Improved assembled pedestal water tank pedestal

Abstract

The present invention is formed vertically at a predetermined height by welding to the center of the lower support plate (110), and reinforcing members are formed at predetermined intervals along the joint portion between the lower support plate (110) and the lower pipe column (111). The portion where the reinforcing member contacts the lower support plate (110) and the right-angle portion where the reinforcing member contacts the lower pipe column (111) are welded on both sides so that the lower support plate (110), the lower pipe column (111), and the reinforcing member are integrally formed by solid welding. The lower portion is hot-dip galvanized on its entire surface, and a thick pipe is used such that the outer diameter is equal to the outer diameter of the lower pipe column (111) and the inner diameter is smaller than that of the lower pipe column (111), and a female screw portion is formed on the inner surface. A step (126) is formed on the lower portion for insertion and connection to the lower pipe column (111). The entire surface including the female screw portion is welded by hot-dip galvanizing in a separated state before assembly, and the step (126) formed considering the plating thickness An assembly female screw member (120) of a predetermined length is formed such that it is processed to be firmly inserted into the lower pipe column (111) when struck lightly with a hammer, and the female screw portion is processed considering the plating thickness to allow for screw fastening; and a reinforcing member is formed vertically at a predetermined height by welding it to the center of the upper support plate (130), and reinforcing members are welded at predetermined intervals along the joint portion between the upper support plate (130) and the upper pipe column (131), and the portion where the reinforcing member contacts the upper pipe column (131) and the right-angle portion where the reinforcing member contacts the upper pipe column (131) are welded on both sides so that the upper support plate (130), the upper pipe column (131), and the reinforcing member are integrally formed by solid welding, and a male screw portion is formed along the entire length of the outer surface and is formed to be screw-coupled to the assembly female screw member (120) to move up and down until the lower end contacts the lower support plate (110). The invention relates to an improved prefabricated water tank support, characterized in that it is formed to descend, and the upper support plate reinforcing member (134) has a hole (136) formed therein for hanging a rod of a predetermined length for spacing between supports during field installation, and the entire surface is formed by hot-dip galvanizing.

Description

Technology Field

[0001] The present invention is formed vertically at a predetermined height by welding to the center of the lower support plate (110), and reinforcing members are formed at predetermined intervals along the joint portion between the lower support plate (110) and the lower pipe column (111). The portion where the reinforcing member contacts the lower support plate (110) and the right-angle portion where the reinforcing member contacts the lower pipe column (111) are welded on both sides so that the lower support plate (110), the lower pipe column (111), and the reinforcing member are integrally formed by solid welding. The lower portion is hot-dip galvanized on its entire surface, and a thick pipe is used such that the outer diameter is equal to the outer diameter of the lower pipe column (111) and the inner diameter is smaller than that of the lower pipe column (111), and a female screw portion is formed on the inner surface. A step (126) is formed on the lower portion for insertion and connection to the lower pipe column (111). The entire surface including the female screw portion is welded by hot-dip galvanizing in a separated state before assembly, and the step (126) formed considering the plating thickness An assembly female screw member (120) of a predetermined length is formed such that it is processed to be firmly inserted into the lower pipe column (111) when struck lightly with a hammer, and the female screw portion is processed considering the plating thickness to allow for screw fastening; and a reinforcing member is formed vertically at a predetermined height by welding it to the center of the upper support plate (130), and reinforcing members are welded at predetermined intervals along the joint portion between the upper support plate (130) and the upper pipe column (131), and the portion where the reinforcing member contacts the upper pipe column (131) and the right-angle portion where the reinforcing member contacts the upper pipe column (131) are welded on both sides so that the upper support plate (130), the upper pipe column (131), and the reinforcing member are integrally formed by solid welding, and a male screw portion is formed along the entire length of the outer surface and is formed to be screw-coupled to the assembly female screw member (120) to move up and down until the lower end contacts the lower support plate (110). The invention relates to an improved prefabricated water tank support, characterized in that it is formed to descend, and the upper support plate reinforcing member (134) has a hole (136) formed therein for hanging a rod of a predetermined length for spacing between supports during field installation, and the entire surface is formed by hot-dip galvanizing.

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[0005] delete Background Technology

[0006] Recently, large water tanks are being widely installed in various locations such as building rooftops and outdoors. To prevent corrosion and account for rainwater during the rainy season, these tanks are installed on supports formed at a certain height above the ground.

[0008] Water tanks, typically weighing hundreds of tons or more, are used for decades once installed, leading to corrosion issues that weaken the strength of the supports. Additionally, the heavy weight of the tanks concentrates forces on the columns, causing deformation such as the center of the column sinking and further weakening the supports. Furthermore, if the tanks are mobile, an earthquake could cause the supports to fail, potentially leading to the tanks collapsing. Consequently, there was a demand for water tank supports capable of withstanding corrosion, deformation, and earthquakes, as well as supports that offer improved on-site convenience and allow for easy assembly and installation.

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[0012] According to prior art, registered patent No. 10-0644141, a water tank support is known in which a female screw member (60) having a male screw formed on the upper part of a lower support column (42) and a female screw part formed on the inner surface is screw-coupled to the lower support column, and an upper column (22) partially formed on the outer surface is formed to be height-adjustable by screw coupling to the female screw member (60), and the lower column and the upper column are assembled by insertion into a support plate. However, the configuration of such prior art cannot satisfy the conditions of the water tank support.

[0014] As a new water tank base with reinforced structural strength, in the patent application No. 10-2025-0142327 (filing date: September 30, 2025) previously filed by the applicant of the present invention, the lower pipe column (111) and the joint portion of the upper base plate (130) and the upper pipe column (131) are integrally formed by welding at the center of the lower base plate; a female screw section is formed on the inner surface of a thick assembly female screw member (120) having an outer diameter equal to that of the lower pipe column (110) and an inner diameter smaller than that of the lower pipe column (110), and a step (126) is formed at the bottom so that it can be inserted and coupled to the lower pipe column (111) with just a slight tap; the upper pipe column (131) has a male screw section formed along its entire length so that it descends until its end touches the lower base plate (110), thereby maximizing the height adjustment range, and the outer surface is hot-dip galvanized to prevent corrosion A patent was filed for a water tank support that prevents water tanks.

[0016] However, as a result of implementing the above-mentioned prior application No. 10-2025-0142327, a problem occurred in which the lower support plate (110) and the upper pipe column (131) were deformed as the massive weight of the water tank was concentrated on the center of the support plate, and it was also found that the welded joint part was vulnerable to horizontal shaking of the water tank caused by earthquakes, etc. The present invention solves the problem of the prior application by improving the structural strength by welding reinforcing members in a solid structure to the welded joint part of the lower support plate and the lower pipe column and the welded joint part of the upper support plate and the upper pipe column. The problem to be solved

[0017] The purpose of the present invention is to provide an improved assembly-type water tank support that maximizes height adjustment so that it can be easily installed in various locations by adjusting the height, prevents deformation of the support plate that may occur due to the weight of the water tank, prevents partial sinking due to the weight of the water tank of tens or hundreds of tons or more, provides a support that can withstand earthquakes by eliminating a movable structure vulnerable to earthquakes, and allows for homogeneous plating on the internal screw part by separating the assembly pressure screw member (120) and forming it in an assembly type. means of solving the problem

[0018] To achieve this purpose, the present invention is formed vertically at a predetermined height by welding to the center of the lower support plate (110), and reinforcing members are formed at predetermined intervals along the joint portion between the lower support plate (110) and the lower pipe column (111). The portion where the reinforcing member contacts the lower support plate (110) and the right-angle portion where the reinforcing member contacts the lower pipe column (111) are welded on both sides so that the lower support plate (110), the lower pipe column (111), and the reinforcing member are integrally formed by solid welding. The lower portion is hot-dip galvanized on its entire surface, and a thick pipe is used such that the outer diameter is equal to the outer diameter of the lower pipe column (111) and the inner diameter is smaller than that of the lower pipe column (111), and a female screw portion is formed on the inner surface. A step (126) is formed on the lower portion for insertion and connection to the lower pipe column (111). The entire surface including the female screw portion is welded by hot-dip galvanizing in a separated state before assembly, and the formed portion is formed considering the plating thickness. The step (126) is machined so that it is firmly inserted into the lower pipe column (111) when lightly struck with a hammer, and the female screw portion is machined considering the plating thickness to form an assembly female screw member (120) of a predetermined length that can be screwed in, and is welded to the center of the upper support plate (130) to form a vertically predetermined height, and reinforcing members are welded at predetermined intervals along the joint portion between the upper support plate (130) and the upper pipe column (131), and the portion where the reinforcing member contacts the upper pipe column (131) and the right-angle portion where the reinforcing member contacts the upper pipe column (131) are welded on both sides so that the upper support plate (130), the upper pipe column (131), and the reinforcing member are integrally formed by solid welding, and a male screw portion is formed along the entire length of the outer surface so that it is screw-coupled to the assembly female screw member (120) to move up and down, and the lower end The invention relates to an improved prefabricated water tank support, characterized in that it is formed to extend downward until it contacts the lower support plate (110), and the upper support plate reinforcing member (134) has a hole (136) formed therein for hanging a rod of a predetermined length for spacing between supports during on-site installation, and the entire surface is formed by hot-dip galvanizing.

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[0024] In addition, the present invention relates to a water tank support, characterized in that the upper support plate reinforcing member (134) has a hole (136) formed therein for hanging a rod of a predetermined length for spacing between supports during on-site installation.

[0026] Since water tanks are used for decades or more once installed, to prevent corrosion, this invention is largely composed of three parts: a lower column section, an upper column section, and an assembly female screw member, and is hot-dip galvanized to prevent corrosion.

[0028] The assembled female screw member (120) has a screw portion formed on its inner surface, so that the plating solution can circulate smoothly through the pipe hole during the hot-dip galvanizing process, thereby forming a uniform plating thickness on the densely structured screw portion. However, if the female screw portion is formed directly on the inner surface of the lower column, which is welded to the base plate and has one end closed, the circulation of the plating solution is not smooth, and a thick plating spot is formed on the screw portion, blocking the screw connection and resulting in a defective product. Therefore, the formation of a separate assembled female screw member (120) for uniform hot-dip galvanizing is considered an essential component.

[0030] In order to distribute the weight of the water tank and strengthen the structural strength, the present invention involves attaching a right-angle portion of a reinforcing member to the right-angle structure of the base plate (110) and the pipe column (111) in addition to the welded joint portion of the base plate and the pipe column, and welding on both sides of the right-angle attachment line, and forming such reinforcing members at predetermined intervals around 360 degrees.

[0032] Although it is possible to use a thick steel plate for the base plate without reinforcing members, as the steel plate thickness increases, the weight becomes heavier, and problems such as transportation issues and increased costs arise, and without the weight diffusion action of reinforcing members, structural vulnerability to earthquakes will inevitably still exist.

[0034] In the present invention, a hole (136) is formed in the upper support reinforcing member (134), which is used to hang both ends of a spacing wire rod, etc., when installing the support at a certain distance from each other on-site.

[0036] The assembly female screw member (120) is formed by using a thick pipe with an outer diameter equal to that of the lower pipe column (111) and an inner diameter smaller than that of the lower pipe column (111) to form a screw portion on the inner surface, thereby allowing the upper pipe column (131) to be screwed up and down smoothly without contacting the inner surface of the lower pipe column (110) when moving up and down.

[0038] The lower part of the assembly female screw member (120) has a step (126) that is inserted into the upper part of the lower pipe column (111), which is processed considering the thickness of the molten plating, and is formed to such an extent that it can be inserted into the lower column pipe when the upper part of the assembly female screw member (120) is pressed by hand with force.

[0040] A male screw portion is formed along the entire length of the outer surface of the upper pipe column (131) of the present invention, and is formed to descend until the end touches the lower support plate (110) when screwed into the female screw portion of the assembly female screw member (120), thereby maximizing the range of height adjustment for the support. Effects of the invention

[0041] The water tank support of the present invention is formed by a lower part, an upper part, and an assembly-type female screw member (120) integrally formed by welding, thereby providing the effect of being easily, simply, and robustly assembled and installed on-site. In order to improve the conventional fluidity reinforcement structure, a reinforcing member with a right-angle structure is formed at predetermined intervals between the lower support plate and the lower pipe column, and between the upper support plate and the upper pipe column. By welding both sides of the contact portion between the support plate and the column to form the column, support plate, and reinforcing member as a robust integral, the effect of preventing the center from sinking when receiving the weight of a water tank of tens or hundreds of tons or more is achieved. Furthermore, the present invention forms hot-dip galvanizing on the entire surface to prevent corrosion that causes strength weakening, so that the water tank can be maintained for a long time without weakening of the support strength once installed. In particular, as described above, the lower part of the present invention is formed integrally by welding for robust structural strength. To prevent the problem where plating becomes impossible due to the formation of an uneven plating on the female screw part when forming an internal female screw in the column in this integrated state, By forming a prefabricated female screw member (120), it has the effect of forming a homogeneous plating on the female screw part. In addition, while conventional water tank support-column-reinforcement members were structures that could be damaged by movement during an earthquake, the present invention forms a solid integrated structure by welding the support-column-reinforcement members, thereby providing an earthquake-resistant water tank support that prevents accidents in which water tanks weighing tens or hundreds of tons or more may sink due to weight shifting caused by small movements during an earthquake.

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[0047] delete Brief explanation of the drawing

[0048] Fig. 1: This shows the assembled overall configuration of the present invention. Fig. 2: This shows the decomposed state of Fig. 1. Fig. 3: This shows the state in which the female screw member of the present invention is inserted into the lower pipe column. Fig. 4: This shows a male screw portion formed along the entire length of the upper column of the present invention. Specific details for implementing the invention

[0049] FIG. 1 shows an embodiment of the present invention, illustrating an overall configuration in which an assembly female screw member (120) is inserted and assembled into a lower pipe column (111), and an upper pipe column (131) having a male screw portion formed on its outer surface is screw-fastened to the assembly female screw member (120).

[0051] Figure 2 shows an exploded view, and the assembled female screw member (120) and the upper pipe column (111) are shown upside down to clearly show the structure.

[0053] As shown in FIG. 2, if the lower pipe column (111) is only welded to the lower support plate (110), the center of the lower support plate (110) sinks and deforms when the water tank's large force presses on the lower pipe column (111). This demonstrates that the structural strength is greatly increased by firmly welding right-angled reinforcing members (114) at predetermined intervals.

[0055] It shows that the right-angle portion of the reinforcing member is attached to the right-angle portion where the lower base plate (110) and the lower pipe column (111) meet, and then welded along both sides of the right-angle contact portion so that even if a high load of the water tank is applied to the column, the force is widely distributed and transmitted to the base plate, preventing deformation of the base plate, and also shows that the structural strength is greatly reinforced so that the water tank can be maintained even if it moves horizontally due to an earthquake, etc., and it also shows that the upper base plate (130) and the upper pipe column (131) have the reinforcing member (134) welded in the same way.

[0057] However, the reinforcing member (134) is designed to form holes so that when installing a water tank support at the site, rods such as wires at regular intervals can be hung through the holes (136) to easily install them at equal intervals. Of course, such holes can be formed in the reinforcing member (114).

[0059] The shape of the reinforcing member is a right triangle, a square, etc., with a right angle that can be closely attached to the right angle portion of the column and the base plate.

[0061] The holes in the lower support plate (110) and the upper support plate (130) are holes used to secure the water tank when combined with the support frame on which it is placed.

[0063] Figure 3 shows an assembled female screw member (120) assembled on a lower pipe column (111).

[0065] As shown in FIGS. 2 and 3, the outer diameter of the assembled female screw member (120) is the same as that of the lower pipe column (111), but the thickness is shown to be thicker than that of the lower pipe column (111) in order to form a screw portion and a lower step (126) on the inner surface.

[0067] As can be seen from the female screw portion of Fig. 3, the plating is formed with a uniform thickness so that smooth screw assembly is achieved.

[0069] This is because, during the plating process, the assembled female screw member (120) is relatively short and penetrates both sides, allowing the plating solution to circulate smoothly.

[0071] FIG. 4 shows an upper pipe column (130) welded to an upper support plate (130), with a male screw thread formed along its entire length. This is formed so that when screwed down by the assembly female screw member (120), the lower end of the male screw thread reaches the lower support plate (110), thereby maximizing height adjustment.

[0073] In this way, the height adjustment range of the upper pipe column (130) is maximized. This is because, when a large water tank is installed on a flat concrete floor with good drainage, such as an apartment rooftop, the height of the base is relatively low. However, when installed outdoors, the height difference is significant, and the base must be installed at a high height to prepare for rainwater during the rainy season. The present invention has the advantage of allowing a single water tank base to be installed with adjustable height without the need to manufacture a separate high base.

[0075] The configuration of the present invention is not limited to the above embodiments and includes various embodiments that can be implemented within the scope of the ordinary art. Explanation of the symbols

[0076] 110: Lower support plate 111: Lower pipe column 114: Reinforcement member 120: Assembly female screw member 126: Step 130: Upper support plate 131: Upper pipe column 134: Reinforcement member 136: Hole

Claims

Claim 1 A reinforcing member is formed vertically at a predetermined height by welding to the center of the lower support plate (110), and is formed at predetermined intervals along the joint portion between the lower support plate (110) and the lower pipe column (111). The portion where the reinforcing member contacts the lower support plate (110) and the right-angle portion where the reinforcing member contacts the lower pipe column (111) are welded on both sides so that the lower support plate (110), the lower pipe column (111), and the reinforcing member are integrally formed by solid welding. The lower portion is hot-dip galvanized on its entire surface, and a thick pipe is used such that the outer diameter is equal to the outer diameter of the lower pipe column (111) and the inner diameter is smaller than that of the lower pipe column (111), so that a female screw portion is formed on the inner surface, and a step (126) is formed on the lower portion for insertion and connection to the lower pipe column (111). The entire surface including the female screw portion is welded by hot-dip galvanizing while separated before assembly, and the step (126) formed considering the plating thickness is hammered An assembly female screw member (120) of a predetermined length is formed such that it is processed to be firmly inserted into the lower pipe column (111) when struck lightly, and the female screw portion is processed considering the plating thickness to allow for screw fastening; and a reinforcing member is formed vertically at a predetermined height by welding it to the center of the upper support plate (130), and reinforcing members are welded at predetermined intervals along the joint portion between the upper support plate (130) and the upper pipe column (131), with the portion where the reinforcing member contacts the upper pipe column (131) and the right-angle portion where the reinforcing member contacts the upper pipe column (131) being welded on both sides so that the upper support plate (130), the upper pipe column (131), and the reinforcing member are integrally formed by solid welding, and a male screw portion is formed along the entire length of the outer surface and is formed to be screw-coupled to the assembly female screw member (120) to move up and down, so that it comes down until the lower end contacts the lower support plate (110). An improved prefabricated water tank base is formed, and the upper support plate reinforcing member (134) has a hole (136) formed for hanging a rod of a predetermined length for spacing between supports when installed on-site, and is characterized by having an upper surface formed by hot-dip galvanizing. Claim 2 delete

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