TW386154B - Tool set and procedure for remote control, stripping, infusing to an explosive - Google Patents

Abstract

This invention provides a tool set and procedure for remote control, stripping, infusing to an explosive. The tool set is a multi-sectional screw-connected hollow retractable pole fitting various stripping (or infusing, remote control) tools of different shapes and sizes. When a stripping tool is installed at the front end of the multi-sectional elongated pole, it can be used to strip the casing of a suspect explosive, to perform vibration test and to investigate internal states. As the injector is connected to the rear end of the pole, it can infuse the chemical liquid to destroy the internal explosive structure. Also, this retractable pole can be a remote tool to control the water gun for long-distance remote striking-disassembling operation, or to install a impact or drilling tool on the water gun to damage the casing of the suspect explosive by impact or drilling operations. Setting a reflector on the pole, people can view the back and dead-angle positions of the explosive. With this invention, the anti-explosion squad can operate behind an anti-explosion shield to achieve the double protections of long-distance remote control of the explosive and the shield protection thus decrease the danger.

Description

_ Case number 86119119_ 年月 日 __ V. Description of the invention (1) [Field of the invention] The present invention relates to a remote control, dismantling, injection tool set and implementation method of explosives, which is suitable for explosion-proof personnel in the military and police field to burst The handling of objects allows it to be remotely controlled from a safe distance to reduce the danger of explosion-proof personnel during handling. [Background of the Invention] With the progress of the times, the changes in social structure and economic patterns, and the decline of moral concepts, criminal cases have gradually increased and are constantly being renovated. Among them, the cases of bombing and intimidation are the most important. Excessive rendering makes the use of explosives as a means of crime endless, and it has become a trick for criminals to follow suit. The horror atmosphere caused by them is far more than any other major criminal case. The detection and processing of explosives is a very dangerous and challenging task. Explosion-proof personnel must have a high degree of wisdom, confidence and patience to calmly judge various possible imaginary conditions at the chaotic explosives site in order to Quickly formulate and deal with the abdominal case, and then proceed to eliminate its threat, in order to reduce the casualties of people and damage to property. Most of the current methods of handling explosives are implemented in the following steps: 1. Observe first 2. Wear explosion-proof clothing 3. Clip with a robotic arm 4. Place in an explosion-proof barrel (basket) or explosion-proof car (ball) 5. Move Place in a safe place 6. Take out from the explosion-proof barrel (basket) or explosion-proof car (ball) 7. Shoot with X-ray camera 8. Shoot with water cannon 9. Collect evidence. The third step in the preceding steps, 4.6.7. 8., requires the explosion-proof personnel to approach the explosives, and even in the case of last resort, it is necessary to grab them by hand. Twenty-eighth figure defense

Case No. 86119119a Amendment V. Description of the invention (2) Explosive personnel operate X-ray camera 9 1 and X-ray film 9 2 within close range of suspicious explosive 10, the second image Explosion-proof personnel cover the suspicious explosives 10 with the explosion-proof blanket 9 3 in the short range, and the second figure shows that the explosion-proof personnel operates the water cannon 3 to destroy the equipment within the close range of the suspicious explosives 10, and the above processes are all close-up. Suspicious bursts are very dangerous. At present, the explosion-proof equipment and equipment used in China are advanced, and most of them are purchased from foreign manufacturers, such as: telescopic robotic arms, explosion-proof blankets, explosion-proof cylinders (baskets), explosion-proof balls (TCV), and explosive object processing robots. , Explosion-proof vehicles, explosion-proof clothing (E0D-7B), etc. However, because gangsters often hide explosives in high places, hidden places or dead corners (such as ceilings, under the rafters, stairs, cars, etc.), it is no longer possible to use robotic arms and explosives to treat robots. What can be solved, and often encountered these difficult situations can only rely on explosion-proof personnel to approach the problem to solve the problem. As a result, unfortunate incidents have occurred one after another, such as the McDonald's Minsheng branch explosion death in recent years, and the explosion in Daya Township, Taichung County. In the important concept of explosives disposal, "distance is safety j" "proximity is dangerous". This is a basic concept familiar to explosion-proof personnel. However, in many cases of explosives disposal, it is still necessary for explosion-proof personnel to remove the hazards at close distance. Dangerous, especially when explosives explode, there will be four kinds of life-threatening crisis situations, the first is "shock pressure", the second is "shards", and the third is "causing the human body to overspeed and slow down", The fourth is " Hot ". Although explosion-proof personnel have been wearing explosion-proof clothing and other equipment, the distance is too close to prevent the hazard of excessive shock pressure at the moment of the explosion. For example: McDonald's Minsheng Branch explosion, explosion-proof personnel deal with the burst at a short distance Explosion caused by accident, explosion-proof clothing (MK-2)

Case No. 86119119 Λ Revision V. Description of the Invention (3) Although it was not penetrated and damaged, the explosion-proof person died because of severe internal bleeding caused by detonation and explosion pressure, and his hands were blown out. In view of this, how to enable explosion-proof personnel to operate the equipment at a safe distance is the only rule for life and body protection. [Inventive Motivation] Explosion-proof workers face the threat of explosives or deal with cases of explosive intimidation, the psychological pressure and fear caused by ordinary people are not understandable, but most of these fears are caused by too close to the explosives, according to research explosion protection Persons wearing explosion-proof clothing (E0D-7B) must be at a distance of more than three meters to ensure the safety effect, but the extension rod robotic arms (XM-4, TM 500) currently used are very limited in control length and control The distances are all within three meters (244cm, 266cm), so it is still very dangerous. The psychological burden of the explosion-proof personnel is invisible, and the robot arm is a heavy metal rod. The weight is more at the front end. In order to balance, you need to add at the rear end of the rod. Hanging several weights (similar to weights), because the explosion-proof clothing itself is already bulky (about 40 kg), and the weight of the robot arm is more than ten kilograms, making the explosion-proof personnel on-site control very difficult, the movement is not flexible And, using the robot arm for a long time will cause a large load, which is not suitable for long-term holding. Although there are currently crawler robots (IMP, MK5) to self-propelled and remotely clamp the explosives, they have the disadvantages of heavy weight, difficult handling, complicated control, difficult to learn, and difficult to control. Dead corners such as low places, stairs, sills, ceilings, etc. cannot be crossed or retrieved. In the end, it is still necessary to rely on explosion-proof personnel to deal with the explosives at a short distance. The inventor serves the explosion-proof processing unit of the Criminal Police Department of the Police Department of the Ministry of the Interior, and uses domestic and foreign explosion-proof processing technology and advanced domestic and foreign explosion-proof processing methods.

_Case number; 86119119_ year month day_ \ ± L · _ V. Description of the invention (4) In the borrowing of equipment and information books, no simple dismantling tool set has been found as a long-distance remote processing device for explosives. And there is no dismantling tool set that can also have the function of injection destruction. In order to ensure the work safety of explosion-proof processing personnel, the inventor searched the literature of advanced countries in Europe and the United States, and researched and developed a simple and safe explosion-proof disassembly tool after several implementations. The simplest tool was used to achieve the best safety. Use effect, its practicality can be said to be no less than high-tech equipment in Europe and the United States

_ 索 号 86119119_ 年月 月 Revision_ 5. Description of the invention (5) Extend the length appropriately according to the scope of the site. Secondly, after the explosion-proof personnel hold the expansion and contraction tube with both hands, the expansion and contraction tube can reciprocate (or rotate, push forward, pull back, and shake left and right) to enable the dismantling tool to disassemble the suspicious explosive smoothly. Or, by hooking a claw on the front of the telescopic tube and hooking a slide with the claw, an electric hand drill or impact tool is fixed on the slide, and the suspicious explosive is bored, dug or drilled by the hand drill or impact tool. Hit holes and so on. Then hook the suspicious explosive with a disassembly tool such as a claw, and then move to the X-ray camera to shoot. Then use the telescopic tube to push the water gun slide forward to the suspicious explosive and fix it. Then I will search for evidence, take pictures, and remember the green. The aforesaid operation can be taken by telescopic tube or small video recording equipment in front of the slide for the whole process for the purpose of certificate storage. [Function and effect] I. Function: The telescopic rod can be continuously extended in a lengthened manner, and after the socket end in front of the telescopic rod is combined with a dismantling tool, the dismantling tool can be used to drill, dig, and cut the suspicious explosive. , Hooking, impact, puncture, insertion, rotary cutting, etc., in addition to the effect of anti-dynamic testing, it can further detect the internal structure of suspicious explosives. In addition, the telescopic tube is sleeved with an irradiation mirror device, and the back structure of the suspicious explosive and the dead angle can be obtained by the retro-reflection of the irradiation mirror. In addition, after the telescopic tube is sleeved with the injection pipeline, the chemical solution can be injected into the suspicious explosive material through the injection pipeline to melt and destroy the suspicious explosive material. The water cannon can be installed on a slide, and the hooks in front of the telescopic tube can be used to catch the slide IHII Ι ^ Η Case No. 86119 丨 19 ^ _a Amendment V. Description of the Invention (6) The rear end is then moved by the telescopic tube Pulley to enable the water cannon to approach the suspicious explosive and fire it after firing. If the front device of the water cannon hits the tool, it can be used to hit the suspicious explosive to observe the internal structure. In addition, a heavy electric hand drill can be used to fix it on the slide, and then use a drill bit to drill or dig suspicious explosives. In addition, the whole process of shooting with video recording equipment can be observed immediately, and it can be stored for future teaching and research. In addition, explosion-proof personnel can operate the telescopic tube behind the explosion-proof shield. In addition to long-distance remote control, disassembly, melting, and dismantling, they can also achieve the dual protection function by the protection of the explosion-proof shield. Second, the effect: 1. Simple structure, easy assembly and disassembly. 2. Light structure and easy to carry. 3. Flexible operation, easy to use and shorten assembly time. 4. Can be processed safely in the shortest time in an effective way. 5. The danger is minimized and the safety is greatly improved. 6. Easy to manufacture, low cost and save public money. 7. Applicable to various environments, not affected by terrain, terrain and climate. [Embodiment] The detailed description is as follows based on the embodiment shown in the figure: The first diagram shows the remote control, injection, and disassembly tool set of the explosive of the present invention, and the multi-section telescopic joint expansion and contraction are disclosed in the diagram Tube 1 and various disassembly tool groups of different forms and sizes 2, water cannon slides 3 for different purposes, rear view mirror 4, injection line 5, video recording equipment 7, etc.

Case No. 86119119 on page 10 Amendment V. Description of the invention (7) Among them, the telescopic tube 1 is composed of a plurality of hollow long round tubes 1 1 (see the second figure at the same time), and is a lightweight metal aluminum tube or It is made of non-metallic tube, and the diameter of the long round tube 11 is smaller at the front end, and the front end of each round tube 11 and the rear end of the other round tube 11 are screwed to each other. As shown in the figure, the front end of the thicker long round pipe 1 1 is sleeved with a liner 12, and the front end of the liner 12 has a plurality of equidistant hooks 121 and can be embedded in a plurality of equidistant perforations 1 11 of the thick round pipe 11. The back end of the liner 12 is a screwed end 122 for a screw sleeve 13 to be screwed together, and the front end of the screw sleeve 13 is a tapered tube 131 and the rear end is a screw hole 132. The tapered tube 131 can be used to tighten The tapered hook claw 1 2 1 enables the claw 1 2 1 to clamp the elongated circular tube 1 1 > to achieve a fixed joint function, and the screw hole 1 3 2 is screwed with the screwed end 1 2 2. Another fourth figure shows a cross-sectional view of the joint between the foremost long tube 11 of the telescopic tube 1 and the handle 20 of the disassembling tool group 2, wherein the end of the handle 20 of the disassembling tool group 2 has a U-shaped spring piece 2 0 1 Two ends of 201 are provided with tenons 202, and the two tenons can be embedded in the small holes 14 at the front end of the long round tube 1 1 by the U-shaped elastic sheet to achieve the fixed combination effect. If the handle 20 is to be disengaged from the long round tube 11, the two tenons 2 0 2 can be pressed into the small holes 14 by two fingers, so that the two can be quickly disengaged. Before implementing this creative disassembly tool, you must observe the suspicious explosive in advance. Because the back or dead corner of the suspicious explosive cannot be observed with the naked eye, it can be implemented by using auxiliary tools such as the rearview mirror 4. Please refer to the fifth figure, first The rear handle 4 1 1 of a flat-type rear view mirror 4 1 is inserted into the long hole 1 1 bis small hole 1 4 and fixed inside, and then the front handle 4 1 3 is adjusted according to actual needs. Elongation, because the movable plate 4 1 5 is connected between the lower part of the mirror plate 4 1 4 and the front handle 4 1 3, so the mirror plate 4 can be made

_Case No. 86119119_ Year Month Revision_ V. Description of the Invention (8) 1 4 has a 360 ° rotation function, as shown in the sixth figure. When the suspicious explosive 10 is placed on a high place (such as on the ceiling), the above-mentioned flat-type rear view mirror 41 can be used to observe the internal structure of the suspicious explosive so that the explosion-proof personnel can decide which dismantling tool to use. In addition to the aforementioned flat-type rear-view mirror 41, a wide-angle rear-view mirror 4 2 as shown in the eighth figure can also be used. The mirror of the rear-view mirror 4 2 is a wide-angle fisheye convex lens, so that suspicious explosives can be removed. The bottom surface (or dead corners such as the top surface and the back surface) is illuminated by the rear-view mirror, so that the explosion-proof personnel can quickly learn why its structure is "because the rear-view mirror 4 2 has a round groove 4 2 1 on the back [see figure 9 (Shown) for the ball end 4 2 3 in front of the handle 42 2 to be embedded, so the rear-view mirror 4 2 can produce a wide-angle rotation function of 36 0 ° to facilitate observation at various angles. After the explosion-proof personnel observes, the disassembly operation of the next step can be performed. Explosion-proof personnel can choose an appropriate dismantling tool set to dismantle the suspicious explosive 10 structure. Since there are multiple dismantling tool sets and each has its own characteristics, for the sake of understanding, only a few examples are introduced, of which tenth A As shown in the figure, an explosion-proof person sets a cutting tool 2 1 with a sharp blade 2 1 1, a central stopper 2 1 2, and a side hook 2 1 3 on the front end of the telescopic tube 1. 1 pierce into the suspicious explosive, and then stop it with the blocking rod 2 1 2 so that the sharp blade 2 1 1 can be cut straight ahead, and after cutting, the suspicious explosive is opened by the hook 2 1 3 Cut the noodles. In addition, the hook 2 1 3 can catch the outer corner 隅 of the suspicious explosive 10 [as shown in the tenth B figure], and can be rotated to change the angle to facilitate observation, cutting and movement. In addition, in order to facilitate cutting, the suspicious blast can be moved to the corner of the wall (or stone, tree, stairs, etc.) 10 before it, so that there are objects on the back to help.

Page 丨 2 Case No. 86119119 Λ a Amendment 5. Description of the invention (9) In addition to cutting, it can also reduce damage to surrounding objects during bursting. The eleventh figure shows a double-peak knife tool 2 2 which is a circular arc knife. With this tool 22, the suspicious explosive 10 can be pierced, and then it can be continuously poked, cut, and rotated. The suspicious explosive 10 dug a hole 10 1 to facilitate the observation of the internal objects. The twelfth figure shows a circular cutting tool 2 3. After inserting the suspicious explosive 10 through the tool 23, the center cone 23 1 is the center, and the side adjustable L-shaped sharp edge 2 3 2 is the radius. A circular hole 1 0 2 is cut by the rotation of the telescopic tube 1. The thirteenth figure also shows a circular drill tool 24, which cuts a circular hole through the rotation of the telescopic tube 1 after inserting the suspicious explosive 10 through the circular wave sharp edge 24 1 of the tool 24. 1 0 2. In addition, it is also possible to use a hollow perforation tool 2 5 1 (shown in the first picture, or tools 2 5 3 to 254). First pierce the suspicious burst 10 with several perforations, and then use a saw blade 288 [As shown in Figure 14A] Penetrate into the small hole 103 and cut open towards another small hole, and then connect several small holes to cut a frame slot. This method is especially suitable for leather Box or rigid packaging. In addition, the fourteenth figure B shows that the explosion-proof personnel used a saw blade 288 in cooperation with the telescopic tube 1 to carry out a sawing operation on the travel luggage (suspected explosives 10). The explosion-proof personnel can hide behind the explosion-proof shield 8 and operate. In addition, it can achieve dual safety protection functions such as long-distance remote control and shield protection. In addition, the hollow perforation tools 251, 252, 253, and 25 [as shown in the first figure] can be used as sampling tools. This is used when the content of the suspicious explosive 10 is gelatinous or semi-solidified. After the punching tool is punched, the content remaining in the tubular tool to determine what it is

Page 丨 3 _Case No. 86119119_ Year Month Amendment _ V. Description of the invention (10) Burst object. In addition, the hollow perforating tool is a sharp hollow tube body at the front end, which can be hooked outside the tube 2 5 1 1 or pierced in the center of the device 2 5 2 1 ° When the disassembly tool 2 needs to be at an oblique angle During the implementation, it can be implemented by the adjustable movable joint 29 [as shown in the fifteenth figure], one of the joints 29 of the joint 29 is sleeved in front of the telescopic tube 1, and the other joint 29 2 can be used for various The disassembly tool 2 is socketed. After the joint 2 9 is adjusted to an appropriate angle, the angle can be screwed by the fixing screw 2 9 3. Please refer to the sixteenth figure, the explosion-proof personnel can use the water cannon slide 3 to make a pair of suspicious explosives. The water cannon slide 3 is a water cannon 31 fixed on the slide 32 with four pulleys [Xi Type water cannon without sliding gear], the water cannon has a perforation 3 1 1 through which a shaft 3 3 can be inserted. After penetration, a stop 3 1 2 is fixed at the rear end, and the shaft 3 3 is at the front end. Then screw a cone 3 4. Because the rear end of the slider 32 has two symmetrical lugs 32 1, and the two lugs can be hooked in by the double hooks 2 7 in front of the telescopic tube 1, and then the slider 32 is moved forward using the telescopic rod 1 (such as the seventeenth (Shown in the figure), and hit the suspected blast 10 with a cone 34, causing its surface to hit a round hole 10 2. In the same way, a drill bit 3 5 can be installed at the front end of the water cannon 31 (as shown in the eighteenth figure), and then the drill bit 35 can be used to strike the suspected burst 10 (as shown in the nineteenth figure), so that the surface of the cannon is rounded.孔 102。 The hole 102. In addition, the second figure shows that an electric hand drill 36 (pluggable or rechargeable) is installed on the slide 32. The electric hand drill 36 is started to rotate, and then the slide 32 is pushed by the telescopic tube 1 Line, and use electric hand drill 3 6 to point at suspicious burst 10 and drill or dig. In addition, if a water cannon 31 is used to deal with the strike, it is shown in the first picture.

1 ^ 11 IIHI Case No. 86119 丨 19 a Amendment V. Description of the Invention (11), which ignites the fuse 3 1 3 of the water cannon 3 1 and then slides the slide 3 2 forward with the telescopic tube 1 Push before the suspicious explosive 10, collect evidence after the water cannon fired and fired. The second one shows that the back end of the telescopic tube 1 is connected to an injection line 5. The one end connector 51 of the injection line 5 is connected to the faucet 6 1 (or the pressurizer 6 2 as shown in the third image), and The other end joint 52 is connected to the rear end of the telescopic tube 1; in addition, a hand valve switch 521 can be provided at the joint 5 2 for the convenience of operation solution discharge [shown in Figure 23]. The operation process is that the explosion-proof personnel can hide the explosion-proof shield 8 and operate the telescopic tube 1 by first using the hollow perforation tool 2 54 (or the tool 25 1 ~ 2 5 3) at the front of the telescopic tube 1 to penetrate the suspicious burst 1 0 first. Inside, after a perforation is formed, the solution (such as water, frozen liquid, strong acid, strong alkali, etc.) is injected into the injection line 5 and flows into the suspicious burst 10 through the telescopic tube 1 to further dampen the internal gunpowder or make Damage to bursting equipment. In addition, the first picture also reveals other disassembly tools, such as double-edged knife 281, machete 282, tapered needle 283, barb tapered needle 284, short knife 285, three-pronged knife 286, crescent hook 287, vertical The tools such as the angle hook 2 89 and the spring hook 280 can also be used to dismantle the suspicious explosive. Please refer to FIG. 24. In the present invention, in order to facilitate the immediate observation of disassembly, the small camera 7 1 (which can be wired or wireless) and the small spotlight 7 2 can be fixed in front of the telescopic tube 1 or in front of the slider 3. Equipment 7, and the display 73 is tied to the rear end of the telescopic tube (as shown in Figure 25) or placed on the ground for observation. Through the entire shooting of the video recording device 7, it can be immediately observed and judged, and it can be stored for future teaching and research and improvement.

Page 15_Case No. 86119119_ 年月 日 _ \ ± ί._ V. Description of the Invention (12) Please refer to Figure 26, for the explosion-proof personnel to attach a hook 2 7 to the front end of the telescopic tube 1 by Hook or other dismantling tool 2 to move the suspicious explosive 10 between the X-ray camera 9 1 and the X-ray film 9 2, and then the explosion-proof personnel press the button 9 1 1 of the X-ray camera to shoot.俾 Yi said afterwards to keep the certificate. The use and implementation of the present invention are: 1. Observe and decide which equipment to use 2. Connect the telescopic tube to the rear mirror to observe the dead angle 3. Then use the telescopic tube to connect with various other dismantling tools to apply resistance Dynamic test and cut its structure 4. Hook the suspicious explosive with disassembly tools such as claws 27, and then move to the X-ray camera to take a picture 5. Then push the water gun slide with the telescopic tube to push the water cannon to the telescopic tube to Before the suspicious burst, strike it, or inject the injection solution with a telescopic pipe connected to the injection line to destroy the internal objects. 6. Search for evidence. In case of a dangerous situation or under the circumstances mentioned above, the photographing process of step (4) may not be carried out and the step (5) may be directly performed. With the implementation of the present invention, explosion-proof personnel can dismantle and destroy suspicious explosives from a safe distance, and operate after the explosion-proof shield to achieve dual protection functions, thereby ensuring the safety of explosion-proof personnel. [Explanation of the drawing] The first picture: the equipment drawing of the explosive dismantling tool set of the present invention. Figure 2: Schematic illustration of the elongation and contraction of the telescopic tube of the present invention. Third figure: Socket connection structure diagram between two telescopic pipes of the present invention. FIG. 4 is a sectional view of the handle of a telescoping tube front socket tool according to the present invention. Fifth figure: The telescopic view of the flat rearview mirror of the present invention.

Page _Case No. 86119119_ 年月 日 _ί ±± _ V. Description of the Invention (13) Figure 6: Schematic illustration of the rotation of the flat rearview mirror of the present invention. FIG. 7: Embodiment 圊 of the present invention using a telescopic tube with a flat rearview mirror. Eighth: The embodiment of the present invention using a telescopic tube with a wide-angle rearview mirror. Figure 9: Side view of the wide-angle rear-view mirror of the present invention. Tenth A 圊: The present invention uses a telescopic tube to cooperate with a three-fork cutting tool. Fig. 10B: An exemplary rotation diagram of a three-pronged cutter with a telescopic tube in the present invention. Fig. 11: The cutting example of the present invention using a telescopic tube with a double-peak cutter. Fig. 12: A cutting example of a telescopic tube and a circular cutting tool according to the present invention. Thirteenth figure: The drilling example of the telescopic tube and drill bit according to the present invention. Fig. 14A: An exemplary cutting diagram of the present invention using a telescopic tube with a cutter. Fig. 14B: The cutting example of the present invention using a telescopic tube with a cutter. Figure 15: A perspective view of a movable joint of the present invention. Figure 16: An exploded perspective view of the mounting cone of the water monitor slide of the present invention. Fig. 17: Fig. 16 Schematic diagram of the impact of the water cannon slide by the telescopic tube moving. Figure 18: An exploded perspective view of a drill bit installed in the water monitor slide of the present invention. Nineteenth Figure: The eighteenth figure is a schematic diagram of the water cannon slide when the telescopic tube moves. Fig. 20: An exemplary diagram of the present invention using a telescopic tube to move a slide with an electric hand drill. Figure 21: Schematic diagram of the water cannon sliding device of the telescopic tube of the present invention. Figure 22: A schematic view of the back end of the telescopic tube connected to the injection tube according to the present invention. Figure 23: An embodiment of an explosion-proof person using the telescopic tube of the present invention with an injection pipeline and a hollow perforation tool. Figure 24: A schematic diagram of a fixed recording device at the front end of the telescopic tube of the present invention.

Case No. 86119119 ± _a Amendment V. Description of the invention (14) The twenty-fifth: The example of an explosion-proof person using the telescopic tube of the present invention in cooperation with a recording device. Figure 26: Demonstration diagram of explosion-proof personnel moving suspicious explosives between the X-ray camera and the negative. Figure XXVII: The process of Xi explosion-proof personnel moving suspicious explosives by hand. Figure 28: The process of shooting X-ray camera and X-ray film by Xi explosion-proof personnel within a close range of suspicious explosives. Figure IX: Process diagram of explosion-proof personnel covering suspicious explosives in close range with explosion-proof blankets. Figure 30: The process of Xi-type explosion-proof personnel operating a water cannon to destroy the equipment within a short distance of the suspicious explosive. [Illustration of drawing number] 1 .......... Telescopic tube 111 .......... Perforation 121 ............. Haw 13 .... screw sleeve 14 ........... small hole 2 ...... removal tool set 201 ...... U-shaped spring 21 ....... cut Blade tool 212 ... Central stopper 22 ..... Double peak knife tool 11 Long round pipe 12 ........... Liner 122 .......... Threaded hole 131 .......... Taper tube 132 .......... Threaded hole 20 .............. Handle 201 ........ .. Tenon 211 ........ Inclined sharp edge 213 ........ Side hook 23 ..... Circular cutting tool 24 ... Circular drill tool 251 ~ 25 4 .. ....... 2 41..Circular wave sharp blade ..... hollow piercing tool

Page 18_ Case No. 86119119_ Year Month Date_ V. Description of the invention (15) 2511. Fishing 2521 ... Center thorn cone 27 ... Hook 281 ... Double-edged knife 28 2. Knife 283 ... Taper needle 2 84 .. barb taper 2 85 ..... Short knife 286 .. Two knife 287 .... Crescent hook 2 8 8. Saw blade 2 89 .... Angled hook 2 8 0 .. Spring fishing 29. Adjustable movable gate Λ-ΛΤ ie 29 1 '2 9 2. Off is 2 93 .... fixed screw 3 .... water cannon slide 31 ..... water stone bag 32 ... slide 321. ... lugs 311 .. perforation 312 .... stop 313. · fuse 33 ..... shaft 34 ... cone 35 ..... drill 36 ..... electric hand drill 4 ... ... Photographing the rear-view mirror 41 ... Flat type rear-view mirror 413 ..... 刖 handle 414 .. mirror plate 415 .... movable closing knot 42 ... wide-angle rear-view mirror 421 ..... round socket Slot 422 .. Handle 4 23…. Ball end 5 .... Injection line 51 '52. Connection 521 .. Hand valve switch 61 ..... Faucet 62 ... Pressurizer 1 ... ... Video recording equipment 71 ... Small camera 72 ..... Small spotlight 73 ... Display 8 ... Explosion-proof shield 9 1 ... X-ray camera 92 ... X-ray film 9 11. Button 93 ... Explosion-proof blanket, page 19, case number 86119119, month B, amendment 5, invention description (16) 10 ..... suspicious burst 101 .... hole 102 .. .. Round sub L 103 .... • Eyelet

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Claims (1)

Case No. 86 丨 丨 9119 _η Revision VI. Patent Application Scope 1. A remote control, disassembly, and injection tool set for explosives, which is a telescopic tube composed of a multi-section hollow long round tube with various shapes and sizes of disassembly. It consists of a release tool, a water cannon slide, an injection pipeline, a rearview mirror, and a video recording device. Among them, the multi-section hollow telescopic tube can be extended in its screw (or tenon, snap) and other ways, and The socket end in front of the telescopic tube can be socketed with various dismantling tools of different forms and sizes; in addition, the rear end of the telescopic tube can be socketed with an injection line to inject the injection solution into the suspicious explosive. 2. A burst remote control, disassembly, and injection tool set as described in item 1 of the scope of the patent application, wherein the water monitor slide is fixed by a water monitor on a slide having a pulley, and the water monitor has a The stopper has two lugs at the rear end. 3. A burst remote control, dismantling, and injection tool set as described in item 2 of the scope of patent application, wherein the water gun has a perforation for a shaft to pass through, and the front end of the shaft can be screwed to a cone . 4. A burst remote control, dismantling, and injection tool set as described in item 3 of the scope of patent application, wherein the cone can be replaced by a circular drill. 5. A remote control, dismantling, and injection tool set for a blaster as described in item 2 of the scope of the patent application, wherein the water gun slide can be replaced with an electric hand drill fixed on the slide, and the electric hand drill can be used to make Drilling and digging operations. 6. A remote control, dismantling, and injection tool set for a burst as described in item 1 of the scope of the patent application, wherein the front end of the elongated tube of the telescopic tube is sleeved with a liner, and the front end of the liner has a plurality of equidistant hooks and can be Embedded in multiple equidistant perforations in front of the round tube, and the back end of the liner is a screw connection for a screw sleeve to be screwed; the front end of the screw sleeve is a tapered tube, and the rear end is a screw hole, and a tapered tube is available To press the tapered claws so that the claws clamp another section of the round tube to achieve a fixed connection _Case No. 86119119_year month__ Six, the scope of patent applications and functions. 7. A remote control, dismantling, and injection tool set for a burst as described in item 1 of the scope of the patent application, wherein the handle end of the dismantling tool set has a U-shaped spring piece, and two ends of the spring piece have tenons and two tenons. Affected by U-shaped springs, they are embedded into small holes equidistantly at the front end of the long round tube to achieve fixed binding effect. 8. A remote control, dismantling, and injection tool set for a burst as described in item 7 of the scope of the patent application, wherein the dismantling tools include: cutter tools, bimodal knife tools, circular cutting tools, circular drill tools, Hollow perforation tools, saws, double-edged knives, scimitars, tapered needles, barb tapered needles, short knives, three-pronged knives, crescent hooks, angled hooks, spring hooks, double hooks and other tools. 9. A burst remote control, disassembly, and injection tool set as described in item 8 of the scope of patent application, wherein the cutting tool is composed of an oblique sharp blade at the front end, a central stopper and a side hook Disassemble the knife. 10. A burst remote control, disassembly, and injection tool set as described in item 7 of the scope of the patent application, wherein the front end of the telescopic tube can be sleeved with an adjustable movable joint, which has two sections, one of which is a sleeve Connected in front of the telescopic tube, the other section is used for socketing of various disassembly tools, and the center of the joint has a fixed screw, which can be used to fix the angle of the movable joint. 11. A burst remote control, disassembly, and injection tool set as described in item 8 of the scope of patent application, wherein the hollow perforation tool is a sharp hollow tube body at the front end "1 2, such as item 11 of the scope of patent application The explosive remote control, dismantling, and injection tool set described above, wherein the hollow tube body can have a central cone. 1 3. A burst remote control as described in item 11 of the scope of patent application Case No. 86119119 A_η is amended in which the hollow tube body can be provided with a hook outside the 8th middle, the round L-shaped knife is the half-round 1st, B3, so it can be, so the 1st middle, Zhao handle Before. In the first section, the extension is installed after the control and removal of the photo; (3) One of the cutting tools described in the item of dynamic bursting such as shrinking the tube and is) is a sharp-edged tool. One type of rear mirror is a plane with a unidirectional 360 ° with movable telescoping function. The other type of rear mirror is a wide-angle spherical end embedded. 6. The scope of patent application, disassembly, and injection tool set. 1 4 、 If the patent application dismantling and injection tool set has a cone, and the side has an adjustable center cone as the center, with an L-shaped edge 1 5. If the patent application dismantling and injection tool set, the first one The handle is combined with the movable handle and the upper handle is pivoted into the lower handle 16 as in the patent application disassembly and injection tool set. The mask has a circular groove for generating 360 ° wide-angle rotation work 17. As in the patent application Xie, injection tool set, and its spotlight, while the display facilitates immediate observation. 18. A type of explosive is remote from the suspected explosive; (2) The surface or dead angle of the suspected explosive is selected in front of the telescopic tube, and the explosion-proof personnel of the telescopic tube hold the hand to push forward, pull back, and shake the suspected explosive to the left and right. (4) Remotely control the suspicious explosive with a center in the center. The tool can be used with a circular hole. Explosive remote control, mirror, its lower end and rotation function; and can. Explosive object remote control, convex lens, the back of the mirror can be used for the explosion object remote control, before shrinking the tube can be installed with a small camera telescopic tube rear end or placed on the ground, solution, injection method, (a) observation The mirror sleeve is connected to the front end of the telescopic tube. Observe and select an appropriate disassembly tool. The range of the socket field is extended to a proper length. The telescopic tube is reciprocated (or rotated, so that the disassembly tool can be disassembled smoothly. Hooks or other disassembly can be performed. Tool hook Page 23_Case No. 86119119_ 年月 日 _ \ ± ί-_ VI. Apply for a patent, and then move to the X-ray camera to shoot; (5) Push the water gun slide forward to a suspicious burst with a telescopic tube Strike before the object; (6) Search evidence. 19. A remote control, dismantling, and injection method for a blaster as described in item 18 of the scope of the patent application, wherein the item (5) can be replaced by injection to destroy the suspicious blaster, which is at the back of the telescopic tube It can be socketed with the injection line, and the other end of the injection line can be connected with a pressure device or a syringe. After the hollow perforation tool at the front end of the telescopic tube pierces the suspicious explosive, the injection liquid is injected through the injection line to enter the suspicious explosive Wet or damaged. 20. A method for remotely controlling, disassembling, and injecting a blaster as described in item 18 or 19 of the scope of patent application, wherein the shooting process of item (4) may not be performed in a dangerous state. 21. A method for remote control, disassembly, and injection of explosives as described in item 18 or 19 of the scope of patent application, in which explosion-proof personnel can hide behind the explosion-proof shield and perform all processes to achieve long-distance remote-control operation. In addition, it can be protected by a shield and achieve double protection. % twenty four