Cone umbrella-shaped bulletproof equipment

Abstract

The umbrella comprises an umbrella cover, umbrella ribs, an umbrella shaft, an umbrella shaft nut, a shaft ring, an umbrella cap, a fixing valve, a supporting gasket, a gasket, a connecting valve, a gasket spring, a bolt nut and an auxiliary umbrella handle. The invention aims to provide the bulletproof and anti-impact movable shelter, so that bullets, elastic sheets and explosion impact are far away from the body of a soldier; 2, firearm shooting is not hindered; 3, the device is portable and easy to replace. And 4, providing a visual field, assisting attacks and early warning dangers (slowing down fear of a battlefield). The purpose of the invention is mainly realized through the following structure: a main body is in a cone shape, and a plurality of independent cone umbrella fabric structures are arranged in the main body. The conical umbrella cover is made of purchased smooth bulletproof materials or more effective materials, the umbrella cover is attached to the umbrella ribs, the umbrella ribs are connected to the shaft rings, the multiple shaft rings are arranged on the umbrella shaft and separated through the gasket springs, the two ends of the umbrella shaft are fixed through the umbrella shaft nuts and the fixing valves, each shaft ring can form the conical umbrella cover, and the inner walls of the shaft rings are smooth and can rotate on the umbrella shaft. And then all cone umbrella covers are driven to rotate.

Description

1. Technical Field

[0001] The present invention relates to a conical umbrella-shaped bulletproof equipment. 2. Background Art

[0002] Since the emergence of gunpowder, various firearms and bombs have emerged. The ancient iron armor has been eliminated because it cannot prevent bullets. The main bulletproof equipment that can be easily carried by modern individual soldiers is bulletproof vests and bulletproof helmets. The materials used to manufacture them include bulletproof glass and bulletproof fabrics.

[0003] Bulletproof glass: Bulletproof glass is a composite material obtained by special processing of glass or plexiglass and high-quality engineering plastics. It is usually transparent. For example, polycarbonate fiber thermoplastic plastics are generally Lexan resins, also called LEXAN PC RESIN. This kind of glass has the appearance of ordinary glass and the behavior of transmitting light, and provides certain protection against the shooting of small arms. Bulletproof glass has good safety, impact resistance and penetration resistance, and has functions of anti-theft, bulletproof and explosion-proof.

[0004] Bulletproof fabric: Bulletproof fabric is a special material, mainly used to manufacture protective equipment such as bulletproof vests and bulletproof helmets. This kind of fabric is usually made of high-strength fibers, such as para-aramid, high-molecular polyethylene, etc. These fibers have very high tensile strength and elastic modulus, and can effectively resist the impact force of bullets and shrapnel.

[0005] Although bulletproof vests and bulletproof helmets have strong bulletproof capabilities, they are too close to the body and are vulnerable to impact injuries, and the protected parts are not comprehensive. When encountering multiple enemies with firearms attacks without cover, it is easy to be injured or killed, and it is easy to panic and unable to make effective responses when encountering grenade or unmanned machine raids.

[0006] Camera: A camera (CAMERA or WEBCAM) is a video input device, also known as a computer camera, computer eye, electronic eye, etc. Its function is similar to that of a human eye, and it can capture and record images of the real environment and store them in the form of data. Cameras are widely used in fields such as video conferencing, telemedicine, and real-time monitoring, enabling people to have video and audio conversations and communications on the network. In addition, cameras are often used in various digital imaging and audio-visual processing applications.

[0007] The working principle of a camera is that it collects image optical signals through a lens, and then the photosensitive component circuit and control component in the camera process the image and convert it into digital signals that can be recognized by a computer. These digital signals are then input into the computer through a parallel port or USB connection, and the image is restored by software.

[0008] Imaging device. An imaging device refers to a device that presents image or text information in a visual manner. Among them, the display is the main component. A display is a device that displays image or text information on a screen and is easily purchasable on the market.

[0009] VR technology, that is, Virtual Reality technology, is a technology that uses computer technology and simulation systems to simulate and create real environments and scenarios. By wearing specific VR devices, users can seemingly experience, interact with, and operate in a virtual environment as if they were on the scene, achieving an immersive feeling. The development of VR technology can be traced back to the 1960s, and with the progress of computer and display technologies, VR technology has developed more rapidly in recent years. Currently, VR technology is not only widely used in the fields of entertainment and gaming but has also expanded to fields such as education, medical, architecture, tourism, and military. Using VR technology, users can be isolated from the real world and enter a virtual environment. Generally speaking, a VR system consists of three main elements: a virtual environment, perception devices, and interaction devices. First is the virtual environment, which is composed of three-dimensional graphics and sounds generated by a computer. The quality of these graphics and sounds determines the visual and auditory experience effects of users. The virtual environment can be a simulation of a real environment or completely fictional. Whether simulating a real environment or creating a virtual environment, highly realistic images and sounds are required to provide an immersive experience. Second are the perception devices, which include Head Mounted Display (HMD), gloves, holographic projection, etc. The head-mounted display is the most commonly used device currently. Users wear it on their heads, completely enclosing their eyes and ears in the virtual environment. This device usually includes binocular displays, sensors, and tracking devices that can sense the head movements of users to ensure that the viewing angle is consistent with the head movements of users. Finally are the interaction devices, which are used for users to interact with the virtual environment. Common interaction devices include controllers, gloves, somatosensory devices, and tactile feedback devices, etc. Interaction devices allow users to interact with the virtual environment through gestures, voices, eye movements, etc., enabling users to feel the entities and forces in the virtual environment.

[0010] Both of the currently disclosed bulletproof umbrellas have drawbacks. The bulletproof umbrella with the publication number CN101936685A has too single a function and cannot use a firearm to counterattack during defense. The bulletproof umbrella with the publication number CN201445040U has limited visibility and cannot replace the firearm. III. Summary of the Invention

[0011] The present invention includes umbrella surfaces (1, 3), umbrella ribs (2, 4, 5, 6, 7, 9), umbrella shafts (11, 12, 13, 14), umbrella shaft nuts (16), shaft rings (17), umbrella caps (15), fixed valves (19), support washers (21), washers (20), connecting valves (25), washer springs (18), bolt nuts (8), and auxiliary umbrella handles (10).

[0012] Objectives of the present invention:

[0013] 1. Provide a bulletproof and impact-resistant mobile shelter to keep bullets, shrapnel, and explosion impacts away from the soldiers' bodies.

[0014] 2. Do not interfere with firearm shooting.

[0015] 3. Be portable and easy to replace.

[0016] 4. Provide a view, assist in attacks, and give early warnings of danger to relieve battlefield fear.

[0017] The objectives of the present invention are mainly achieved through the following structure.

[0018] 1. The main body is cone-shaped and has a structure with multiple independent cone-shaped umbrella surfaces inside. The cone-shaped umbrella surfaces are made of purchased smooth bulletproof materials or more effective materials. The umbrella surfaces are attached to the umbrella ribs (1), and the umbrella ribs are connected to the shaft rings (6, 7, 8, 17). There are multiple shaft rings (17) on the umbrella shafts, separated by washer springs (18), and fixed at both ends with umbrella shaft nuts (16) and fixed valves (19). Each shaft ring can form a cone-shaped umbrella surface. The inner wall of the shaft ring is smooth and can rotate on the umbrella shaft, thereby driving all the cone-shaped umbrella surfaces to rotate (1, 2, 3, 4, 11, 12, 17). The rotatable cone-shaped umbrella surfaces can not only prevent bullets and shrapnel but also deflect them. The multiple independent inner umbrella surfaces inside can significantly improve the bulletproof effect. After the outer umbrella surface is damaged, the inner umbrella surface can still prevent bullets and deflect shrapnel. The washer springs between the shaft rings have the ability to reduce shock and impact. The umbrella ribs can be adjusted as needed. The inner umbrella ribs can be lengthened or shortened to change the deflection angle of the cone-shaped umbrella surface. The umbrella shaft can be lengthened to add shaft rings, spring umbrella ribs to increase the number of inner umbrellas, or vice versa. The umbrella ribs connecting the shaft rings can be reduced to reduce the number of umbrella surfaces, or the number of shaft ring holes can be increased to increase the number of umbrella surfaces. (There is no limit to the metal material of the umbrella ribs and umbrella shafts. The lighter and stronger, the better.)

[0019] 2. The umbrella shaft has a structure (12, 13①) that can accommodate the barrel of a firearm without interfering with shooting. The umbrella shaft is a tubular body with a cylindrical hollow in the middle. The size of the hollow can be adjusted during manufacturing as needed to fit the barrel of a specified firearm. After the enemy obtains this invention, they cannot use it because the inner diameter of the barrel does not match that of the umbrella shaft (11, 12, 13①). One end of the umbrella shaft has a large thread, and the other end has a small thread. The outer diameter of the large thread is the same as the outer diameter of the umbrella shaft, and the outer diameter of the small thread is smaller than the outer diameter of the umbrella shaft (11, 12, 14). The barrel is inserted through the small thread of the umbrella shaft, and the bullet flies out through the large thread (12).

[0020] 3. The umbrella shaft has a structure with several rows of horizontal perforations (12③). There is a fixing valve (11, 19, 23) on the umbrella shaft that can open and fix the umbrella body and the barrel. The fixing valve is in the shape of a tubular body that fits over the umbrella shaft in a split manner. There are two rows of horizontal perforations on the tubular body, and the size of the holes is the same as that of the horizontal perforations on the umbrella shaft (12③), with a spacing of one row. There is a split bolt that can be pressed inward in each of the horizontal perforations of the tubular body. After determining the size and shape of the opened umbrella body, move the fixing valve to the required position, and press the split bolt into the corresponding horizontal perforation of the umbrella shaft to fix the umbrella body (11, 19, 23). If the position of the size and shape of the opened umbrella body is slightly different, washers (20) and support washers (21, 24) can be added above the fixing valve. After inserting the barrel of the firearm into the umbrella shaft, the split bolt can be further pressed in to touch and hold the barrel of the firearm, thereby fixing the barrel in the umbrella shaft. (The bolt on the fixing valve can be connected to a heat dissipation conduit to stabilize the temperature of the barrel) Connecting valve (25), the connecting valve is installed on the firearm and also serves as a fixing function. There is a short hollow tube above with an outer diameter the same as that of the umbrella shaft and an inner diameter with a thread that mates with the small thread of the umbrella shaft. The lower hollow shell can be manufactured according to the specified firearm to fit the firearm shell, and there are the same split bolts as those on the fixing valve on it to fix the firearm. Auxiliary umbrella handle, the auxiliary umbrella handle is a long hollow tube with an outer diameter the same as that of the umbrella shaft and an inner diameter with a thread that mates with the small thread of the umbrella shaft. When not in use, the small thread is connected to the auxiliary umbrella handle. After pressing the umbrella surface together and tying a buckle belt to bundle it into a pointed stick shape, it can be conveniently carried (9). Once the buckle belt needs to be pulled open, the umbrella surface will automatically pop open under the action of multiple springs. After the umbrella body is damaged, loosen the split bolt, rotate the umbrella shaft to separate the connecting valve, pull out the barrel from the damaged umbrella body and umbrella shaft, insert it into the umbrella shaft of the spare umbrella opened inside the umbrella, rotate the umbrella shaft to connect the connecting valve installed on the firearm, and then tighten the split bolt to make a seamless replacement, which will give soldiers a great advantage when facing enemies without cover. (The small thread can be replaced with other interfaces)

[0021] 4. The umbrella shaft has a through-hole structure that can accommodate data power lines. Four holes are arranged side by side and located in the shaft wall of the umbrella shaft, without intersecting with the horizontal through-hole of the cylinder. Slots are opened at the small thread and the large thread (12②, 12③, 13②). A transparent hollow conical umbrella cap (15) and an umbrella shaft nut (16) are installed at the large thread. The outer shell of the hollow conical umbrella cap can be made of transparent bulletproof glass, and a camera is installed inside. The data power line is placed in the through-hole of the umbrella shaft. One end is connected to the camera in the umbrella cap through the slot at the large thread, and the other end is connected to the imaging device inside the umbrella through the slot on the right side of the small thread. The umbrella cap provides the capture of the external view of the umbrella. The umbrella body with multiple conical umbrella surfaces provides a bulletproof barrier. The umbrella shaft that can accommodate the barrel and the data power line provides the attack ability and the channel for connecting the camera. The imaging device connected to this channel provides the external view of the umbrella. In this way, the enemy outside the umbrella can be attacked through the imaging device. The imaging device can use VR devices, and VR glasses are the best. After combining with VR technology, shooting will become a simple matter. The computer with VR configuration monitors the surroundings through the camera in the umbrella cap. By using software operation and analysis, the positions of the enemies and their weak points in the observed images can be displayed. As long as the soldier pulls the trigger according to the image instructions. In the face of a large number of enemies, high-speed target raids, and various unmanned weapons, timely counterattacks or evasions can be carried out. When resting, the umbrella body with the camera-equipped umbrella cap is inserted into the ground through the auxiliary umbrella handle. Once danger approaches, the VR device worn on the head will issue a reminder to wake up the soldier. (The images displayed in the VR device can be adjusted, and the soldier can thus reduce and eliminate the fear on the battlefield) IV. Description of the Drawings

[0022] Figure 1 It is a scaled line drawing of the retractable structure of sixteen outer umbrella ribs and five layers of inner umbrellas.

[0023] Figure 2 It is a scaled line drawing of the connecting valve of the combination of two outer umbrella ribs, five layers of inner umbrella ribs, and an umbrella shaft.

[0024] Figure 3 It is a scaled line drawing of the perspective view of the side and bottom of the outer umbrella plus five layers of inner umbrellas in a conical shape.

[0025] Figure 4 It is a scaled line drawing of the combination of two outer umbrella ribs, five layers of inner umbrella ribs, and an axis ring.

[0026] Figure 5 It is a scaled line drawing of the bottom of the combination of sixteen outer umbrella ribs, five layers of inner umbrella ribs, and an umbrella shaft.

[0027] Figure 6 It is a scaled line drawing of the front, side, overall, and partial views of the outer umbrella ribs.

[0028] ① Bolt. ② Connecting component on the outer umbrella rib.

[0029] Figure 7 It is a scaled line drawing of the front and side views of the inner umbrella ribs.

[0030] Figure 8 It is a scaled structural line drawing of the front and side of the connecting component.

[0031] ① Bolt. ② Connecting component on the outer rib. ③ Connecting component on the shaft ring.

[0032] Figure 9 It is a scaled structural line drawing of the auxiliary umbrella handle in the retracted state of the combination of two outer ribs, five inner ribs and an umbrella shaft.

[0033] Figure 10 It is a scaled structural line drawing of the auxiliary umbrella handle.

[0034] Figure 11 It is a scaled structural line drawing of the front of the umbrella shaft assembly.

[0035] Figure 12 It is a scaled structural line drawing of the front of the umbrella shaft.

[0036] Figure 13 It is a scaled structural line drawing of the side of the umbrella shaft assembly.

[0037] ① Hollow, can accommodate the barrel. ② Opposite perforation of the umbrella shaft.

[0038] Figure 14 It is a scaled structural line drawing of the front of the small thread on the left side of the umbrella shaft.

[0039] Figure 15 It is a scaled structural line drawing of the front and side of the umbrella cap.

[0040] Figure 16 It is a scaled structural line drawing of the front and side of the umbrella shaft nut.

[0041] Figure 17 It is a scaled structural line drawing of the front and side of the shaft ring.

[0042] Figure 18 It is a scaled structural line drawing of the front and side of the washer spring.

[0043] Figure 19 It is a scaled structural line drawing of the front and side of the fixed valve.

[0044] Figure 20 It is a scaled structural line drawing of the front and side of the washer.

[0045] Figure 21 It is a scaled structural line drawing of the front and side of the support washer.

[0046] Figure 22 It is a scaled structural line drawing of the inner rib connecting to the outer rib through the connecting component.

[0047] Figure 23 It is a scaled structural line drawing of the inner rib connecting to the umbrella shaft and the fixed valve through the connecting component to support the inner rib.

[0048] Figure 24 It is a scaled structural diagram of the inner umbrella ribs supported by connecting the umbrella shaft and the support washer through a connecting component.

[0049] Figure 25 It is a scaled structural diagram of the front and side views of the connecting valve.

[0050] V. Embodiment.

[0051] 1. Use computer software to draw a solid three-dimensional structure diagram.

[0052] 2. List the required materials and components according to the drawings as needed.

[0053] 3. Purchase smooth bulletproof materials and cut and sew them into the required shapes.

[0054] 4. Order umbrella ribs, umbrella shafts, umbrella shaft nuts, shaft rings, fixed valves, support washers, washers, connecting valves, washer springs, connecting components, umbrella cap bases, bolts, and nuts from different mechanical processing factories according to the three-dimensional structure diagram.

[0055] 5. Order a transparent hollow cone, the umbrella cap shell made of tempered bulletproof glass, from a special glass factory.

[0056] 6. Send the umbrella cap base and the shell to a camera equipment factory to install a camera or purchase a camera and assemble it alone.

[0057] 7. Order imaging equipment or VR equipment and order the required data cables.

[0058] 8. Install the components, connect the camera and the imaging equipment, and connect the firearm.

Claims

1. A cone-shaped umbrella-shaped bulletproof equipment, characterized in that A conical umbrella surface made of purchased smooth bulletproof material is used and there are multiple conical umbrella surfaces (3) made of the same material inside, the multiple conical umbrella surfaces can rotate around the umbrella axis (4, 11, 12, 17), the umbrella axis has a structure (12, 13①) that can accommodate a gun barrel without hindering shooting, the umbrella axis has a structure with several rows of transverse holes (12③), the umbrella axis has a structure with opposite holes that can accommodate data cables (12②, 13②), and the umbrella axis has a fixed valve (11, 19, 23) that can open the umbrella body and fix the gun barrel, A multi-layer umbrella rib structure (1, 2, 4, 5) is formed by a fixing valve (19), an umbrella shaft nut (16), a supporting washer (21, 24), a washer (20), a plurality of shaft rings (17), a washer spring (18) and an umbrella rib (6, 7) connecting assembly (8). One end of the umbrella shaft has a large thread and the other end has a small thread. A transparent hollow conical umbrella cap (15) and an umbrella shaft nut (16) are installed at the large thread. An auxiliary umbrella handle (10) or a connecting valve (25) for fixing a firearm can be installed at the small thread (14).

2. The cone-shaped umbrella-shaped bulletproof equipment as claimed in claim 1 uses a cone umbrella surface made of purchased smooth bulletproof material, and has multiple cone umbrella surfaces (3) of the same material inside, characterized in that The umbrella cover made of purchased smooth bulletproof material is attached to the umbrella rib (1), and the umbrella rib is connected to the shaft ring (6, 7, 8, 17). There are multiple shaft rings (17) on the umbrella shaft, which are separated by washer springs (18) and fixed at both ends by umbrella shaft nuts (16) and fixing valves (19). Each shaft ring can form a cone umbrella cover (2, 4, 11).

3. The structure of the cone-shaped umbrella-shaped bulletproof equipment as claimed in claims 1 and 2, wherein the plurality of cone umbrella surfaces can rotate around the umbrella axis, is characterized in that The inner wall of the shaft ring is smooth and can rotate on the umbrella shaft, thereby driving all the cone umbrella surfaces to rotate (1, 2, 3, 4, 11, 12, 17).

4. The umbrella shaft of the cone-shaped umbrella-shaped bulletproof equipment as claimed in claim 1 can accommodate the structure of the gun barrel without hindering shooting, characterized in that The umbrella shaft is a tubular body with a cylindrical hollow in the middle. The size of the hollow can be adjusted according to needs during manufacturing to fit the barrel of a specified firearm. The barrel is inserted from the small thread of the umbrella shaft, and the bullet flies out from the large thread (11, 12, 13①).

5. The umbrella shaft of the cone-shaped umbrella-shaped bulletproof equipment as claimed in claim 1 has a structure with several rows of transverse holes, characterized in that There is a cylindrical transverse hole on the umbrella shaft located on one side of the small thread, which passes through the center of the umbrella shaft and is arranged crosswise without affecting the strength of the umbrella shaft (12③).

6. The umbrella shaft of the cone-shaped umbrella-shaped bulletproof equipment as claimed in claim 1 has a through-hole structure capable of accommodating a data line, characterized in that The four hollow holes are connected side by side, located in the wall of the umbrella shaft, do not intersect with the cylindrical transverse hole (12③), and are grooved and exposed at the small thread and the large thread (12②, 12③, 13②).

7. The cone-shaped umbrella-shaped bulletproof equipment as claimed in claim 1 is provided with a fixed valve capable of opening the umbrella and fixing the gun barrel, characterized in that The tubular body is sewn on the umbrella shaft, and has two rows of central transverse holes, the hole size is the same as the umbrella shaft transverse hole 12③, and the spacing is one row apart. Each hole has a sewing bolt that can be pressed inward. After determining the size and shape of the umbrella body, the fixed valve is moved to the required position, and the sewing bolt is pressed into the corresponding umbrella shaft transverse hole to fix the umbrella body (11, 19, 23). If the position of the umbrella body opening size and shape is slightly different, a gasket (20) and a supporting gasket (21, 24) can be added above the fixed valve. After the gun barrel is inserted into the umbrella shaft, the sewing bolt can be further pressed into contact with the gun barrel to fix the gun barrel in the umbrella shaft.

8. The cone-shaped umbrella-shaped bulletproof equipment as claimed in claim 1 comprises a multi-layer umbrella rib structure (1, 2, 4, 5) formed by a fixed valve (19), an umbrella shaft nut (16), a support washer (21, 24), a washer (20), a plurality of shaft rings (17), a washer spring (18) and an umbrella rib (6, 7) connecting assembly (8), characterized in that The shock-absorbing and impact-reducing capacity of the spring between the shaft rings can also be adjusted according to needs. The inner ribs can be lengthened or shortened to change the deflection angle of the conical umbrella surface. The umbrella shaft can be lengthened and shaft ring spring ribs can be added to increase the inner umbrella, or the inner umbrella can be reduced accordingly. The ribs connecting the shaft rings can be reduced to reduce the umbrella surface, or the shaft ring holes can be increased to increase the umbrella surface.

9. The cone-shaped umbrella-shaped bulletproof equipment as claimed in claim 1 is provided with a transparent hollow cone umbrella cap (15), characterized in that A camera may be installed inside.

10. The cone-shaped umbrella-shaped bulletproof equipment as claimed in claim 1 can have an umbrella cap (15) equipped with a camera, an umbrella body (③) with multiple cone-shaped umbrella surfaces, an umbrella shaft (12) that can accommodate a gun barrel and a data power line, and a structure that can be connected to an imaging device. It is characterized in that The umbrella cap that can be equipped with a camera provides a view outside the umbrella, the umbrella body with multiple cone-shaped umbrella surfaces provides a bulletproof barrier, the umbrella shaft that can accommodate a gun barrel and a data power cable provides attack capability and a channel for connecting to the camera, and the imaging device connected to this channel provides a view outside the umbrella.

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