TWM459390U - Paint ball holder and its application and combination - Google Patents

Description

Paintball holder and its application combination

This case is a kind of paint bouncer combination, which can maintain the uniformity of the transverse section of the external surface of the projectile and the paintball support that can obtain the accurate ballistics after the shot.

Used in the field game, in order to simulate the result of realistic bullets, it is convenient to score with the competition of the two teams, and the paintball formed by the toner wrapped by the capsule 100 is used for shooting, and the body 1 with toner is used. The capsule 100 is soft so that it does not cause impact damage to human skin after being played, and the internal toner can be scattered and applied to the center point or the periphery of the impact portion.

The elastic body 1 having a toner is easily deformed by an external force after it is manufactured as a soft body. As shown in FIG. 1, the elastic body 1 is formed by wrapping the toner 101 inside the flexible skin 100. The toner 101 is in a powder state, so that there is no loose state of bonding between the molecules, and the skin 100 is a flexible skin layer. If an external force F is involved and the support force F ₀ is supported, the external force F will The inner toner 101 is pressed and deformed in a direction in which a pressing convex portion 11 is generated, and the deformation also occurs in the shooting, that is, after the rear side end is subjected to pressure, it is deformed inside the barrel. Therefore, since the surface of the air is lost after the firing, the surface of the air will generate different frictional forces to form a ballistic offset, and the rear end of the projectile 1 will form a strong turbulent flow, and the ballistics will be lost.

Referring to FIG. 2 again, the elastic body 1 formed as described above is not substantially rigid, so that it is affected by gravity when it is placed, and the vertical portion 12 is expanded outward at the bottom. Therefore, the true roundness is completely lost. In the process of inventory, the body of the projectile 1 changes due to the temperature and humidity of the climate, so that the elemental structure of the capsule 100 of the projectile 1 undergoes moisture change or contraction, and the appearance of the body occurs. The change, and the scaling process, will cause the convex deformation of the vertical span 12 due to gravity. In the current inventory, in order to maintain the roundness as much as possible, the reversing projectile 1 is subjected to the geocentric The angle of gravity is used to maintain the roundness of the projectile 1.

If the above-mentioned projectile 1 generates crushing deformation due to the firing force during the shooting process, and during the pushing process, the deformation of the vertical span portion 12 is lost due to gravity, and the roundness cannot be obtained in an instant. The recovery operation can only force the deformed projectile 1 into the squatting shot, thus reducing the rate of firing.

The present invention provides an elastic body support sleeve, which is assembled into a bullet with a guiding tail to provide a conventional projectile, and according to the combination result, the transverse section curvature of the elastic body can be ensured to be uniform, and the surface tension is equal, during the push time. The shape of the round body of the projectile can be maintained, and during the process of hitting, the precise trajectory can be obtained due to the uniform curvature of the projectile, quality and guiding effect.

The second purpose of this creation is to achieve the above-mentioned purpose, based on the application of an elastic bracket, the front end is a bracket end, the rear end is coaxially coupled with a guiding end, and the front end of the bracket end is a narrowing port, The recess is provided with a ball socket for the inclusion of the projectile, the depth of which is greater than the radius of the projectile, and the ball socket is formed by conjugate rotation about the radius of the projectile around the excavation.

The third purpose of the creation is that the bracket end and the guiding end of the elastic body support are integrally formed and formed, and the material is selected as a plastic material which can be broken after being impacted.

The fourth purpose of the present invention is at least the end of the bracket provided by the elastic support sleeve, and the coaxial shaft is provided with a plurality of weak point ring grooves which are prepared for bursting and breaking.

For the application of the paintball holder and its combination provided by this creation, the structure and working principle are as follows:

First, please refer to FIG. 3, the lacquered elastic cover of the present invention is provided with a sleeve combination of the elastic body 1 having the capsule 100, such as a common paintball, and the elastic support sleeve 2 is mainly composed of a bracket end. 21, the rear end conjugate is coupled with an equal radius annular guide end 22, wherein the bracket end 21 is formed in a resiliently tapered manner, and is provided with a resilient body 210 formed by a conjugate shaft rotation. The front end surface is a narrowing port 24, the inside of the narrowing port 24 is extended inwardly and recessed to be provided with a ball socket 23, which is a phase The diameter of the projectile 1 is opened. In one implementation, the diameter of the projectile 1 can be smaller than the inner diameter of the ball socket 23. The ball socket 23 is a shell-like body, and is separated from the elastic body 210 by a digging. Empty part 20.

The rear end of the bracket end 21 is a circular end surface which is connected to the guiding end 22. The outer circumference of the guiding end 22 is the same as the diameter of the bottom of the bracket end 21, and the guiding end 22 is provided with a plurality of equiangular divisions. a guiding tail 221, the guiding tail 221 is deflected from the conjugate axis, and the guiding tail 221 may be formed by the adjacent guiding groove 222 being parallelly recessed, and the protruding rib portion is reserved. Therefore, the outer diameter of the guiding end 22 can be equal to the diameter of the bottom of the bracket end 21, and the guiding groove 222 is concave toward the center. The guiding groove 222 is also deflected from the conjugate axis, so that the airflow can be guided after the shooting. The space of the groove 222 acts to guide the tail fin 221, and the component force generated by the guide tail 221 can cause the body bracket 2 to form a rotation after shooting.

Referring to FIG. 4 again, the body bracket 2 of the present invention provides a combination of the body 1 and the outer body of the body 1 is flexible, and its diameter is in principle the inside of the ball socket 23. The diameter is the same, and the diameter of the narrowing port 24 of the ball socket 23 is smaller than the diameter of the projectile 1, and the depth of the ball socket 23 from the narrowing port 24 is greater than the radius of the ball socket 23, so the narrowing port 24 Form a form of shrinkage.

Referring to FIG. 5 again, after the projectile 1 is assembled into the ball socket 23, the outer surface of the capsule 100 will contact the inner surface 230 of the ball socket 23, and the beam tension between the two ends will be further reduced. The action pushes the projectile 1 into the ball socket 23, so that the surface facing the capsule 100 and the inner surface 230 are crimped together, and in principle, the atmospheric pressure cannot enter the inner cavity surface 230. At the position of the body, the projectile 1 is not easily dropped.

The inner circle of the narrowing port 24 is smaller than the outer diameter of the elastic body 1, and the depth of the outer skin 100 is larger than the radius of the elastic body 1. Under these conditions, the elastic body 1 is allowed to enter the ball socket 23, allowing The center point of the projectile 1 may be located inside the ball socket 23, and the ball socket 23 and the elastic body 210 are formed by rotating around the conjugate shaft. After the body 1 is in position, the center point thereof is overlapped on the axis of the conjugate shaft. position.

After the body bracket 2 is combined with the body 1, the body of the body 1 facing outward is more tensioned, because the side of the body 1 combined with the inner surface 230 is attached, and when the external force F is externally applied When the exposed surface of the projectile 1 is reached, a reaction force Fr is generated according to the structural force of the inner surface 230, and the reaction force Fr balances the force of the external force F, so that the curvature of the body of the elastic body 1 can be completely maintained. Further, after the projectile 1 is assembled to the elastic body cover 2, the body of the body can obtain the roundness formed by the original mold.

Referring to FIG. 6, the above case is that the diameter of the projectile 1 is equal to the inner diameter of the ball socket 23. If the inner diameter of the narrowing port 24 is smaller than the tangent L of the combination of the projectile 1, it will be bundled. The volume of the projectile 1 is such that the content space of the projectile 1 must be deformed, and the force of its deformation acts on the surface of the exposed body 1 to enhance the tensile strength of the exposed surface of the body 1.

The bracket end 21 of the elastic bracket 2 and the ball socket 23 are formed by rotating around the yoke axis, and the combined elastic body 1 is formed in the ball socket 23, and the narrowing mouth of the ball socket 23 is provided outward. When the diameter of the inner circle is smaller than the tangent L position combined with the elastic body 1, it compresses the content volume of the elastic body 1. After compression, the elastic body 1 is deformed by the surface layer, and the capsule of the combined body 1 is added. The skin 100 is supported by the inner surface 230, and the force of the swelling deformation is distributed to the exposed capsule 100 of the body 1, so that the surface tension of the exposed portion of the body 1 is strengthened by the pressing.

Please refer to FIG. 7 again, the body bracket 2 of the present invention is formed by a rear end of the bracket end 21 coaxially coupled with a guiding end 22, and the bracket end 21 is provided with a ball socket 23 and a ball socket. The periphery of the 23 is a bullet-shaped body 210, the ball-and-socket 23 is a housing space, the elastic body 210 is also a housing space structure, and the guiding end 22 is also a housing structure, so that they can be arranged in a conjugate shaft, so that they can be integrally formed. The forming method can be formed by plastic injection molding, which is formed by splitting with the male and female molds, and the direction of the opposite direction is overlapped with the conjugate axis, and the guide end 22 is provided with a plurality of guide grooves 222 which are deflected from the outer surface and the conjugate shaft, adjacent to each other. A guiding tail 221 is reserved between the guiding grooves 222. The guiding tail 221 is oblique, so that the guiding groove 222 is also oblique, so that the mold of the guiding groove 222 needs to be rotated and demolded when the mold is opened, and the injection material used is used. It is a plasticized material with fragmentation.

Referring to FIG. 8 again, the body holder 2 of the present invention is provided with a bracket end 21, and the inside of the bracket end 21 forms a ball socket 23 on the inner and outer surfaces of the ball socket 23 or the inner surface of the elastic body 210. The conjugate axis is vertically and vertically provided with a plurality of layered weak point ring grooves 25 and weak point ring grooves 26, and the weak point ring groove 25 and the weak point ring groove 26 are formed by rotating the same conjugate axis, and the weak point ring groove 25 and the weak point are utilized. The opening of the ring groove 26 allows the elastic body support 2 to form a broken opening effect, and the guiding groove 222 and the guiding tail 221 are the same as the guiding groove 222 as a weak point, and the force of the passing guiding groove 222 is broken. The action is opened, so that the elastic body cover 2 can be broken after being completely bounced, and the combined elastic body 1 is formed by coating the toner with the capsule as described above, and the toner will be scattered when the toner is bounced. Distributed in play The center and the periphery of the dot form a bullet mark. The projectile 1 is formed by wrapping the toner 101 with the capsule 100, and the body has a flexible deformation effect, so that the ball socket 23 can be pressed.

In the application of the combination of the present invention, the inside of the capsule 100 of the elastic body 1 can be wrapped with a pressure to generate a pyrotechnic material (not shown) which is exploded after temperature cracking, and the projectile 1 having a bursting gunpowder is used after the impact. It produces a popping sound, which can be applied to the shooting of an object, with a sound-shocking simulation effect, and the impacting bursting gunpowder is like a toy gun. After hitting the fixture, it will burst. The sound is the same.

The present invention utilizes an elastic bracket 2, and has a bracket end 21 facing forward, and a guiding end 22 at the rear end. The bracket end 21 is provided with a ball socket 23, which can accommodate and buckle the elastic body 1 to make the bomb The body 1 and the elastic body support 2 are combined, and after the combination, the inner hollow surface 230 of the ball socket 23 is used as a support function, so that the curvature of the cross section of the body 1 can be equalized, and the convenience is facilitated. The curvature of the shape of the projectile 1 is maintained, and by the action of the guiding end 22, it can form a guiding effect after the shooting, and the range of the precise ballistics is obtained, and the overall splicing structure is simple, which is an innovative design, and the reviewer is required to give a clear description. And give the patent as a prayer at an early date.

1‧‧‧

100‧‧ ‧ sac

101‧‧‧ toner

11‧‧‧Pressure

12‧‧‧ 垂 跨

2‧‧‧ Body Holder

20‧‧‧Keeping out

21‧‧‧ 托套端

210‧‧‧Bullet

22‧‧‧Director

221‧‧‧Director tail

222‧‧‧ Guide groove

23‧‧‧ ball nest

230‧‧‧ 内面面

24‧‧‧Shrinking mouth

25‧‧‧Weak point ring groove

26‧‧‧Weak point ring groove

D‧‧‧neck diameter

L‧‧‧ tangent

R‧‧‧ Radius

Fr‧‧‧ reaction

F‧‧‧External force

F ₀ ‧‧‧Support

Figure 1 is a schematic view of the structure and deformation of a conventional paintball.

Figure 2 is a schematic diagram of the deformation of a conventional paintball when it is pushed.

Figure 3 is a cross-sectional view showing the structure of the body holder of the present invention.

The fourth figure is a schematic diagram of the combined relationship of the inner diameter of the shrinkage inner sleeve provided for the creation of the elastic support sleeve.

The fifth picture is a schematic diagram of the application relationship between the elastic body support and the projectile.

Figure 6 is a combination of the volumetric space of the contractile body of the contracted end of the original projectile holder. schematic diagram.

Figure 7 is a cross-sectional view showing the longitudinal portion of the body holder of the present invention.

Figure 8 is a schematic view showing a weak point ring groove for the creation of the elastic body support.

2‧‧‧ Body Holder

20‧‧‧Keeping out

21‧‧‧ 托套端

210‧‧‧Bullet

22‧‧‧Director

221‧‧‧Director tail

222‧‧‧ Guide groove

23‧‧‧ ball nest

230‧‧‧ 内面面

24‧‧‧Shrinking mouth

Claims (18)

The utility model relates to a paint lacquer bracket and a combination thereof, which comprises: a circumscribing shaft formed by rotation, and a front end of the slanting chasing-shaped body, the front end of the ferrule end is smaller than the diameter of the outer surface of the bomb. The beam mouth, the narrowing edge of the conjugate axis, a circular excavation has a radius for the elastic body to be incorporated, and an inner ball ball socket having a depth greater than the diameter of the outer surface of the bomb; a guiding end, the conjugate is coupled to the rear end of the bracket end The outer diameter of the outer circle is equal to the outer diameter of the rear end of the bracket end. The lacquer holder and the application combination thereof according to claim 1, wherein the bracket end and the guiding end are integrally formed. The lacquer holder and the application combination thereof according to claim 1, wherein in the front and rear length of the bracket end, a plurality of weak point ring grooves are arranged in the horizontal layer, and the weak point ring groove is disposed in the end of the bracket Table, or the inner and outer surfaces of the ball socket. The lacquer holder and the application combination thereof according to claim 1, wherein the guiding end is an annular body, and the radial equiangulation is provided with a plurality of guiding tails which are inclined in the same direction as the conjugate axis. The paint lacquer holder and the application combination thereof according to claim 1, wherein the guide empennage is a guide groove which is deflected in the same direction by a plurality of conjugate axes, and is parallel to each other after being excavated and excavated, and the linear portion is reserved. Formed. The paintball holder and the application combination thereof according to claim 1, wherein the ball socket is an inner spherical shape, and the radius thereof is equal to the radius of the elastic body 1. The paintball holder and the application combination thereof according to claim 1, wherein the ball socket is an inner spherical shape, and the radius thereof is smaller than the radius of the elastic body 1. The utility model relates to a paint lacing sleeve application combination, which comprises: a circumscribing shaft formed by rotating around a conjugate shaft; the front end of the ferrule end is a narrowing end with a diameter smaller than the diameter of the outer surface of the bomb. The condensing beam has a circular radius for the conjugate shaft circular excavation to be included in the elastic body, and an inner ball ball socket having a depth greater than the diameter of the outer surface of the bomb; a guiding end, the conjugate is coupled to the rear end of the bracket end, The outer diameter is equal to the outer diameter of the rear end of the bracket end; A body having at least a flexible body having an outer diameter equal to an inner diameter of the socket. The paintball holder and the application combination thereof according to claim 8, wherein the outer diameter of the elastic body is larger than the inner diameter of the ball socket. The lacquer cartridge holder and the application combination thereof according to claim 8 are formed by an elastic capsule and an inner wrapping filler. The paintball holder and the application combination thereof according to claim 10, wherein the filler is a toner. The paint cartridge holder and the application combination thereof according to claim 10, wherein the filler is a gunpowder. The lacquer holder and the application combination thereof according to claim 8 , wherein the bracket end and the guiding end are integrally formed. The lacquer holder and the application combination thereof according to claim 8 , wherein in the front and rear length ranges of the bracket end, a plurality of weak point ring grooves are arranged in the horizontal layer, and the weak point ring groove is arranged in the end of the bracket Table, or the inner and outer surfaces of the ball socket. The lacquer holder and the application combination thereof according to claim 8, wherein the guiding end is an annular body, and the radial equiangulation is provided with a plurality of guiding tails which are inclined in the same direction as the conjugate axis. The paint lacquer holder and the application combination thereof according to claim 15 , wherein the guide empennage is a guide groove which is deflected in the same direction by a plurality of conjugate axes, and is parallel to each other after being excavated and excavated, and the linear portion is reserved. Formed. The lacquer holder and the application combination thereof according to claim 8 , wherein the ball socket is an inner spherical shape, and the radius thereof is equal to the radius of the elastic body. The lacquer holder and the application combination thereof according to claim 8 , wherein the ball socket is an inner spherical shape, and the radius thereof is smaller than the radius of the elastic body.