelessly connected to the back-end pan / tilt and terminal equipment through a satellite communication module. The back-end pan / tilt is wirelessly connected to the local earthquake bureau and the local rescue center. It can receive earthquake information in a timely manner, effectively transmit information, ensure user communication and positioning, and can also contact other users (family members) or local rescue centers through satellite signals after an earthquake. BRIEF DESCRIPTION OF THE DRAWINGS

[0028] Figure 1 It is the electric control block diagram of the present invention.

[0029] Figure 2 It is a layout block diagram of the present invention.

[0030] Figure 3 It is a schematic diagram of the structure of the present invention when it is working normally.

[0031] Figure 4 It is a three-dimensional structural schematic diagram of the present invention during protection work.

[0032] Figure 5 It is a schematic diagram of the structure of the present invention when it is cut open during protection work.

[0033] Figure 6 It is a structural schematic diagram of the lower half of the components in the present invention.

[0034] Figure 7 It is a schematic diagram of the upper three-dimensional structure of the upper half of the components in the present invention.

[0035] Figure 8 It is a schematic diagram of the lower three-dimensional structure of the upper half of the components in the present invention.

[0036] Fig. 9 It is a structural schematic diagram of the storage box in the present invention.

[0037] Fig.10 It is a structural schematic diagram of the pedal generator in the present invention.

[0038] Fig.11 It is a structural schematic diagram of the heat sealing machine in the present invention.

[0039] In the figure, 1. protective frame; 2. anti-collision bed box; 3. mattress; 4. smart screen; 5. flip bed box; 6. support frame wheel; 7. gas detector; 8. vibration sensor; 9. buzzer alarm; 10. warning light; 11. double-axis transmission frame; 12. two-way output shaft; 13. driving gear; 14. reinforced connecting rod; 15. transmission rack; 16. reinforcing rib; 17. bed plate; 18. sunset lighting; 19. storage box; 20. pedal generator; 21. ventilation box; 22. snap hook; 23. Extension board; 24. Flip motor; 25. Bed frame opening; 26. Electric heating pad; 27. Air outlet duct; 28. Flip mechanism; 29. ​​Lower box; 30. Upper box; 31. Knob lock hook; 32. Marking area; 33. Built-in handle; 34. Storage box; 35. Cushion; 36. Converter; 37. Slide rail; 38. Generator body; 39. Foot pedal rack; 40. Accelerator pulley pair; 41. Door plate; 42. Paper roll holder; 43. Heat-sealing bag; 44. Heat-sealing rack rod; 45. Heat-sealing machine base; 46. Locking shaft. DETAILED DESCRIPTION

[0040] The following are specific embodiments of the present invention and the accompanying drawings to further describe the technical solution of the present invention, but the present invention is not limited to these embodiments.

[0041] like Figure 1-Figure 11 As shown, the present intelligent home control system based on safety protection comprises a protection frame 1, a protection monitoring subsystem, an alarm subsystem, a protection subsystem, a ventilation subsystem, a positioning subsystem, a lighting subsystem and a temperature control bed subsystem. The main control electric box is wirelessly connected to the back-end pan / tilt and terminal equipment through a satellite communication module. The back-end pan / tilt is wirelessly connected to the local earthquake bureau and the local rescue center. An anti-collision bed box 2 is fixed inside the protection frame 1. Two groups of symmetrically arranged storage boxes 19 and two symmetrically arranged ventilation boxes 21 are arranged inside the anti-collision bed box 2. Several storage boxes 19 are respectively provided with batteries, a main control electric box, a heat sealer and heat sealing bags 43, a pedal generator 20, bottled water, dry food, a liquid filter, a gas mask, medicines, oxygen Bottles, trash cans, hammers and electric drills and fire extinguishers, ventilation boxes 21 are equipped with ventilators, a flip bed box 5 is rotatably provided on the protection frame 1, a flip mechanism 28 is provided on the anti-collision bed box 2, and the flip mechanism 28 is connected to the flip bed box 5. Mattresses 3 are provided inside the anti-collision bed box 2 and the flip bed box 5. The ventilation box 21 and the mattress 3 are connected by a flexible air pipe. The main control electric box is electrically connected to the battery, the pedal generator 20, the ventilator, the mattress 3 and the flip mechanism 28 respectively, the battery is electrically connected to the heat sealing machine, the battery, the pedal generator 20, the protection monitoring subsystem, the alarm subsystem, the protection subsystem, the ventilation subsystem, the positioning subsystem, the lighting subsystem and the temperature control bed subsystem are all electrically connected to the main control electric box.

[0042] The battery is used to power the device, and the main control box controls the operation of various electrical equipment. The main control box is wirelessly connected to the back-end pan / tilt and terminal equipment through a satellite communication module. The back-end pan / tilt is wirelessly connected to the local earthquake bureau and the local rescue center, and earthquake information can be received in time. After receiving the information, the flipping mechanism 28 drives the flipping bed box 5 to rotate and snaps onto the anti-collision bed box 2. The protective frame 1 and the anti-collision bed box 2 cooperate with the flipping bed box 5 to effectively provide earthquake protection. The heat sealing machine and the heat sealing bag 43 are used to package feces and urine, the pedal generator 20 is used to generate electricity by pedaling, and bottled water is used to replenish water. The food is used to replenish physical strength. When drinking water is insufficient, the liquid filter filters urine to replenish water. The gas mask is used for anti-gas. The medicine is used for treatment. The oxygen cylinder is used to replenish oxygen. The garbage bin is used to store packaging bags and other garbage. The hammer and electric drill are used for emergency use. The fire extinguisher is used for fire fighting. The ventilation box 21 cooperates with the ventilator to communicate and replenish oxygen inside the anti-collision bed box 2. The mattress 3 is convenient for the user to lie flat and can be heated. The ventilation box 21 and the mattress 3 are connected and cooperated through a flexible air pipe to cool down to meet the needs of the user and ensure that the temperature inside the anti-collision bed box 2 is stable. The protection monitoring subsystem is used to detect toxic gases and vibration information, the alarm subsystem sends out an alarm message to remind the user, the protection subsystem is used to flip the flip bed box 5, and drop the user from the mattress 3 above the flip bed box 5 onto the mattress 3 inside the anti-collision bed box 2. At the same time, the flip bed box 5 is buckled, and the protection frame 1 and the anti-collision bed box 2 cooperate with the flip bed box 5 to effectively perform earthquake protection. The ventilation subsystem is used for ventilation, the positioning subsystem is used for positioning, the lighting subsystem is used for lighting, and the temperature control bed subsystem is used for temperature control to heat or cool the user above the mattress 3. The main control electrical box is wirelessly connected to the back-end pan-tilt head and terminal equipment through a satellite communication module. The back-end pan-tilt head is wirelessly connected to the local earthquake bureau and the local rescue center, so that earthquake information can be received in time, information transmission can be effectively carried out, and user communication and positioning can be guaranteed. After the earthquake, other users (family members) or local rescue centers can also be contacted through satellite signals.

[0043] The protection frame 1 is a cage-type frame, on which are provided a plurality of gas detectors 7, a plurality of vibration sensors 8, a plurality of buzzer alarms 9 and a plurality of warning lights 10. The gas detectors 7, the vibration sensors 8, the buzzer alarms 9 and the warning lights 10 are all electrically connected to the main control electrical box.

[0044] The cage-type frame has higher force strength and better protection effect. The gas detector 7 is used to detect toxic gases and transmit information to the main control box. The vibration sensor 8 is used to detect vibration and transmit information to the main control box. The main control box controls the buzzer alarm 9 and the warning light 10 to remind the user. At the same time, the main control box controls the flipping mechanism 28 to drive the flipping bed box 5 to rotate and engage with the anti-collision bed box 2, and the user falls on the mattress 3 inside the anti-collision bed box 2.

[0045] Two symmetrically arranged extension plates 23 are provided at the upper end of the anti-collision bed box 2 , and a drop opening is formed between the two extension plates 23 and the anti-collision bed box 2 . Two engaging hooks 22 are fixed on the extension plate 23 on one side.

[0046] The extension plate 23 is convenient for the user to sit down, and the two engaging hooks 22 are used to lock the buckled anti-collision bed box 2 to ensure that the anti-collision bed box 2 is always stably engaged on the flip bed box 5.

[0047] The flipping mechanism 28 includes a flipping motor 24, a dual-axis transmission frame 11 and two supporting frame wheels 6. The flipping motor 24 is arranged inside one of the storage boxes 19. The flipping motor 24 is electrically connected to the main control electrical box. The dual-axis transmission frame 11 and the two supporting frame wheels 6 are fixed to the upper end of the extension plate 23 on the other side. The dual-axis transmission frame 11 is located in the middle position of the upper end of the extension plate 23 on the other side. The two supporting frame wheels 6 are symmetrically arranged on both sides of the dual-axis transmission frame 11. The output shaft of the flipping motor 24 is transmission-connected to the input shaft of the dual-axis transmission frame 11. A bidirectional output shaft 12 is provided inside the dual-axis transmission frame 11. The output shaft of the dual-axis transmission frame 11 is transmission-connected to the bidirectional output shaft 12. The two end portions of the bidirectional output shaft 12 are respectively rotationally arranged on the supporting frame wheels 6 on the same side, and two driving gears 13 are fixed on the bidirectional output shaft 12.

[0048] The output shaft of the flip motor 24 drives the input shaft of the dual-axis transmission frame 11 to rotate, the output shaft of the dual-axis transmission frame 11 drives the bidirectional output shaft 12 to rotate on the support frame wheel 6, and the bidirectional output shaft 12 drives the driving gear 13 to rotate synchronously.

[0049] The flip bed box 5 is welded by a semi-cylindrical bed board, a bed plate 17, and reinforced end plates connected to the two ends of the semi-cylindrical bed board and the bed plate 17. A bed frame opening 25 is formed by welding between the semi-cylindrical bed board, the bed plate 17, and the two reinforced end plates. The size of the bed frame opening 25 is the same as that of the bed plate 17. Locking shafts 46 are fixed at both ends of the inner side of the bed frame opening 25. When the flip bed box 5 is locked, the locking hook 22 is locked on the locking shaft 46 at the corresponding position, and the reinforced end plate is clamped on the support frame wheel 6 on the same side. The outer side of the semi-cylindrical bed board and the bed plate 17 is fixed with a plurality of equidistant and uniformly distributed reinforcing Reinforced ribs 16, two symmetrically arranged transmission racks 15 are fixed to the outer sides of the semi-cylindrical bed board and the bed plate 17, a reinforcing connecting rod 14 is provided between the transmission rack 15 and the reinforced end plate on the same side, the transmission rack 15 is meshed with the driving gear 13 on the same side, a plurality of sunset lights 18, a plurality of GPS sensors and a plurality of body temperature infrared sensors are fixed inside the semi-cylindrical bed board, a smart screen 4 is rotatably provided in the middle part of one of the reinforced end plates, the smart screen 4, the sunset light 18, the GPS sensor and the body temperature infrared sensor are all electrically connected to the main control electrical box, and the mattress 3 is fixed on the inner side of the bed plate 17.

[0050] The flip bed box 5 is welded by a semi-cylindrical bed board, a bed plate 17, and reinforced end plates connected to the two ends of the semi-cylindrical bed board and the bed plate 17. It has high strength and better protection effect. A number of equidistant and evenly distributed reinforcing ribs 16 improve the strength of the flip bed box 5. The transmission rack 15 is meshed with the driving gear 13 on the same side to drive the transmission rack 15 to rotate. The transmission rack 15 drives the flip bed box 5 to rotate on the protection frame 1. At this time, the reinforced end plate is engaged with the support frame wheel 6 on the same side to move, and the bed frame opening 25 is buckled above the drop opening. The user falls from the mattress 3 above the bed plate 17 onto the anti-collision bed box. 2, the locking shaft 46 is locked in the locking hook 22 at the corresponding position. After the bed box 5 is turned over and buckled, a number of sunset lights 18 light up and are switched on and off according to the local sunrise and sunset time. The GPS sensor is used for positioning, the body temperature infrared sensor is used to detect the user's body temperature, and the smart screen 4 is used to watch videos and can be rotated to any position. The detected information is transmitted to the main control box, and the main control box controls the operation of various electrical settings. The user can send control information through the mobile device and the smart screen 4, and the information is transmitted to the main control box through the satellite communication module, and the main control box controls the operation of various electrical settings.

[0051] The storage box 19 consists of a lower box 29 and an upper box 30 fixed to the upper end of the lower box 29. Both the lower box 29 and the upper box 30 are rotatably provided with box doors, and the box doors are provided with identification areas 32 and built-in handles 33. Both the lower box 29 and the upper box 30 are rotatably provided with knob lock hooks 31, and the knob lock hooks 31 at corresponding positions are respectively locked to the box doors.

[0052] The identification area 32 is used to identify the items inside the lower box 29 and the upper box 30. When taking items, the user turns the knob lock hook 31 to release the lock of the box doors on the lower box 29 and the upper box 30, and the user opens the box doors through the built-in handle 33.

[0053] A number of evenly distributed electric heating pads 26 are provided on the mattress 3, and an air outlet pipe 27 is provided between four adjacent electric heating pads 26. A number of ventilation solenoid valves are provided inside the mattress 3. The air outlet ends of the ventilation solenoid valves are connected to the air outlet pipes 27 via air pipes, and a number of flexible air pipes are connected between the air inlet ends of the ventilation solenoid valves and the ventilation box 21. The electric heating pads 26 and the ventilation solenoid valves are electrically connected to the main control electrical box.

[0054] The main control electrical box controls the operation of the local electric heating pad 26 to provide heat to the user above the mattress 3. The main control electrical box controls the operation of the local ventilation solenoid valve. The cold air inside the ventilation box 21 is injected into the air inlet end of the ventilation solenoid valve through a number of flexible air pipes, and then injected into the air outlet duct 27 from the air inlet end of the ventilation solenoid valve to cool down the user above the mattress 3.

[0055] The pedal generator 20 includes a storage box 34, which is placed inside one of the storage boxes 19. A seat cushion 35 is fixed to the upper end of the storage box 34, a converter 36 is fixed inside the storage box 34, a door plate 41 is hinged on the lower side of the storage box 34, and a slide rail 37 is provided on the inner bottom of the storage box 34 and the door plate 41. A power generation bracket is slidably provided on the slide rail 37, a pedal frame 39 and an acceleration pulley pair 40 are rotatably provided on the power generation bracket, a generator body 38 is fixed on the power generation bracket, an acceleration sprocket pair is provided between the pedal frame 39 and the acceleration pulley pair 40, the acceleration pulley pair 40 is drivingly connected to the input shaft of the generator body 38, the generator body 38 is electrically connected to the converter 36, and the converter 36 is electrically connected to the main control electrical box.

[0056] When the power is insufficient, the user can take out the pedal generator 20 from the storage box 19, open the door plate 41, pull the slide rail 37 on the power generation bracket from the inner bottom of the storage box 34 to above the slide rail 37 on the door plate 41, and the user sits on the cushion 35, places his feet on the pedal frame 39, and steps on it. The pedal frame 39 drives the acceleration pulley pair 40 to rotate through the acceleration sprocket pair, and the acceleration pulley pair 40 drives the input shaft of the generator body 38 to rotate. The generator body 38 generates electricity and conducts the electricity to the converter 36, and the converter 36 converts the electricity and stores it in the battery.

[0057] The heat sealing machine includes a heat sealing base 45. The heat sealing base 45 and the paper roll holder 42 are placed inside one of the storage boxes 19. The paper roll holder 42 is provided inside the storage box 19. A heat sealing rack rod 44 is hinged on the heat sealing base 45. The heat sealing base 45 is electrically connected to the heat sealing rack rod 44. The heat sealing base 45 is electrically connected to the battery. The heat sealing bag 43 is sleeved on the paper roll holder 42.

[0058] Take a heat-sealed bag 43 from the paper roll holder 42 to store feces and urine and other odorous garbage, place the end of the heat-sealed bag 43 on the heat-sealed base 45, press the heat-sealed frame rod 44, the heat-sealed frame rod 44 presses the end of the heat-sealed bag 43, cooperates with the heat-sealed base 45, and seals the end of the heat-sealed bag 43 to prevent the odor from filling the device.

[0059] The protection monitoring subsystem is composed of a plurality of gas detectors 7 and a plurality of vibration sensors 8, the alarm subsystem is composed of a plurality of buzzer alarms 9 and a plurality of warning lights 10, the protection subsystem is a flipping mechanism 28 arranged on the anti-collision bed box 2, the ventilation subsystem is composed of a ventilator arranged inside the ventilation box 21, the positioning subsystem is composed of a plurality of GPS sensors, the lighting subsystem is composed of a plurality of sunset lighting lamps 18, and the temperature control bed subsystem is composed of a plurality of body temperature infrared sensors, a plurality of electric heating pads 26 and a plurality of ventilation solenoid valves.

[0060] The protection monitoring subsystem is used to detect toxic gases and vibration information, the alarm subsystem sends out alarm information to remind the user, the protection subsystem is used to flip the flip bed box 5, and the user falls from the mattress 3 above the bed plate 17 onto the mattress 3 inside the anti-collision bed box 2. At the same time, the flip bed box 5 is buckled, and the protection frame 1 and the anti-collision bed box 2 cooperate with the flip bed box 5 to effectively provide earthquake protection. The ventilation subsystem is used for ventilation, the positioning subsystem is used for positioning, the lighting subsystem is used for lighting, and the temperature control bed subsystem is used for temperature control to heat or cool the user above the mattress 3.

[0061] The working principle of the present invention is as follows: the battery is used to power the device, the main control box controls the operation of various electrical equipment, the main control box is wirelessly connected to the back-end pan / tilt and terminal equipment through a satellite communication module, the back-end pan / tilt is wirelessly connected to the local earthquake bureau and the local rescue center, and earthquake information can be received in time. After receiving the information, the vibration sensor 8 is used to detect vibration and transmit the information to the main control box, the output shaft of the flip motor 24 drives the input shaft of the dual-axis transmission frame 11 to rotate, the output shaft of the dual-axis transmission frame 11 drives the bidirectional output shaft 12 to rotate on the support frame wheel 6, and the bidirectional output shaft 1 2 drives the driving gear 13 to rotate synchronously, the transmission rack 15 is meshed with the driving gear 13 on the same side, drives the transmission rack 15 to rotate, and the transmission rack 15 drives the flip bed box 5 to rotate on the protection frame 1. At this time, the reinforced end plate is engaged on the support frame wheel 6 on the same side to move, and the bed frame opening 25 is buckled above the drop opening. The user falls from the mattress 3 above the bed plate 17 onto the mattress 3 inside the anti-collision bed box 2, and the flip bed box 5 rotates and buckles on the anti-collision bed box 2. The protection frame 1 and the anti-collision bed box 2 cooperate with the flip bed box 5 to effectively perform earthquake protection; A number of sunset lighting lamps 18 are turned on and switched on and off according to the local sunrise and sunset time. The GPS sensor is used for positioning. The body temperature infrared sensor is used to detect the body temperature of the user. The smart screen 4 is used to watch videos and can be rotated to any position. The detected information is transmitted to the main control box, which controls the operation of various electrical settings. The user can send control information through the mobile device and the smart screen 4. The information is transmitted to the main control box through the satellite communication module, and the main control box controls the operation of various electrical settings; The identification area 32 is used to identify the items inside the lower box 29 and the upper box 30. When taking out the items, the user turns the knob lock hook 31 to release the lock of the box doors on the lower box 29 and the upper box 30, and the user opens the box doors through the built-in handle 33; The main control box controls the operation of the local electric heating pad 26 to provide heat to the user above the mattress 3. The main control box controls the operation of the local ventilation solenoid valve. The cold air inside the ventilation box 21 is injected into the air inlet end of the ventilation solenoid valve through a plurality of flexible air pipes, and then injected into the air outlet pipe 27 from the air inlet end of the ventilation solenoid valve to cool down the user above the mattress 3. Take a heat-sealed bag 43 from the paper roll holder 42 to store feces and urine and other odorous garbage, place the end of the heat-sealed bag 43 on the heat-sealed base 45, press the heat-sealed frame rod 44, the heat-sealed frame rod 44 presses the end of the heat-sealed bag 43, cooperates with the heat-sealed base 45, and seals the end of the heat-sealed bag 43 to prevent the odor from filling the device; When the power is insufficient, the user can take out the pedal generator 20 from the storage box 19, open the sealing door 41, pull the slide rail 37 on the power generation bracket from the inner bottom of the storage box 34 to the top of the slide rail 37 on the sealing door 41, and the user sits on the cushion 35, places his feet on the pedal frame 39, and steps on it. The pedal frame 39 drives the acceleration pulley pair 40 to rotate through the acceleration sprocket pair, and the acceleration pulley pair 40 drives the input shaft of the generator body 38 to rotate, and the generator body 38 generates electricity, and the electricity is introduced into the converter 36, and the converter 36 converts the electricity and stores it in the battery; Bottled water is used for replenishing water, dry food is used for replenishing physical strength, liquid filters filter urine for replenishing water when drinking water is insufficient, gas masks are used for anti-gas, medicines are used for treatment, oxygen cylinders are used for replenishing oxygen, trash cans are used to store packaging bags and other garbage, hammers and electric drills are used for emergency use, fire extinguishers are used for fire fighting, ventilation box 21 cooperates with the ventilator to communicate and replenish oxygen inside the anti-collision bed box 2, mattress 3 is convenient for users to lie flat and can be heated, ventilation box 21 and mattress 3 are connected and cooperated through flexible air pipes to cool down to meet the needs of users and ensure that the temperature inside the anti-collision bed box 2 is stable, the main control box is wirelessly connected to the back-end pan / tilt and terminal equipment through a satellite communication module, effectively transmits information, ensures user communication and positioning, and can also contact other users (family members) or local rescue centers through satellite signals after an earthquake; The gas detector 7 is used to detect toxic gases and transmit the information to the main control box. The vibration sensor 8 is used to detect vibrations and transmit the information to the main control box. The main control box controls the buzzer alarm 9 and the warning light 10 to work to remind the user. At the same time, the main control box controls the flipping mechanism 28 to drive the flipping bed box 5 to rotate and engage with the anti-collision bed box 2, and the user falls on the mattress 3 inside the anti-collision bed box 2.

[0062] In summary, the protective subsystem is used to flip the flip bed box, the protective frame 1 and the anti-collision bed box 2 cooperate with the flip bed box 5, and are locked inside the locking hook 22 at the corresponding position through the locking shaft 46, so that the protective frame 1 and the anti-collision bed box 2 and the flip bed box 5 form a stable whole with high strength and excellent earthquake protection effect; The turning mechanism 28 cooperates with the turning bed box 5 to realize the rapid rotation of the turning bed box 5, so that the turning bed box 5 is quickly buckled on the anti-collision bed box 2; The heat sealer and the heat seal bag 43 are used to seal feces and urine and other odorous garbage to prevent the odor from filling the device; The pedal generator 20 cooperates with the storage battery to realize pedal power generation, which can replenish power in time; the protection monitoring subsystem is used to detect toxic gases and transmit information to the main control box, the vibration sensor 8 is used to detect vibration and transmit information to the main control box, and the main control box controls the alarm subsystem to work and effectively remind the user; a number of sunset lights 18 of the lighting subsystem light up and turn on and off according to the local sunrise and sunset time, and the positioning subsystem is used for positioning; The temperature control bed subsystem detects the user's body temperature and can effectively heat or cool the user above the mattress 3; the ventilation box 21 cooperates with the ventilation subsystem to provide oxygen inside the anti-collision bed box 2, and cooperates with the mattress 3 to ventilate and cool the mattress 3; The storage box 19 can be used to load various items, so that users can effectively save themselves after an earthquake occurs; The main control box is wirelessly connected to the back-end pan / tilt and terminal equipment through a satellite communication module. The back-end pan / tilt is wirelessly connected to the local earthquake bureau and the local rescue center. It can receive earthquake information in a timely manner, effectively transmit information, ensure user communication and positioning, and can also contact other users (family members) or local rescue centers through satellite signals after an earthquake.

[0063] The specific embodiments described herein are merely examples of the spirit of the present invention. Those skilled in the art may make various modifications or additions to the specific embodiments described or replace them in similar ways, but they will not deviate from the spirit of the present invention or exceed the scope defined by the appended claims.

Claims

1. A smart home control system based on security protection, comprising a protection framework (1), a protection monitoring subsystem, an alarm subsystem, a protection subsystem, a ventilation subsystem, a positioning subsystem, a lighting subsystem and a temperature control bed subsystem, characterized in that: The main control electric box is wirelessly connected to the back-end pan / tilt and terminal equipment via a satellite communication module, and the back-end pan / tilt is wirelessly connected to the local earthquake bureau and the local rescue center. An anti-collision bed box (2) is fixed inside the protection frame (1), and two groups of symmetrically arranged storage boxes (19) and two symmetrically arranged ventilation boxes (21) are arranged inside the anti-collision bed box (2), wherein several storage boxes (19) are respectively provided with batteries, main control electric boxes, heat sealers and heat seal bags (43), pedal generators (20), bottled water, dry food, liquid filters, gas masks, medicines, oxygen cylinders, trash cans, hammers, electric drills and fire extinguishers, and ventilation boxes (21) are provided inside. A ventilator is provided inside each ventilation box (21), and a rotating fan is provided on the protection frame (1). A flipping bed box (5) is provided on the anti-collision bed box (2), a flipping mechanism (28) is transmission-connected to the flipping bed box (5), a mattress (3) is provided inside the anti-collision bed box (2) and the flipping bed box (5), a ventilation box (21) and the mattress (3) are connected via a flexible air pipe, a main control electric box is electrically connected to a storage battery, a pedal generator (20), a ventilator, a mattress (3) and the flipping mechanism (28), respectively, a storage battery is electrically connected to a heat sealer, and a storage battery, a pedal generator (20), a protection monitoring subsystem, an alarm subsystem, a protection subsystem, a ventilation subsystem, a positioning subsystem, a lighting subsystem and a temperature control bed subsystem are all electrically connected to the main control electric box.

2. The smart home control system based on security protection according to claim 1 is characterized in that: The protection frame (1) is a cage-type frame. A plurality of gas detectors (7), a plurality of vibration sensors (8), a plurality of buzzer alarms (9) and a plurality of warning lights (10) are arranged on the protection frame (1). The gas detectors (7), the vibration sensors (8), the buzzer alarms (9) and the warning lights (10) are all electrically connected to a main control electrical box.

3. The smart home control system based on security protection according to claim 2 is characterized in that: The upper end of the anti-collision bed box (2) is provided with two symmetrically arranged extension plates (23), a drop opening is formed between the two extension plates (23) and the anti-collision bed box (2), and two engaging hooks (22) are fixed on the extension plate (23) on one side.

4. The smart home control system based on security protection according to claim 3 is characterized in that: The flipping mechanism (28) comprises a flipping motor (24), a double-axis transmission frame (11) and two support frame wheels (6). The flipping motor (24) is arranged inside one of the storage boxes (19). The flipping motor (24) is electrically connected to the main control electric box. The double-axis transmission frame (11) and the two support frame wheels (6) are fixed to the upper end of the extension plate (23) on the other side. The double-axis transmission frame (11) is located at the middle position of the upper end of the extension plate (23) on the other side. The two support frame wheels (6) are symmetrically arranged on both sides of the double-axis transmission frame (11). The output shaft of the flipping motor (24) is transmission-connected to the input shaft of the double-axis transmission frame (11). A bidirectional output shaft (12) is arranged inside the double-axis transmission frame (11). The output shaft of the double-axis transmission frame (11) is transmission-connected to the bidirectional output shaft (12). The two end portions of the bidirectional output shaft (12) are respectively rotationally arranged on the support frame wheels (6) on the same side. Two driving gears (13) are fixed to the bidirectional output shaft (12).

5. The smart home control system based on security protection according to claim 4 is characterized in that: The flip bed box (5) is welded by a semi-cylindrical bed board and a bed plate (17) and reinforced end plates connected to the two ends of the semi-cylindrical bed board and the bed plate (17). A bed frame opening (25) is formed by welding between the semi-cylindrical bed board, the bed plate (17) and the two reinforced end plates. The size of the bed frame opening (25) is the same as that of the bed plate (17). Locking shafts (46) are fixed at both ends of the inner side of the bed frame opening (25). When the flip bed box (5) is locked, the locking hook (22) is locked to the locking shaft (46) at the corresponding position, the reinforced end plates are locked to the support frame wheels (6) on the same side, and a plurality of equidistantly distributed outer sides of the semi-cylindrical bed board and the bed plate (17) are fixed. The semi-cylindrical bed board and the bed-setting plate (17) are provided with two symmetrically arranged transmission racks (15) on the outer sides thereof, a reinforcing connecting rod (14) is provided between the transmission racks (15) and the reinforcing end plate on the same side, the transmission racks (15) are meshed with the driving gear (13) on the same side, a plurality of sunset lighting lamps (18), a plurality of GPS sensors and a plurality of body temperature infrared sensors are fixed inside the semi-cylindrical bed board, a smart screen (4) is rotatably provided in the middle of one of the reinforcing end plates, the smart screen (4), the sunset lighting lamp (18), the GPS sensor and the body temperature infrared sensor are all electrically connected to the main control electric box, and the mattress (3) is fixed on the inner side of the bed-setting plate (17).

6. The smart home control system based on security protection according to claim 5, characterized in that: The storage box (19) is composed of a lower box (29) and an upper box (30) fixed to the upper end of the lower box (29). The lower box (29) and the upper box (30) are both rotatably provided with box doors. The box doors are both provided with identification areas (32) and built-in handles (33). The lower box (29) and the upper box (30) are both rotatably provided with knob lock hooks (31). The knob lock hooks (31) at corresponding positions are respectively locked on the box doors.

7. The smart home control system based on security protection according to claim 6, characterized in that: The mattress (3) is provided with a plurality of evenly distributed electric heating pads (26), an air outlet pipe (27) is provided between four adjacent electric heating pads (26), a plurality of ventilation solenoid valves are provided inside the mattress (3), the air outlet ends of the ventilation solenoid valves are connected to the air outlet pipes (27) via air pipes, a plurality of flexible air pipes are connected between the air inlet ends of the ventilation solenoid valves and the ventilation box (21), and the electric heating pads (26) and the ventilation solenoid valves are electrically connected to a main control electrical box.

8. The smart home control system based on security protection according to claim 7, characterized in that: The pedal generator (20) comprises a storage box (34), the storage box (34) is placed inside one of the storage boxes (19), a cushion (35) is fixed on the upper end of the storage box (34), a converter (36) is fixed inside the storage box (34), a door plate (41) is hingedly connected to the lower side of the storage box (34), a slide rail (37) is provided on the inner bottom of the storage box (34) and the door plate (41), a power generation bracket is slidably provided on the slide rail (37), a pedal frame (39) and an acceleration pulley pair (40) are rotatably provided on the power generation bracket, a generator body (38) is fixed on the power generation bracket, an acceleration sprocket pair is provided between the pedal frame (39) and the acceleration pulley pair (40), the acceleration pulley pair (40) is drivingly connected to the input shaft of the generator body (38), the generator body (38) is electrically connected to the converter (36), and the converter (36) is electrically connected to the main control box.

9. The smart home control system based on security protection according to claim 8, characterized in that: The heat sealing machine comprises a heat sealing base (45), the heat sealing base (45) and a paper roll holder (42) are placed inside one of the storage boxes (19), the paper roll holder (42) is provided inside the storage box (19), a heat sealing rack rod (44) is hingedly connected to the heat sealing base (45), the heat sealing base (45) is electrically connected to the heat sealing rack rod (44), the heat sealing base (45) is electrically connected to a storage battery, and a heat sealing bag (43) is sleeved on the paper roll holder (42).

10. The smart home control system based on security protection according to claim 9, characterized in that: The protection monitoring subsystem is composed of a plurality of gas detectors (7) and a plurality of vibration sensors (8); the alarm subsystem is composed of a plurality of buzzer alarms (9) and a plurality of warning lights (10); the protection subsystem is a flip mechanism (28) arranged on the anti-collision bed box (2); the ventilation subsystem is composed of a ventilator arranged inside the ventilation box (21); the positioning subsystem is composed of a plurality of GPS sensors; the lighting subsystem is composed of a plurality of sunset lighting lamps (18); and the temperature control bed subsystem is composed of a plurality of body temperature infrared sensors, a plurality of electric heating pads (26) and a plurality of ventilation solenoid valves.

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