TWM619690U - Compass locator structure - Google Patents

Abstract

A compass locator structure has a pan/tilt and a compass fixing seat. The pan/tilt is used to be installed on a tripod. The compass fixing seat has a sleeve block that can be sleeved on the pan/tilt. There are two screws, one of which penetrates a main clamping block and screw-locks a nut, and the other screw-locks a pair of clamping blocks, so compasses of different sizes can be put into the main clamping block and the auxiliary clamping block. After connecting the blocks, slide the main clamping block along the screw, so that the main clamping block and the auxiliary clamping block clamp the compass together, and then lock the nut to the main clamping block to fix the Main clamp block and compass.

Description

Compass locator structure

This new type of creation is related to the structure of a compass locator and a peripheral product of Feng Shui and numerology.

Before starting livelihood activities such as house reconstruction and burials, many people will conduct feng shui surveys to find a better location, hoping that these activities can be successfully completed;

The compass is a necessary tool for feng shui survey. In addition to holding it directly in your hand, it can also be fixed on the compass holder and installed on the tripod, and used with a laser to survey and plot markings;

The compasses on the market have different sizes, but most of the compass holders can only be used for compasses of a specific size, which is not practical.

In view of the above shortcomings, the creator of this new model believes that it is necessary to make corrections, so with years of experience in related technology and product design and manufacturing, upholding the good design concept, researching and creating the above defects, after continuous efforts, finally It is the launch of the new creative compass locator structure, in order to correct the product structure to enhance the product's excellent efficacy.

The main purpose of the new structure of the compass locator is to provide a locating frame structure that can be installed with compasses of different sizes.

In order to achieve the purpose of the previous disclosure, the structure of the new creative compass locator includes:

A pan/tilt for installation on a stand;

A compass fixing seat has a set of blocks. The bottom of the set block is recessed with a circular groove-shaped sleeve slot. There are two threaded rods arranged in a straight line, one of the threaded rods penetrates a main clamping block, the main clamping block is recessed with a main clamping slot, the top of the main clamping block is extended with two extensions, and the two extensions are pivotally connected at the same time A pivoting block, the pivoting block penetrates a receiving groove, the screw rod of the main clamping block is penetrated and a nut for restricting the main clamping block is screw-locked, and the other screw is screw-locked with a secondary clamping block, The auxiliary clamp block is recessed with an auxiliary slot corresponding to the main slot, and the compass fixing seat is sleeved on the pan/tilt with the slot;

A laser is detachably fixed in the container;

A telescope is detachably fixed on the pivot block.

When using this creation, first install the gimbal on a tripod, and then set the compass holder on the gimbal with a sleeve. Then you can put the compass between the main clamping block and the auxiliary clamping block, and then match the compass with the compass. The user can move the main clamping block along the screw so that the main clamping slot and the auxiliary clamping slot are both stuck to the compass, and then lock the nut to the main clamping block to fix the main clamping block and the compass;

Afterwards, you can perform feng shui survey. When the sleeve screw is not locked, the user can rotate the compass holder and the compass horizontally relative to the gimbal freely. After the compass corresponds to the desired position, tighten the sleeve bolts, and then After rotating the telescope to observe the desired position, use the laser light emitted by the laser to mark the line.

Compared with the previous compass mount, this creation can clamp compasses of different sizes because the main clamping block can slide along the screw, and thus has higher practicability, and it is clearly an advanced product.

[Please refer to the first picture] This new type of creation is related to a compass locator structure, which includes:

A pan/tilt (1) for mounting on a stand (6);

A compass fixing seat (2), with a set of blocks (21), the bottom of the set block (21) is recessed with a round groove-shaped sleeve (211), the outer side of the set block (21) can be projected into The two sets of bolts (22) of the set of grooves (211), the two sets of bolts (22) are arranged in a straight line, and the outer side of the set block (21) is screw-locked with two bolts (23) that are also arranged in a straight line. The screw (23) penetrates a main clamping block (24), the main clamping block (24) is recessed with a main clamping slot (241), and the top of the main clamping block (24) is extended to form two extensions (242) , The two extensions (242) are pivotally connected to a pivoting block (25) at the same time, the pivoting block (25) penetrates a slot (251), the screw (23) of the main clamping block (24) is screwed The lock has a nut (26) for limiting the main clamping block (24), and the other screw (23) is screw-locked with a secondary clamping block (27), and the auxiliary clamping block (27) is recessed with a corresponding The auxiliary slot (271) of the main slot (241), the compass holder (2) is sleeved on the pan/tilt (1) with the slot (211), and the main clamping block (24) can be A main aiming groove (243) is recessed, and a main aiming rod (244) can be inserted into the main aiming groove (243), and a secondary aiming groove (272) can be recessed on the auxiliary clamp block (27). The aiming slot (272) can be inserted with a pair of aiming rods (273);

A laser (3) is fixed in the container (251) by a screw lock;

A telescope (4) is fixed on the pivot block (25) by a screw lock.

[Please refer to the first to third pictures] To use this creation, first install the gimbal (1) on a tripod (6), lock and adjust the gimbal (1) to the level, and then Set the compass holder (2) on the gimbal (1) using the slot (211), and then place the compass (7) between the main clamp block (24) and the auxiliary clamp block (27), and then move it along The screw (23) moves the main clamping block (24) so that the main clamping slot (241) and the auxiliary clamping slot (271) are both stuck to the compass (7), and then the nut (26) is locked to the main clamping block (24) Tightly, the main clamping block (24) and the compass (7) can be fixed;

[Please refer to the fourth picture together] Feng Shui survey can be carried out after assembly. When the socket bolt (22) is not tightened, the user can rotate the socket (21) horizontally relative to the pan/tilt (1) freely, and Use the main sighting rod (244) and the secondary sighting rod (273) to aim at the target so that the compass (7) corresponds to the desired position, and then tighten the socket bolt (22) to the gimbal (1), and then it can be rotated After pivoting the block (25), the telescope (4) is aligned with the position to be observed, and then the cross-shaped laser light emitted by the laser (3) is used to mark the scribe line.

[Please refer to the first to fifth pictures] This creation has another embodiment, including an auxiliary fixing base (5), which has a frame (51), and one end of the frame (51) is screw-locked with a frame Bolts (52), a relay block (53) is fixed on the top of the seat frame (51), and an auxiliary wire (54) is fixed between the two ends of the seat frame (51);

[Please refer to the sixth to seventh pictures together] When using this embodiment, first draw the center line on the front of a tombstone, and then lock the auxiliary fixing seat (5) on a tombstone with the bracket bolts (52) , After aligning the auxiliary line (54) above the center line to accurately determine the position, install and lock the gimbal (1) on the relay block (53), and fix the compass holder (2) on the gimbal (1) After that, you can position the compass (7) and mark the line just like installing it on the tripod (6).

Only the above is only a preferred embodiment of the creation of the new type, and should not be used to limit the scope of the creation of the new type. That is to say, all equal changes and modifications made in accordance with the scope of the patent application should still fall within the scope of this creation patent.

In summary, when it is known that the creation of this new model is novel and progressive, and that the creation of this new model has not been seen in any publication, it should comply with the provisions of Article 104 of the Patent Law, Article 120 of the Patent Law and Article 22 of the Approval.

1: PTZ 2: Compass holder 21: Set block 211: Sleeve 22: Block bolts 23: Screw 24: Main clamp block 241: Main card slot 242: Extension 243: Main sighting slot 244: Main sighting rod 25: Pivoting block 251: Container 26: Nut 27: Sub-clamping block 271: Secondary card slot 272: Secondary aiming slot 273: Secondary sighting rod 3: Laser 4: Telescope 5: Auxiliary fixing seat 51: Seat frame 52: Seat frame bolts 53: Follow the block 54: auxiliary line 6: Tripod 7: Compass

The first picture is an exploded view of the structure of the new creative compass locator. The second figure is a schematic diagram of the completed assembly of the structure of the new creative compass locator. The third figure is a schematic diagram of the structure of the new creative compass locator with a compass installed. The fourth figure is a schematic diagram of the use of the structure of the new creative compass locator. The fifth figure is a schematic diagram of the auxiliary fixing seat of the new creative compass locator structure. The sixth figure is a schematic diagram of the auxiliary fixer of the new creative compass locator structure fixed on the tombstone. The seventh figure is a schematic diagram of the new creative compass locator structure used on a tombstone.

1: PTZ

2: Compass holder

21: set block

211: set slot

22: Block bolts

23: screw

24: Main clamp block

241: main card slot

242: Extension

243: Main aiming slot

244: Main sight

25: pivot block

251: Conveyor

26: Nut

27: Vice clamp block

271: Secondary Card Slot

272: Secondary Aiming Slot

273: Secondary Aiming Rod

3: Laser

4: telescope

Claims (4)

A compass locator structure, including: A pan/tilt for installation on a stand; A compass fixing seat has a set of blocks. The bottom of the set block is recessed with a circular groove-shaped sleeve slot. There are two threaded rods arranged in a straight line, one of the threaded rods penetrates a main clamping block, the main clamping block is recessed with a main clamping slot, the top of the main clamping block is extended with two extensions, and the two extensions are pivotally connected at the same time A pivoting block, the pivoting block penetrates a receiving groove, the screw rod of the main clamping block is penetrated and a nut for restricting the main clamping block is screw-locked, and the other screw is screw-locked with a secondary clamping block, The auxiliary clamp block is recessed with an auxiliary slot corresponding to the main slot, and the compass fixing seat is sleeved on the pan/tilt with the slot; A laser that is detachably fixed in the container. A compass locator structure, including: A pan/tilt for installation on a stand; A compass fixing seat has a set of blocks. The bottom of the set block is recessed with a circular groove-shaped sleeve slot. There are two threaded rods arranged in a straight line, one of the threaded rods penetrates a main clamping block, the main clamping block is recessed with a main clamping slot, the top of the main clamping block is extended with two extensions, and the two extensions are pivotally connected at the same time A pivoting block, the pivoting block penetrates a receiving groove, the screw rod of the main clamping block is penetrated and a nut for restricting the main clamping block is screw-locked, and the other screw is screw-locked with a secondary clamping block, The auxiliary clamp block is recessed with an auxiliary slot corresponding to the main slot, and the compass fixing seat is sleeved on the pan/tilt with the slot; A laser is detachably fixed in the container; An auxiliary fixing seat for locking on a tombstone, with a frame, one end of the frame is screw-locked with a frame bolt, the top of the frame is fixed with a relay block, and the two ends of the frame are fixedly connected There is an auxiliary line for aligning above the center line of the front of the tombstone, and the connecting block is for the installation of the head. The compass locator structure according to any one of claims 1 to 2, wherein the pivot block is detachably fixed to a telescope. The compass locator structure according to any one of claims 1 to 2, wherein the main clamping block is recessed with a main aiming groove, the main aiming groove is inserted with a main aiming rod, and the auxiliary clamping block is recessed A pair of sighting slots is provided, and a pair of sighting rods is inserted into the secondary sighting slot.

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