CN113459929A

CN113459929A - Whole scene data emergency rescue vehicle

Info

Publication number: CN113459929A
Application number: CN202110833730.XA
Authority: CN
Inventors: 梁花; 严华; 雷娟; 万凌云; 李玮; 张森; 韩世海; 高爽; 景钰文; 张逸; 晏尧; 徐鑫; 李松浓; 宫林
Original assignee: Electric Power Research Institute of State Grid Chongqing Electric Power Co Ltd; State Grid Corp of China SGCC
Current assignee: Electric Power Research Institute of State Grid Chongqing Electric Power Co Ltd; State Grid Corp of China SGCC
Priority date: 2021-07-23
Filing date: 2021-07-23
Publication date: 2021-10-01
Anticipated expiration: 2041-07-23
Also published as: CN113459929B

Abstract

The invention discloses a full scene data emergency rescue vehicle, which belongs to the field of data rescue and comprises a carrying vehicle, a helium hard disk repair device and a flood hard disk cleaning device; a working room is arranged on the carrier loader; an air shower room is arranged in the working room; the air shower room divides the interior of a working room into a dust-free space and a normal space; a helium hard disk repair device is arranged in the dust-free space; and a flood hard disk cleaning device is arranged in the normal space. The full-scene data emergency rescue vehicle can move freely, quickly go to a fault place to repair a helium hard disk and clean a flood hard disk, so that the vehicle can be normally accessed after data repair, a new data field first-aid repair mode is created, high-efficiency data recovery is realized, and the problems of data leakage, tampering, damage and loss are solved.

Description

Whole scene data emergency rescue vehicle

Technical Field

The invention belongs to the field of data rescue, and particularly relates to a full scene data emergency rescue vehicle.

Background

The power grid industry needs to establish a sound data emergency rescue mechanism, and the last defense line of data safety can be built firmly. Firstly, China is one of the most frequent and serious countries of the world with flood disasters, and the flood disasters are wide in occurrence range, frequent in occurrence, strong in burst, large in loss and large in secondary disasters. The traditional disaster relief mainly focuses on personnel, communication, electric power and other aspects, and with the development of the big data era, the data value cannot be estimated by maintaining the normal operation of the society and enterprises as data support in a storage medium. The mechanical hard disk has low cost, large storage capacity and mature technology, and is widely applied to various social devices. Because the traditional mechanical hard disk is not sealed, flood disasters occur, and various impurities such as silt, grease, organic debris and the like can be immersed into the hard disk body due to different disaster places, time and surrounding environments in the hard disk body. After the disk body is soaked in water, the data in the hard disk can be recovered with great difficulty, if the data is not processed in time, impurities can be attached to the disk, the disk can be scratched due to vibration in the transferring and placing processes, and the surface of the disk can be condensed and crystallized as time increases, so that the data in the hard disk can be completely lost and cannot be recovered.

Secondly, the helium hard disk is a novel mechanical hard disk, and is different from the traditional mechanical hard disk in that the helium hard disk changes the common air filled in the hard disk into helium. Helium has the density of only one seventh of air, belongs to inert gas in nature, can be subjected to smaller wind resistance and lower heat when a magnetic disk rotates at high speed, greatly reduces the space between disks in the hard disk, improves the number of single disks of a common 3.5-inch hard disk from 5 to 8, has the capacity of the single disk breaking through 16TB, and is widely adopted and deployed in places such as large data centers, enterprise-level storage and the like at present. Because the helium hard disk still belongs to the category of mechanical hard disks, and the internal components are consistent with those of the traditional mechanical hard disk, the disk body faults of magnetic head blocking, magnetic head disk knocking, single-head damage and the like of the traditional hard disk can also occur in the helium hard disk. However, since the helium hard disk is a completely sealed hard disk filled with helium, once a failure occurs, helium leaks once the disk is opened and repaired by a traditional method, so that all user sectors cannot be accessed and all data cannot be recovered.

Under the current situation, except that the data of the two situations can not be recovered, the following problems still exist in the data emergency rescue:

most of traditional data rescue is in a repair delivery mode, long time is consumed for transportation and return, service interruption is easy to cause due to untimely data recovery, and serious economic loss is brought to enterprises. Moreover, secondary damage is easily caused by bumping in the transportation process, a data leakage event is easily caused by a maintenance sending mode, and the safety, confidentiality and repairing effect of data cannot be guaranteed.

Disclosure of Invention

The invention aims to provide a full-scene data emergency rescue vehicle aiming at the defects, and aims to solve the problems of data loss, lack of on-site quick response, complete functions, convenience, high efficiency, lack of guarantee of integrated data safety emergency rescue service, data safety and the like caused by the fault of a novel storage medium. In order to achieve the purpose, the invention provides the following technical scheme:

the full scene data emergency rescue vehicle comprises a carrying vehicle 1, a helium hard disk repairing device 2 and a flood hard disk cleaning device 3; a working room is arranged on the carrier loader 1; an air shower room 4 is arranged in the working room; the air shower room 4 divides the interior of a working room into a dust-free space 5 and a normal space 6; a helium hard disk repair device 2 is arranged in the dust-free space 5; and a flood hard disk cleaning device 3 is arranged in the normal space 6. According to the structure, the carrier loader 1 can quickly drive to a place needing data rescue, so that a repair sending mode like traditional data rescue is not needed, the hard disk transportation time is saved, data are quickly recovered, the problem that business interruption is not timely caused easily is avoided, and serious economic loss is brought to enterprises. Because the hard disk does not jolt in the transportation process, secondary damage can not be caused, the occurrence of data leakage events can not be caused without long-distance transportation, and the safety, confidentiality and repairing effect of data cannot be guaranteed. A working room is arranged on the carrier loader 1, and a worker repairs the helium hard disk and the traditional hard disk in the working room to avoid data loss. The air shower room 4 divides the inside of the working room into a dust-free space 5 and a normal space 6, and the air shower room 4 blows off the human body entering the dust-free space 5 and the dust attached to the carried objects, and simultaneously prevents unpurified air from entering the dust-free space 5. And a helium hard disk repairing device 2 is arranged in the dust-free space 5, so that the helium hard disk is prevented from being polluted during repairing.

Further, the system also comprises a positive pressure workbench 7, a fault diagnosis area 8, a computer 9 and a data destruction device 10; a positive pressure workbench 7 is also arranged in the dust-free space 5; a fault diagnosis area 8, a computer 9 and a data destruction device 10 are also arranged in the normal space 6; the positive pressure workbench 7 is used for opening a helium hard disk and replacing a magnetic head; the helium hard disk repair device 2 is used for sealing a helium hard disk; the flood hard disk cleaning device 3 is used for cleaning and air-drying polluted hard disks; the fault diagnosis area 8 is used for detecting a hard disk; the computer 9 is used for logical repair and data extraction of the hard disk; the data destruction device 10 is used for hard disk data destruction. According to the structure, when the helium hard disk needs to be repaired, the helium hard disk is placed on the positive pressure workbench 7 to be subjected to helium hard disk opening and magnetic head replacement, and then the helium hard disk is taken into the helium hard disk repairing device 2 to be subjected to helium hard disk sealing; when the traditional hard disk suffering from the flood needs to be repaired, the traditional hard disk is firstly placed in the flood hard disk cleaning device 3 for cleaning, and then the polluted hard disk is air-dried; the fault diagnosis area 8 is a detection workbench, is provided with tools such as a conventional universal meter and the like, and is used for detecting the hardware circuit condition of the hard disk, preventing the hard disk from being short-circuited and burning equipment, diagnosing the fault of the storage medium and determining a repair scheme according to the fault type; the computer 9 is internally provided with repair software for firmware repair, logic code repair and data extraction; the data destruction device 10 destroys the restored data in time after the data rescue is finished, and prevents the data from being leaked.

Further, the helium hard disk repair device 2 comprises an operation box 11, a vacuumizing device 12 and a helium storage device 13; the operating box 11 is provided with a second inlet and outlet, a helium inlet and a vacuum pumping port; a helium outlet is formed in the helium storage device 13; the helium outlet is connected with the helium inlet through a pipeline; the vacuumizing device 12 is provided with an air suction port; the air suction port is connected with the vacuum pumping port through a pipeline; a second closing door 14 is arranged on the second inlet/outlet; the operation box 11 is provided with a sealing glove 15; the sealing glove 15 insulates the inner space and the outer space of the operation box 11. According to the structure, when the helium hard disk has faults such as magnetic head jamming, magnetic head disk knocking, single head damage and the like, on the positive pressure workbench 7, a nicking tool or a micro machine tool milling cutter is used for removing a helium hard disk sealing layer along the periphery of the top of the helium hard disk, exposing a locking screw at the top of the helium hard disk, then disassembling a helium hard disk top cover screw, opening a top cover, disassembling permanent magnetic alloy at a voice coil motor, and then disassembling a fault hard disk damage magnetic head; the intact head that matches the platter is then assembled. The helium hard disk, the top cover and the screws are transferred into the operation box 11. Opening the second closing door 14, putting the helium hard disk to be repaired into the operation box 11 from the second inlet/outlet, and closing the second closing door 14 to keep the inside of the operation box 11 sealed; vacuumizing device 12 vacuumizes the interior of operation box 11 to the indicated number of-0.5 Mpa, helium gas storage device 13 inputs helium gas to the operation box 1 to the indicated number of 0.5Mpa, 3 times of air pumping and air conveying are repeated to ensure that the operation box 11 is filled with helium gas, then a helium gas hard disk top cover is assembled, organosilicon sealant is used for uniformly filling and coating all gaps and screw gaps at the top of the helium gas hard disk, the indicated number of 0.5Mpa is kept in the operation box 11, standing is carried out for 12 hours in the helium gas filled environment until the organosilicon sealant is completely cured, the interior of the operation box 11 is decompressed, a second sealing door 14 is opened, and the repaired helium gas hard disk is taken out. The repaired helium hard disk can be accessed to professional equipment such as a PC3000 and an MRT to perform subsequent work such as hard disk firmware extraction and user sector extraction, so that data in the hard disk damaged by the magnetic head can be recovered. Sealing gloves 15 can overlap on hand, and the maintenance personal of being convenient for carries out repair work to the helium hard disk in the control box 11, and sealing gloves 15 completely cuts off the inner space and the exterior space of control box 11 moreover, ensures that the helium can not reveal. Helium storage device 13 adopts the helium bottle, evacuating device 12 adopts the vacuum pump, and sealed gloves 15 adopts the novel high performance gloves of PPS. The helium hard disk repairing device seals the helium hard disk in a pressurized helium environment so as to realize that the helium hard disk can normally identify and access a user sector after opening the disk and replacing a magnetic head, and meets the necessary conditions of data recovery.

Further, an operation table 16 is arranged in the operation box 11; two sealing gloves 15 are provided; a vacuum gauge 17 and an air pressure gauge 18 are arranged on the operation box 11; the helium hard disk repair device 2 further comprises a first pedal switch 19; the vacuum pumping device 12 is connected with a power supply through a first power line; a first pedal switch 19 is arranged on the first power line; the helium hard disk repair device 2 further comprises an electromagnetic valve 21 and a second foot switch 22; the electromagnetic valve 21 is arranged on a pipeline between the helium outlet and the helium inlet; the electromagnetic valve 21 is connected with a power supply through a second power line; a second foot switch 22 is arranged on the second power line; a pressure reducing valve 23 is arranged on the helium outlet; the inlet of the pressure reducing valve 23 is provided with a front pressure gauge 24, and the outlet is provided with a rear pressure gauge 25; a safety valve 26 is arranged on the helium inlet; a transition box 27 is arranged on the operation box 11; the transition box 27 covers the second access opening; the transition box 27 is provided with a first inlet and outlet; a first closing door 28 is arranged on the first inlet/outlet; the bottom of the operation box 11 is provided with a supporting frame 29. With the structure, the operating platform 16 is used for placing the helium hard disk to be repaired, so that the operation of maintenance personnel is facilitated. Because the sealing gloves 15 have skin touch, repair operations of the helium hard disk in the operation box 11 are facilitated for maintenance personnel. The vacuum gauge 17 is used for monitoring the vacuum degree in the operation box 11 by personnel; the air pressure gauge 18 is used for monitoring the air pressure in the operation box 11 by a person. The first foot switch 19 is pressed down, the vacuum pumping device 12 is electrified to work, and the inside of the operation box 11 can be vacuumized. When the first foot switch 19 is released, the vacuum-pumping device 12 stops the vacuum-pumping of the operation box 11. When the second foot switch 22 is pressed, the electromagnetic valve 21 is electrified and opened, and the helium gas storage device 13 can input helium gas into the operation box 11. When the second foot switch 22 is released, the electromagnetic valve 21 is closed, and the helium gas storage device 13 cannot input helium gas into the operation box 11. The pressure reducing valve 23 serves to reduce the pressure of the helium gas output from the helium gas storage device 13, thereby preventing the pressure of the output helium gas from being too high. The front pressure gauge 24 and the rear pressure gauge 25 monitor helium pressures before and after pressure reduction, respectively. When the equipment is not used for a long time, the safety valve 26 is closed, and potential safety hazards caused by continuous input of helium into the operation box 11 are avoided. And opening the first closing door 2, enabling the helium hard disk to be repaired to enter the transition box 27 through the first inlet/outlet, closing the first closing door 2, then opening the second closing door 14, putting the helium hard disk to be repaired into the operation box 11 through the second inlet/outlet, and closing the second closing door 14 to keep the inside of the operation box 11 sealed. The transition box 27 reduces the entrance of dust into the operation box 11, ensuring cleanliness in the operation box 11. The support frame 29 supports the operation box 11 for the operation of the operator, and the support frame 29 can also fix the related accessories. The helium hard disk repairing device avoids helium leakage during helium hard disk repairing, and ensures that data can be normally accessed after the helium hard disk is repaired.

Further, a glove port is arranged on the operation box 11; an outer convex ring 51 is arranged on the outer side of the glove opening, and an inner convex ring 52 is arranged on the inner side of the glove opening; the sealing glove 15 is fixed on the outer convex ring 51 in a sealing way; the periphery of the inner convex ring 52 is provided with a limit stop 53; a sleeve ring 54 positioned between the limit stop 53 and the inner wall of the operation box 11 is sleeved on the inner convex ring 52; the collar 54 is connected with a sealing cover 55 through a flexible strip; the inner side wall of the sealing cover 55 is provided with internal threads; the outer wall of the end part of the inner convex ring 52 is provided with an external thread; the external thread is matched with the internal thread; the sealing cover 55 is provided with a rotating handle 57. With the above structure, the sealing glove 15 is fixed to the outer convex ring 51 in a sealing manner, so that the sealing glove 15 can isolate the internal space and the external space of the operation box 11, the sealing glove 15 is sleeved on the hand of the maintenance worker, and the hand can extend the sealing glove 15 into the operation box 11 through the glove port. However, the sealing glove 15 is flexible, so that the sealing glove has a skin touch feeling, which is convenient for repair operations of a helium hard disk in the operation box 11 by maintenance personnel, and meanwhile, the problem that the operation box 11 is filled with helium, the sealing glove 15 bulges outwards, the operation box 11 is vacuumized, and the sealing glove 15 bulges inwards, so that the space contained in the operation box 11 is changed, which is not beneficial for the personnel to monitor the vacuum degree in the operation box 11 by using the vacuum gauge 17, and is also not beneficial for the personnel to monitor the air pressure in the operation box 11 by using the air pressure gauge 18, and because the uncertainty of the space causes the fluctuation of pointer indication, the reading is unstable, the operation environment cannot be in a determined parameter space, and the repair result is influenced. The periphery of the inner convex ring 52 is provided with a limit stop 53; the lantern ring 54 that is located between spacing fender 53 and the operation box 11 inner wall is overlapped on the interior lantern ring 52, and spacing fender 53 makes the lantern ring 54 can not drop, and the sealed lid 55 is connected through gentle strip to the lantern ring 54, and handheld turning handle 57 can be screwed on interior lantern ring 52 through the screw with sealed lid 55 to make the inner space of operation box 11 confirm, guarantee that operating environment is in parameter space that can foresee, guarantee to restore the result. The sealing cover 55 is screwed on the inner collar 52, and how the air pressure in the operation box 11 changes does not affect the bulge of the sealing glove 15.

Further, the flood hard disk cleaning device 3 comprises a water tank 31, a water inlet pipe 32, a water outlet pipe 33, a water pump 34, a filter box 35, a cleaning platform 36 and an ultrasonic wave generating device 37; an ultrasonic generating device 37 is arranged on the pool tank 31, and a cleaning table 36 is arranged in the pool tank 31; the water inlet pipe 32, the water pump 34 and the water outlet pipe 33 are connected in sequence; a filter box 35 is arranged on the water inlet pipe 32 or the water outlet pipe 33; the water pump 34 is used for providing water circulation power for pumping the cleaning agent from the pool tank 31 through the water inlet pipe 32 and conveying the cleaning agent to the pool tank 31 through the water outlet pipe 33. According to the structure, when the hard disk is required to be cleaned in a flood, the hard disk is firstly fixed on the platform, and the dirt on the surface of the hard disk is respectively treated by using tools such as a brush, dust-free cloth and the like. Secondly, the top cover of the hard disk is detached, the hard disk with the top cover detached is placed on a cleaning table 36, sufficient pure water is injected into the pool tank 31, the pure water serves as a cleaning agent, and the pure water overflows the hard disk. Then the water pump 34 and the ultrasonic wave generating device 37 are started, the water pump 34 pumps cleaning agent from the water tank 31 through the water inlet pipe 32, then the cleaning agent is filtered by the filter box 35 and returns to the water tank 31 through the water outlet pipe 33, the circulation filtration is carried out for more than 1 hour, the disc is observed by naked eyes until no obvious silt and impurity exists, and then the purified water is poured out. And transferring the plate body to a dust-free workbench by using a sealing box to air-dry the plate body by cold air. The hard disk platter is then removed and the platter is placed on a platter pedestal that is placed on a cleaning table 36. And starting a disc cleaning cycle, namely injecting a mixed solution of purified water, sodium alkyl sulfonate and sodium fatty alcohol ether sulfate with the water temperature of 40 ℃ into the water tank 31, taking the mixed solution as a cleaning agent, enabling the cleaning agent to permeate the disc, then starting the water pump 34 and the ultrasonic wave generating device 37, pumping the cleaning agent from the water tank 31 through the water inlet pipe 32 by the water pump 34, filtering the cleaning agent by the filter box 35, returning the cleaning agent into the water tank 31 through the water outlet pipe 33, continuously filtering for 15 minutes, and pouring out the cleaning agent. Repeating the disk cleaning cycle for more than four times, and stopping the disk cleaning cycle if the water surface is free of foam and the water body is clear. If the water surface still has foam or the water body is turbid, the disc cleaning circulation is continued until no foam exists on the water surface and the water body is clear. And then taking out the disk base, and transporting to a dust-free workbench by using a seal box to air-dry the disk by cold air. Searching a matched disk body according to the coding information on the flood hard disk body, assembling the disk body on the disk body, searching a matched magnetic head according to the information of the magnetic head labeled on the top cover of the flood hard disk, and installing the top cover after the magnetic head is assembled perfectly. And finally, welding a ROM chip to replace a circuit board with the same model to realize the purposes that the flood hard disk can be normally identified and the user area sector can be accessed. Adopt the ultrasonic wave to add the abluent mode of pure water can effectively clean the disk body, adopt the ultrasonic wave to add the abluent mode of pure water of taking surfactant active can effectively clean the disk piece, and this kind of washing mode can effectively clear up disk body size granule impurity, avoids the fish tail disk piece to and clean to the surperficial filth of disk piece, impurity and surperficial filth constantly are filtered by filter box 35, keep the clean of sanitizer to can fully clean the hard disk. The hard disk can be normally accessed to professional equipment such as a PC3000, an MRT and the like to extract the user area sector in the flood hard disk and recover data. The power of the ultrasonic generator 37 is 180W.

Further, the water inlet of the water inlet pipe 32 is arranged at the bottom in the pool tank 31; the water outlet of the water outlet pipe 33 is attached to the inner wall of the pool tank 31; the filter cassette 35 comprises a cassette body; a brush layer 38, a biochemical cotton layer 39 and an active carbon layer 41 are sequentially arranged in the box body; a through hole is arranged on the table surface of the cleaning table 36; the flood hard disk cleaning device 3 further comprises an air drying device 42; the air drying device 42 comprises an air drying box 43, a fan 44, an air filter 45 and an air drying table 46; an air drying table 46 is arranged in the air drying box 43; the air drying box 43 is provided with an air inlet; an air filter screen 45 is arranged on the air inlet; a fan 44 is arranged outside the air inlet; a hatch door 47 is arranged on the air drying box 43; a through hole is formed in the table top of the air drying table 46; the air filter screen 45 is positioned above the air drying table 46; a circle of air outlet holes 48 are uniformly formed in the side wall of the air drying box 43; a drainage groove 49 is formed in the edge of the bottom of the air drying box 43; a drain hole communicated with the drain groove 49 is formed in the air drying box 43; the air drying box 43 is provided with a negative ion generator 40. By the structure, after the surface dirt and impurities fall off from the disk or the disk body, the surface dirt and impurities sink to the bottom in the water tank 31, and the water inlet of the water inlet pipe 32 is arranged at the bottom in the water tank 31, so that the surface dirt and impurities can be pumped into the filter box 35 to be filtered, and the cleanness of the cleaning agent is kept. The water outlet of the water outlet pipe 33 is attached to the inner wall of the pool tank 31, and the cleaning agent flowing out of the water outlet pipe 33 flows down along the inner wall of the pool tank 31 to cause water waves to ripple, which is beneficial to cleaning a plate body or a disc. The brush layer 38, the biochemical cotton layer 39 and the activated carbon layer 41 form three-stage filtration, and surface dirt and impurities in the cleaning agent are fully filtered. The through holes can facilitate the sedimentation of dirt and impurities on the surface and the permeation of bubbles, so that the vibration of the bubbles cleans the surfaces of the disk body and the disk. When the disc body or the disc needs to be air-dried, the hatch door 47 is opened, the disc body or the disc is placed on the air drying table 46 in the air drying box 43, then the fan 44 is started, the fan 44 inputs air flow penetrating through the air filter screen 45 into the air drying box 43, and the air flow blows the disc body or the disc on the air drying table 46, so that the disc body or the disc is quickly air-dried. The air filter 45 has the function of air purification, and impurities in the air are prevented from being adsorbed on the disc body or the disc. The through holes facilitate the water on the disc body or the disc to be blown to the bottom. The wind current filters impurity through air strainer 45, also plays the effect of letting the wind current even circulation, makes disk body or whole quick air-drying of disk. The side walls of the air drying box 43 refer to front, rear, left and right side walls, and a plurality of air outlet holes 48 are arranged around the front, rear, left and right side walls for one circle. The water on the disk or the plate is distributed to the drain groove 49 and then drained through the drain hole. The drain groove 49 surrounds the bottom of the air-drying box 43 one turn. The negative ion generator 40 increases negative ion components in the air using high voltage corona, thereby improving the air quality.

Further, an artificial wave device 56 is arranged in the pool tank 31. With the above structure, the artificial wave device 56 generates water waves, which is beneficial to cleaning the plate body or the disc.

Further, an emergency tent 58 is arranged on the carrier loader 1. According to the structure, the emergency tent 58 is convenient for temporarily building a data restoration center, and data restoration is efficiently carried out.

The invention has the beneficial effects that:

Drawings

FIG. 1 is a schematic view of the overall structure of the present invention;

FIG. 2 is a schematic structural diagram of a helium hard disk repair device of the present invention;

FIG. 3 is a schematic view of a partial structure of a helium hard disk repair device of the present invention;

FIG. 4 is a schematic structural diagram of a flood hard disk cleaning device according to the present invention;

in the drawings: 1-carrying vehicle, 2-helium hard disk repairing device, 3-flood hard disk cleaning device, 4-air shower room, 5-dust-free space, 6-normal space, 7-positive pressure workbench, 8-fault diagnosis area, 9-computer, 10-data destroying device, 11-operation box, 12-vacuumizing device, 13-helium storage device, 14-second sealing door, 15-sealing glove, 16-operation platform, 17-vacuum meter, 18-air pressure meter, 19-first foot switch, 21-electromagnetic valve, 22-second foot switch, 23-pressure reducing valve, 24-front pressure meter, 25-rear pressure meter, 26-safety valve, 27-transition box, 28-first sealing door, 29-supporting frame, 31-water tank, 32-water inlet pipe, 33-water outlet pipe, 34-water pump, 35-filtering box, 36-cleaning table, 37-ultrasonic generator, 38-brush layer, 39-biochemical cotton layer, 40-anion generator, 41-activated carbon layer, 42-air drying device, 43-air drying box, 44-fan, 45-air filter screen, 46-air drying table, 47-cabin door, 48-air outlet, 49-water drainage tank, 51-outer convex ring, 52-inner convex ring, 53-limit baffle, 54-lantern ring, 55-sealing cover, 56-artificial wave device, 57-rotary handle and 58-emergency tent.

Detailed Description

The present invention will be described in further detail below with reference to the drawings and the embodiments, but the present invention is not limited to the following examples.

The first embodiment is as follows:

see figures 1-4. The full scene data emergency rescue vehicle comprises a carrying vehicle 1, a helium hard disk repairing device 2 and a flood hard disk cleaning device 3; a working room is arranged on the carrier loader 1; an air shower room 4 is arranged in the working room; the air shower room 4 divides the interior of a working room into a dust-free space 5 and a normal space 6; a helium hard disk repair device 2 is arranged in the dust-free space 5; and a flood hard disk cleaning device 3 is arranged in the normal space 6. According to the structure, the carrier loader 1 can quickly drive to a place needing data rescue, so that a repair sending mode like traditional data rescue is not needed, the hard disk transportation time is saved, data are quickly recovered, the problem that business interruption is not timely caused easily is avoided, and serious economic loss is brought to enterprises. Because the hard disk does not jolt in the transportation process, secondary damage can not be caused, the occurrence of data leakage events can not be caused without long-distance transportation, and the safety, confidentiality and repairing effect of data cannot be guaranteed. A working room is arranged on the carrier loader 1, and a worker repairs the helium hard disk and the traditional hard disk in the working room to avoid data loss. The air shower room 4 divides the inside of the working room into a dust-free space 5 and a normal space 6, and the air shower room 4 blows off the human body entering the dust-free space 5 and the dust attached to the carried objects, and simultaneously prevents unpurified air from entering the dust-free space 5. And a helium hard disk repairing device 2 is arranged in the dust-free space 5, so that the helium hard disk is prevented from being polluted during repairing.

Example two:

see figures 1-4. On the basis of the first embodiment, the system further comprises a positive pressure workbench 7, a fault diagnosis area 8, a computer 9 and a data destruction device 10; a positive pressure workbench 7 is also arranged in the dust-free space 5; a fault diagnosis area 8, a computer 9 and a data destruction device 10 are also arranged in the normal space 6; the positive pressure workbench 7 is used for opening a helium hard disk and replacing a magnetic head; the helium hard disk repair device 2 is used for sealing a helium hard disk; the flood hard disk cleaning device 3 is used for cleaning and air-drying polluted hard disks; the fault diagnosis area 8 is used for detecting a hard disk; the computer 9 is used for logical repair and data extraction of the hard disk; the data destruction device 10 is used for hard disk data destruction. According to the structure, when the helium hard disk needs to be repaired, the helium hard disk is placed on the positive pressure workbench 7 to be subjected to helium hard disk opening and magnetic head replacement, and then the helium hard disk is taken into the helium hard disk repairing device 2 to be subjected to helium hard disk sealing; when the traditional hard disk suffering from the flood needs to be repaired, the traditional hard disk is firstly placed in the flood hard disk cleaning device 3 for cleaning, and then the polluted hard disk is air-dried; the fault diagnosis area 8 is a detection workbench, is provided with tools such as a conventional universal meter and the like, and is used for detecting the hardware circuit condition of the hard disk, preventing the hard disk from being short-circuited and burning equipment, diagnosing the fault of the storage medium and determining a repair scheme according to the fault type; the computer 9 is internally provided with repair software for firmware repair, logic code repair and data extraction; the data destruction device 10 destroys the restored data in time after the data rescue is finished, and prevents the data from being leaked.

Example three:

see figures 1-4. On the basis of the second embodiment, the helium hard disk repair device 2 comprises an operation box 11, a vacuumizing device 12 and a helium storage device 13; the operating box 11 is provided with a second inlet and outlet, a helium inlet and a vacuum pumping port; a helium outlet is formed in the helium storage device 13; the helium outlet is connected with the helium inlet through a pipeline; the vacuumizing device 12 is provided with an air suction port; the air suction port is connected with the vacuum pumping port through a pipeline; a second closing door 14 is arranged on the second inlet/outlet; the operation box 11 is provided with a sealing glove 15; the sealing glove 15 insulates the inner space and the outer space of the operation box 11. According to the structure, when the helium hard disk has faults such as magnetic head jamming, magnetic head disk knocking, single head damage and the like, on the positive pressure workbench 7, a nicking tool or a micro machine tool milling cutter is used for removing a helium hard disk sealing layer along the periphery of the top of the helium hard disk, exposing a locking screw at the top of the helium hard disk, then disassembling a helium hard disk top cover screw, opening a top cover, disassembling permanent magnetic alloy at a voice coil motor, and then disassembling a fault hard disk damage magnetic head; the intact head that matches the platter is then assembled. The helium hard disk, the top cover and the screws are transferred into the operation box 11. Opening the second closing door 14, putting the helium hard disk to be repaired into the operation box 11 from the second inlet/outlet, and closing the second closing door 14 to keep the inside of the operation box 11 sealed; vacuumizing device 12 vacuumizes the interior of operation box 11 to the indicated number of-0.5 Mpa, helium gas storage device 13 inputs helium gas to the operation box 1 to the indicated number of 0.5Mpa, 3 times of air pumping and air conveying are repeated to ensure that the operation box 11 is filled with helium gas, then a helium gas hard disk top cover is assembled, organosilicon sealant is used for uniformly filling and coating all gaps and screw gaps at the top of the helium gas hard disk, the indicated number of 0.5Mpa is kept in the operation box 11, standing is carried out for 12 hours in the helium gas filled environment until the organosilicon sealant is completely cured, the interior of the operation box 11 is decompressed, a second sealing door 14 is opened, and the repaired helium gas hard disk is taken out. The repaired helium hard disk can be accessed to professional equipment such as a PC3000 and an MRT to perform subsequent work such as hard disk firmware extraction and user sector extraction, so that data in the hard disk damaged by the magnetic head can be recovered. Sealing gloves 15 can overlap on hand, and the maintenance personal of being convenient for carries out repair work to the helium hard disk in the control box 11, and sealing gloves 15 completely cuts off the inner space and the exterior space of control box 11 moreover, ensures that the helium can not reveal. Helium storage device 13 adopts the helium bottle, evacuating device 12 adopts the vacuum pump, and sealed gloves 15 adopts the novel high performance gloves of PPS. The helium hard disk repairing device seals the helium hard disk in a pressurized helium environment so as to realize that the helium hard disk can normally identify and access a user sector after opening the disk and replacing a magnetic head, and meets the necessary conditions of data recovery.

An operation table 16 is arranged in the operation box 11; two sealing gloves 15 are provided; a vacuum gauge 17 and an air pressure gauge 18 are arranged on the operation box 11; the helium hard disk repair device 2 further comprises a first pedal switch 19; the vacuum pumping device 12 is connected with a power supply through a first power line; a first pedal switch 19 is arranged on the first power line; the helium hard disk repair device 2 further comprises an electromagnetic valve 21 and a second foot switch 22; the electromagnetic valve 21 is arranged on a pipeline between the helium outlet and the helium inlet; the electromagnetic valve 21 is connected with a power supply through a second power line; a second foot switch 22 is arranged on the second power line; a pressure reducing valve 23 is arranged on the helium outlet; the inlet of the pressure reducing valve 23 is provided with a front pressure gauge 24, and the outlet is provided with a rear pressure gauge 25; a safety valve 26 is arranged on the helium inlet; a transition box 27 is arranged on the operation box 11; the transition box 27 covers the second access opening; the transition box 27 is provided with a first inlet and outlet; a first closing door 28 is arranged on the first inlet/outlet; the bottom of the operation box 11 is provided with a supporting frame 29. With the structure, the operating platform 16 is used for placing the helium hard disk to be repaired, so that the operation of maintenance personnel is facilitated. Because the sealing gloves 15 have skin touch, repair operations of the helium hard disk in the operation box 11 are facilitated for maintenance personnel. The vacuum gauge 17 is used for monitoring the vacuum degree in the operation box 11 by personnel; the air pressure gauge 18 is used for monitoring the air pressure in the operation box 11 by a person. The first foot switch 19 is pressed down, the vacuum pumping device 12 is electrified to work, and the inside of the operation box 11 can be vacuumized. When the first foot switch 19 is released, the vacuum-pumping device 12 stops the vacuum-pumping of the operation box 11. When the second foot switch 22 is pressed, the electromagnetic valve 21 is electrified and opened, and the helium gas storage device 13 can input helium gas into the operation box 11. When the second foot switch 22 is released, the electromagnetic valve 21 is closed, and the helium gas storage device 13 cannot input helium gas into the operation box 11. The pressure reducing valve 23 serves to reduce the pressure of the helium gas output from the helium gas storage device 13, thereby preventing the pressure of the output helium gas from being too high. The front pressure gauge 24 and the rear pressure gauge 25 monitor helium pressures before and after pressure reduction, respectively. When the equipment is not used for a long time, the safety valve 26 is closed, and potential safety hazards caused by continuous input of helium into the operation box 11 are avoided. And opening the first closing door 2, enabling the helium hard disk to be repaired to enter the transition box 27 through the first inlet/outlet, closing the first closing door 2, then opening the second closing door 14, putting the helium hard disk to be repaired into the operation box 11 through the second inlet/outlet, and closing the second closing door 14 to keep the inside of the operation box 11 sealed. The transition box 27 reduces the entrance of dust into the operation box 11, ensuring cleanliness in the operation box 11. The support frame 29 supports the operation box 11 for the operation of the operator, and the support frame 29 can also fix the related accessories. The helium hard disk repairing device avoids helium leakage during helium hard disk repairing, and ensures that data can be normally accessed after the helium hard disk is repaired.

A glove opening is formed in the operation box 11; an outer convex ring 51 is arranged on the outer side of the glove opening, and an inner convex ring 52 is arranged on the inner side of the glove opening; the sealing glove 15 is fixed on the outer convex ring 51 in a sealing way; the periphery of the inner convex ring 52 is provided with a limit stop 53; a sleeve ring 54 positioned between the limit stop 53 and the inner wall of the operation box 11 is sleeved on the inner convex ring 52; the collar 54 is connected with a sealing cover 55 through a flexible strip; the inner side wall of the sealing cover 55 is provided with internal threads; the outer wall of the end part of the inner convex ring 52 is provided with an external thread; the external thread is matched with the internal thread; the sealing cover 55 is provided with a rotating handle 57. With the above structure, the sealing glove 15 is fixed to the outer convex ring 51 in a sealing manner, so that the sealing glove 15 can isolate the internal space and the external space of the operation box 11, the sealing glove 15 is sleeved on the hand of the maintenance worker, and the hand can extend the sealing glove 15 into the operation box 11 through the glove port. However, the sealing glove 15 is flexible, so that the sealing glove has a skin touch feeling, which is convenient for repair operations of a helium hard disk in the operation box 11 by maintenance personnel, and meanwhile, the problem that the operation box 11 is filled with helium, the sealing glove 15 bulges outwards, the operation box 11 is vacuumized, and the sealing glove 15 bulges inwards, so that the space contained in the operation box 11 is changed, which is not beneficial for the personnel to monitor the vacuum degree in the operation box 11 by using the vacuum gauge 17, and is also not beneficial for the personnel to monitor the air pressure in the operation box 11 by using the air pressure gauge 18, and because the uncertainty of the space causes the fluctuation of pointer indication, the reading is unstable, the operation environment cannot be in a determined parameter space, and the repair result is influenced. The periphery of the inner convex ring 52 is provided with a limit stop 53; the lantern ring 54 that is located between spacing fender 53 and the operation box 11 inner wall is overlapped on the interior lantern ring 52, and spacing fender 53 makes the lantern ring 54 can not drop, and the sealed lid 55 is connected through gentle strip to the lantern ring 54, and handheld turning handle 57 can be screwed on interior lantern ring 52 through the screw with sealed lid 55 to make the inner space of operation box 11 confirm, guarantee that operating environment is in parameter space that can foresee, guarantee to restore the result. The sealing cover 55 is screwed on the inner collar 52, and how the air pressure in the operation box 11 changes does not affect the bulge of the sealing glove 15.

The flood hard disk cleaning device 3 comprises a water tank 31, a water inlet pipe 32, a water outlet pipe 33, a water pump 34, a filter box 35, a cleaning platform 36 and an ultrasonic generating device 37; an ultrasonic generating device 37 is arranged on the pool tank 31, and a cleaning table 36 is arranged in the pool tank 31; the water inlet pipe 32, the water pump 34 and the water outlet pipe 33 are connected in sequence; a filter box 35 is arranged on the water inlet pipe 32 or the water outlet pipe 33; the water pump 34 is used for providing water circulation power for pumping the cleaning agent from the pool tank 31 through the water inlet pipe 32 and conveying the cleaning agent to the pool tank 31 through the water outlet pipe 33. According to the structure, when the hard disk is required to be cleaned in a flood, the hard disk is firstly fixed on the platform, and the dirt on the surface of the hard disk is respectively treated by using tools such as a brush, dust-free cloth and the like. Secondly, the top cover of the hard disk is detached, the hard disk with the top cover detached is placed on a cleaning table 36, sufficient pure water is injected into the pool tank 31, the pure water serves as a cleaning agent, and the pure water overflows the hard disk. Then the water pump 34 and the ultrasonic wave generating device 37 are started, the water pump 34 pumps cleaning agent from the water tank 31 through the water inlet pipe 32, then the cleaning agent is filtered by the filter box 35 and returns to the water tank 31 through the water outlet pipe 33, the circulation filtration is carried out for more than 1 hour, the disc is observed by naked eyes until no obvious silt and impurity exists, and then the purified water is poured out. And transferring the plate body to a dust-free workbench by using a sealing box to air-dry the plate body by cold air. The hard disk platter is then removed and the platter is placed on a platter pedestal that is placed on a cleaning table 36. And starting a disc cleaning cycle, namely injecting a mixed solution of purified water, sodium alkyl sulfonate and sodium fatty alcohol ether sulfate with the water temperature of 40 ℃ into the water tank 31, taking the mixed solution as a cleaning agent, enabling the cleaning agent to permeate the disc, then starting the water pump 34 and the ultrasonic wave generating device 37, pumping the cleaning agent from the water tank 31 through the water inlet pipe 32 by the water pump 34, filtering the cleaning agent by the filter box 35, returning the cleaning agent into the water tank 31 through the water outlet pipe 33, continuously filtering for 15 minutes, and pouring out the cleaning agent. Repeating the disk cleaning cycle for more than four times, and stopping the disk cleaning cycle if the water surface is free of foam and the water body is clear. If the water surface still has foam or the water body is turbid, the disc cleaning circulation is continued until no foam exists on the water surface and the water body is clear. And then taking out the disk base, and transporting to a dust-free workbench by using a seal box to air-dry the disk by cold air. Searching a matched disk body according to the coding information on the flood hard disk body, assembling the disk body on the disk body, searching a matched magnetic head according to the information of the magnetic head labeled on the top cover of the flood hard disk, and installing the top cover after the magnetic head is assembled perfectly. And finally, welding a ROM chip to replace a circuit board with the same model to realize the purposes that the flood hard disk can be normally identified and the user area sector can be accessed. Adopt the ultrasonic wave to add the abluent mode of pure water can effectively clean the disk body, adopt the ultrasonic wave to add the abluent mode of pure water of taking surfactant active can effectively clean the disk piece, and this kind of washing mode can effectively clear up disk body size granule impurity, avoids the fish tail disk piece to and clean to the surperficial filth of disk piece, impurity and surperficial filth constantly are filtered by filter box 35, keep the clean of sanitizer to can fully clean the hard disk. The hard disk can be normally accessed to professional equipment such as a PC3000, an MRT and the like to extract the user area sector in the flood hard disk and recover data. The power of the ultrasonic generator 37 is 180W.

The water inlet of the water inlet pipe 32 is arranged at the bottom in the pool tank 31; the water outlet of the water outlet pipe 33 is attached to the inner wall of the pool tank 31; the filter cassette 35 comprises a cassette body; a brush layer 38, a biochemical cotton layer 39 and an active carbon layer 41 are sequentially arranged in the box body; a through hole is arranged on the table surface of the cleaning table 36; the flood hard disk cleaning device 3 further comprises an air drying device 42; the air drying device 42 comprises an air drying box 43, a fan 44, an air filter 45 and an air drying table 46; an air drying table 46 is arranged in the air drying box 43; the air drying box 43 is provided with an air inlet; an air filter screen 45 is arranged on the air inlet; a fan 44 is arranged outside the air inlet; a hatch door 47 is arranged on the air drying box 43; a through hole is formed in the table top of the air drying table 46; the air filter screen 45 is positioned above the air drying table 46; a circle of air outlet holes 48 are uniformly formed in the side wall of the air drying box 43; a drainage groove 49 is formed in the edge of the bottom of the air drying box 43; a drain hole communicated with the drain groove 49 is formed in the air drying box 43; the air drying box 43 is provided with a negative ion generator 40. By the structure, after the surface dirt and impurities fall off from the disk or the disk body, the surface dirt and impurities sink to the bottom in the water tank 31, and the water inlet of the water inlet pipe 32 is arranged at the bottom in the water tank 31, so that the surface dirt and impurities can be pumped into the filter box 35 to be filtered, and the cleanness of the cleaning agent is kept. The water outlet of the water outlet pipe 33 is attached to the inner wall of the pool tank 31, and the cleaning agent flowing out of the water outlet pipe 33 flows down along the inner wall of the pool tank 31 to cause water waves to ripple, which is beneficial to cleaning a plate body or a disc. The brush layer 38, the biochemical cotton layer 39 and the activated carbon layer 41 form three-stage filtration, and surface dirt and impurities in the cleaning agent are fully filtered. The through holes can facilitate the sedimentation of dirt and impurities on the surface and the permeation of bubbles, so that the vibration of the bubbles cleans the surfaces of the disk body and the disk. When the disc body or the disc needs to be air-dried, the hatch door 47 is opened, the disc body or the disc is placed on the air drying table 46 in the air drying box 43, then the fan 44 is started, the fan 44 inputs air flow penetrating through the air filter screen 45 into the air drying box 43, and the air flow blows the disc body or the disc on the air drying table 46, so that the disc body or the disc is quickly air-dried. The air filter 45 has the function of air purification, and impurities in the air are prevented from being adsorbed on the disc body or the disc. The through holes facilitate the water on the disc body or the disc to be blown to the bottom. The wind current filters impurity through air strainer 45, also plays the effect of letting the wind current even circulation, makes disk body or whole quick air-drying of disk. The side walls of the air drying box 43 refer to front, rear, left and right side walls, and a plurality of air outlet holes 48 are arranged around the front, rear, left and right side walls for one circle. The water on the disk or the plate is distributed to the drain groove 49 and then drained through the drain hole. The drain groove 49 surrounds the bottom of the air-drying box 43 one turn. The negative ion generator 40 increases negative ion components in the air using high voltage corona, thereby improving the air quality.

An artificial wave device 56 is arranged in the pool tank 31. With the above structure, the artificial wave device 56 generates water waves, which is beneficial to cleaning the plate body or the disc.

An emergency tent 58 is arranged on the carrier loader 1. According to the structure, the emergency tent 58 is convenient for temporarily building a data restoration center, and data restoration is efficiently carried out.

The above description is only a preferred embodiment of the present invention, and not intended to limit the scope of the present invention, and all modifications of equivalent structures and equivalent processes, which are made by using the contents of the present specification and the accompanying drawings, or directly or indirectly applied to other related technical fields, are included in the scope of the present invention.

Claims

1. Full scene data emergency rescue car, its characterized in that: the device comprises a carrier loader (1), a helium hard disk repairing device (2) and a flood hard disk cleaning device (3); a working room is arranged on the carrier loader (1); an air shower room (4) is arranged in the working room; the air shower room (4) divides the interior of a working room into a dust-free space (5) and a normal space (6); a helium hard disk repair device (2) is arranged in the dust-free space (5); and a flood hard disk cleaning device (3) is arranged in the normal space (6).

2. The full scene data emergency rescue car of claim 1, characterized in that: the system also comprises a positive pressure workbench (7), a fault diagnosis area (8), a computer (9) and a data destruction device (10); a positive pressure workbench (7) is also arranged in the dust-free space (5); a fault diagnosis area (8), a computer (9) and a data destruction device (10) are also arranged in the normal space (6); the positive pressure workbench (7) is used for opening a helium hard disk and replacing a magnetic head; the helium hard disk repairing device (2) is used for helium hard disk sealing; the flood hard disk cleaning device (3) is used for cleaning and air-drying polluted hard disks; the fault diagnosis area (8) is used for detecting a hard disk; the computer (9) is used for logical repair and data extraction of the hard disk; the data destruction device (10) is used for destroying hard disk data.

3. The full scene data emergency rescue car of claim 1, characterized in that: the helium hard disk repairing device (2) comprises an operation box (11), a vacuumizing device (12) and a helium storage device (13); the operating box (11) is provided with a second inlet and a second outlet, a helium inlet and a vacuum pumping port; a helium outlet is formed in the helium storage device (13); the helium outlet is connected with the helium inlet through a pipeline; the vacuumizing device (12) is provided with an air suction port; the air suction port is connected with the vacuum pumping port through a pipeline; a second sealing door (14) is arranged on the second inlet/outlet; the operation box (11) is provided with sealing gloves (15); the sealing glove (15) isolates an inner space and an outer space of the operation box (11).

4. The full scene data emergency rescue car of claim 3, characterized in that: an operation table (16) is arranged in the operation box (11); two sealing gloves (15) are provided; a vacuum gauge (17) and an air pressure gauge (18) are arranged on the operation box (11); the helium hard disk repairing device (2) further comprises a first foot switch (19); the vacuumizing device (12) is connected with a power supply through a first power line; a first pedal switch (19) is arranged on the first power line; the helium hard disk repairing device (2) further comprises an electromagnetic valve (21) and a second foot switch (22); the electromagnetic valve (21) is arranged on a pipeline between the helium outlet and the helium inlet; the electromagnetic valve (21) is connected with a power supply through a second power line; a second foot switch (22) is arranged on the second power line; a pressure reducing valve (23) is arranged on the helium outlet; the inlet of the pressure reducing valve (23) is provided with a front pressure gauge (24), and the outlet is provided with a rear pressure gauge (25); a safety valve (26) is arranged on the helium inlet; a transition box (27) is arranged on the operation box (11); the transition box (27) covers the second access opening; a first inlet and a first outlet are arranged on the transition box (27); a first closing door (28) is arranged on the first inlet/outlet; and a supporting frame (29) is arranged at the bottom of the operating box (11).

5. The full scene data emergency rescue car of claim 4, characterized in that: a glove opening is formed in the operation box (11); an outer convex ring (51) is arranged on the outer side of the glove opening, and an inner convex ring (52) is arranged on the inner side of the glove opening; the sealing glove (15) is fixed on the outer convex ring (51) in a sealing way; the periphery of the inner convex ring (52) is provided with a limit stop (53); a lantern ring (54) positioned between the limit stop (53) and the inner wall of the operation box (11) is sleeved on the inner convex ring (52); the lantern ring (54) is connected with the sealing cover (55) through a flexible strip; the inner side wall of the sealing cover (55) is provided with internal threads; the outer wall of the end part of the inner convex ring (52) is provided with an external thread; the external thread is matched with the internal thread; the sealing cover (55) is provided with a rotating handle (57).

6. The full scene data emergency rescue car of claim 1, characterized in that: the flood hard disk cleaning device (3) comprises a water tank (31), a water inlet pipe (32), a water outlet pipe (33), a water pump (34), a filter box (35), a cleaning table (36) and an ultrasonic generating device (37); an ultrasonic generating device (37) is arranged on the pool tank (31), and a cleaning table (36) is arranged in the pool tank (31); the water inlet pipe (32), the water pump (34) and the water outlet pipe (33) are connected in sequence; a filter box (35) is arranged on the water inlet pipe (32) or the water outlet pipe (33); the water pump (34) is used for providing water circulation power for pumping the cleaning agent from the pool tank (31) through the water inlet pipe (32) and conveying the cleaning agent to the pool tank (31) through the water outlet pipe (33).

7. The full scene data emergency rescue car of claim 6, characterized in that: the water inlet of the water inlet pipe (32) is arranged at the bottom in the pool tank (31); the water outlet of the water outlet pipe (33) is attached to the inner wall of the pool tank (31); the filter cartridge (35) comprises a cartridge body; a brush layer (38), a biochemical cotton layer (39) and an active carbon layer (41) are sequentially arranged in the box body; a through hole is arranged on the table surface of the cleaning table (36); the flood hard disk cleaning device (3) further comprises an air drying device (42); the air drying device (42) comprises an air drying box (43), a fan (44), an air filter screen (45) and an air drying table (46); an air drying table (46) is arranged in the air drying box (43); an air inlet is arranged on the air drying box (43); an air filter screen (45) is arranged on the air inlet; a fan (44) is arranged on the outer side of the air inlet; a hatch door (47) is arranged on the air drying box (43); a through hole is formed in the table surface of the air drying table (46); the air filter screen (45) is positioned above the air drying table (46); a circle of air outlet holes (48) are uniformly formed in the side wall of the air drying box (43); a drainage groove (49) is formed in the edge of the bottom of the air drying box (43); a drain hole communicated with the drain groove (49) is formed in the air drying box (43); and a negative ion generator (40) is arranged in the air drying box (43).

8. The full scene data emergency rescue car of claim 7, characterized in that: an artificial wave device (56) is arranged in the pool tank (31).

9. The full scene data emergency rescue car of claim 1, characterized in that: an emergency tent (58) is arranged on the carrier loader (1).