KR920001496Y1 - Shortening link means of multiple-fold umbrella - Google Patents

Abstract

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Description

Meat shortening device of many folds

The drawings are all showing an embodiment of the present invention, Figure 1 is a view showing a case where a part of the flesh of Mt.

2 is a view seen from the direction of A in FIG. 1 in the relationship between the first year and the second year;

3 is a view seen from the direction B of FIG. 1 in relation to the first year, the third year, and the fourth year;

4 is a view seen from the direction C of FIG. 1 in relation to the ninth and eighth years.

FIG. 5 is a diagram showing a part of folding the flesh of Mt.

6 is a view showing a part when losing weight of Mt.

* Explanation of symbols for main parts of the drawings

1 to 10: Annual 12, 42: Pin

20: right mountain range 83: spring

201, 202: Bracket U: U shape

The present invention relates to a folding shortening device of yang (yang) acid. For example, a three-fold folded mountain (mountain), for example, three folded mountain (mountain), etc., when folded, but the length is still long, there was a defect that women can not put in the handbag. Therefore, a large number of folds are designed to meet the conditions that can be compactly packed into a handbag, but because of the large number of folds, there is a large lack of stability of the larvae when cultivated. There is a flaw.

The present invention has been made in view of the above-described drawbacks, and here, five folding folds, for example, folds at the same time, are folded and compactly stored in a handbag such as a woman and are convenient to carry. It was made.

Next, embodiments of the present invention will be described in detail with reference to the drawings.

In the present invention, as shown in FIGS. 1 to 6, the first end 1 in which the inner end 11 is conically joined to the bracket 201 on the upper end of the center 20 of the right (mounted) mountain in the center is formed. ; The inner one end 21 is conical joined to the bracket 202 at the lower end of the center 20 of the right mountain, and the outer one end is conical at the center of the first annual 1 by the pin 12. Joined second year (2); The inner end 31 is conically joined to the vicinity 22 of the inner end 21 of the second annual 2, and the outer end 32 is inserted into the jaw of the fourth annual 4. (3) third year; The inner end 41 is conically joined to the outer end 14 of the first annual 1 by the pin 42 and the outer end 44 is the inner end near the inner end of the seventh year 7. 72) a fourth year conical joined; The upper end of the fourth year (4) is parallel to it, the inner end (51) to the outer end (13) near the first year (1) outer end (14), the outer end (52) is the seventh year (7) A fifth annual conical joined to the inner end 71 of the fifth year 5; The inner end 61 is conically joined to the outer end 43 near the outer end 44 of the fourth annual 4, and the outer end 63 is conically joined to the inner end 81 of the eighth year (8). 6th year (6) keeping parallel with (7); A seventh year (7) in which the outer end (74) is conical joined to the inner end (82) near the inner end (81) of the eighth year (8); An eighth period (8) in which the outer end (84) is conical joined to the inner end (102) near the inner end (101) of the tenth annual (10); A dog having an arc shape, the inner end 91 of which is conical-joined to the outer end 62 near the sixth annual (6) outer end 63 and formed near the seventh annual (7) outer end 74. The outer end 93 is conically joined to the inner end of the tenth annual 10, and the central portion 92 passes through a spring 83 formed in the central portion of the eighth annual 8. 9 annual (9); And a tenth year.

The first year (1), the second year (2), the fourth year (4), the seventh year (7), and the eighth year (8) each represent the major length of the U-shaped cross section. The third year (3), the fifth year (5), the sixth year (6), the ninth year (9), and the tenth year (10) are each formed with long rods of disappointment.

When the right mountain of the present invention is folded, the fifth year (5) is in the U type group (U) of the first year (1), and the sixth year (6) is the U type group of the seventh year (7) In addition, the ninth year 9 is to be stored in the U-shaped set of the eighth year 8.

The second year (2) is a U-shaped group as shown in FIG. 2, where the width (W) of the group is wider than the first year (1) and the fourth year (4), and when the 9 (mountain) mountains are folded, The lower part of the fourth year (4) is stored in the U-shaped group of the second year (2).

The outer end 23 of the second annual 2 forms an opening 231 with two legs, and when the right mountain is opened, the central portion of the first annual 1 as shown by the dotted line in FIG. It is in the state fitted to the opening part 231, and the stability at the time of losing the right mountain meat is maintained.

The present invention is densely folded as shown in FIG. 5, and is developed to be used as in FIG. And since the length at the time of folding is about one fifth of the length at the time of development, the volume becomes more compact and it can be seen that it is superior to the conventional three-fold folding mountain.

Claims (3)

A first annual in which one end of the inner side is conical joined to the bracket of the upper end of the middle right mountain; A second annual in which one end of the inner side is conically joined to the bracket of the lower and lower ends of the right mountain in the middle, and the one end of the outer side is conically joined to the central portion of the first year; A third year in which the inner end is conically joined to the vicinity of the inner end of the second year, and the outer end is inserted into the fourth year's tank; A fourth year in which the inner end is conical joined to the outer end of the first year, and the outer end is conical joined to the inner end near the inner end of the seventh year; A fifth year conical junctioned at the top of the fourth year, the inner end being conically joined to the outer end near the first annual outer end and the outer end being the inner end of the seventh year; A sixth year in which the inner end is conically joined to the outer end near the fourth annual outer end, and the outer end is conically connected to the eighth year inner end and is parallel to the seventh year; A seventh year in which the outer end is conical joined to the inner end near the inner end of the eighth year; An eighth year in which the outer end is conical joined to the inner end near the inner end of the tenth year; The inner end is conically joined to the outer end near the sixth annual outer end and is connected to the open structure formed near the seventh annual outer end, and the outer end is conical joined to the inner end of the tenth year, An ninth year leading into a spring formed in the central portion of an eighth year; And a 10-fold annual short-acting device for lean sheep meat. The method of claim 1, wherein the first year, second year, fourth year, seventh year, and eighth year each represent a major section of a U-shaped cross section, and the third, fifth, sixth, and ninth years are respectively. The annual and the tenth year are each formed by the long-term of disappointment, and when we fold Mt. Wu, the fifth year is in the U-shaped group of the first year, the sixth year is in the U-shaped group of the seventh year, and the ninth year A multiple folding type short cut device characterized in that it is housed in a U-shaped tank of the eighth year. The method of claim 1, wherein the width of the group in the U-shaped group of the second year is wider than the width of the first year and the fourth year, and the lower part of the first year and the fourth year when the Mt. The outer end of the second year forms an opening as a pair of legs, and when the right mountain is opened, the center portion of the first year is inserted into the opening, A short-cut device of a large number of folds of beef, characterized by securing stability at seizure.