CN204260399U - The flower stand of a kind of pipeline and pipe fitting composition - Google Patents

Abstract

The utility model discloses a potted landscape frame composed of pipes and fittings, which comprises a water receiving basin for collecting and storing excess water during watering, a tube bottom support frame for supporting the entire flower frame, and a standpipe frame for supporting the flower pot. . The bottom pipe support frame is mainly composed of two inverted slanted crosses that are bonded up and down through connecting pipes. The slanted ports in the two slanted crosses are vertical to each other in space, and the slanted ports are all inserted into the support pipe. The water receiving basin is placed horizontally directly under the inclined cross at the bottom of the bottom pipe support frame. The riser frame is mainly composed of flower pot frames interlaced. The flower pot frame is composed of straight four-way symmetrical horizontal openings on both sides through connecting pipes to bond elbows. One end of the elbow is vertically upward. Pipe connection, the lower end of the straight cross at the bottom of the riser frame is bonded to the upper end of the bottom pipe support frame through the connecting pipe. The flower stand has simple connection operation, convenient management after use, and can effectively collect the sewage discharged from the flowerpot.

Description

A flower stand composed of pipes and pipe fittings

technical field

The utility model belongs to the technical field of gardening, in particular to a flower stand composed of pipes and pipe fittings.

Background technique

With the improvement of people's quality of life, people's demand for indoor landscape is getting higher and higher, especially the demand for indoor potted plants. When people's indoor activity area is not enough, potted plants are required to make full use of the indoor space and reduce the floor space. . The three-dimensional support can make full use of the limited indoor space resources, and it is beautiful and fashionable, and is favored by people. The current three-dimensional flower stand has many disadvantages: after watering, the excess water will bring out the soil in the flower pot, and after flowing through the surface of the flower stand, it will affect the beauty of the flower stand and increase the difficulty of subsequent management.

Utility model content

The technical problem to be solved by the utility model is to provide a set of three-dimensional flower stands with easy-to-obtain materials and easy assembly. This flower stand is easy to connect and operate, easy to manage after use, and can effectively collect sewage discharged from flowerpots.

In order to solve the above technical problems, the utility model is a flower stand composed of pipes and pipe fittings, including a water receiving basin for collecting and storing excess water during watering, a bottom pipe support frame for supporting the flower stand, and a standpipe for supporting the flowerpot The bottom pipe support frame is mainly composed of two inverted slanted crosses that are bonded up and down through the connecting pipe. The slanted ports in the two slanted crosses are vertical to each other in space, and the slanted ports are inserted with support pipes. ; The water receiving basin is placed horizontally directly below the inclined four-way at the bottom of the bottom pipe support frame, and the landing points of the supporting pipes are all on the same level as the bottom surface of the water receiving basin; The pot frame is composed of straight four-way symmetrical horizontal ports on both sides, and the elbow is bonded to the elbow through the connecting pipe. One end of the elbow is vertically upward. , the lower end straight opening of the straight cross at the bottom of the riser frame is bonded to the upper end straight opening of the inclined cross at the upper part of the bottom pipe support frame through a connecting pipe.

The bent portion of the above-mentioned elbow is provided with a horizontally crossing bolt with a nut.

The straight four-way cross openings in the two adjacent flowerpot frames on the above-mentioned riser frame are vertical to each other in space.

One end of the support pipe inserted into the inclined opening is in a closed state.

Description of drawings

Fig. 1 is a structural representation of the utility model.

Detailed ways

The following are specific embodiments of the utility model, and in conjunction with accompanying drawing 1, the technical solution of the utility model is further described, but the utility model is not limited to these embodiments.

A flower stand composed of pipes and pipe fittings includes a water receiving basin 1 for collecting and storing excess water during watering, a bottom pipe support frame 2 for supporting the flower stand, and a riser frame 3 for supporting the flower pot. The pipe support frame 2 is mainly bonded up and down by two inverted oblique crosses 21, 22 through connecting pipes. The oblique openings 211, 221 in the two oblique crosses 21, 22 are vertical to each other in space, and the oblique openings 211, 221 are all inserted with support pipes 23, 24; the water receiving basin 1 is placed horizontally directly below the inclined four-way 21 at the bottom of the bottom pipe support frame 2, and the landing points of the supporting pipes 23, 24 are all on the same level as the bottom surface of the water receiving basin 1 Above; the riser frame 3 is mainly composed of flowerpot frames 31 interlaced, and the flowerpot frame 31 is composed of straight four-way 32 symmetrical lateral openings 321 on both sides through the connecting pipe to bond the elbow 33, and one end of the elbow 33 is vertically upward, and the flowers The upper straight port 322 and the lower straight port 323 of the straight cross 32 in the pot frame 31 are connected to the adjacent flower pot frame 31 through the connecting pipe, and the lower end straight port 323 of the lower straight cross 32 of the vertical pipe frame 3 is supported by the connecting pipe and the bottom pipe The straight-through opening 222 at the upper end of the oblique cross 22 on the top of the frame 2 is bonded.

The bent portion 331 of the elbow 33 is provided with a bolt 332 horizontally crossing with a nut.

The cross openings 321 of the straight cross openings 32 in the two adjacent flower pot frames 31 on the standpipe frame 3 are vertical to each other in space.

One end of the support tubes 23, 24 inserted into the oblique openings 211, 221 is in a closed state.

The use process of the present utility model is as follows.

Place the flowerpots planted with plants in the openings of the riser frame 3 without inserting the connecting pipe, place the bottom of the flowerpot on the bolt 332, and the bolt 332 is used to support the flowerpot, so that the selection range of the flowerpot diameter is larger . During the watering process, the excess water flows into the inside of the riser frame 3 from the hole at the bottom of the flower pot, and then collects into the inside of the support frame 2 at the bottom of the tube, and then flows into the water receiving basin 1, so as to prevent the excess water from polluting the outer surface of the flower frame. question.

The specific embodiments described herein are only examples to illustrate the spirit of the present invention. Those skilled in the technical field to which the utility model belongs can make various modifications or supplements to the described specific embodiments or adopt similar methods to replace them, but they will not deviate from the spirit of the utility model or go beyond the appended claims defined range.

Claims (1)

1. the flower stand of a pipeline and pipe fitting composition, comprising the water-accepting basin for collecting excessive water when storage is watered, supporting the bottom tube bracing frame of flower stand and forming for the riser jacket of supporting flowerpot, it is characterized in that: described bottom tube bracing frame is bonding up and down by tube connector primarily of two inverted oblique four-ways, oblique port in two oblique four-ways is spatially mutually vertical, and oblique port is all inserted with stay pipe; Described water-accepting basin is in horizontal positioned immediately below the oblique four-way in bottom tube bracing frame bottom, and the pick-up point of stay pipe is all in same level with water-accepting basin bottom surface; Described riser jacket is primarily of jardiniere staggered, jardiniere passes through the bonding elbow of tube connector by the horizontal port in the symmetrical both sides of straight four-way, one end of elbow vertically upward, in jardiniere, on straight four-way, straightthrough port is connected with adjacent jardiniere by tube connector with lower straightthrough port, and the lower end straightthrough port of the straight four-way in riser jacket bottom is bonding with oblique four-way upper end, bottom tube bracing frame top straightthrough port by tube connector; The sweep of described elbow is provided with level and crosses bolt with nut, and on described riser jacket, in adjacent two jardinieres, the horizontal port of straight four-way is spatially mutually vertical, and one end that described stay pipe inserts oblique port is in closed state.