JP3174195U - Orientation structure of golf bag - Google Patents

Abstract

Provided is a golf bag localization structure in which a lower frame is provided on a pedestal so that the orientation is changed and the tilting is difficult to tilt.
A bag body that covers an upper frame body, a lower frame body, a pedestal, and upper and lower frame bodies, a support bar installed outside the upper frame body, supports the bag body, and an auxiliary bar. To assist the outer support bar 23. By installing shaft holes in the pedestal 40 and the lower frame body 30 and passing the shaft center rod through the shaft holes, the lower frame body 30 and the pedestal 40 can be combined together, whereby the lower frame body 30 can rotate its angle. it can. A front shaft hole 42 is separately installed in the base 40 and combined with the auxiliary rod 24. A front slope 32 is installed on the lower frame 30.
[Selection] Figure 5

Description

  The present invention relates to a localization structure of a golf bag, and more particularly to a localization structure of a golf bag that does not incline because the entire bottom portion of the golf bag is in contact with the ground even when the golf bag is inclined.

  As shown in FIG. 1, FIG. 2 and FIG. 3, a golf bag having a support bar outside the prior art has an upper frame 10 and a pedestal 11, and several inner frames are provided between the upper frame and the pedestal. The skeleton 12 is installed and further covered with cloth or leather to form the bag body 15. By providing the support bar 13 on the outer side of the upper frame body 10, the bag body 15 can be inclined at an angle, and the club can be easily taken. Further, an elastic auxiliary bar 14 is installed to assist the outer support bar 13. The above-described structure has the following disadvantages: As shown in FIGS. 1 and 3, both ends of the inner framework 12 are connected to the upper frame body 10 and the pedestal 11, so that the pedestal is inevitably present when an inclination angle is exhibited. 11 increases the angle θ upward. That is, the pedestal 11 is not the whole, only one end touches the ground, the center of gravity becomes unstable, and it is easy to fall to the left and right, so further improvement is necessary.

  In order to solve the drawbacks of the prior art, the main object of the present invention is to provide a localization structure of a golf bag that is difficult to tilt because the front slope of the lower frame does not touch the pedestal even when the bag is tilted. .

  In order to solve the above problems, the present invention provides a localization structure of a golf bag. A lower frame body whose angle can be changed is provided on the base of the golf bag, an inner frame is combined with the lower frame body, and a front slope is provided on the inner frame body 26. When the bag is tilted, the lower frame body is also tilted at the same time. The front slope of the lower frame body touches the pedestal and can be placed over a wide area, so that the bag is difficult to tilt.

  The present invention installs a lower frame body that can change the angle on the pedestal, and by installing a front slope on the lower frame body, even if the bag is tilted, the pedestal stably touches the ground, and the lower frame Since the front slope of the body conflicts with the pedestal, the center of gravity of the bag is stable and difficult to tilt.

It is a three-dimensional figure in a prior art. It is a three-dimensional external view of the bag in a prior art. It is a state figure which shows the inclination-angle in a prior art. It is a structural three-dimensional exploded view in the present invention. It is a three-dimensional view of the other skeleton in this invention. It is a three-dimensional external view of the bag in this invention. It is a three-dimensional external view of the bag in this invention.

  As shown in FIGS. 4 to 7, in the present invention, the upper frame body 20, the lower frame body 30, the pedestal 40, the bag body 25 covering the upper and lower frame bodies 20, 30, and the support bar 23 installed outside the upper frame body 20. Supports the bag body 25, further installs an auxiliary bar 24, and assists the outer support bar 23. The shaft holes 41 and 31 are installed in the pedestal 40 and the lower frame body 30, and the shaft center rod 43 is passed through the shaft holes 31 and 41, so that the lower frame body 30 and the pedestal 40 are combined together, thereby the lower frame body 30. Can rotate the angle. A front shaft hole 42 is separately installed in the base 40 and combined with the auxiliary rod 24. A front slope 32 is installed on the lower frame 30.

  The structure has the following effects. As shown in FIGS. 5 and 6, when the bag 25 is placed perpendicular to the ground, the inner frame 22 is kept vertical by the rear half of the lower frame 30 coming into contact with the pedestal 40. When the bag body 25 is inclined, as shown in FIGS. 6 and 7, the angle of the lower frame body 30 can be changed, and the lower frame body 30 is inclined by lowering the front inclined surface 32 that is included. However, the front slope 32 of the lower frame body 30 exhibits a state in which the entire bottom surface contacts the pedestal 40. That is, one end of the lower frame body 30 does not rise as in the prior art, and the center of gravity is stabilized because the entire frame conflicts, and the bag does not fall down.

10, 20 Upper frame 11, 40 Pedestal 12, 22 Inside frame 13, 23 Outer support rod 14, 24 Auxiliary rod 15, 25 Bag 30 Lower frame 31, 41 Shaft hole 42 Front shaft hole 43 Shaft center rod

Claims (1)

Including upper frame, lower frame and pedestal,
A bag body covering the upper frame body, the lower frame body, the upper and lower frame bodies, a support bar on the outside of the upper frame body, an auxiliary bar for supporting the bag body and supporting the outer framework;
By providing a shaft hole in the pedestal and lower frame and passing the shaft center rod through the two shaft holes, the lower frame can change the angle at the same time as combining the lower frame and pedestal into one,
The pedestal has a separate front shaft hole, combined with the auxiliary rod,
The lower frame body has a front slope, and when the bag is tilted at a different angle, the lower frame body is also tilted, the front slope of the lower frame body touches the pedestal, and is stable and difficult to tilt. The stereo structure of a golf bag.

Images