A compass case

Abstract

The utility model discloses a north direction mechanism box, its shape is cylinder, is composed of bottom box (100) and upper cover (400) two parts of up and down, the upper cover (400) is equipped with thimble (202) in the center point position of needle seat (200), the top of thimble (202) is connected with the conical hole (304) on direction turntable (300), after the upper cover (400) and bottom box (100) are closed, any rotation can be locked, and its core technical principle is the action of earth's magnetic field, the N pole of magnet 2 (3031) points to north, the S pole of magnet 1 (3021) points to south, the direction turntable (300) is positioned, makes the direction turntable notch (301) always be in the position of positive east, makes the bottom box mark (102) of north direction mechanism box horizontal rotation and point to the north position, when this time, the lock tongue (101) is just in the positive east and the up and down alignment of direction turntable notch (301), can open the upper cover (400), and the north direction mechanism box increases the interesting nature of opening in use.

Description

Technical Field

[0001] This utility model relates to the field of mechanism box processing technology, and in particular to a compass mechanism box. Background Technology

[0002] The novel, unique, and exquisitely designed mechanical boxes are very popular, leading to the creation of novel and unique compass-based mechanical boxes to meet people's needs. Summary of the Invention

[0003] The technical problem to be solved by this utility model is to provide a mechanism box manufactured using the principle of a compass, realizing a north-pointing mechanism box with a complex, novel and unique structure.

[0004] The technical problem to be solved by this utility model is achieved through the following technical solution.

[0005] A compass box, characterized in that the compass box is composed of a base box (100), a pin holder (200), a direction dial (300), a magnet 1 (3021), a magnet 2 (3031), and a top cover (400). The base box (100) is provided with a latch (101) and a base box mark (102). The top cover (400) is provided with a pin holder (200). A pin (202) is provided at the center of the pin holder (200). The tip of the pin (202) is connected to a conical hole (304) on the direction dial (300). A magnet 2 (3031) is provided due north of the direction dial (300). A magnet 1 (3021) is provided due south of the direction dial (300). A direction dial slot (301) is provided due east of the direction dial (300).

[0006] Preferably, in the above technical solution, the bottom box (100) is cylindrical in shape, a bottom box mark (102) is provided on the north side of the bottom box (100), and a locking tongue (101) is provided on the east side of the top of the bottom box (100).

[0007] Preferably, in the above technical solution, the needle seat (200) is circular in shape, and a pin (202) is provided at the center point of the circular needle seat (200). The pin (202) is designed as a cone. The needle seat (200) is fixed inside the upper cover (400). A needle seat groove (201) is provided on the outer edge of the circular needle seat (200). The needle seat groove (201) is equal in size to the upper cover groove (401), aligned vertically and fixed. The size of the needle seat groove (201) is larger than the size of the locking tongue (101).

[0008] Preferably, in the above technical solution, the direction dial (300) is circular in shape, and a conical hole (304) is provided at the center point of the circle of the direction dial (300) for detachable connection with the ejector pin (202). A magnet storage hole 2 (303) is provided on the due north side of the direction dial (300), and a magnet 2 (3031) is provided in the magnet storage hole 2 (303), with the N pole of the magnet 2 (3031) facing outward to the north. A magnet storage hole 1 (302) is provided on the due south side of the direction dial (300). 1 (302) is provided with a magnet 1 (3021), and the S pole of the magnet 1 (3021) faces south. The direction turntable (300) is provided with a direction turntable slot (301) due east. The size of the direction turntable slot (301) is larger than the size of the latch (101). The direction turntable (300) is provided with a balance notch (307) and a balance block 2 (306) due west. The direction turntable (300) is provided with a balance block 1 (305) due east, so as to keep the direction turntable (300) in a horizontal balance state.

[0009] Preferably, in the above technical solution, the upper cover (400) is cylindrical in shape, with an upper cover mark (402) on the due north side, and an upper cover slot (401) on the due east side of the upper cover (400), the size of the upper cover slot (401) being larger than the size of the lock tongue (101).

[0010] Preferably, in the above technical solution, when the direction turntable slot (301), the upper cover slot (401), and the locking tongue (101) are all aligned vertically, the upper cover (400) and the bottom box (100) can be closed. At this time, the locking tongue (101) is above the direction turntable (300). By rotating the north-pointing mechanism box, the north-pointing mechanism box can be locked. When the north-pointing mechanism box is rotated horizontally, its bottom box mark (102) and upper cover mark (402) face due north. At this time, the locking tongue (101) and the upper cover slot (401) are exactly in the due east position and aligned vertically. The direction dial (300) is equipped with magnet 1 (3021) and magnet 2 (3031). Due to the Earth's magnetic field, the N pole of magnet 2 (3031) points north and the S pole of magnet 1 (3021) points south, causing the direction dial (300) to rotate. After waiting a few seconds for the direction dial (300) to be positioned, the groove (301) of the direction dial points due east and is aligned vertically with the locking tongue (101), allowing the top cover (400) to be opened. This north-pointing mechanism box increases the fun of opening the box while protecting personal privacy. Attached Figure Description

[0011] Figure 1 This is a schematic diagram of the overall box cover of this utility model.

[0012] Figure 2This is a schematic diagram of the overall unfolded state of this utility model.

[0013] Figure 3 This is an overall cross-sectional view of the present invention.

[0014] Figure 4 This is a schematic diagram of the overall perspective structure of this utility model.

[0015] In the diagram: 1. Base box (100); 2. Locking tongue (101); 3. Base box marking (102); 4. Pin holder (200); 5. Pin holder slot (201); 6. Ejector pin (202); 7. Direction dial (300); 8. Direction dial slot (301); 9. Magnet storage hole 1 (302); 10. Magnet 1 (3021); 11. Magnet storage hole 2 (303); 12. Magnet 2 (3031); 13. Tapered hole (304); 14. Balance block 1 (305); 15. Balance block 2 (306); 16. Balance notch (307); 17. Top cover (400); 18. Top cover slot (401); 19. Top cover marking (402). Detailed Implementation

[0016] The specific embodiments of this utility model are described in detail below to facilitate a further understanding of this utility model.

[0017] Figure 1 This is a schematic diagram of the overall design of this utility model.

[0018] A compass box, characterized in that the compass box is composed of a base box (100), a pin holder (200), a direction dial (300), a magnet 1 (3021), a magnet 2 (3031), and a top cover (400). The base box (100) is provided with a latch (101) and a base box mark (102). The top cover (400) is provided with a pin holder (200). A pin (202) is provided at the center of the pin holder (200). The tip of the pin (202) is connected to a conical hole (304) on the direction dial (300). A magnet 2 (3031) is provided due north of the direction dial (300). A magnet 1 (3021) is provided due south of the direction dial (300). A direction dial slot (301) is provided due east of the direction dial (300).

[0019] The bottom box (100) is cylindrical in shape. A bottom box mark (102) is provided on the north side of the bottom box (100), and a locking tongue (101) is provided on the east side of the top of the bottom box (100).

[0020] The needle seat (200) is circular in shape, and a pin (202) is provided at the center of the circle of the needle seat (200). The pin (202) is designed as a cone. The needle seat (200) is fixed inside the upper cover (400). A needle seat groove (201) is provided on the outer edge of the circle of the needle seat (200). The needle seat groove (201) is the same size as the upper cover groove (401), aligned vertically and fixed. The size of the needle seat groove (201) is larger than the size of the locking tongue (101).

[0021] The direction dial (300) is circular in shape, and a conical hole (304) is provided at the center of the circle of the direction dial (300), which is detachably connected to the ejector pin (202). A magnet storage hole 2 (303) is provided on the due north side of the direction dial (300), and a magnet 2 (3031) is provided in the magnet storage hole 2 (303), with the N pole of the magnet 2 (3031) facing outward to the north. A magnet storage hole 1 (302) is provided on the due south side of the direction dial (300). The steering wheel (300) is equipped with a magnet 1 (3021) with its S pole facing outwards to the south. The steering wheel (300) has a steering wheel slot (301) to the east, and the size of the steering wheel slot (301) is larger than the size of the latch (101). The steering wheel (300) has a balance notch (307) and a balance block 2 (306) to the west, and a balance block 1 (305) to the east, so as to keep the steering wheel (300) in a horizontal balance state.

[0022] The top cover (400) is cylindrical in shape, with a top cover mark (402) on the due north side. The top cover (400) has a top cover slot (401) on the due east side, and the size of the top cover slot (401) is larger than the size of the latch (101).

[0023] When the steering wheel slot (301), the top cover slot (401), and the latch (101) are all aligned vertically, the top cover (400) and the bottom box (100) can be closed. At this time, the latch (101) is above the steering wheel (300). By rotating the north-pointing mechanism box, the north-pointing mechanism box can be locked. The north-pointing mechanism box is rotated horizontally so that its bottom box mark (102) and top cover mark (402) face due north. At this time, the latch (101) and the top cover slot (401) are exactly in the due east position and aligned vertically. The steering wheel (301) is aligned vertically. The 00 is equipped with magnet 1 (3021) and magnet 2 (3031). Due to the Earth's magnetic field, the N pole of magnet 2 (3031) points north and the S pole of magnet 1 (3021) points south, which drives the steering wheel (300) to rotate. After waiting a few seconds for the steering wheel (300) to be positioned, the groove (301) of the steering wheel points due east and the latch (101) is aligned vertically, so the top cover (400) can be opened. This north-pointing mechanism box increases the fun of opening the box while protecting personal privacy.

[0024] The application of this utility model is not limited to the examples mentioned above. The shape of the mechanism box can be cylindrical, cubic, or cuboid. The principle is the same: the top cover is opened by pointing the N pole of the magnet to the north and the S pole to the south, making it novel and unique, satisfying people's curiosity and playfulness. Its application market is broad and has good economic and social benefits. Any person skilled in the art can make improvements or modifications based on the above description. All such improvements and modifications should fall within the protection scope of the appended claims of this utility model.

Claims

1. A compass capsule, characterized in that The aforementioned north-pointing mechanism box comprises a base box (100), a pin holder (200), a direction dial (300), magnet 1 (3021), magnet 2 (3031), and a top cover (400). The base box (100) is provided with a latch (101) and a base box mark (102). The top cover (400) is provided with a pin holder (200). A pin (202) is provided at the center of the pin holder (200). The tip of the pin (202) is connected to a conical hole (304) on the direction dial (300). Magnet 2 (3031) is provided due north of the direction dial (300), magnet 1 (3021) is provided due south of the direction dial (300), and a direction dial slot (301) is provided due east of the direction dial (300).

2. A compass module according to claim 1, wherein The bottom box (100) is cylindrical in shape. A bottom box mark (102) is provided on the north side of the bottom box (100), and a locking tongue (101) is provided on the east side of the top of the bottom box (100).

3. A compass module according to claim 1, wherein The needle seat (200) is circular in shape, and a pin (202) is provided at the center of the circle of the needle seat (200). The pin (202) is designed as a cone. The needle seat (200) is fixed inside the upper cover (400). A needle seat groove (201) is provided on the outer edge of the circle of the needle seat (200). The needle seat groove (201) is the same size as the upper cover groove (401), aligned vertically and fixed. The size of the needle seat groove (201) is larger than the size of the locking tongue (101).

4. A compass module according to claim 1, wherein The direction dial (300) is circular in shape, and a conical hole (304) is provided at the center of the circle of the direction dial (300), which is detachably connected to the ejector pin (202). A magnet storage hole 2 (303) is provided on the due north side of the direction dial (300), and a magnet 2 (3031) is provided in the magnet storage hole 2 (303), with the N pole of the magnet 2 (3031) facing outward to the north. A magnet storage hole 1 (302) is provided on the due south side of the direction dial (300). The steering wheel (300) is equipped with a magnet 1 (3021) with its S pole facing outwards to the south. The steering wheel (300) has a steering wheel slot (301) to the east, and the size of the steering wheel slot (301) is larger than the size of the latch (101). The steering wheel (300) has a balance notch (307) and a balance block 2 (306) to the west, and a balance block 1 (305) to the east, so as to keep the steering wheel (300) in a horizontal balance state.

5. A compass module according to claim 1, wherein The top cover (400) is cylindrical in shape, with a top cover mark (402) on the due north side. The top cover (400) has a top cover slot (401) on the due east side, and the size of the top cover slot (401) is larger than the size of the latch (101).

Images