KR200433085Y1 - Excellent tower for power distribution tower - Google Patents

Abstract

The delivery tower superior receiving according to the present invention is constructed by a first bottom portion and an inner wall and an outer wall installed on both sides of the first bottom portion to collect rainwater flowing along the outer circumferential surface of the base member supporting the distribution tower support. The first body and the first circumferential surface of the transmission tower and the base member having a first body and a first discharge portion extending from the first drip tray to discharge the rain water collected in the first drip tray and the base member and the base member A second catchment passage is formed by the second bottom part, the inner wall and the outer wall installed at both sides of the second bottom part so as to collect the rainwater flowing along the second bottom and surrounds the base member, and extends from the second drip tray. 2 coupling means for coupling the first body and the second body with the second body having a second discharge portion for discharging rainwater collected in the drip tray, and the first and second drip body respectively Cover members having a drip cover part inclined from the outside to the first drip plate and covering the first and second drip trays, a discharge part cover part extending from the drip cover part to cover the first and second discharge parts, and an outer circumferential surface and a base of the base member; A packing member inserted between the inner wall of each of the first drip tray and the second drip tray to prevent rain water flowing through the outer circumferential surface of the base member from flowing between the outer circumferential surface of the base member and the respective inner walls; and connecting the first discharge part and the second discharge part. It is provided with an extended discharge pipe and an excellent drainage pipe connected to the discharge pipe extension so that the discharged rain water can be discharged outside the range of the load of the transmission tower for transmission and distribution.

The steel tower rain tray for power distribution according to the present invention prevents rainwater from leaking between the base member and the steel tower rain receiver for power distribution, and prevents the accumulation of foreign matter in the steel tower rain bottom for power distribution, preventing the rainwater from overflowing. Prevents dirt from the installed part from being swept away by rainwater.

Power distribution tower, rain tray

Description

Rain receiver for power transmission and power supply tower}

1 is a perspective view showing the installed state of the tower tower for power distribution of the present invention,

Figure 2 is an exploded perspective view of the delivery tower excellent tower of Figure 1,

Figure 3 is a cross-sectional view showing a state in which the delivery tower excellent receiving tower is mounted on the base member according to the present invention,

Figure 4 is a perspective view showing a state in which the transmission tower excellent receiving tower of Figure 2 coupled to the base member.

<Explanation of symbols for the main parts of the drawings>

2: base member

3: Excellent receiving steel tower for distribution

The present invention relates to a transmission and distribution tower, and more particularly, to an excellent tower for transmission and distribution tower that is installed on the base member for supporting the transmission and distribution tower tower to drain the rainwater flowing from the base member to a certain distance away. .

In the space created by excavating the soil at the position to build the tower for transmission and distribution, the tower construction for the transportation and distribution will be cured with concrete, and then the soil will be backfilled and compacted to complete the foundation of the transmission and distribution tower.

 By the way, the conventional steel tower base portion for transmission and distribution has a problem that the soil that has been compacted construction flows into the rain water, so that the ground of the transmission tower base can not withstand the load of the transmission and distribution tower to collapse.

The present invention is to solve the above problems, to prevent the leakage of rainwater between the base member and the tower for receiving power distribution tower, and to prevent foreign matter from accumulating on the tower for receiving power distribution tower to prevent rainwater overflow.

The delivery tower superior receiving according to the present invention for achieving the above object, the first bottom portion and both sides of the first bottom portion to collect rainwater flowing along the outer peripheral surface of the base member for supporting the transmission tower pedestal The first collection passage is formed by the inner wall and the outer wall installed in the first drip tray surrounding the base member, and a first discharge portion extending from the first drip tray and discharging the rainwater collected in the first drip tray A second catchment passage is formed by a second bottom portion and inner walls and outer walls provided at both sides of the second bottom portion to collect water and a rainwater flowing along the outer circumferential surface of the base member and the steel tower for power distribution, and the base. A second body having a second drip tray surrounding the member, a second discharge part extending from the second drip tray and discharging rainwater collected in the second drip tray; Coupling means for coupling a second body, and the drip cover portion that is inclined inward from the outside of the first and second drip trays to be coupled to the first body and the second body, respectively, and covers the first and second drip trays And a cover member having a discharge part cover part extending from the drip cover part and covering the first and second discharge parts, between an outer circumferential surface of the base member and inner walls of each of the first and second drip trays. A packing member for preventing rainwater flowing through the outer circumferential surface of the base member from flowing between the outer circumferential surface of the base member and the respective inner walls, and the rainwater discharged in connection with the first discharge portion and the second discharge portion is the load of the transmission tower. It is provided with a discharge part extension pipe extended so as to discharge out of this range, and the rainwater recovery pipe is connected to the discharge part extension pipe.

With reference to the accompanying drawings will be described in detail a preferred embodiment of the transmission tower excellent tower according to the present invention.

The present invention is to prevent the outflow of soil around the base member is supported by the tower column by rain water flowing through the outer circumferential surface of the base member for supporting the transmission and distribution tower is shown in Figures 1 to 4.

Referring to the drawings, the delivery tower excellent receiving tower (3) is a first body (10a) surrounding the outer circumferential surface of the base member (2) for supporting the delivery tower steel tower (6), the first body (10a) and the coupling means ( A first body 10b coupled by 20 and a first body coupled to the first and second bodies 10a and 10b to prevent foreign substances from entering the first and second collection passages 19a and 19b. And second cover member materials 31a and 31b. A packing member 30 is further provided between the inner surfaces of the first and second bodies 10a and 10b and the outer circumferential surface of the base member 2 to prevent leakage.

1 is a state in which the delivery tower excellent receiving tower of the present invention is installed in the transmission tower. As shown in Figure 1, the foundation for supporting the transmission and distribution tower 1 is cured with a concrete for the transmission and distribution tower (6) in a space made by excavating the soil (7) at the position to build the transmission and distribution tower tower (6) After the base member 2 is made, the soil 7 is filled and completed by compacting.

 As shown in Figure 2 when described in more detail for each transmission tower excellent tower according to the present invention for each component as follows.

The first body 10a is composed of a first drip tray 11a surrounding the base member 2 and a first discharge portion 14a extending from the first drip tray 11a. The first drip tray 11a is composed of a semicircular first bottom portion 17a, a first drip tray inner wall 12a formed upwardly at both ends of the first bottom portion 17a, and a first drip outer wall 13a. The first collecting passage 19a through which rainwater is collected and discharged is formed between the first drip tray outer wall 13a and the first drip tray inner wall 12a. The first discharge portion 14a extending from the first drip tray 11a is upwardly disposed at both ends of the first discharge portion flat portion 8a and the first discharge portion flat portion 18a extending from the first bottom portion 17a to the other side. And a first discharge part inner wall 15a and a first discharge part outer wall 16a.

The second body 10b is symmetrical with the first body 10a and is coupled to the first body 10a by the coupling means 20. The second body 10b has a second drip tray surrounding the base member 2. It consists of 11b and the 2nd discharge part 14b extended from the 2nd drip tray 11b. The second drip tray 11b is composed of a semicircular second bottom portion 17b and a second drip tray inner wall 12b formed upwardly at both ends of the second bottom portion 17b and a second drip outer wall 13b. The second collecting passage 19b through which rainwater is collected and discharged is formed between the second drip tray inner wall 12b and the second drip tray outer wall 13b. The second discharge portion 14b extending from the second drip tray 11b is provided at both ends of the second discharge portion flat portion 18b and the second discharge portion flat portion 18b extending from the second bottom portion 17b to the other side. It consists of the 2nd discharge part inner wall 15b and the 2nd discharge part outer wall 16b formed upwards.

Coupling means 20 is coupled to each other by the coupling of the fastening bolt 21 and the fastening nut (22).

A packing member 30 is further provided between the outer circumferential surface of the base member 2 and the first and second drip tray inner walls 12a and 12b to prevent leakage of rainwater flowing through the outer circumferential surface of the base member 2. The packing member 30 is preferably made of synthetic resin or rubber material having high elasticity and elasticity.

The first and second cover members 31a and 31b are coupled to the first and second bodies 10a and 10b of the transmission tower storm receiver 3 for preventing the inflow of foreign substances, respectively. First and second discharge part cover parts 35a and 35b covering the parts 14a and 14b and extending from the first and second discharge part cover parts 35a and 35b, respectively, and the first and second drip trays 11a and 11b. ) Is formed by the first and second drip cover parts 32a and 32b.

The first discharge part cover part 35a of the first cover member 31a includes the first discharge part cover flat part 38a and the first discharge part cover which are spaced apart a predetermined length upward from the first discharge part flat part 18a. It consists of the 1st discharge part cover inner wall 36a and the 1st discharge part cover outer wall 37a formed in the both ends of the planar part 38a below. The first drip cover 32a extends to one side from the first discharge portion cover 32a. The first drip cover 32a is provided with a base member 2 from an upper portion of the first drip cover outer wall 33a and the first drip cover outer wall 33a extending in a semicircular shape to one side from the first discharge portion cover outer wall 37a. The first drip cover cover portion 34a extends at an angle to the first drip tray inner wall 12a and does not touch the base member 2.

The second cover member 31b is symmetrical with the first cover member 31a, and the second discharge part cover part 35b of the second cover member 31b has a predetermined length upward from the second discharge part flat part 18b. A second discharge part cover inner wall 36b and a second discharge part cover outer wall 37b which are formed at both ends of the spaced apart second discharge part cover flat part 38b and the second discharge part cover flat part 38b downwardly. do. The second drip cover 32b extends from one side of the second discharge portion cover 35b. The second drip cover 32b is a base member 2 from the top of the second drip cover lid outer wall 33b and the second drip cover lid outer wall 33b extending in a semicircular shape to one side from the second discharge lid outer wall 37b. And a second drip cover flat portion 34b which extends at an angle to the second drip tray and does not touch the second drip inner wall 12b and the base member 2.

Referring to FIG. 1, the discharge part extension pipe 4 extends from the second discharge parts 14a and 14b and is connected to the rainwater recovery pipe 5. Rainwater recovery pipe (5) is collected in the steel tower storm receiver (3) for transmission and distribution and discharges the rainwater discharged to the discharge portion extension pipe (4) outside the range of the load of the transmission tower (1).

The steel tower storm receiver (3), the discharge part extension pipe (4) and the storm recovery pipe (5) for transmission and distribution are preferably formed of synthetic resin.

Rainwater is discharged from the delivery tower excellent tower (3) according to the present invention is as follows. Rainwater flowing in the base member 2 along the transmission tower pedestal 6 is collected in the first and second catchment passages 19a and 19b of the first and second drip trays 11a and 11b. It is discharged to the discharge parts 14a and 14b. Rainwater discharged from the storm receiver (3) is discharged to a place spaced a certain distance along the discharge extension pipe (4) and storm water recovery pipe (5).

As described so far, the transmission tower superior support for the present invention prevents rainwater from leaking between the base member and the transmission tower excellent reception, and prevents foreign matter from accumulating on the transmission tower excellent reception to prevent rainwater from overflowing. Prevents dirt from the part where the foundation is installed is swept away by rainwater.

In addition, it is effective to reduce the cost by connecting the discharge pipe extension to one rainwater recovery pipe.

Claims (1)

A first collecting passage is formed by a first bottom part and an inner wall and an outer wall provided at both sides of the first bottom part to collect rainwater flowing along the outer circumferential surface of the base member supporting the transmission and distribution tower support. A first body having a first drip wrap and a first discharge part extending from the first drip tray and discharging rainwater collected in the first drip tray; A second collecting passage is formed by a second bottom portion, an inner wall and an outer wall installed at both sides of the second bottom portion to collect rainwater flowing along the transmission tower and the outer circumferential surface of the base member. A second body having a second drip wrap and a second discharge part extending from the second drip tray and discharging rainwater collected in the second drip tray; Coupling means for coupling the first and second bodies; Engaging with the first and second bodies, respectively, the inlet from the outside of the first and the second drip tray and cover the first and the second drip tray and the drip tray cover, extending from the drip cover cover the first And cover members having a discharge part cover part covering the second discharge part; A packing member inserted between an outer circumferential surface of the base member and inner walls of each of the first and second drip trays to prevent rain water flowing through the outer circumferential surface of the base member from flowing between the outer circumferential surface of the base member and the respective inner walls; A discharge part extension pipe extended to discharge the rain water discharged in connection with the first discharge part and the second discharge part out of a range within which the load of the transmission and distribution steel tower does not reach; Excellent tower for transmission and distribution, characterized in that it comprises a; excellent recovery pipe connected to the discharge pipe extension.

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