CN215003192U

CN215003192U - Multifunctional military protective stick

Info

Publication number: CN215003192U
Application number: CN202121378219.7U
Authority: CN
Inventors: 谈志模
Original assignee: Guizhou Qianxing Qianye Comprehensive Management Group Co ltd
Current assignee: Guizhou Qianxing Qianye Comprehensive Management Group Co ltd
Priority date: 2021-06-21
Filing date: 2021-06-21
Publication date: 2021-12-03
Anticipated expiration: 2031-06-21

Abstract

The utility model discloses a multifunctional military protective stick, which is characterized in that; beat first one end, chucking ring A both ends are twisted respectively to carbon fiber tube A one end, carbon fiber tube A other end inside has put spring top pearl A, the carbon fiber tube A other end inserts in the kayser A, kayser A one end, carbon fiber tube B one end is twisted respectively and is buckled ring B both ends, carbon fiber tube B other end inside has put spring top pearl B, the carbon fiber tube B other end inserts in the kayser B, kayser B one end, carbon fiber tube C one end is twisted respectively and is buckled ring C both ends, carbon fiber tube C other end inside has put spring top pearl C, the carbon fiber tube C other end inserts in the kayser C, kayser C one end, carbon fiber tube D one end is twisted respectively and is buckled ring D both ends, carbon fiber tube D other end cover has the handle, carbon fiber tube D other end twists the base one end, the base other end twists in the back lid. The utility model discloses the unblock is fast, and rod head surface can not fixed firmly by the fish tail, and flexible, the structure is simple and easy, convenient and practical.

Description

Multifunctional military protective stick

Technical Field

The utility model belongs to the technical field of get rid of the rod, concretely relates to multi-functional for military use protection rod.

Background

With the development of economic society, the number of items to be handled by basic policemen, fire fighters and frontier soldiers is correspondingly increased. Such as daily duty, traffic guidance, maintaining peace order, etc. The telescopic military rods are used as military equipment which can be carried about, play a great role in duty, and particularly continuously optimize and improve the using environment and the attack strength of the telescopic military rods. The telescopic stick is a portable short stick which can be freely stretched and contracted, and can also be called a swing stick. In the prior art, the throwing stick is divided into a steel clamping type, a magnetic type, a self-ejecting type and a mechanical locking type. The steel clamping type, the magnetic type and the self-ejection type belong to a friction locking type. For the friction locking type baton, the baton needs to be collected on a hard and flat ground, and can not be collected smoothly when a hard surface (such as a soft ground like sand and soil) can not be found, so that the baton is very inconvenient under the condition of needing secret action. When the stick is collected, the stick body is required to be vertical to the ground as much as possible, if the stick body deflects, the stick head slides aside when the stick is collected, so that the stick body can not be unlocked, the surface of the stick head is scratched, and the stick collection is inconvenient.

Disclosure of Invention

An object of the utility model is to overcome above-mentioned shortcoming and provide an unblock fast, the rod head surface can not by the fish tail, and flexible fixed firm, the structure is simple and easy, convenient and practical's multi-functional for military use protection rod.

The utility model discloses an aim at and solve its main technical problem and adopt following technical scheme to realize:

the utility model relates to a multifunctional military protective stick, which is characterized in that; beat first one end, chucking ring A both ends are twisted respectively to carbon fiber tube A one end, carbon fiber tube A other end inside has put spring top pearl A, the carbon fiber tube A other end inserts in the kayser A, kayser A one end, carbon fiber tube B one end is twisted respectively and is buckled ring B both ends, carbon fiber tube B other end inside has put spring top pearl B, the carbon fiber tube B other end inserts in the kayser B, kayser B one end, carbon fiber tube C one end is twisted respectively and is buckled ring C both ends, carbon fiber tube C other end inside has put spring top pearl C, the carbon fiber tube C other end inserts in the kayser C, kayser C one end, carbon fiber tube D one end is twisted respectively and is buckled ring D both ends, carbon fiber tube D other end cover has the handle, carbon fiber tube D other end twists the base one end, the base other end twists in the back lid.

The spring top bead A, the spring top bead B and the spring top bead C are identical in structure, and the spring is V-shaped.

The clamping lock A, the clamping lock B and the clamping lock C are identical in structure, and three sections of spiral clamping grooves from deep to shallow are formed in the clamping lock A, the clamping lock B and the clamping lock C respectively.

The striking head is hexagonal.

Compared with the prior art, the utility model has obvious beneficial effects; the technical scheme shows that: through hitting first one end, chucking ring A both ends are twisted respectively to carbon fiber tube A one end, carbon fiber tube A other end inside has put spring top pearl A, the carbon fiber tube A other end inserts in the kayser A, kayser A one end, carbon fiber tube B one end is twisted respectively and is buckled ring B both ends, carbon fiber tube B other end inside has put spring top pearl B, the carbon fiber tube B other end inserts in the kayser B, kayser B one end, carbon fiber tube C one end is twisted respectively and is buckled ring C both ends, carbon fiber tube C other end inside has put spring top pearl C, the carbon fiber tube C other end inserts in the kayser C, kayser C one end, carbon fiber tube D one end is twisted respectively and is buckled ring D both ends, carbon fiber tube D other end cover has the handle, carbon fiber tube D other end twists base one end, the base other end twists in the back lid. Adopt spiral helicine rotatory fixed mode in the junction, kayser A, kayser B, be provided with the three-section in the kayser C respectively by dark to shallow heliciform draw-in groove, when carbon fiber pipe A throws away from carbon fiber pipe B, the top pearl on the spring top pearl A along kayser A inner wall card at the deep position of draw-in groove near carbon fiber pipe A rod mouth, carbon fiber pipe B throws away from carbon fiber pipe C, the top pearl on the spring top pearl B along kayser B inner wall card at the deep position of draw-in groove near carbon fiber pipe B rod mouth, carbon fiber pipe C throws away from carbon fiber pipe D, the top pearl on the spring top pearl C along kayser C inner wall card at the deep position of draw-in groove near carbon fiber pipe C rod mouth, with carbon fiber pipe A, carbon fiber pipe B, carbon fiber pipe C firmly lock on kayser A, kayser B, kayser C respectively, prevent to remove. In this way, the carbon fiber tubes a, B, and C are prevented from shrinking. When the rod is collected, the carbon fiber tube A, the carbon fiber tube B and the carbon fiber tube C need to be rotated clockwise respectively, the top beads on the spring top bead A, the spring top bead B and the spring top bead C are stressed by the spiral clamping grooves from deep to shallow to form a smooth sliding-out from the inner wall of the rod opening to the shallow position, the unlocking is completed, the unlocking is fast, the surface of the rod head cannot be scratched, the telescopic fixing is firm, the structure is simple and easy, and the rod is convenient and practical.

Drawings

Fig. 1 is a front view of the present invention;

FIG. 2 is an enlarged view of FIG. 1 a;

fig. 3 is an assembly view of the utility model;

FIG. 4 is an enlarged view of FIG. 3 b;

FIG. 5 is an enlarged view of FIG. 3 c;

FIG. 6 is an enlarged view of FIG. 3 d;

FIG. 7 is an enlarged view of FIG. 3 e;

FIG. 8 is an internal structure view of the spring top bead A and the latch A of the present invention;

fig. 9 is a schematic structural view of the spring top bead of the present invention.

Reference numerals:

1. striking head, 2, chucking ring A, 3, carbon fiber tube A, 4, spring top pearl A, 5, kayser A, 6, chucking ring B, 7, carbon fiber tube B, 8, spring top pearl B, 9, kayser B, 10, chucking ring C, 11, carbon fiber tube C, 12, kayser C, 13, chucking ring D, 14, spring top pearl C, 15, carbon fiber tube D, 16, handle, 17, base, 18, back lid.

Detailed Description

The following detailed description of the embodiments, structures, features, and effects according to the present invention will be made with reference to the accompanying drawings and preferred embodiments.

the utility model relates to a multifunctional military protective stick, which is characterized in that; striking head 1 one end, carbon fiber tube A3 one end is twisted respectively and is fastened ring A2 both ends, carbon fiber tube A3 other end inside has put spring top pearl A4, the carbon fiber tube A3 other end inserts in kayser A5, kayser A5 one end, carbon fiber tube B7 one end is twisted respectively and is fastened ring B6 both ends, carbon fiber tube B7 other end inside has put spring top pearl B8, the carbon fiber tube B7 other end inserts in kayser B9, kayser B9 one end, carbon fiber tube C11 one end is twisted respectively and is fastened ring C10 both ends, carbon fiber tube C11 other end inside has put spring top pearl C14, carbon fiber tube C11 other end inserts in kayser C12, kayser C12 one end, carbon fiber tube D15 one end is twisted respectively and is fastened ring D13 both ends, carbon fiber tube D15 other end cover has handle 16, carbon fiber tube D15 twists the other end in base 17 one end, in base 17 other end rear cover 18.

The spring top bead A4, the spring top bead B8 and the spring top bead C14 are identical in structure, and the spring is V-shaped.

The structure of the clamping lock A5, the structure of the clamping lock B9 and the structure of the clamping lock C12 are the same, and three spiral clamping grooves from deep to shallow are respectively arranged in the clamping lock A5, the clamping lock B9 and the clamping lock C12.

The striking head 1 is hexagonal.

When the carbon fiber tube C11 is thrown out from the carbon fiber tube D15, the top bead on the spring top bead C14 is clamped at the deep position of the clamping groove close to the rod opening of the carbon fiber tube C11 along the inner wall of the clamping lock C12, the carbon fiber tube A3, the carbon fiber tube B7 and the carbon fiber tube C11 are locked on the clamping groove deep position close to the rod opening of the carbon fiber tube C11 respectively, and the carbon fiber tube A3, the carbon fiber tube B7 and the carbon fiber tube C11 are firmly locked on the clamping lock A5, the clamping lock B9 and the clamping lock C12 to prevent movement. In this way, carbon fiber tube a3, carbon fiber tube B7, and carbon fiber tube C11 are prevented from shrinking. When the stick is retracted, the carbon fiber tube A3, the carbon fiber tube B7 and the carbon fiber tube C11 need to be rotated clockwise respectively, the top balls on the spring top ball A4, the spring top ball B8 and the spring top ball C14 are pressed by three sections of spiral clamping grooves from deep to shallow in the clamping lock A5, the clamping lock B9 and the clamping lock C12 and can slide out from the shallow position along the inner wall of the stick opening, and unlocking is completed.

The foregoing is a more detailed description of the present invention, taken in conjunction with the specific preferred embodiments thereof, and it is not intended that the invention be limited to the specific embodiments shown and described. To the utility model belongs to the technical field of ordinary technical personnel, do not deviate from the utility model discloses under the prerequisite of design, can also make a plurality of simple deductions or replacement, all should regard as belonging to the utility model discloses a protection scope.

Claims

1. A multifunctional military protective stick, which is characterized in that; one end of a striking head (1), one end of a carbon fiber tube A (3) is respectively screwed into two ends of a clamping ring A (2), a spring top bead A (4) is placed inside the other end of the carbon fiber tube A (3), the other end of the carbon fiber tube A (3) is inserted into the clamping ring A (5), one end of a carbon fiber tube B (7) is respectively screwed into two ends of a clamping ring B (6), a spring top bead B (8) is placed inside the other end of the carbon fiber tube B (7), the other end of the carbon fiber tube B (7) is inserted into the clamping ring B (9), one end of a carbon fiber tube C (11) is respectively screwed into two ends of a clamping ring C (10), a spring top bead C (14) is placed inside the other end of the carbon fiber tube C (11), the other end of the carbon fiber tube C (11) is inserted into the clamping ring C (12), one end of a carbon fiber tube D (15) is respectively screwed into two ends of a clamping ring D (13), the other end of the carbon fiber tube D (15) is sleeved with a handle (16), the other end of the carbon fiber tube D (15) is screwed into one end of a base (17), and the other end of the base (17) is screwed into a rear cover (18).

2. The multi-functional military protective baton of claim 1 wherein spring tip bead a (4), spring tip bead B (8), and spring tip bead C (14) are identical in structure and the spring is V-shaped.

3. The multi-functional military protective baton of claim 1, wherein the latch A (5), the latch B (9) and the latch C (12) are identical in structure, and three spiral slots from deep to shallow are respectively arranged in the latches.

4. The multi-functional military protective baton of claim 1 wherein the stunning head (1) is hexagonal.