Pumping-room with water tank

Abstract

The present invention comprises: a pump room formed as a single space; a water tank formed on one side inside the pump room; and a pump formed on the other side; a control unit formed on the inner side wall of the pump room; and an auxiliary tank installed adjacent to the water tank; wherein a support plate is formed at the bottom of the pump, and a pair of rails are formed on the side wall of the pump room so as to allow both ends of the support plate to move up and down; a pair of rails are formed on each side wall and the bottom surface of the pump room where the water tank is located, and guide rollers are formed on both sides and the bottom surface of the water tank to be guided by the rails; The present invention provides a pump room integrated with a water tank, wherein a supply pipe is installed between the water tank and the auxiliary tank to supply water from the above water tank to the auxiliary tank, a water supply port is formed in the auxiliary tank to supply water to a place of use, and a discharge port is formed in the auxiliary tank (150) to supply firefighting water. By configuring the pump and the water tank within the same space, the present invention facilitates maintenance of the pump room and the water tank, eliminates water waste by allowing water to circulate internally during the test operation of the pump, and, due to the rail structure, the water tank moves forward, backward, left, and right, and the pump moves up and down, thereby facilitating efficient use of space, easy cleaning, and maintenance, and ensuring a stable amount of firefighting water in an emergency.

Description

Technology Field

[0001] The present invention relates to a pump room integrated with a water tank equipped with an auxiliary water tank, and more specifically, to a pump room integrated with a water tank equipped with an auxiliary water tank that facilitates maintenance of the pump room and the water tank by configuring the pump and the water tank within the same space, eliminates water waste by allowing water to circulate internally during the test run of the pump, enables efficient use of space and facilitates cleaning and maintenance as the water tank moves forward, backward, left, and right and the pump moves up and down due to a rail structure, and ensures a stable amount of firefighting water in emergency situations. Background Technology

[0003] Generally, the water tank and pump room of a firefighting facility, or the water tank and pump room disclosed in Korean Patent Publication No. 10-2007-0117838 and Registered Utility Model Publication No. 20-0302644, are each installed by partitioning them into separate spaces.

[0004] However, when the water tank and pump room are installed separately as described above, there was a problem with difficult management and maintenance.

[0005] In particular, regarding firefighting facilities, there was a serious problem of water resource waste because about 1 to 2 tons of water had to be discharged to the outside during the test operation of the pump due to the compartmentalization of the pump and water tank.

[0006] And since the aforementioned water tank is always of a fixed size, there were limitations in adjusting and storing or using the amount of water as needed, that is, according to the capacity of the moving fire truck. The problem to be solved

[0008] The present invention aims to solve the aforementioned problems by providing a pump room integrated with a water tank equipped with an auxiliary water tank that facilitates maintenance of the pump room and water tank by configuring the pump and water tank within the same space, eliminates water waste by allowing water to circulate internally during the test run of the pump, enables efficient use of space and easy cleaning and maintenance as the water tank moves forward, backward, left, and right and the pump moves up and down due to the rail structure, and ensures a stable amount of firefighting water in emergencies. means of solving the problem

[0010] A water tank integrated pump room equipped with an auxiliary water tank according to the present invention for achieving the above-mentioned purpose comprises: a pump room formed as a single space; a water tank formed on one side inside the pump room; a pump formed on the other side; a control unit formed on the inner side wall of the pump room; and an auxiliary tank installed adjacent to the water tank; wherein a support plate is formed at the bottom of the pump, and a pair of rails are formed on the side wall of the pump room so that both ends of the support plate can move up and down; a pair of rails are formed on each side wall and the bottom surface of the pump room where the water tank is located, and guide rollers are formed on both sides and the bottom surface of the water tank to be guided by the rails; a supply pipe is installed between the water tank and the auxiliary tank so that water is supplied from the water tank to the auxiliary tank, a water supply port is formed in the auxiliary tank to supply water to a place of use, and a discharge port is formed in the auxiliary tank (150) to supply firefighting water. Effects of the invention

[0012] The present invention is a highly useful invention that facilitates the maintenance of the pump room and water tank by configuring the pump and water tank within the same space, eliminates water waste by allowing water to circulate internally during the test run of the pump, and enables efficient use of space and easy cleaning and maintenance by allowing the water tank to move forward, backward, left, and right and the pump to move up and down due to the rail structure, while also ensuring a stable amount of firefighting water in emergencies. Brief explanation of the drawing

[0014] FIG. 1 - A perspective view illustrating one embodiment of the water tank integrated pump room of the present invention. FIG. 2 - A cross-sectional view illustrating another embodiment of the water tank integrated pump room of the present invention. Specific details for implementing the invention

[0015] The present invention for achieving the above-mentioned objectives and effects will be explained in more detail through preferred embodiments as follows.

[0017] A water tank integrated pump room equipped with an auxiliary water tank according to the present invention comprises: a pump room (110) formed as a single space; a water tank (120) formed on one side inside the pump room (110); and a pump (130) formed on the other side; a control unit (140) formed on the inner side wall of the pump room (110); and an auxiliary tank (150) installed adjacent to the water tank (120); wherein a support plate (131) is formed at the bottom of the pump (130), and a pair of rails (132) are formed on the side wall of the pump room (110) so as to allow the ends of the support plate (131) to move up and down; A pair of rails (121) are formed on both side walls and the bottom surface of the pump room (110) where the water tank (120) is located, and guide rollers (122) are formed on both sides and the bottom surface of the water tank (120) to be guided by the rails (121); a supply pipe (151) is installed between the water tank (120) and the auxiliary tank (150) so that water is supplied from the water tank (120) to the auxiliary tank (150); a water supply port (152) is formed in the auxiliary tank (150) to supply water to a place of use; and a discharge port (153) is formed in the auxiliary tank (150) to supply firefighting water.

[0019] The pump room (110) is configured to have an entrance door (111) formed therein to allow entry and exit.

[0020] As described above, by installing the water tank (120) and the pump (130) within the same space of the pump room (110), the management and maintenance of the water tank (120) and the pump (130) can be facilitated, and water can be circulated inside the pump room (110) during the test operation of the pump (130), thereby eliminating water waste.

[0021] A pair of rails (121) are formed on each of the side walls and the bottom surface of the pump room (110) where the water tank (120) is located, and guide rollers (122) are formed on both sides and the bottom surface of the water tank (120) to be guided along the rails (121).

[0022] That is, the water tank (120) moves up and down and left and right by means of a rail (121) and a guide roller (122), thereby allowing the internal space of the pump room (110) to be used efficiently and making cleaning and maintenance easier.

[0023] A support plate (131) is formed at the bottom of the pump (130), and a pair of rails (132) are formed on the side wall of the pump room (110) so that both ends of the support plate (131) can move up and down.

[0024] At this time, a lifter (not shown) operated by a hydraulic method is installed at the bottom of the base plate (131), and when hydraulic pressure is applied to the lifter, the pump (130) located on the upper part of the base plate (131) moves upward due to the rise of the base plate (131).

[0025] In this way, due to the vertical movement of the pump (130), maintenance and management of the pump room (110) together with the pump (130) are easily achieved.

[0026] Meanwhile, the pump room (110) is composed of a container, and the container may be formed as an expandable, retractable structure separated into 1 / 2.

[0027] In other words, part of the container separated into 1 / 2 is buried and installed, while the other part is made to protrude, so that the protruding part can be expanded as needed.

[0028] Meanwhile, an auxiliary water tank (150; hereinafter referred to as 'auxiliary tank') is installed independently with a structure separate from the above water tank (120) and water is stored, while the water stored in the auxiliary tank (150) is continuously circulated so that high-quality firefighting water can be supplied even in an emergency, thereby preventing damage to equipment such as firefighting pipes.

[0029] At this time, the auxiliary tank (150) always stores a certain amount of water (firefighting water) in preparation for emergencies. When a water supply port (152) is formed at a height corresponding to the normal water level when such a certain amount of water is filled, water can be supplied to a general use location while always securing a certain amount of water. Unlike the water supply port (152), the discharge port (153) is formed at the bottom of the auxiliary tank (150), thereby ensuring a smooth supply of firefighting water in emergencies.

[0030] Additionally, a supply pipe (151) is installed between the water tank (120) and the auxiliary tank (150) to supply water from the water tank (120) to the auxiliary tank (150), and it is preferable that a one-way valve (250) be installed in the supply pipe (200) to allow only the flow of water from the water tank (120) toward the auxiliary tank (150) and to prevent backflow.

[0032] As described above, although the present invention has been explained by limited embodiments, the present invention is not limited thereto, and various modifications and variations are possible within the scope of the technical spirit of the present invention and the equivalent scope of the claims described below by those skilled in the art to which the present invention belongs. Explanation of the symbols

[0034] * Explanation of symbols for major parts of the drawing * 110: Pump room 120: Water tank 121: Rail 122: Guide roller 130: Pump 131: Base plate 132: Rail 140: Control unit 150: Auxiliary tank 151: Supply pipe 152: Water inlet 153: Outlet

Claims

Claim 1 A pump room (110) formed as a single space; a water tank (120) formed on one side of the interior of the pump room (110); and a pump (130) formed on the other side; a control unit (140) formed on the inner side wall of the pump room (110); and an auxiliary tank (150) installed adjacent to the water tank (120); wherein a support plate (131) is formed at the bottom of the pump (130), and a pair of rails (132) are formed on the side wall of the pump room (110) so that both ends of the support plate (131) can move up and down; a pair of rails (121) are formed on both side walls and the bottom surface of the pump room (110) where the water tank (120) is located, respectively, and guide rollers (122) are formed on both sides and the bottom surface of the water tank (120) to be guided by the rails (121); A water tank integrated pump room equipped with an auxiliary water tank, characterized in that a supply pipe (151) is installed between the water tank (120) and the auxiliary tank (150) so that water is supplied from the water tank (120) to the auxiliary tank (150), a water supply port (152) is formed in the auxiliary tank (150) to supply water to a place of use, and a discharge port (153) is formed in the auxiliary tank (150) to supply firefighting water.

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