CN219205374U - A new type of circular arch frame for planting climbing plants - Google Patents

Abstract

The utility model discloses a new type of ring-shaped arch for planting climbing plants, which comprises a number of arc-shaped components with the same radian and length, with any one end of which is fixed on the edge of a certain circular plane, arranged clockwise or counterclockwise according to a certain angle to form a group Loose ring-shaped arch frame, from one end of the arc-shaped member fixed on the edge of the circular plane to the other end, use circular hole members with different diameters, and fix the arc-shaped members in series at a certain interval to form an end-to-end ring-shaped arch shelf. The ring arch embeds both ends of the ground-touching arc-shaped components in fixed positions on the ground. According to actual needs, one or two or three or four sets of arch entrances and exits can be set up to enter the planting area. The utility model relates to a novel annular arch frame for planting climbing plants, which has a large coverage area and multiple changes in height and slope, which is conducive to the climbing and growth of vines. The invention has strong practicability, convenient installation and maintenance, is suitable for urban park squares and rural courtyards, and creates landscape, ecological and economical landscaping effects.

Description

A new type of circular arch frame for planting climbing plants

technical field

The utility model relates to the field of planting climbing plants, in particular to an annular arch frame for planting climbing plants.

Background technique

Climbing plants refer to those plants that have slender stems, cannot grow upright by themselves, and must rely on others to climb upwards. Climbing plants have always been commonly used plant materials in gardening. Nowadays, the area that can be used for landscaping is getting smaller and smaller. Making full use of climbing plants for vertical greening is an important way to expand the greening space, create interesting and fascinating garden landscapes and improve the ecological environment. way.

Climbing plants commonly used in vertical greening, some use suckers or tendrils to climb up, some hang to cover the ground, and their winding vines, various branches and leaves and gorgeous flowers form a landscape. Many climbing plants have considerable stems, leaves, flowers, or fruits. Some climbing plants also emit fragrance. Using climbing plants to develop vertical greening can create landscape greening effects that are compatible with landscape, ecology, and economy.

Contents of the invention

In order to achieve the above purpose, the utility model provides a unique ring-shaped arch frame for planting climbing plants. The gaps formed between the components gradually become larger around the plants, and the area available for climbing plants to grow and spread gradually increases. Larger, to avoid insufficient light caused by too dense climbing plants during the growth process, to ensure sufficient water and sunlight supply during the growth process, and to create a colorful landscape space during the life cycle of climbing plants.

The utility model provides the following technical solutions: a new ring-shaped arch frame for planting climbing plants, which includes a number of arc-shaped members with the same radian and length and a ring-shaped arch frame constructed by circular hole members with different diameters. The members are fixed on the edge of a circular plane with any end, arranged clockwise or counterclockwise according to a certain angle to form a group of loose ring arches, from one end of the arc member fixed on the circular plane to the other end, with different diameters One circular member with holes connects and fixes the arc-shaped members in series at certain intervals to form a ring-shaped arch frame connected end to end.

The two ends of all the ground-contacting arc components of the annular arch frame are embedded in the planting ground for fixed positions.

According to actual needs, the circular arch frame arbitrarily selects all arc-shaped members on the arc length corresponding to the central angle of 30 degrees on the circular plane, and connects the third circular holed member in series with the two ends of these arc-shaped members. The arc-shaped member is cut off from the outside of the series connection, thereby generating a gap into the planting area and an entrance and exit of the arch frame respectively.

According to actual needs, after the selected arc length is rotated clockwise or counterclockwise by 180 degrees, it is positioned to the second section of arc length and all corresponding arc members, respectively in the third section connected in series with the two ends of these arc members. The arc-shaped components are cut off at the serial ends of the circular perforated components, thereby generating a second group of gaps and arch entrances and exits for entering the planting area.

According to actual needs, after the selected two arc lengths are rotated clockwise or counterclockwise by 90 degrees, they are respectively positioned to the third and fourth arc lengths and all corresponding arc components, and are respectively connected to these arc components. The external part of the third circular holed member connected in series at the two ends cuts off the arc-shaped member, thereby generating the third and fourth groups of openings and arch entrances for entering the planting area respectively.

The beneficial effects of adopting the utility model are: the horizontal height of the annular arch frame for planting climbing plants of the utility model is different, and the slope is steep or slow, which is more conducive to the climbing and growth of the climbing plants, opening branches and leaves, blooming and bearing fruit. The landscape space formed under the circular arch frame planted with climbing plants can be used for people to rest, entertain, play and other activities. Throughout the year, people can watch the leaves, flowers, fruit and its shape. The invention has strong practicability, and is relatively convenient for installation and maintenance. According to the land space, annular arches of different sizes can be manufactured in a certain proportion for planting climbing plants. It is suitable for urban parks, squares, rural gardens and courtyards, creating landscapes and ecology. The landscaping and greening effect that is suitable for the economy and the economy will add a touch of color to the construction of a beautiful China.

Description of drawings

Fig. 1 is a top view of the ring arch of the embodiment of the present application.

Fig. 2 is a top view of the first type of circular arch for planting climbing plants according to the embodiment of the present application.

Fig. 3 is a top view of the second type of annular arch for planting climbing plants according to the embodiment of the present application.

Fig. 4 is a top view of the circular arch for planting climbing plants according to the embodiment of the present application.

Fig. 5 is a perspective view of an annular arch for planting climbing plants according to an embodiment of the present application.

Fig. 6 is a structural schematic diagram of an annular arch for planting climbing plants according to an embodiment of the present application.

Explanation of reference signs: 1 is an arc-shaped component; 2 is a circular perforated component; 3 is a planting area; a, b, c, and d are openings in the planting area; A, B, C, and D are the entrances of the annular arch.

Detailed ways

Preferred embodiments of the present utility model will be described in detail below in conjunction with the accompanying drawings.

The example of the application discloses a novel annular arch frame for planting climbing plants. Referring to Fig. 1 and Fig. 6, it includes a number of arc-shaped members (1) with the same radian and length and a ring-shaped arch frame constructed by circular perforated members (2) with different diameters, and the arc-shaped members (1) are fixed at any one end On the edge of a circular plane, a group of loose ring frames are arranged clockwise or counterclockwise according to a certain angle, from one end of the arc-shaped member (1) fixed on the edge of the circular plane to the other end, using circular frames with different diameters The perforated member (1) connects and fixes the arc-shaped members in series at certain intervals to form a ring-shaped arch frame connected end to end.

Both ends of all the arc-shaped members (1) of the annular arch touching the ground are embedded in the planting ground for fixed positions.

According to actual needs, referring to Fig. 2, all the arc-shaped members (1) on the arc length corresponding to the 30-degree central angle of the arbitrarily selected circular plane are respectively connected in series with the two ends of these arc-shaped members (1). Three circular holed members (2) truncate the arc-shaped member (1) at the serial end, thereby respectively forming a gap (a) entering the planting area (3) and an arch entrance (A).

According to actual needs, referring to Figure 3, the selected arc length is rotated clockwise or counterclockwise by 180 degrees and then positioned to the second section of arc length and all corresponding arc members (1). (1) The third circular member with holes connected in series at both ends (2) The external truncation of the arc-shaped member at the serial end, thereby generating the second group of gaps (b) and the entrance and exit of the arch into the planting area (3) respectively (B).

According to actual needs, with reference to Fig. 4 and Fig. 5, the selected two arc lengths are rotated clockwise or counterclockwise by 90 degrees and then respectively positioned to the third and fourth arc lengths and all corresponding arc members ( 1), truncate the arc-shaped members at the outside of the third round hole-shaped member (2) connected in series with the two ends of these arc-shaped members (1), thereby generating the third and fourth groups respectively The gaps (c), (d) and arch entrances (C), (D) of the planting area (3).

The above is only a preferred embodiment of the present utility model, and is not intended to limit the scope of protection of the present application. Therefore: all equivalent changes made according to the principles, structures and shapes of the present application should be covered by the protection of the present application. within range.

Claims (5)

1. The utility model provides a novel plant ring arch of climbing plant, includes the ring arch that arc component (1) and diameter different circular foraminiferous component (2) of a plurality of radians and length are the same constructed, its characterized in that, arc component (1) is fixed on certain circular plane edge with its arbitrary one end, arrange into a set of loose ring arch clockwise or anticlockwise according to certain angle, from arc component (1) fixed at circular plane edge's one end to the other end, concatenates arc component (1) fixedly with circular foraminiferous component (2) of diameter different according to certain interval, forms end to end's ring arch.

2. A novel ring arch for growing climbing plants according to claim 1, wherein the circular plane is arbitrarily selected from 30 ^。 All arc-shaped components (1) on the arc length corresponding to the central angle are cut off outside the serial ends of the third circular perforated component (2) which is connected with the two ends of the arc-shaped components (1) in series respectively(1) Thereby creating a first gap (a) and a first arch inlet (a) into the planting area (3), respectively.

3. A novel climbing plant growing ring arch according to claim 2, wherein the selected 30 ^。 The arc length corresponding to the central angle rotates 180 clockwise ^。 And then positioning the second arc length and all the corresponding arc-shaped components (1), and cutting off the arc-shaped components (1) outside the serial ends of the third circular perforated components (2) which are serially connected with the two ends of the arc-shaped components (1), thereby respectively generating a second group of second openings (B) and second arch inlets and outlets (B) which enter the planting area (3).

4. A novel ring arch for growing climbing plants according to claim 3, wherein the selected two segments 30 ^。 The arc length corresponding to the central angle rotates clockwise by 90 degrees ^。 And then the arc-shaped members (1) are respectively positioned to the third section and the fourth section of arc length and all the arc-shaped members (1) corresponding to the third section and the fourth section of arc length, and the arc-shaped members (1) are respectively cut off outside the serial ends of the third circular perforated members (2) which are serially connected with the two ends of the arc-shaped members (1), so that a third group of openings (C) and a fourth group of openings (D) which enter the planting area (3) and a third arch inlet and outlet (C) and a fourth arch inlet and outlet (D) are respectively generated.

5. The novel annular arch for planting climbing plants according to claim 1, 2, 3 or 4, wherein the annular arch is used for fixing the two ends of all the ground-touching arc-shaped components (1) by embedding the planting land, and one group or two groups or three groups or four groups of openings and arch entrances of the annular arch entering the planting area (3) can be arranged according to actual needs.

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