TWI747063B - Point defense and capturing of guided missile to earth and penetrating bomb, ground retracting and lowering machine, apparatus and preparation method of rocket and airship in the navigation - Google Patents

Abstract

The invention discloses a technology for the release of firing and the release of impact energy in the air-to-ground impact of an energy-carrying appliance, which uses the static energy of the earth to melt the motion potential energy of human science and technology products, and contributes to the explosion, The damage becomes a gradual leakage; with its provided Wei Maoshan facilities, rod-type equipment, and a sampan delivery mechanism, it provides intelligence and procedures for the recovery and landing of missiles, ground penetrating bombs, rockets, spacecraft, and satellites. Sexual measures are used to capture ground-attack missiles and ground-piercing bombs with umbrellas: rockets, spacecrafts, satellites and other spacecraft are brought down non-destructively from the ground.

Description

Ground defense, capture, collection and landing facility and preparation method

Defensive defense and capture technology for ballistic missiles, cruise missiles, and ground penetrating bombs; ground recoil technology for aerospace rockets, spacecraft, and satellites.

Keep out the smart missiles of the attacking side in the war; make the program missiles in the attack be captured frequently; let the "saturation" attack missile encounter the umbrella-style retraction; the attacking party's sudden attack on the command hub tactically aborts; defense against space missiles Missiles that have slipped through the system are turned into ground capture.

During construction, aerospace instruments such as rockets, spacecrafts, and satellites will be transformed into space shuttles, which will be lowered and reused.

This tool or non-tool technical method of landing and landing is suitable for various aerospace flights in various forms and different azimuths of a variety of spacecraft.

Dingcheng Mao floating earthquake relief building structure, patent number: ZL201310465498.4.

In view of this, our inventors devoted themselves to further research and proceeded to develop and improve, hoping to develop a better design to solve the above-mentioned problems, and after continuous experimentation and modification, the present invention came out.

The active force of the missiles, ground penetrating bombs, rockets, spacecrafts and other living equipment products developed by human science and technology with the original storage inertia of the earth blends and interacts with each other during local confrontation. In the process, it evaded the bomb impact initiation procedure, dissipated the energy of the impact cluster, and changed the original trajectory of the device's operation, so that the smart bomb was led out of the original tactical target, the program bomb was exhausted and captured, and the rocket and spacecraft were more impactful. The damage was prevented from happening and was taken down.

With the machine tool adjustment mechanism of the present invention, the slight body surface tension of the Wei Maoshan facility, the slight friction coefficient between Mao and Maoshi, the strong shock waves of missiles, ground penetrating bombs, rockets, and spacecraft are inherited and carried by the shock waves. The kinetic energy is consumed in the above-mentioned inheritance and docking process, and is lost and dissipated in the coordination process of the machine and the friction coefficient and body surface tension of Wei Maoshan. Neutralize the technological potential energy of the device with the energy of the stationary earth to achieve the reduction of orbital change of the above-mentioned tools.

〔this invention〕

1: Support shaft, frame bracket fixed rod

2: bearing sleeve

3: Support shaft bearing

4: Bearing solid

5: Bearing nut

6: Guide rod

7: Guide rod bearing

8: Guide rod hanger

9: Oblique sliding hole (cover sheet)

10: Pendant solid

11: Bullet frame, variable bullet frame, arrow frame

12: Frame support rod, frame support seat post, frame support fixed

13: Bracket casing

14: Bracket top cover

15: Wei Mao Mountain Block Mao Layer

16: Weimao Mountain Separate Layer

17: Wei Maoshan Grade Mao layer

18: Wei Maoshan hand-level partition layer

19: Wei Maoshan permits the separation of the slabs

20: Wei Mao Mountain

21: Landing missiles, contact missiles, land-piercing bombs, contact land-piercing bombs, same-strength projectiles, cruise missiles, rockets

22: Hub protection

23: Strategic Hub, Pseudo Hub

24: Sampan

25: Sampan

26: Line sampan floating board, line sampan (bottom surface) floating board

27: Sling hole

28: sampan axle

29: sampan rudder, sampan rudder trench

30: Umbrella Bone Wheel

31: Energy guide rod

32: Non-return ring, energy guide wheel

33: Acute Angle Pry

33: Acute Angle Crowbar

34: long and short hammer

35: Full Hammer

36: Flat Plow

37: Pointed Plow

38: Bald Plow

39: Flat angle prying, flat angle prying rake

40: Phi Mao rake

41: comb and rake

42: Sub-Mao Hammer

43: Poor Hammer

44: Short pole hammer

45: 卯药, 卯药 net

46: Energy guiding link, energy guiding wheel

47: sampan net bracket fixed pole

48: Sampan Net

49: reserve lanyard

50: Navigation Hub

Figure 1-Figure 13 is a diagram of the supporting parts of the fixed rod type machine, including: 1. Support shaft 2. Bearing sleeve 3. Support shaft bearing 4. Bearing fixed 5. Bearing nut 6. Guide rod 7. Guide rod bearing 8. .Guide rod hanging piece 9. Inclined sliding hole (cover piece) 10. Hanging and fixing 11. Bullet-bearing frame 12. Frame bracket rod 13. Bracket casing 14. Bracket top cover.

Figures 14-26 are diagrams of the plate assembly status of each level and each floor of the Weimao Mountain facility, including 15. Weimao Mountain Block Layer 16. Weimao Mountain Block Layer 17. Wei Maoshan sub-level layer 18. Wei Maoshan sub-level layer 10. Wei Maoshan permission to separate the layer.

Figures 27-39 show that the Weimaoshan facility and the solid-rod-type bullet-bearing frame are combined into a body to receive and capture cruise missiles, ballistic missiles, and ground-penetrating projectiles that have penetrated in different locations, positions, and azimuths. Frame machine mechanism and Wei Maoshan facility's different functions and comprehensive effect renderings.

Fig. 40 is an enlarged naked view of the bracket, sleeve, frame bracket seat and bolt fixing frame of the fixed rod. In the picture, the pre-set partition board is called smooth board, and the cast-in-place partition board is called knot board.

Figures 41-46 are the defense diagrams of Maoyin Mountain’s defense against missiles and ground-burrowing projectiles with inadequate battery life.

Figure 47-Figure 65 is a diagram of the matching parts of the sampan, including 45 sampan, sampan 24. sampan 25. sampan tip 28. sampan axle 29. sampan rudder 32. anti-reverse ring 10. pendant Solid 11. Arrow frame 12. Frame support rod 26. Line sampan floating plate 27. Sling hole 30. Umbrella wheel 31. Energy guide rod 32. Energy guide wheel 33. Acute angle pry 34. Long and short hammer 35. Uniform rod Hammer 36. Flat plow 37. Pointed plow 38. Bald plow 39. Flat angle pry 40. Phi-mao rake 41. Comb-mao rake 42. Sub-mao hammer 43. Poor rod hammer 44. Short rod hammer 46. Energy guiding connecting rod 47. The sampan net support rod 48. The sampan net.

Figures 66-79 show the specific conditions of the sampan for the sampan, including spacecrafts, satellites, and other spacecraft, which have been retracted and landed at Weimao Mountain; pre-installed 49. Reserve cable loop 50. Navigation hub and failed to enter Mao due to navigation errors A trip to the Wei Maoshan Rocket of the sampan.

The main functional components and functional structures in this figure are marked with numbers. The thin solid lines in the figure are the function marking lines; the thin solid lines at the bottom of the figure are the combined line; the dashed arrows are the bomb-throwing lines; the middle solid arrows are the line bombs and sampans. , Arrow line; the dashed line is the shape of the out-of-position object; the thick dashed line in the figure is the logical line of the aircraft, not the geometric line; the flying and ejection lines of the bullets and arrows in the figure are logical lines instead of actual measurement lines.

Regarding the technical means of our inventors, several preferred embodiments are described in detail below in conjunction with the drawings, so as to provide a thorough understanding and approval of the present invention.

The fixed rod type machine tool Wei Maoshan, according to the summary of the incoming bullets, implements the principle of the same bullet, frame, and mountain, and the probability that the frame is square. The length of the bomb is the same as the length and width of the frame. The length of the set frame is Nm, the diameter of the corresponding frame support shaft is also N#, and the guide rod steel pipe is 0.4/N#, as the reference value of the quantity.

Prepare the steel pipes of the frame supporting shaft series, supporting shaft bearings, bearing sleeves, bearing fixtures, and bearing nuts; process threads on both ends of the supporting shaft steel pipes.

Prepare 0.4/N# guide rod steel pipe with the same frame width, and matched guide rod bearing, guide rod hanger, oblique sliding hole cover, and hang down.

The bullet-bearing frame is molded with high-strength fire-retardant resin and high-quality fiber cloth. The supporting plate of the bullet-bearing frame is the same thickness as the frame supporting plate, and the frame is first supported and then the frame plate is made. The width and height of the upper edge of the frame bracket are one-tenth of the length of the frame, and the height of the lower edge is 0.6/10 of the frame length. The upper and lower parts are connected with the frame bearing plate. The height of the mold should also include the thickness of the frame bearing plate. The upper center of the lower hole of the frame bracket is 4/10 down from the upper edge along the center line; the lower center is 9/10 down from the upper edge and 3/10 inward on the left side; the two gardens are connected to form an oblique sliding hole. The supporting shaft hole is located 2/3 upwards along the middle line at the bottom of the lower edge, and the diameter of the two holes is the diameter of the supporting shaft end.

After the frame bracket is finished, the steel pipe of the supporting shaft is inserted in time. After the two ends are phased and positioned, the joint frame part of the supporting shaft is brushed with resin and fiber cloth to twice the original diameter. Molded bullet-bearing frame panel, floating to the side with fixed holes; remove the side template in time to position the support shaft into the frame, and add fiber and resin between the frame support fixed plate, frame bottom plate, and support shaft to form a joint body.

Prefabricated spring narrow steel plates are used to fix the front and rear ends of the floating surfaces on both sides of the frame. The spring steel plates and the frame support fixed plate have circular holes on the left and right horizontal elevations and floating surfaces between the front and rear sides of the spring steel plate and the frame support fixed plate.

After the bearing, hanger, and pin at both ends of the choke cover guide rod steel pipe, use the same resin and fiber to reinforce and reinforce the enclosing property until it is twice the original diameter. Licensing is rough by the table. After curing Set the hanger piece and the bearing into the rod and fix it with a pin. The remaining position is biased toward the hanger; the hanger and the bearing are sealed with butter; the inclined sliding hole cover installed into the bullet frame is covered with an inclined sliding hole cover. The bullet-bearing frame bracket is fixed on the fixed plate, and the hanging is fixed on the same side as the inclined sliding hole. The surrounding pockets are knitted with high-efficiency nylon ropes around the frame with the support fixed plate, spring steel plate, and frame floating holes as the fulcrums.

Molding frame bracket rod, bracket rod sleeve, bracket rod, bracket rod top cover with seat. There should be solid holes between each other.

There are two kinds of partitions: prefabricated and cast-in-place. The materials used are high-strength fireproof glass steel plate and double-layer reinforced concrete concrete slab. The selective thickness of the glass steel plate is 3-5cm, the concrete concrete slab is 7-12cm, and the area of the single plate is 4 square meters as the reference data. The plates on the same plane are asymmetrical, not identical, and complementary.

Wei Mao Mountain, a strategic hub to prevent "bulleting", is centered on the hub, and the periphery is rounded. The inner circle is piled with the same number of φ12cm from the inside to the outside; the periphery is 1m wide as a 圩圩. The four kinds of Maoshi, such as φ12cm, φ8cm, φ4cm, and wheat material Mao, are layered and stacked in layers of 30cm; the 圯卯山 of the inner single and outer comprehensive is 3m high, and the scaffolding is erected; in addition to the conventional protection, the operator uses the floating sledge The shoe enters the Mao operation. The prying shoe is a combination of prying and shoes. In addition to the tight connection between the toe web and the Achilles tendon between the prying and the shoe, the area of the prying shoe is three times the area of the shoe before and after the prying. Central installation.

板塊式現澆，先外圍以三夾板圍固，平整卯層並對其整鋪展塑料膜後，先四周後中心，輸混凝土入卯，初步平整，置放底層鋼筋；追加混凝土、追加浮層鋼筋、追加浮層混凝土；平整後用滾筒加壓，然後用平板震動機壓實，養護後按原板塊面設計進行切割；切割十分之九後餘底由其自然斷裂。

模塊式現澆，按設定的模塊用木條隔開並作聯繫性固定；對隔開模塊包括木條整體覆膜並逐個依次整卯後多層全流域聯澆，統一平整；平整、滾筒加壓、震動加 固後，任木條自然降解性斷裂。

網格化現澆，把草繩按設定要求編成網格後移入浮卯，進行適當的三夾板木條托繩後，整卯、整體覆膜，全流域以繩線為先導輸混凝土入模，平整，安放底層鋼筋、追加混凝土、追加浮層鋼筋、追加浮層混凝土，高度不夠可二次加繩並用扎絲扎固，再次繩覆膜並追加澆鑄。

補差化現澆，以預置板塊隔卯板交錯性入卯，對缺位處以木條相隔後整卯、覆膜，鋼筋混凝土加澆。後三款現澆不需要切割。 After leveling the seat layer, enter the prefabricated or cast-in-situ partition board into the base; the cast-in-situ reinforced concrete part is divided into

Block cast-in-situ, first surround the periphery with three plywood, level the layer and spread the plastic film on it, and then put the concrete into the hole first and then the center, initially level it, and place the bottom steel bar; add concrete, add floating layer steel bar , Add floating layer concrete; after leveling, pressurize with a roller, then compact with a flat vibrating machine, and cut according to the original plate surface design after curing; after cutting nine tenths of it, the remaining bottom is naturally broken.

Modular cast-in-situ, separated by wooden strips according to the set modules and fixed in conjunction; the partitioned modules include wooden strips as a whole, and they are layered one by one, and then multi-layered and whole watershed are poured together, uniformly leveled; leveled, roller pressurized , After vibration reinforcement, the wood strips are naturally degradable and fractured.

Grid cast-in-place, weave the straw rope into a grid according to the set requirements and then move it into the floating frame, after carrying out the appropriate three-ply wooden strips to support the rope, the whole area, the whole is covered with a film, the whole basin is guided by the rope and the concrete is injected into the mold. Level, place bottom reinforcement, additional concrete, additional floating layer reinforcement, and additional floating layer concrete. If the height is not enough, you can add rope twice and tie it with ties, and then rope again and add casting.

Fill the difference and cast-in-place, use pre-set plates to separate the slabs into the slabs interlacedly, and use wooden strips to separate the missing places and then complete and cover them, and add reinforced concrete. The last three cast-in-place do not require cutting.

In the same layer, seamless connection is rejected, and the upper and lower plates adjoin each other in a staggered manner. After several layers, move the base frame support rod to the partition board and fix it according to the set position. It is necessary to correct the position of the frame support rod when it is delivered layer by layer, until the top circle heald layer; when the height of the frame support rod is insufficient, use the casing to connect.

The operation of the glass fiber reinforced plastic partition board is the same. It should be cast on the ground when it is cast in place, and moved in when it has solidified 30 to 50%. The pre-installed partition board is a smooth board, and the cast-in-place partition board is a knot board. Normally, the smooth plates alternate with the pimple plates, or the cavities in the same layer complement each other.

Input high sedimentation rate of river sand into the frame support rod according to different settings, and pour water into the rod mouth to promote sedimentation; or mix building stone powder concrete into slurry; or proportional concrete and steel bars: the latter two need to be shaken The stick is shocked.

After hoisting and fixing the bullet-bearing frame, cover the frame support rod opening with the support top cover, and use the hanging block to suspend the guide rod on the upper end of the inclined sliding hole. Use four cables of the same length to gather a limited amount from the frame hanging loop and then hang together to align the frame.

An incoming projectile that enters the bullet frame from the Weimao Mountain of the machine tool can hit any part of the frame. The frame will then touch into a variable bullet frame, transforming the straight energy of the bullet into a circular motion, and the impact of the bullet can be from the tail feathers. Return the incoming bullets, prompting the tail of the bullet to surpass the body and the warhead, and throw it out into a catty bucket; the detonation procedure triggered by the original bullet impact was withdrawn, and the bullet slipped and fell down the hill from Weimao, and its tail feathers plowed out of the circle. The φ12cm and φ8cm large size marks in the comprehensive frame are exposed and fall, floating while supporting the bullets to fall, dissipating the heat converted by the friction of the falling bullets; the small horns precipitate and become the furrows of the bullets. Figure 27, Figure 34.

The projectile that did not touch the bearing frame went straight into the drop point of Wei Mao Mountain. The loose friction along the slope circle heddle was increased by the increasing friction coefficient and pushed by the rear force of the projectile. The warhead was surpassed by the projectile tail, and the bucket was deformed in the same way. , Sliding along the slope and withdrawing to avoid hitting. Figure 28, Figure 29.

The cruise missile that strikes Weimao Mountain vertically, passes through the loose layer of Weimao, and is composed of smooth partitions and knotty partitions. It dissipates energy, compulsively and frictionally, following the established Weimao Mountain. The structure was drilled out, and the impact was lost during the procedure, and it was withdrawn to avoid detonation. Figure 30, Figure 31, Figure 32.

The ground penetrating projectile carrying gravity waves and the acceleration of the jet's tail jet fell straight down the Weimao mountain slope. After being affected by the friction coefficient of the Weimao mountain circle complex layer and changing its orbit, the projectile's tail jet pushed the penetrating projectile through the Weimao mountain barrier. The slippery layer of the board avoids bursting. Figure 35.

High-energy hits the ground penetrating projectile directly at the edge of the bullet frame. The bullet energy turns the bullet frame into a circular motion without gaps. When the energy is exhausted, it will fall automatically and avoid explosion. Figure 36.

The ground penetrating projectile, which hit the surface of the bomb-bearing frame and was slippery, was thrown onto the comprehensive slope of the Wei Maoshan circle, without impact, without exploding. Figure 37.

Directly hit the center of the bullet-bearing frame, and there is no contact missile with the same physical strength. The warhead is guided to the side by the guide rod and obtains the same physical strength. Figure 38, Figure 39.

The missile that passed by the bomb frame slipped down the slope and hit the slope and the ground surface and was captured after consuming energy. Figure 33.

Concealed facility Wei Maoshan, remove the bullet-bearing frame and frame support rods, use the same procedure in the Wei Maoshan facility, fragment partitions; use steel plates or scrap steel plates after anti-rust treatment and use smooth plates to pave the partitions Layer, secondly, cast-in-situ concrete board or glass steel plate is used as a supplementary hole filling type and interlayer type knot board. If necessary, the edge of the steel plate can be Add strip steel to thicken longitudinally and fill the cave with the same thickness, and build up the Wei Maoshan facility. Transfer to the strategic hub, and still input the information flow and signal source of the strategic hub. Stars are densely distributed on non-strategic defense areas for tactical deception and temptation. The saturated attack bombs composed of ground penetrating bombs, cruise missiles, and ballistic missiles are collected by umbrellas. Descending; not only relieved the tactical attack, but also directly deciphered all the technical parameters of its bombing.

The ground penetrating projectile that hit the Wei Mao Mountain from the top of the mountain was blocked by the irregular bearing of the spacer and the friction of the lift. The leakage of the tension and the drift of the spacer caused the projectile to drift and change its trajectory.卯 layer drilled out. Figure 41.

The ground penetrating projectile that hit the comprehensive layer at the foot circle of the Weimao hill changed its orbit and was pushed and forced by the projectile jet energy along the ground and the roadway separating the slab layer, drilling out of the roadway and being captured. Figure 42.

The cruise bomb that swept down the slope glided along the slope to the ground, and was captured after running out of energy. Figure 43.

The cruise missile that hit the side top of Weimao Mountain was dragged by the circle layer and turned around in weightlessness at the tail and forehead, and then carried the missile with its tail jet and flew forward. Figure 44.

The ballistic missile that hits the side roof of Wei Mao Mountain vertically at the same position without endurance energy was dragged by the loop layer and the core mark slip layer and then thrown upside down, and the energy was exhausted and captured after the falling bomb continued to slide. Figure 45.

The missile that hit the barrier layer of Wei Mao Mountain in a vertical plane was forced by the barrier, changed its orbit, and then traversed the slide before sliding, and was captured after exhausting its energy. Figure 46.

The sampan-style handing over Wei Maoshan, and all the series components of Figure 47-Figure 65 of the Maoshan and Wei Maoshan facility series are made according to the settings. According to the outline of the retractable aircraft, refer to the mechanism of the fixed rod type bullet-bearing frame, make and assemble the sampan, retain the foundation and procedures of the frame bracket rod and the bullet-bearing frame, and change the bullet-bearing frame to an arrow frame.

Molded left and right sampans. The upper side length of the sampan is 1.15 times the frame length as a reference number, and the lower bottom length of the sampan is 1.05 times the frame length as a reference. The height of the bottom and side of the sampan is slightly higher than the frame height. The upper edge of the sampan is framed 2 The double radius circle is the tip warping reference, and the lower edge of the sampan is 2.7 times the frame height as the tip warping reference: the intersection of the two arcs is the tip of the sampan, and the inner width of the sampan is 1.08 times the frame width.

Take the two solidified sampans floating and fix them on the left and right, use the three splint to seal the bottom ring tips, leave the corresponding mold cores in the sampan rudder groove and the sling hole, and cover the bottom of the sampan with a rubber coat. Repeatedly paint resin and fiber cloth, and connect with the left and right sampans to the set specifications. After curing, turn the sampan over, remove the supporting plate and use the foot horse to support the four flat corners of the sampan and the sling hole and the sampan rudder groove to make it stable, the sling hole mold and the sampan rudder groove mold, the original embossed mold core Reverse the bottom protrusion, once again add resin and fiber cloth to the bottom to reach the standard.

At the same time, the frame support seatpost with single-throw seat legs is produced. The rudder is made of anti-rust steel or metal plate; the upper edge of the sampan rudder has sampan fixing holes, and the side edge has wheel fixing holes. The length and thickness of the sampan rudder are the same as those of the sampan rudder groove; the height of the sampan rudder is 1.6 times that of the sampan, including the part that enters the sampan; The bottom length of the rudder is one-tenth of the full length; the upward oblique angle of the rudder is about 12°, and the two ends are symmetrical.

Molded rib wheel; the outer edge of the rib wheel is thin, without edges and corners, and the inner bone spokes and hub are thick; the ribs of the spokes extend radially outward. The radius of the wheel shall not exceed the height of the sampan; it is made of glass steel.

After the umbrella rim wheel is fixed on the umbrella wheel shaft by gaskets, bearings, nuts, and pins, two flexible hoops are installed in the middle of the shaft. The naked end of the hoop has a fixing hole, and the sampan axle with the naked hoop fixing hole is coated with resin and reinforced with fiber cloth until the shaft diameter is doubled. Connect both ends of the sampan rudder with the hoop of the sampan wheel shaft, move the sampan in time, and put the sampan into the ditch. Use resin fiber cloth to cement the sampan, sampan axle, bottom floating panel, sampan rudder, and sampan rudder groove. After curing, turn the sampan over and still use the feet to support the four corners. Use short steel as a pin to insert into the fixed hole of the sampan, place wooden mold strips on both sides of the exposed sampan and cover with gel coat, and fill the sampan with resin and fiber cloth on the upper edge of the pinned sampan. When the load is full, the mold is removed after curing, and the sampan rudder and the sampan axle are integrated.

The mounting frame bracket rod seat is fixed into the sampan, in addition to the bottom seat fixing, the frame bracket rod and the sampan are glued with resin and fiber cloth.

The upper sampan of the lifting bearing frame is fixed; the top cover of the frame bracket is installed; the inner side of the frame hanging ring is welded with short round steel to form a non-return ring.

Secondly, synchronously fabricate and install the metal energy guide rod of the glass fiber reinforced plastic energy guide wheel, and use the same # steel pipe of the guide rod and the length of the inner diameter of the sampan to make the energy guide connecting rod; Energy guide wheels on both sides.

The sampan tip net bracket is made of the same material steel of the energy guiding rod at the arc starting point of the sampan tip, and the sampan tip net is braided with nylon rope between the fixed rod and the tip.

The sampan-style sampan removes the partition board program. According to the setting needs, add a long and short hammer or a full-stroke hammer, a flat plow, a pointed plow, and a bald plow to form an acute-angle plow (hammer) or One of the flat-angle prying and prying rake and combing rake, split hammer, differential hammer, and short-stem hammer, constitutes a flat-angle prying rake (hammer). Place in advance layer by layer or single layer in the stacks of Wei Mao Mountain; leave a storage lanyard ring between the multi-layer skid and the skid and the sampan, and withdraw the lanyard; when approaching the top of the mountain, set the navigation hub equipment into the top of the mountain; The sampan is lifted by a helicopter or boom to be seated on the roof. The sling is extended from the sling hole, penetrating the hanging fixture, and the guide rod is lifted, and the sampan is supported by the floating load and the friction of the rudder. Figure 66, Figure 67.

After the sampan bears the arrow, it becomes a sampan. The friction between the loop and the core mark slip of the sampan creates the load of the sampan. The sharp-angled plow (hammer) in Maozhong supports the friction of the sampan. The hillside reaches the flat ground and the energy is exhausted and then it is lowered; or the load is increased step by step by multiple sets of flat-angle prying rake (hammers), and the energy is exhausted in the designated area and then lowered.

When the rocket falls to the left of the sampan frame, the sampan tilts to the left, the sampan rudder is submerged in the circle layer to steer, rub against, and sampan down. Figure 68, Figure 69.

The rocket hit the center of the sampan, the guide rod slides down to guide the rocket's nose, body, and tail, and tilts to the right. Figure 70, Figure 71.

The navigation was inaccurate, and the rocket landed on the sampan net to the left, and Maofang quickly sampaned leftward under the potential energy of the arrow. Figure 72, Figure 73.

When the navigation was inaccurate, the rocket dropped to the left side of the sampan bearing frame, and after the sampan bearing frame first transferred energy to the ship, the full sampan moved leftward towards the plow. Figure 74, Figure 75.

A navigation error caused the rocket to fall into the left front Wei Mao hillside of Maobo, and plow along the Maoshi slope, from the hillside to the flat ground. Figure 76, Figure 77.

A navigation error caused the rocket to fall vertically into the front slope of Weimao Mountain. The arrow changed to the original state of Weimao Mountain and the stability of the sampan. It slid through the body of Weimao Mountain and stumbled out. Figure 78, Figure 79.

After the above-mentioned three groups of Wei Maoshan are finished, the surface is covered with thin layers of four, six, eight, big kao, and building stones to prevent rainy water from gathering gullies for water transportation. At the foot of the mountain, creeper plants are planted to protect the mountain. For long-term mulching and maintenance; cut off the roots of the plant and burn it with sulfuric acid when using it, and use a drone to uncover the net after it dries up.

One rocket and one missile can build thousands of Wei Maoshan and its machinery, delivery equipment, and guarding strategic guarantees and tactical security.

The four-two-handed-thousand-jins, a kind of magnifying board of Chinese martial arts, is a weaponized and systematic application of missile weapon attack, defense, capture, and capture technology. The mortar pile stabilizes into a group with critical internal energy by its own sedimentary balance. The attack of its missiles, ground penetrating bombs, rockets, and spacecraft broke this balance, and the potential energy of the mountain-like mortar pile was transformed into another kind of potential energy, which was in the form of mountain water, debris flow or avalanche ditch. High mountain water, mudslides or avalanche ditch with their own energy storage or potential merging potential energy, the incoming bombs become the prisoners of Maoshi Liu. All incoming external forces will be assimilated by their internal forces.

In fact, the large 卯石 is added to the fortune by its diameter, showing sliding or beating; the small 卯卯 participates in the fortune by the circumference, and it is rolling. Between the ship and Maoliu, friction and heat are separated, and the temperature of the ammunition is safe.

A technical structure and facility for the assimilation of the original energy to the post-energy; the assimilation of tangible energy-carrying appliances with invisible pre-stored energy.

To sum up, the technical means disclosed in the present invention can effectively solve the problems of the prior art and achieve the expected purpose and effect. It has not been seen in the publications, has not been used publicly, and has long-term progress before the application. The patent law claims that the invention is correct. Yan filed an application in accordance with the law and prayed for the detailed examination and grant of the invention patent.

However, the above are only a few preferred embodiments of the present invention, and should not be used to limit the scope of implementation of the present invention, that is, all equivalent changes and modifications made in accordance with the scope of the patent application of the present invention and the content of the description of the invention are all It should still fall within the scope of the patent for this invention.

11: Changeable frame

20: Wei Mao Mountain

21: Contact missile

22: Hub protection

23: Strategic Hub

Claims (5)

A ground defense, capture, and retreat facility, which is characterized in that it includes a fixed pole type machine tool Wei Maoshan, a hidden facility Wei Maoshan, and a sampan handover Wei Maoshan in a set area: the fixed pole type, Including bracket rod with seat frame, frame bracket rod, bracket sleeve, bracket top cover, bottom-up bracket supporting machine tools; the machine tools, including the ball bearing frame and a complete set of supporting shafts, bearing sleeves and supporting shafts forming the supporting frame Bearings, bearing fixings, shaft fixing nuts, guide rods, guide rod bearings, guide rod hangers, oblique sliding hole cover pieces, hanging fixings, frame bracket fixing plates, bottom plate of bullet-bearing frame, spring steel narrow plate, nylon rope net Operate missiles, change bombs, accept cruise missiles, ballistic missiles, ground penetrating projectiles, and throw off orbital changes; the Weimao Mountain includes the ring heddle, the core mark and the partition plate; the ring heddle卯, the outer periphery is φ12cm, φ8cm, φ4cm, and every 30cm layer of wheat grains are superimposed on the surface layer of Wei Maoshan; the core mark is the inner circle with φ12cm every 3m as a layer and layer by layer on Wei Maoshan. The inner layer of stone; the partition plate, that is, the modular high-strength double-layer reinforced concrete concrete slab or high-strength fire-resistant glass steel plate that traverses between the layers of the various layers; accept the variable bullet frame in the way of 圩卯山Projectiles thrown or directly attacked; each layer of the set partition board has different seams on the upper and lower sides, left and right asymmetrical, large and small are different, and the same layer is not connected with modular interconnection layer by layer. ; The hidden facilities include rust-proof modular waste steel plates, concrete slabs or glass fiber reinforced plastic slabs that bridge the hole; remove the bullet-bearing frame and frame support rods, and directly collect Catching incoming bombs; the sampan delivery tools, including sampans, acute-angle plows (hammers) or flat-angle plows (hammers), navigation hubs, and reserve lanyards; the sampans include bearing (change) arrows Frame, frame bracket rod, also including non-return ring, energy guiding rod, energy guiding connecting rod, sampan rudder, energy guiding wheel, umbrella bone wheel, umbrella wheel shaft and its matching gaskets, bearings, nuts, pins, hoop, The preparation composition of sampan and sampan (bottom) floating plate, sampan tip, sampan tip net, and sampan tip net support rod with sampan rudder groove and sling hole; the acute-angle prying plough (hammer) includes an acute-angled prying Selective synthesis with long and short hammers, full-rod hammers, flat plows, pointed plows, and bald plows; the flat-angle prying rake (hammer) includes flat-angle prying and plowing rake, comb rake, and split rake Selective synthesis of hammers, differential hammers, and short-stem hammers; the 圩卯山, the partition plate is removed, the sampan is carried by the sampan, and the sampan is carried by an acute angle plow (hammer) or a flat-angle plow (hammer) Through the transmission of frictional energy provided segment by segment of the reserved cable ring, the arrow can be retracted in the set area, or the rocket that is misleading can be directly retracted by Weimao Mountain; the technical facilities of Weimao Mountain also include floating Prying shoes, climbing claw shoes, covers; the said fixed-rod machine tools, hidden facilities, and sampan handing tools are integrated with their respective Wei Maoshan, a posture born for bullets, a kind of embracing the arrow Normally, through the respective mechanical structures and mechanisms, the body surface tension and the body friction coefficient of the present invention are unified, and the load energy of the supported spacecraft is consumed to complete capture and recovery. A method for preparing a ground defense, capture, and retreat facility as described in claim 1, wherein the uncovered lanthanum collapse of Weimao Mountain is weakened by the staggered stacking difference of the cast-in-situ lump-in-situ lumps, and the unshielded lanthanum collapse of the Weimao Mountain is weakened by the slab. Increase and strengthen the aggregation of the 卯, and provide the structure of Wei Maoshan with modular plate difference interaction; the above process is completed by flat plate and modular cast-in-place; firstly, the first layer buoyant surface is wrapped and fixed with a partition, and then flattened. After the potholes of the layer are covered with a thicker plastic film, the concrete paving is fed into the bottom of the paving, and the bottom reinforcement is added to the paving concrete; after the concrete is added and leveled, the surface reinforcement and surface concrete are added, and the roller is used first after leveling Pressurized and then reinforced with a plate vibrating machine; after curing, cut according to the requirements of the set plate; or modularly cast with wooden strip spacers or straw rope nets, and membrane-covered spacers, and also add layer by layer instead of casting block by block in the whole basin , Accumulate the integration structure layer by layer. A method for preparing ground defense, capture, and retreat facilities as described in claim 1, wherein the method of solid deposition with empty poles is used to reinforce, reinforce, and strengthen the strength of the frame support rods to improve the bomb-bearing capacity of the equipment and Use it again after it is destroyed; after the bullet-bearing frame is installed, add a high sedimentation rate of river sand filling rod to the upper mouth of the frame support rod, and inject water into the rod to promote sedimentation; or add lime concrete or steel bar to the mouth of the rod Concrete provides the endurance and repeated use efficiency of the frame support rods. The latter two need to be vibrated with vibrating rods. A method for preparing ground defense, capture, and retreat facilities as described in claim 1, wherein the continuous superimposed chain energy dissipation mechanism of synchronous guidance, handover consumption, and step-by-step rake is used to dissipate the space and the load of arrows. First, prepare the non-return ring, the energy guiding rod, and the energy guiding wheel. The combined length of the energy guiding rod and the energy guiding wheel is slightly higher than the value between the bottom of the frame and the bottom of the sampan; Thick, thin-rimmed mold rib wheel, ribs spread radially, no edges or corners on the rim; preparation of acute angle prying, long and short hammers, straight hammers, flat plows, pointed plows, bald plows/or flat-angle plows and Plowing rakes, combing rakes, splitting hammers, differential hammers, short rod hammers, configured as acute-angle plowing plows (hammers) or flat-angle prying plows (hammers), one of them or multiple presets is placed in the Wei Maoshan , Wei Maoshan removes the partition board, and reserves a reserve cable ring to connect it with the sampan; install energy guide rods, energy guide wheels, and umbrella skeletal wheels into the sampan: the impact of the energy-carrying rocket makes the frame edge of the arrow Tilt down and transfer the energy to the energy guide rod and the barren mountain bottom. At this time, the energy guide rod stretches forward, deriving the energy wheel to roll forward, and transfers this part of the energy to the sampan. When the sampan rudder and the rim wheel enter the sampan for friction, after the sampan is initially stable, the reserve cable circle is exhausted, and the sharp-angled plow (hammer) or the flat-angled rake (hammer) transfers frictional energy to the sampan. The rein type negative skid plow is retracted after reaching the ground on the slope or when the energy consumption of the loading on the slope is exhausted. A method for preparing ground defense, capture, and retreat facilities as described in claim 1, wherein after the completion of the construction of the above-mentioned groups of Wei Maoshan, a thin layer of frontal construction is sprinkled on the surface of the hillside, four and six The mixed layer of eight stones prevents the torrential rainwater from transporting the outer ring stone for short-term protection; planting creeper plants over the slope for long-term maintenance; cutting off the roots and burning them with sulfuric acid when in use, and uncovering the nets with drones after wilting.

Images