KR200332446Y1 - a gear type rotation floodgate - Google Patents

Abstract

The present invention relates to the hydrology widely used in agricultural, river, and industrial waterways, and it is easy to double the soil removal, soil removal, and refurbishment and repair, which are the most important problems. It is designed to make.

The general form of the water gate is to open and close the water gate by the up and down linear movement, and the earth and sand flow into the water gate, which causes the motor to be overloaded and the efficiency of opening and closing is inferior. Has a hepatic rotatory sluice that is mainly used for farm waterways, which is inconvenient due to its small width, low flow rate, and large installation space.

In order to solve this problem, the present invention first installs a celebratory housing (05) on both sides of the waterway, and inserts the hydrological shaft (03) therein to enable rotation, and the hydrological connecting plate (01-1). ), And then the vandal sluice (01) is assembled and assembled on the front of the sluice connecting plate (01-1), and the sluice gear (02) is connected and assembled on the rear of the sluice connecting plate (01-1) The water gate is operated by the rotation of (08).

The sluice gear 02 rotates by the rotation of the drive gear 08 and is configured to open and close the sluice, and the half moon sluice 01 is connected to the sluice gear 02 by the sluice connecting plate 01-1 and the sluice fixing bolt ( 04) is rotated together when the sluice gear (02) rotates, and when earth and sand are accumulated on the bottom surface of the channel, the primary 뻘 removal plate (09) and the secondary 뻘 attached to the front of the vandal sluice (01) The removal plate 07 completely removes the earth and sand, and installs the water plate 13 on the bottom surface of the waterway to prevent smooth rotation of the vandal floodgate (01) and abrasion and damage of the front watertight rubber (10).

When opening and repairing the vandal sluice (01), the vandal sluice (01) was rotated to the upper part of the waterway to facilitate opening and repairing. The drum brakes 16 and the limit box (on the driving units on both sides) for precise control of the position. 19) is installed, the soil meter 18 is provided so that the angle of rotation is provided, the vandal sluice (01) in the event of flood or emergency is provided to provide a gear-type rotational door that is configured to be fully opened and closed.

Description

Gear type rotation floodgate

The present invention relates to a hydrological gate widely used in agricultural, river and industrial waterways, and the general form of the hydrological gate is to open and close the gate by a linear motion of up and down. It has the disadvantage of overloading the motor and reducing the efficiency of opening and closing, and the more modified form is the hepatic swivel sluice which is mainly used for farm waterways, which is suitable for the places where the width of the waterway is small and the flow rate is small. This was largely uncomfortable.

The main reason is the wear and tear of watertight rubber during the opening and repair of water gates.In order to replace the watertight rubber, the watertight gate is lifted and replaced, or after the water flow is blocked, the worker enters and repairs the waterway. It is true.

In addition, the fire hose or other methods are used to remove soil and sediment introduced into the gate, but the removal is not easy.

In order to solve the problems of the conventional hydrology, the present invention transforms the principle of the hydrology into a more efficient and improved hydrology, and reinforces the function to exert its performance to the fullest to show its performance. It can be said that the supply of a floodgate.

Providing a water gate that rotates the water gate to the upper surface of the waterway to facilitate the replacement, opening, and repair of watertight rubber.

Providing a sluice that can remove soil and sand piled up on the bottom of the sluice by rotating it.

Precise stop position of water gate and provision of water gate equipped with emergency switch, opening meter and limit box to open and close completely in case of flood or emergency.

Provision of a water gate with anti-rotation brakes on both sides to prevent rotation, fixation and rapid fall of the water gate by water pressure.

In the manufacture and assembly of sluice gears, the provision of sluices that allow them to be attached to the hydrostem by means of active-active processing

Providing a sluice which can open and close the waterway while the sluice rotates by a gear around the sluice shaft.

1 is a front view and a plan view showing the dog, the maintenance state of the lock of the present invention

Figure 2 is a right side view showing the dog, the maintenance state of the hydrology of the subject innovation

Figure 3 is a front view and a plan view showing a closed state of the hydrology of the present invention

4 is a right side view showing the closed state of the present invention

Figure 5 is a front view and a side view showing the open state of the hydrology of the present invention

6 is a right side view showing the open state of the present invention

7 is a drawing of gear assembly and installation of the present invention

8 is a detailed view of the "a" part of the present invention

9 is a detailed view of the "b" section of the present invention

10 is a detailed view of the "multi" part of the present invention.

Explanation of symbols on the main parts of the drawings

01: Vandal Gate

01-1: Sluice Connection Plate

02: Hydrogear Gears

02-1: Split Gear A

02-2: Split Gear B

03: Hydrological axis

03-1: Shaft Fixing Plate

03-2: Shaft Fixing Bolt

03-3: Shaft Cover

03-4: Carver Fixing Bolt

03-5: Spacing retaining rod

04: Gear Fixing Bolt

05: Congratulation

05-1: Shaft Bushing

06: Side watertight rubber

07: secondary fan removal plate

08: Drive Gear

09: Primary fan removal plate

10: Front watertight rubber

10-1: Rubber Support

10-2: Rubber Fixing Bolts

11: gear connecting plate

12: Position fixing pin

13: index plate

13-1: Basic Anchors

13-2: set anchor

14: driving support bearing block

15: drive motor

16: drum brake

17: reducer

18: open meter

19: limit box

In order to achieve the above object, the configuration of the present invention is illustrated as an embodiment of FIGS. 1 to 9.

Figures 1 and 2 show the opening and maintenance of the main gate, Figures 3 and 4 show the closed state of the gate, and Figures 5 and 6 show the open state of the gate. Congratulation housing (05) is installed in the shaft bushing (05-1) is inserted therein to make the rotation smooth, inside the sluice shaft (03) that can rotate the half moon sluice (01) is inserted into the shaft A gap retaining rod (03-5) is inserted to maintain a gap between the housing (05) and the sluice connecting plate (01-1), and the sluice fixing plate is inserted into the sluice connecting plate (01-1) at the front end of the sluice shaft (03). (03-1) is fixed to the sluice connecting plate (01-1) by the shaft fixing bolt (03-2), the cover fixing bolt of the shaft cover (03-3) (03-3) to prevent the sluice fixing plate (03) -4) is fixed.

On the rear of the sluice connecting plate (01-1), the sluice gear (02) is assembled and fixed with a gear fixing bolt (04), and the vandal sluice (01) is connected to the front of the sluice connecting plate (01-1).

The hydrological gears 02 attached to both sides of the vandal sluice 01 rotate by the driving gear 08 of the upper part of the channel. At this time, the driving force of the rotation rotates the hydrogear gears 02 on both sides of the sluice connecting plate 03 on both sides of the half moon sluice 01, and at this time, the sluice connecting plate 01-1 and the half moon sluice 01 It rotates about the axis 03 to open and close the water gate.

As shown in FIGS. 1 and 2, when the hydrogear gear 02 is rotated by the rotation of the driving gear 08 during the opening and repair of the water gate, the half moon gate 01 attached to the hydrogear gear 02 rotates. Rotation up to the upper surface when the hydrological surface of the inner side to see the sky stops the drive motor 15 and the drum brake 16 is fixed by the brake (BRAKE) action. It is easy to replace the watertight rubber (06, 10) or to open and repair the half moon flood gate by wear or breakage of the half moon floodgate (01) after fixing.

As shown in FIGS. 3 and 4, when the water gate is rotated by the rotation of the drive gear 08 when the water gate is closed, the water gate connecting plate 01-1 and the half moon attached to the water gate gear 02 are held. When the water gate (01) rotates, check the closing state by looking at the scale of the open gauge (18). When the limit point (LIMIT POINT) of the set limit box 19 is reached, the driving motor 15 is stopped and the drum of the driving unit is stopped. The brake 16 grabs the drive shaft and determines the position of the floodgate. At this time, water leakage is prevented by the side watertight rubber 06 on both sides and the front watertight rubber 10 in close contact with the bottom surface of the waterway.

In order to prevent leakage of the vandal sluice (01), it is necessary to first remove the soil or sand accumulated on the bottom of the channel in the vandal sluice (01). In this case, the primary degreasing plate attached to the front of the vandal sluice (01) is removed. (09) and the secondary shock absorbing plate (07) are completely removed, and the front watertight rubber (10) is attached to the rubber support (10-1) with rubber fixing bolts (10-2) at the rear of the secondary shock absorbing plate (07). Since it is fixed, wear and damage of watertight rubber can be reduced, and a water stop plate (13) made of stainless steel on the bottom surface of the channel of the vandal sluice (01) has a basic anchor (13-1) and a set anchor ( 13-2) is fixed to the smooth rotation of the vandal sluice (01) serves to reduce the damage and wear of the watertight rubber.

As shown in FIGS. 5 and 6, when the hydrogear gear 02 is rotated by the rotation of the drive gear 08, the vandal hydrology gate 01 attached to the hydrogear gear 02 rotates. (18) checks the open state, and when the set limit box 19 reaches the limit point, the drive motor 15 stops and the drum brake 16 of the drive unit grasps the drive shaft to determine the position of the floodgate.

At this time, in order to prevent leakage of the vandal sluice (01), toss and sediment accumulated on the bottom of the channel in the vandal sluice (01) must be removed first. In this case, the primary degreasing plate (09) attached to the front of the vandal sluice (01) ) And the secondary shock absorber plate (07) are completely removed, and the front watertight rubber (10) is fixed to the rubber support (10-1) by a rubber fixing bolt (10-2) at the rear of the secondary shock absorber (07). It can reduce the wear and damage of watertight rubber, and the water stop plate (13) made of stainless steel is fixed to the base anchor (13-1) and set anchor (13-2) at the bottom surface of the waterway of the vandal sluice (01). Smooth rotation of the water gate (01) serves to reduce the damage and wear of the watertight rubber.

FIG. 7 is a view for explaining the structure of the hydrogear gear 02. First, a gear is formed into a mold in a wooden shape, and then formed into cast steel, and then processed and manufactured by a split gear A (02-1) and a split gear B (02-2). ), And then drill holes in split gear A (02-1) and split gear B (02-2) at the same time as the gear connecting plate 11 to prevent the gear from being disassembled by the positioning pin 12. Next, the division gear A (02-1) and the division gear B (02-2) are welded with the gear connecting plate 11 to produce a hydrogear gear 02 to provide an integral hydrological gear 02.

The drive of the vandal sluice (01) is first transmitted to the drive gear (08) via the gear ratio and the second gear ratio when power is transmitted from the drive motor (15), the drive gear (08) is meshed with the sluice gear (02) When the sluice gear 02 rotates, the sluice connecting plate 01-1 and the vandal sluice 01, which are attached to the inner surface of the sluice gear 02, also rotate together about the sluice shaft 03.

At this time, the rotation of the gear of the drive unit should be constant on both sides. The position control sensor is attached to the output side of the drive unit to control the drive motor 15 so that both sides can perform a constant rotation.

And anti-rotation drum brake (16) is provided at the front end of the driving motor (15) so that the vandal sluice (01) can be fixed without being pushed or lowered by water pressure or other loads. A brake "B" type (actuated when the supply of electricity was cut off) was used for the motor 15, and the drum brake 16 also used a "B" type to prevent the rapid fall.

In case of flooding or emergency, the emergency switch is installed to fully open the vandal gate (01). When the emergency switch is pressed, the vandal gate (01) unconditionally rotates to the hydrologic bottom dead center (completely open) set in the limit box (19). Disaster can be prevented.

It is equipped with an open meter 18 so that the rotation angle of the vandal sluice (01) can be known so that the amount of opening and closing can be known only by the open meter 18 without directly looking at the vandal sluice (01). The limit point 19 can be arbitrarily set and fixed so that the limit box 19 can no longer be operated when the door is completely closed and fully open.

As described above, the present invention, in order to solve the problems of the conventional hydrological gate, first install the celebratory housing (05) on both sides of the waterway, and insert the hydrological shaft (03) therein to be rotatable, the hydrological connection After assembling the plate (01-1), the front of the sluice connecting plate (01-1) is connected to the vandal sluice (01) is assembled, the back of the sluice gear (02) is connected and assembled, the drive gear (top) The gate is operated by the rotation of 08).

The sluice gear 02 rotates by the rotation of the drive gear 08 and is configured to open and close the sluice, and the half moon sluice 01 is connected to the sluice gear 02 by the sluice connecting plate 01-1 and the sluice fixing bolt ( 04) is rotated together when the hydrogear gear (02) is rotated, and if earth or sand is accumulated on the bottom surface of the waterway, the primary shock removing plate (09) and the secondary shock removing plate (09) attached to the front of the vandal gate (01) 07) Completely remove the earth and sand, install a water plate (13) on the bottom surface of the waterway to prevent smooth rotation of the vandal sluice (01) and wear and damage of the front watertight rubber (10), When opening and repairing, the vandal sluice (01) is rotated to the upper part of the waterway to facilitate the opening and repairing. The drum brake 16 and the limit box 19 are installed to control the exact position, and the rotation angle can be known. The open meter 18 is provided so that the half moon gate 01 can be fully opened and closed in the event of a flood or emergency. Formed is configured to rotate to provide a gear type water gate.

Claims (8)

A device capable of easily replacing, opening and repairing watertight rubber (09, 07) by rotating the vandal sluice (01) to the upper surface of the waterway; A device that can remove the earth and sand piled up on the bottom surface of the waterway of Vandal Gate (01) as the gate turns A device equipped with an emergency switch and opening meter 18 and a limit box 19 to accurately determine the stop position of the vandal sluice (01) and to fully open and close the flood or emergency; The device is provided with a rotation preventing drum brake (16) to prevent the rotation and fixing of the vandal sluice (01) by water pressure and to prevent the rapid fall In the structure of the hydrogear gear (02) and the device that allows the hydrogear gear (02) to be attached to the half moon sluice (01) by the process active Geared rotational door characterized in that the device is capable of opening and closing the waterway while the vandal sluice (01) is rotated by the sluice gear (02) around the sluice shaft (03). The method of claim 1 When the water gate gear 02 is rotated by the rotation of the driving gear 08 during the opening and repair of the water gate, the water connecting plate 01-1 and the half moon floodgate 01 attached to the water gate gear 02 rotate. Rotating the vandal sluice (01) attached to the sluice connecting plate (01-1) to the upper surface of the channel to facilitate the replacement of the watertight rubber (06, 10) due to abrasion or breakage, or the opening and repair of the vandal sluice (01) Geared sluice door, characterized in that it can. The method of claim 1 Rotating the vandal sluice (01) around the sluice axis (03) with the earth and sand piled up on the bottom surface of the waterway, the primary 뻘 removal plate (09) and the secondary 뻘 removal plate (attached to the front of the vandal sluice (01) 07) The gear-type rotary door, characterized in that to open the vandal sluice (01) while removing the soil and sand piled on the bottom surface of the channel. The method of claim 1 A plurality of front watertight rubbers (10) are provided on the rear of the secondary fan removing plate (07), and side watertight rubbers (06) are provided on both sides of the vandal sluice gate (01) to prevent leakage, The manufactured index plate 13 is fixed to the basic anchor 13-1 and the set anchor 13-2, so that the smooth rotation of the vandal sluice 01 and the damage and wear of the watertight rubber 06 and 10 are minimized. Features a geared sluice gate. The method of claim 1 It is equipped with an open gauge 18 so that the rotation angle of the vandal sluice (01) can be known so that the opening and closing amount can be known only by the open meter 18 without directly seeing the vandal sluice (01). The gear rotational door characterized in that the limit point 19 can be set arbitrarily and fixed so that the limit box 19 is no longer operated when the door is completely closed and fully opened. The method of claim 1 In order to prevent the sudden drop of the water gate in the event of a power failure, a rotating brake (01) is provided with an anti-rotation drum brake (16) at the front end of the driving motor (15) so that the rotating gate (01) can be fixed without being pushed or lowered by water pressure or other loads. Gear-type rotational door characterized in that the brake "B" type (operation when the supply of electricity is cut off) is used for the drum 15 and the drum brake 16 also uses the "B" type to prevent rotation and rapid fall. The method of claim 1 The mold of the sluice gear (02) is made into a mold and then molded into cast steel, and then processed and manufactured to be closely attached to the split gear A (02-1) and the split gear B (02-2), and then the gear connecting plate (11). At the same time, make a hole in the division gear A (02-1) and the division gear B (02-2) and make sure that the gears are not disassembled by the positive pin 12, and then the division gear A (02-1) and the division gear B (02) -2) a gear-type rotating gate characterized in that the welded to the gear connecting plate (11) to make the sluice gear (02) by the division The method of claim 1 In case of a flood or an emergency, the emergency switch is provided to completely open the vandal gate (01). When the emergency switch is pressed, the vandal gate (01) unconditionally rotates to the hydrologic bottom dead center (completely open) set in the limit box (19). Gear-type rotational gate, characterized in that can prevent disaster.