KR200214636Y1 - Formative fixing device of rotary sign - Google Patents

Abstract

The present invention relates to a device that can increase the advertising effect by fixedly installed in the advertising sculpture rotating signboard to rotate continuously in the wind.

One or two sculptures 6 are attached to the ends of the four rotary rods 5 at an angle so that the sculptures 6 attached to the ends are stretched and pushed. Rotating shaft gear 13, which rotates and rotates in a repetition of diagonal shift, rotates the upper gear 15, and the lower gear 17 connected to the gear shaft 16 meshes with the holding rod 19 again. It is a device that allows the support to be rotated.

Description

Formative fixing device of rotary sign

This proposal fixed the signboard for the advertising sculpture (6) to achieve the movement and rotation simultaneously under the influence of the wind, and continuously rotate the support connected by the deceleration principle of the gear to attract the customer's attention in any direction. It relates to a sculpture rotating signboard fixing device to enhance the advertising effect.

In general, the rotating sign fixing device is a metal material, and the sign itself is directly rotated by the wind, and when the wind blows hard, the accelerating force is not only difficult to identify the advertisement, but also may cause problems in the safety of pedestrians.

Forced rotations can also be a waste.

The main purpose of this paper is to make the auxiliary devices made of sculptures rotate by the wind to save energy, increase safety, and harmonize with nature, to attract customers' eyes in any direction and maximize the advertising effect. In order to achieve the above object of the present invention, the main connecting rod (7) is rotatably installed at the top of the holding rod (4), and the main connecting rod (29) is made in the center of the main connecting rod (7), and the sculptures (6) have four Insert the rotating shaft 22, which is the center of the rotating rod 15, and connect the lower connecting rod 23 with each of the fixing rods 3 at both ends of the main connecting rod 29 to form a support, and the support is made of a metallic signboard or synthetic resin material for advertisement. Fix the sign or cloth banner.

1: perspective view

Figure 2 a. Figure 2 b. Fig. 2c: Cross-sectional view of the sculpture in this paper

Figure 3 a. Figure 3b: Front view of the combined sculpture in this paper

Figure 4 a. Figure 4 b. Figure 4 c Figure 4 d: partial perspective view of the support of the present article

Fig. 5: Use state diagram of the present draft

6a and 6b: state of use of the present invention

Figure 7: Perspective of the sculpture in this paper

8A, 8B, 8C: Sculpture perspective view

9a, 9b, 9c: Sculpture perspective view

Fig. 10: Front view of the support in the present paper

11A, 11B, 11C, and 11D: perspective views of another embodiment of the present disclosure

<Description of the code | symbol about the principal part of drawing>

(2) Base (3) Rod (36) Lateral stopper

(4) holding rod (5) revolving rod

(6) Sculptures (7) Main connecting rods

(8) Brace rails (9) Rail ends

(10) Adjuster (11) Cockpit

(12) Sculpture Decoration (13) Gear Shaft

(14) 'T' type connector (15) Top gear

(16) Gear Shaft (17) Lower Gear

(18) Main connecting rod shaft (19) Shoring rod gear

(20) Main connecting rod bearings (21) Holding rod bearings

(22) Rotating shaft (23) Lower connecting rod

(24) 'ㄱ' shaped connector (25) circular connector

(26) vertical sphere (27) horizontal sphere

(28) Hanging jaw (29) Main connecting rod

(30) Gear soccer (31) Holding rods

(32) Support rod (33) Fastener

(34) Support String (35) Bell Stopper

The feldspar feldspar 11 is attached to the center of each of the two sculptures 6 of the same size and shape, and the sculpture feldspar 12 is attached to the central part where the two sculptures 6 can be combined. 10) the horizontally coupled rail holes 19 are horizontally inserted into the brace rails 18 in advance, and then the 'A' ring of the end of the adjuster 10 is inserted into the brace feldspar 11 and the brace rails 8 When the vertical part is inserted into the sculpture feldspar 12 vertically, it becomes a butterfly-shaped sculpture 6 and the two sculptures 6 coincide with the retracting and unfolding during operation.

The feature of the sculpture feldspar 12, which combines the two sculptures 6, is that the faces touch each other in the clockwise direction but not the opposite direction, so that the retracting function of the sculptures 6 is not touched. This easily enters and can be unfolded. [4a] Four rotating rods 5 having the same length in all directions are fixedly attached to the rotating shaft 22 at the center in a flat cross shape at an angle of 90 ° and vertically at each end of the rotating rod 5. Spherical rails (8) made of spheres (26) and horizontal spheres (27) combined with the moldings (6) are inserted into the vertical spheres (26), and the horizontal portions are inserted into the horizontal spheres (27) to rotate the shaft (22). When the rotary shaft gear 13 having a small number of teeth is inserted and fixed at the waist point, the rotary shaft 5 which is the center of the rotary rod 5 with the sculpture 6 attached to generate the primary rotation is completed. On the other hand, as shown in FIG. 6A, if the sculptures 6 each consisting of one end are attached to the ends of the four rotary rods 5 at an angle, the sculptures 6 are vertically attached to the inner side of the circumference toward the inside of the circumference. When the rotary rod 5 is caught by the protruding longitudinal stopper 35 and pushed against the rotary rod 5, the opposite side 6 ° is pushed by the wind and stops on the support string 34 in a diagonal state so that the pressure is avoided. The rotation is repeatedly generated because it cannot be pushed, and as shown in FIG. 7, the upper end is attached to the shaft so that the sculpture 6 is flowed at an angle to the four rotating rods 5 ends by the wind pressure. When (6) is caught by the protruding longitudinal stopper 35 and pushes the rotating rod 5, the 180 ° opposite sculpture 6 floats backward in the wind but is caught by the protruding transverse stopper 36 and the lower end of the molded article 6 is pressed. The rotation occurs by the repeated action of exiting the furnace.

In general, the method of FIGS. 8a, 8b, 8c, 9a, 9b, 9b, 9c, and 6b is fixed to the end of the rotating rod 5 to float. The sculpture 6, which is the same principle as the anemometer, is pushed to the side where the groove is depressed by the wind pressure, and the opposite to the 180 ° sculpture 6 is round or pointed, causing the rotation to occur by repeated pressure-induced feelings. Can be installed as an auxiliary device.

Here, as the auxiliary device for generating rotation, the support rails 8 and the adjuster 10 are required only when the two sculptures 6 are combined to form one component, and the sculptures 6 composed of only one side are unnecessary.

A standing rod (4) is installed on the top of the pedestal (2) made of a heavy body, and the fixed rod gear (19) having a large number of toothed teeth is fixed to the outside of the upper holding rod (31). 4) Install the holding rod bearing (21) to fit the 'T' type main connecting rod shaft (18) in the endurance.

After installing the main connecting rod bearing 20 in the end of the main connecting rod shaft 18 to be fitted to constitute a support.

'T' type connector (14) is fixed to both ends of the main connecting rod (7) in the transverse direction, and the main connecting rod (7) to the both ends of the 'b' type connector (24) and then fixed through the connector (24) (3) is installed to stand in the longitudinal direction, and the lower connecting rods 23 on both sides of the circular connecting portion 25 in the transverse direction, respectively, and then the 'a' type connecting portion 24 to the opposite ends fixed in the standing position Assembling the lower end of both ends of the rod 3 is completed. In addition to the support consisting of only two sides, as shown in [Fig. 11a] [11b] [11c] [11d] [11d], the main connecting rod at the top by being composed of several types such as a triangular prism, a square prism, a polygonal prism, and the like. ) And the lower connecting rod 23 at the bottom, and can be installed in the support for hanging the signboard as shown in [10] tightening the height of the holding rod (4) and the fixed rod (3) (33) was used for adjustment. Dividing the middle part of the holding rods 4 standing on the pedestal 2, the upper holding rods 4, which are rather thinly formed on the lower holding rods 4, are overlapped, and at the same time, the ends of each of the main connecting rods 7 and the lower connecting rods. (23) angular fixing rod (3) connecting each end is also divided into the upper and lower can be adjusted to be combined and overlapping, and if you attach a signboard to the support after adjustment, angular fixing rod (3) without the fastener 33 is free If the gear shaft 30, which is the peripheral groove in the upper center of the upper end of the support body, is fitted with the gear shaft 16 fixedly connected to the upper gear 15 having a large number of teeth, it stops at the latching jaw 28 and the lower gear has a small number of teeth at the lower end ( 17) is fixed and coupled to the floating rod gear 19 when the number of teeth at the same time horizontally engaged.

At this time, if the rotary shaft 22, which is the center of the angular rotating rod 5, in which the sculpture 6 is attached to the main connector 29 of the upper end of the support, the one side is pushed out by 180 ° at the same time when the sculpture is stretched or pressed. The opposite side is a device that rotates because the sculpture is retracted or the wind is out, so the support to attach the signboard is slowly rotated due to power transmission.

Therefore, this proposal has the effect that the signboard for advertisement is energy-saving when the sculpture moves and rotates around the holding rod, and maximizes the advertising effect by attracting many eyes due to the familiar atmosphere of the sculpture.

Claims (14)

Sculpture (6) In the rotary sign fixing device, the four rotating rods 5 having the same length in all directions about the rotating shaft 22 are fixed and attached to form a flat cross at a 90 ° angle. When wind pressure is applied to the rails (8) to match the swelling and unfolding, when the wing of one of the four sculptures (6) is stretched and pushed at the same time, the 180 ° opposite sculpture (6) wings are simultaneously retracted and the wind moves away. Device that transmits power to the support that can hang the sign because the rotation is generated The method of claim 1 The one end of the four rotating rods (5) is attached to the longitudinal stopper (35) by the wind pressure by attaching the sculpture (6) consisting of one side to the inside of the circumference vertically to the inner circumference so as to be able to flow at a predetermined angle. A device that pushes the rotating rod (5) and the opposite side sculpture (6) is pushed by the wind and stops diagonally under the control of the support strap 34, and the pressure is repeatedly released and the rotation occurs. The method of claim 1 The rod 6 is attached to the longitudinal stopper 35 in which the sculpture 6 protrudes in the longitudinal direction by the wind pressure by attaching the upper side to the axis by allowing the sculpture 6 to flow at an angle to the four rotary rods 5 ends. The device that rotates by the repetitive action of the 180 ° opposite sculpture (6) floats back in the wind, but is caught by the transverse stopper (36) protruding in the lateral direction and exits to the lower end of the sculpture (6) The method of claim 1 Attached to the end of the four rotating rods (5) attached to the shape of the scoop-like shape (6), the grooved side is pushed by the pressure and 180 ° opposite side sculpture (6) is rounded to generate the rotation by the repetitive action of the pressure out Device The method of claim 1 Attached to the end of the four rotating rods (5) attached to the shape of the soccer ball-like shape 6, the groove side is pushed by the pressure and the 180 ° opposite side (6) is rounded to generate a rotation by the repetitive action of the pressure out Device The method of claim 1 Attached to the end of the rotating shaft 22 in a circular shape (6) is a device that rotates due to the repetitive action of the pressure on one side by the wind and the pressure on the opposite side 180 ° The method of claim 1 Attached to the end of the rotating shaft 22, the sculpture 6 of the helicopter and the propeller, the grooved side is pushed by the pressure and 180 ° opposite side is the spiral is rotated by the repeated action of the pressure deviating The method of claim 1 Apparatus for generating rotation by attaching a fangeun sculpture (6) to the end of the rotary shaft 22 The method of claim 1 A device for generating rotation by attaching a trumpet-shaped sculpture 6 to the four bent rotary rods 5 ends. The method of claim 1 Sculpture rotary signage device characterized in that provided with a triangular prism shape of the support The method of claim 1 Molding water rotating signboard fixing device characterized in that provided with a square pillar shape of the support The method of claim 1 Sculpture rotary signage device characterized in that provided with a polygonal column shape of the support The method of claim 1 Sculpture rotary signage device characterized in that provided with a cylindrical shape of the support The method of claim 1 In order to adjust the height of the support rod 4 and the fixed rod 3 using the fastener 33, the middle part of the support rod 4 is divided into a thinner part on the lower support rod 4. The upper fixing rods (4) formed by overlapping the coupling and at the same time the main connecting rods (7) and each fixing rod (3) connecting each end of the lower connecting rods 23 ends also divided into the upper and lower devices to adjust the coupling