CN220524759U - Bullet cavity capable of shooting bullets with various shapes - Google Patents
Bullet cavity capable of shooting bullets with various shapes Download PDFInfo
- Publication number
- CN220524759U CN220524759U CN202321941683.1U CN202321941683U CN220524759U CN 220524759 U CN220524759 U CN 220524759U CN 202321941683 U CN202321941683 U CN 202321941683U CN 220524759 U CN220524759 U CN 220524759U
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- 238000010304 firing Methods 0.000 claims abstract description 20
- 238000009434 installation Methods 0.000 claims description 11
- 238000010586 diagram Methods 0.000 description 2
- 230000007306 turnover Effects 0.000 description 2
- 238000004880 explosion Methods 0.000 description 1
- 210000001503 joint Anatomy 0.000 description 1
- 230000007774 longterm Effects 0.000 description 1
- 238000000034 method Methods 0.000 description 1
- 230000003014 reinforcing effect Effects 0.000 description 1
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- Toys (AREA)
Abstract
The utility model relates to shooting toys, in particular to a shooting toy capable of shooting bullets with various shapes simultaneously. A bullet chamber capable of firing bullets of various shapes, comprising a launcher (1), a bullet chamber (2), characterized in that: the bullet cavity (2) consists of a bullet cavity base (3) and a bullet cavity cover plate (4), and a small bullet seat (5) and a large bullet seat (6) are arranged in the bullet cavity base. By adopting the structure, bullets with various shapes can be used in shooting games, thereby improving the fun of the games, prolonging the service life of the toy and reducing the burden of parents.
Description
Technical Field
The utility model relates to shooting toys, in particular to a shooting toy capable of shooting bullets with various shapes simultaneously.
Background
Among the many toys, robot shooting toys are liked by boys, and the robot shooting toys are various in variety and various in playing methods.
Generally, a shooting toy has a bullet shape of only one type, either a disk shape or a sphere shape.
Such shooting toys are uninteresting due to the single bullet, and the long-term play can lead the child to discard the toy.
Disclosure of Invention
The utility model provides a bullet cavity capable of shooting bullets with various shapes, which aims to use bullets with various shapes in shooting games, thereby improving the fun of the games, prolonging the service life of the toy and reducing the burden of parents.
In order to solve the above problems, the utility model provides a bullet cavity capable of shooting bullets with various shapes, comprising a launcher and a bullet cavity, which is characterized in that: the launcher is provided with three launching rods, the bullet cavity consists of a bullet cavity base and a bullet cavity cover plate, and a small-size bullet seat and a large-size bullet seat are arranged in the launcher.
One end of the bullet cavity base is provided with a launcher mounting groove, and the launcher is mounted in the groove; the two groove walls extend into the bullet cavity base cavity, the front end of the bullet cavity base cavity extends outwards to turn over the bullet cavity base cavity wall to form an unsealed small-size bullet seat mounting cavity, and a large-size bullet seat mounting column is arranged on the opposite cavity wall of the unsealed small-size bullet seat mounting cavity.
And the large-size bullet seat is provided with a large-size bullet seat mounting hole.
The small-size bullet seat is installed in the small-size bullet seat installation cavity, and the large-size bullet seat is installed above the small-size bullet seat through the large-size bullet seat installation hole.
The bullet cavity capable of shooting bullets with various shapes is characterized in that: the emitter is equipped with three launching rod, is first launching rod, second launching rod, third launching rod respectively be equipped with the launching spring erection column between second launching rod and the third launching rod, install the launching spring above that the first launching rod upper surface is equipped with the spacing groove that the emitter advances.
The bullet cavity capable of shooting bullets with various shapes is characterized in that: the small-size bullet seat is an unsealed circular column, the column walls at the unsealed two ends extend upwards to form annular walls, and one annular wall is in a step shape to form a first step; two small-size bullet seat mounting handles are arranged at the other end far from the unclosed end in a forward extending way, and a transmitting spring limiting column is arranged in the middle of the small-size bullet seat mounting handles.
The bullet cavity capable of shooting bullets with various shapes is characterized in that: the front end of the small-size bullet seat mounting handle is provided with a small-size bullet seat mounting hole, the tail end of the small-size bullet seat mounting handle is provided with a small-size bullet seat first fixing groove, and a small-size bullet seat mounting column is arranged at the small-size bullet seat mounting cavity and is matched with the small-size bullet seat mounting hole.
The bullet cavity capable of shooting bullets with various shapes is characterized in that: the other extending annular wall which is not provided with the first step is outwards provided with a small-number bullet seat fixing column, and the corresponding cavity wall of the bullet cavity base is provided with a small-number bullet seat second fixing groove.
The bullet cavity capable of shooting bullets with various shapes is characterized in that: the large horn spring seat is an unsealed circular column, and the walls of the columns at the two unsealed ends are stepped; two large-size bullet seat limiting handles are arranged at the other end far from the unsealed part in a forward extending way, and a transmitter movable groove is arranged in the middle of the large-size bullet seat limiting handles; the joint of the circular ring column is provided with a large bullet seat mounting hole.
The bullet cavity capable of shooting bullets with various shapes is characterized in that: the annular wall of the large-size bullet seat is provided with a large-size bullet seat limiting column which corresponds to the first step, and the corresponding position of the bullet cavity base is provided with a large-size bullet seat limiting groove.
The bullet cavity capable of shooting bullets with various shapes is characterized in that: two large-size bullet limiting columns, a launcher limiting column and a bullet cavity inlet are arranged at the same end of the bullet cavity cover plate.
The bullet cavity capable of shooting bullets with various shapes is characterized in that: the bullet cavity connecting column is provided with a connecting column through hole, the outer wall of one cylindrical surface of the bullet cavity connecting column is provided with a cover limit, the left side cavity wall and the right side cavity wall of the bullet cavity base are provided with bullet cavity connecting column mounting grooves, and one groove wall corresponds to the cover limit and is at the bottom of the other groove wall; correspondingly, the bullet cavity cover plate is also provided with a bullet cavity connecting column covering groove, and the shape of the bullet cavity connecting column covering groove is consistent with that of the bullet cavity connecting column mounting groove.
The bullet cavity capable of shooting bullets with various shapes is characterized in that: the bullet cavity base cover box is in a step shape, and the bullet cavity cover plate cover box is matched in shape.
With the structure, the bullet cavity is sequentially filled with the small-size bullet seat and the large-size bullet seat from bottom to top. The small number bullet seat and the large number bullet seat are both unsealed circular columns, and the unsealed circular columns of the small number bullet seat are smaller than the circular columns of the large number bullet seat. The transmitter is provided with three transmitting rods, namely a first transmitting rod, a second transmitting rod and a third transmitting rod. The shape of the bullet is disc-shaped, spherical or cylindrical, respectively. The first shooting rod mainly shoots disc-shaped bullets, the second shooting rod is matched with the first shooting rod to shoot spherical bullets, and the second shooting rod is matched with the third shooting rod to shoot cylindrical bullets. The annular walls extending upwards from the two unsealed ends of the small-size bullet seat are used for fixing the spherical bullet in the bullet cavity when the spherical bullet is installed; the open circular column of the large number bullet seat and the upward extending circular walls at the open ends of the small number bullet seat are matched together to install a cylindrical bullet, and the cylindrical bullet is fixed in the bullet cavity. Therefore, the disk-shaped, spherical or cylindrical bullets can be respectively launched through the mutual matching of the small bullet seat, the large bullet seat and the three launching rods of the launcher, and the game is interesting.
Drawings
Fig. 1: the utility model relates to a bullet cavity structure schematic diagram capable of shooting bullets with various shapes.
Fig. 2: the utility model relates to an explosion diagram of a bullet cavity capable of shooting bullets with various shapes.
Fig. 3: an enlarged view of a at fig. 2.
Fig. 4: fig. 2 is an enlarged view of B.
Detailed Description
A bullet chamber for firing a variety of shapes of bullets according to the present utility model will be described in further detail with reference to the accompanying drawings and detailed description.
As shown in fig. 1, 2, 3 and 4, a bullet cavity capable of firing bullets with various shapes according to the present utility model comprises a launcher 1 and a bullet cavity 2. The launcher 1 is provided with three launching rods, a first launching rod 101, a second launching rod 102, and a third launching rod 103, respectively. Between the second firing rod 102 and the third firing rod 103, there is a firing spring mounting post 104 on which the firing spring 7 is mounted, by which firing spring 7 the launcher 1 is returned to the starting position after each firing. An emitter advancing limiting groove 105 is provided on the upper surface of the first emitter bar 101.
The bullet cavity 2 consists of a bullet cavity base 3 and a bullet cavity cover plate 4, and a small bullet seat 5 and a large bullet seat 6 are arranged in the bullet cavity.
The bullet cavity base 3 has a launcher mounting groove 301 at one end, in which the launcher 1 is mounted. The two groove walls extend into the bullet cavity base 3, the front end of the groove walls outwards turn over and form an unsealed small-size bullet seat mounting cavity 302 with the cavity wall of the bullet cavity base 3, and a large-size bullet seat mounting column 303 is arranged on the opposite cavity wall of the unsealed small-size bullet seat mounting cavity 302.
The big-horn bullet seat 6 is provided with a big-horn bullet mounting hole 601. The small-size bullet seat 5 is an unsealed circular column, and the walls of the unsealed circular column extend upwards to form annular walls at two ends, wherein one annular wall is in a step shape to form a first step 501. Two small-size bullet seat mounting handles 502 are arranged at the other end far from the unsealed end in a forward extending way, and a transmitting spring limiting post 503 is arranged in the middle of the small-size bullet seat mounting handles.
Two small-size bullet seat mounting handles 502 are respectively inserted into the small-size bullet seat mounting cavity 302, and the small-size bullet seat 5 is mounted at the bottom in the bullet cavity 2. The large-size bullet seat 6 is sleeved on the large-size bullet seat mounting column 303 through the large-size bullet seat mounting hole 601 and is mounted above the small-size bullet seat 5.
In order to make the small-size bullet seat 5 more firmly installed in the small-size bullet seat installation cavity 302, a small-size bullet seat installation hole 504 may be provided at the front end of the small-size bullet seat installation handle 502, and a small-size bullet seat installation column 304 may be provided at the corresponding position of the small-size bullet seat installation cavity 302. The small-size bullet seat 5 is sleeved on the small-size bullet seat mounting post 304 through the small-size bullet seat mounting hole 504.
The tail end of the small-size bullet seat mounting handle 502 is provided with a first fixing groove 505 of the small-size bullet seat, the first fixing groove 505 is matched with the shape of the large-size bullet seat mounting column 303, and when the small-size bullet seat 5 is mounted, the first fixing groove 505 is clamped on the large-size bullet seat mounting column 303.
A small-size bullet holder fixing post 506 may be provided outwardly on the other extended annular wall where the first step 501 is not provided. The corresponding chamber wall of the bullet chamber base 3 is provided with a small bullet seat second fixing groove 305. The small-size bullet seat 5 is fixed on the bullet cavity base 3 far away from the small-size bullet seat mounting handle 502. Through little number bullet seat installation handle 502, first fixed slot 505 and three reinforcing of little number bullet seat fixed column 506 for little number bullet seat 5 is firm to be fixed in bullet chamber base 3 bottom.
The large number bullet seat 6 is also an unsealed circular column, and the inner diameter of the circular column is larger than that of the circular column of the small number bullet seat 5. The inner diameter of the two circular cylinders is different because of the fact that the round diameter of a general disc-shaped bullet is larger than that of a spherical or cylindrical bullet in order to install bullets with different shapes. The column walls at the two ends which are not closed are in a ladder shape. Two large-size bullet seat limiting handles 603 are arranged at the other end far away from the unsealed position in a forward extending mode, a movable ejector groove 602 is formed in the middle of the large-size bullet seat limiting handles 603, and the two large-size bullet seat limiting handles 603 are perpendicular to each other on the circular column wall. A large bullet seat mounting hole 601 is arranged at the joint of the circular ring columns.
Two large bullet limiting columns 401, a launcher limiting column 402 and a bullet cavity entrance 404 are arranged at the same end of the bullet cavity cover plate 4.
The large-size bullet seat 6 is sleeved on the large-size bullet seat mounting post 303 through the large-size bullet seat mounting hole 601. The annular wall of the big-horn bullet seat 6 is provided with a big-horn bullet seat limiting column 604, and the big-horn bullet seat 6 is installed and then the big-horn bullet seat limiting column 604 is just in butt joint with the first step 501. And a large-size bullet seat limiting groove 306 is arranged at the corresponding position of the bullet cavity base 3, and a large-size bullet seat limiting column 604 is also abutted with the large-size bullet seat limiting groove 306. The big-horn bullet seat 6 is fixed by being abutted with the first step 501 and the big-horn bullet seat limiting groove 306, so that the big-horn bullet seat 6 is fixed in the bullet cavity 2.
One end of the launching spring 7 is inserted into the launching spring limit post 503, the launcher 1 is inserted into the launcher mounting groove 301, and the other end of the launching spring 7 is inserted into the launching spring mounting post 104. The upper surface of the emitter 1 abuts against the emitter active slot 602. The second launching rod 102 is sleeved between the third launching rod 103 at the position between the two small-size bullet seat mounting handles 502 of the small-size bullet seat 5. The top end of the first firing rod 101 inserted into one end of the bullet cavity 2 is extended outwards in a rollover manner, and the shape of the top end is consistent with the shape of the front end of the two groove walls of the mounting groove 301 of the launcher, which extends into the bullet cavity base 3.
After the bullet cavity base 3 and the bullet cavity cover plate 4 are fixedly connected, the large-size bullet seat limiting handle 603 is fixedly abutted with the cylindrical surface of the large-size bullet limiting post 401, so that the large-size bullet seat 6 is fixedly arranged in the bullet cavity 2. The large-size bullet limit column 401 is abutted to the small-size bullet seat mounting handle 502, so that the small-size bullet seat 5 and the large-size bullet seat 6 are more firmly fixed in the bullet cavity 2. The emitter limit posts 402 are inserted into the emitter advancement limit slots 105 to limit the advancement of the emitter 1.
In order to facilitate the installation of the bullet cavity base 3 and the bullet cavity cover plate 4, a bullet cavity connecting column 8 is also arranged. A connecting column through hole 801 is arranged on the bullet cavity connecting column 8, and a cover limit 802 is arranged on the outer wall of one cylindrical surface of the connecting column. Bullet cavity connecting column mounting grooves 307 are arranged at the left and right side cavity walls of the bullet cavity base 3, wherein one groove wall corresponds to the cover limit 802 and is arranged at the bottom of the other groove wall. Correspondingly, a bullet cavity cover plate 4 is also provided with a bullet cavity connecting post cover groove 403, and the shape of the bullet cavity connecting post cover groove is consistent with that of the bullet cavity connecting post mounting groove 307. The bullet cavity connecting post 8 is tightly matched with the connecting post through hole 801, and the connecting post through hole 801 is arranged in the bullet cavity connecting post mounting groove 307 in order to enable the bullet cavity connecting post 8 to be easily inserted. And a closing limit 802 is provided for easy detachment of the bullet cavity base 3 and the bullet cavity cover 4.
In order to enable the bullet cavity to be more tightly installed together, the cover box of the bullet cavity base 3 is in a step shape, and the shape of the cover box of the bullet cavity cover plate 4 is matched. Through the ladder-shaped matching design of the bullet cavity connecting column 8, the bullet cavity base 3 and the bullet cavity cover plate 4 cover box, the box bullet cavity base 3 and the bullet cavity cover plate 4 can be reinforced and screwed through screws without being fixed by force.
While the preferred embodiments or examples of the present utility model have been described in detail with reference to the accompanying drawings, the present utility model is not limited to the above-described embodiments and examples, and various changes may be made within the knowledge of those skilled in the art without departing from the spirit of the present utility model.
Claims (10)
1. A bullet chamber capable of firing bullets of various shapes, comprising a launcher (1), a bullet chamber (2), characterized in that: the launcher (1) is provided with three launching rods, the bullet cavity (2) consists of a bullet cavity base (3) and a bullet cavity cover plate (4), and a small bullet seat (5) and a large bullet seat (6) are arranged in the launcher;
one end of the bullet cavity base (3) is provided with a launcher mounting groove (301), and the launcher (1) is mounted in the groove; the two groove walls extend into the bullet cavity base (3) and the front end of the bullet cavity base is outwards turned over to form an unsealed small-size bullet seat mounting cavity (302) with the cavity wall of the bullet cavity base (3), and a large-size bullet seat mounting column (303) is arranged on the cavity wall opposite to the unsealed position of the small-size bullet seat mounting cavity (302);
a large-size bullet seat mounting hole (601) is formed in the large-size bullet seat (6);
the small-size bullet seat (5) is arranged in the small-size bullet seat installation cavity (302), and the large-size bullet seat (6) is arranged above the small-size bullet seat (5) through the large-size bullet seat installation hole (601).
2. A bullet chamber capable of firing multiple shape bullets as in claim 1, wherein: the transmitter (1) is provided with three transmitting rods, namely a first transmitting rod (101), a second transmitting rod (102) and a third transmitting rod (103), a transmitting spring mounting column (104) is arranged between the second transmitting rod (102) and the third transmitting rod (103), a transmitting spring (7) is mounted on the transmitting spring mounting column, and a transmitter advancing limiting groove (105) is formed in the upper surface of the first transmitting rod (101).
3. A bullet chamber capable of firing multiple shape bullets as in claim 1, wherein: the small-size bullet seat (5) is an unsealed circular column, the column walls at the unsealed two ends extend upwards to form annular walls, one of the annular walls is in a step shape, and a first step (501) is formed; two small-size bullet seat mounting handles (502) are arranged at the other end far from the unclosed end in a forward extending way, and a transmitting spring limiting column (503) is arranged in the middle of the small-size bullet seat mounting handles.
4. A bullet chamber for firing multiple shape bullets as in claim 3, wherein: the front end of the small-size bullet seat mounting handle (502) is provided with a small-size bullet seat mounting hole (504), the tail end of the small-size bullet seat mounting handle is provided with a small-size bullet seat first fixing groove (505), and the small-size bullet seat mounting cavity (302) is provided with a small-size bullet seat mounting column (304) and is matched with the small-size bullet seat mounting hole (504).
5. A bullet chamber for firing multiple shape bullets as in claim 3, wherein: the other extending annular wall which is not provided with the first step (501) is outwards provided with a small-size bullet seat fixing column (506), and the corresponding cavity wall of the bullet cavity base (3) is provided with a small-size bullet seat second fixing groove (305).
6. A bullet chamber capable of firing multiple shape bullets as in claim 1, wherein: the large bullet seat (6) is an unsealed circular column, and the walls of the unsealed circular column are stepped at two ends; two large-size bullet seat limiting handles (603) are arranged at the other end far from the unsealed part in a forward extending way, and a transmitter movable groove (602) is arranged in the middle of the large-size bullet seat limiting handles; the joint of the circular ring columns is provided with a large bullet seat mounting hole (601).
7. A bullet chamber for firing multiple shape bullets as in claim 3, wherein: the annular wall of the large-size bullet seat (6) is provided with a large-size bullet seat limiting column (604) which corresponds to the first step (501), and the corresponding position of the bullet cavity base (3) is provided with a large-size bullet seat limiting groove (306).
8. A bullet chamber capable of firing multiple shape bullets as in claim 1, wherein: two large-size bullet limiting columns (401), a launcher limiting column (402) and a bullet inlet (404) are arranged at the same end of the bullet cavity cover plate (4).
9. A bullet chamber capable of firing multiple shape bullets as in claim 1, wherein: the bullet cavity connecting column is characterized by further comprising a bullet cavity connecting column (8), wherein a connecting column through hole (801) is formed in the bullet cavity connecting column, a cover limit (802) is arranged on the outer wall of one cylindrical surface of the bullet cavity connecting column, bullet cavity connecting column mounting grooves (307) are formed in the left side cavity wall and the right side cavity wall of the bullet cavity base (3), and one groove wall corresponds to the cover limit (802) and is arranged at the bottom of the other groove wall; correspondingly, a bullet cavity connecting column covering groove (403) is formed in the bullet cavity cover plate (4) in the same way, and the shape of the bullet cavity connecting column covering groove is consistent with that of the bullet cavity connecting column mounting groove (307).
10. A bullet chamber capable of firing multiple shape bullets as in claim 1, wherein: the bullet cavity base (3) and the bullet cavity cover plate (4) are matched in shape.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202321941683.1U CN220524759U (en) | 2023-07-24 | 2023-07-24 | Bullet cavity capable of shooting bullets with various shapes |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202321941683.1U CN220524759U (en) | 2023-07-24 | 2023-07-24 | Bullet cavity capable of shooting bullets with various shapes |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN220524759U true CN220524759U (en) | 2024-02-23 |
Family
ID=89930874
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202321941683.1U Active CN220524759U (en) | 2023-07-24 | 2023-07-24 | Bullet cavity capable of shooting bullets with various shapes |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN220524759U (en) |
-
2023
- 2023-07-24 CN CN202321941683.1U patent/CN220524759U/en active Active
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| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |