JPH01290827A - Spring water discharge method for building and cement press panel for spring water discharge - Google Patents

Abstract

PURPOSE:To enable to discharge spring water, by placing concrete on the upper surface and the recessed parts of special cement press panels which are spread on a floor while each panel being composed of vertically installed leg pieces and vertical chamfers fitting into four corners of a square horizontal main plate. CONSTITUTION:A spring water discharge panel A is composed of vertical chamfers 1a formed at four corners of a special cement press square horizontal main plate 1, and erected leg pieces 2 formed with vertical surfaces 2a the outer surfaces of which are flush with the chamfers 1a. Then, the panels A are spread on the floor of a building and each recessed part 3 is formed between the chamfers 1a and the outside vertical surfaces of the leg pieces 2 which are met atone point. Cinder concrete is placed on the upper surfaces of the horizontal main plates 1 and on the recessed parts 3, and then, a space through which spring water can flow is formed between a floor surface and the panels A and spring water is led to a desired water discharge part.

Description

Detailed Description of the Invention (Field of Industrial Application) The present invention relates to a spring water treatment method for a floor surface where groundwater gushes out, such as a basement floor of a building or other structure, and a spring water treatment method used in the method. This relates to cement press panels for industrial use.

(Prior Art) Conventionally, spring water has been treated by laying a polyethylene sheet or providing a V-shaped groove on the floor of the basement floor of a building where groundwater gushes out.

(Problems to be Solved by the Invention) The conventional construction method described above is no different from underwater construction, and therefore has problems such as a prolonged construction period and increased construction costs.

The present invention was proposed in view of the problems of the prior art, and its purpose is to provide a method for treating spring water in buildings that can reliably treat spring water using hour wheels, and a method for treating spring water in buildings. The company provides concrete panels for water treatment.

(Means for Solving the Problems) In order to achieve the above object, the spring water treatment method for buildings according to the present invention includes cutting out vertical chamfers at the four corners of a special cement press rectangular horizontal raw board, and , spring water treatment panels with vertical leg pieces formed on vertical surfaces whose outer surfaces are located on the same plane as the chamfered portions are laid out on the floor of the building, and then each of the panels is horizontally The structure is such that single concrete is cast over the main plate, the vertical chamfers of the panels that meet at one point, and the mouth height formed between the outer vertical surfaces of the leg pieces.

In addition, the special cement press plate for spring water treatment according to the present invention is
It is constructed by cutting out vertical chamfers at the four corners of the horizontal main plate formed by press molding, and hanging leg pieces formed on vertical surfaces whose outer surfaces are located on the same plane as the chamfers. .

(Function) According to the spring water treatment method according to the present invention, as described above, a panel with legs, which is constructed by hanging leg pieces from the four corners of a rectangular horizontal main plate, is installed on the floor surface of a building where groundwater gushes out. The panels are laid out side by side to create a space between the floor surface and the panel for spring water to flow, and to guide the spring water to a predetermined wastewater treatment section.

In addition, vertical chamfers are cut out at the four corners of the horizontal main plate of the panel, and the outer surfaces of the leg pieces hanging from the four corners of the main plate are cut out from the vertical chamfers located on the same plane as the chamfers. A vertical opening is formed between the chamfered portions and leg pieces of each horizontal main plate of the spring water treatment panel that meet at one point on the floor, and a vertical mouth height is formed between the chamfered part and the leg piece, and a vertical opening is formed directly over the concave hole and the horizontal main plate. This method involves pouring concrete and forming a double floor on the floor surface to effectively treat spring water.

The special cement press machine for spring water treatment according to the present invention has chamfers formed at the four corners of the horizontal main plate, and four corners of the horizontal main plate.
By positioning the outer vertical surface of the leg piece hanging from the corner on the same plane as the chamfered part, a double floor for spring water treatment is constructed on the floor of the building using the dryer method as described above. Moreover, since the panels are made of reinforced concrete, they can support the moving loads of trucks and concrete mixer trucks during the construction of the double floor.

(Example) The present invention will be described below with reference to the illustrated embodiments.

(^) is a special cement press panel for spring water treatment, with chamfered parts (1a) provided at the four corners of the rectangular horizontal main plate (1), and the outer surface (2a) from the four corners of the main plate (]). A leg piece (2) located on the same vertical plane as the chamfered portion (1a) is vertically provided.

Special cement press board is usually 50~LOOOton
The molding is performed at high speed using a cement press machine, and the press molding time can be 10 to 30 seconds/piece. Panel thickness can also be adjusted by varying the amount of composite fluid in the cement.

In normal pour molding, the panel strength is low, resulting in a large material thickness, which limits the product dimensions during construction.

Press molding is usually about 15-30M and the dimensions are 450-6
00 angle has good work efficiency during construction. It is easier to obtain dense aggregates by using 5M or less aggregate. Furthermore, various cement-based reinforcing fibers (vinylon, alkali-resistant glass, carbon, polyethylene steel fiber, stainless steel fiber, cellulose fiber, etc.) can be used as reinforcing materials.
is used.

Furthermore, by providing many protrusions on a 3±1.5 mm reinforcing wire rod and a 0.3 to 0.6 iron plate, and integrating these with mortar or mortar containing reinforcing fibers, a 20 to 30
It is easy to mass-produce M thin-walled products with a load capacity of several tons.

Then, the panels (A) are laid out horizontally and vertically on the floor (B) of the basement floor where groundwater gushes out in a structure such as a building, and on the horizontal main plate (1) of each panel (A) and at one point. The chamfer (1a) of the horizontal main plate (1) and the vertical outer surface (2a) of the leg piece (2) in each panel (A) that meets the
Thing concrete (C) is poured directly from the top of each panel (A) across the vertical cavity (3) formed between the panels (B) and the same floor (B) on the floor (B). - Construct a double floor that is physically connected and separated from the spring water.

Since the illustrated embodiment is configured as described above, a spring water guide space is formed between the horizontal main plate (+) of each panel and the basement floor (B), and water flows through the space. Water is guided to a certain water collection pit and treated.

The present invention can be applied not only to spring water treatment in underground floors, etc., but also to panels in parking lots on underground floors, and can also be used in higher places by attaching running signs and the like. It can also be applied to car washes that use a large amount of water, allowing you to wash your car without flooding your feet with water.Furthermore, when applied to temporary panels at construction sites, it will not damage newly built floors.

(Effect of the invention) As described above, in the present invention, vertical chamfers are cut out at the four corners of the special cement press rectangular horizontal main plate, and
A building in which underground water gushes out in the same way as in the past, using a spring water treatment panel constructed by hanging leg pieces formed on a vertical surface whose outer surface is on the same plane as the chamfered part. The above-mentioned panels are laid out on the same floor surface without applying waterproofing treatment,
Cinder concrete is poured directly from above the horizontal main plate, the chamfered portions of each panel that meet at one point, and the height of the opening formed between the outer vertical surface of the leg piece, and the cinder concrete is poured directly onto the horizontal main plate and across the height of the opening formed between the outer vertical surface of the leg piece. A spring water guiding space is formed in between, and the spring water is guided to a predetermined water collection area for water treatment.According to the present invention, the spring water is cut off and treated using the dryer method. By being able to cast cinder concrete, construction time can be shortened and construction costs can be reduced.

The invention of claim 2 provides a spring water treatment panel by cutting out vertical chamfers at the four corners of the rectangular horizontal main plate, and by vertically disposing leg pieces whose outer surfaces are located on the same plane as the chamfers. As a result of this construction, double-bed cinder concrete can be cast using the dryer method as described above, and since the panel of the present invention is constructed from a special cement press board, it is possible to cast cinder concrete in a double bed using the dryer method as described above. Since it is possible to drive a truck, concrete mixer truck, etc. onto the panel and pour concrete directly onto the panel, the construction period can be shortened, and the construction can be carried out without worrying about rusting, corrosion, etc.

Furthermore, when the panels are installed near a wall or around a pillar, they can be easily cut to achieve the desired purpose, and are light in weight, making them easy to carry to the site and install.

[Brief explanation of the drawing]

1 and 2 are a plan view and a vertical sectional view, respectively, of a double bed for spring water treatment constructed by the construction method of the present invention, with the exception that cinder concrete is omitted in FIG. 1. Third
Figures 4 and 5 are a plan view, a front view, and a perspective view, respectively, showing an embodiment of a special cement press panel for treating spring water. (A) - Special cement I press panel for spring water treatment, (
C) - Floor, (C) - Cinder concrete, (
1) - Horizontal main plate, (Ia) - Chamfered part, (2) - Monopod piece, (2a) - - Outer surface of leg piece, (3)
−・−High mouth. Agent Patent Attorney Shige Okamoto 2 literary names 1, 3, 3, 4, 5, 2a.

Claims (2)

[Claims] (1) Vertical chamfers are cut out at the four corners of the special cement press rectangular horizontal main plate, and leg pieces formed on the vertical surfaces whose outer surfaces are located on the same plane as the chamfers are hung. Spring water treatment panels are laid out on the floor of the building, and then formed on the horizontal main plate of each panel and between the vertical chamfers and outer vertical surfaces of the leg pieces of each panel that meet at one point. A method for treating spring water in buildings, which is characterized by pouring cinder concrete over a concave cavity. (2) Vertical chamfers are cut out at the four corners of the special cement press rectangular horizontal main plate, and leg pieces formed on the vertical surfaces whose outer surfaces are located on the same plane as the chamfers are hung. A cement press panel for spring water treatment in buildings, which is characterized by: