KR101125730B1 - Multi-function sterilization medicine provider - Google Patents

Abstract

PURPOSE: A multi-functional antiseptic supplier is provided to discontinue the operation of an antiseptic supplier when an antiseptic is exhausted completely. CONSTITUTION: A multi functional antiseptic supplier comprises: a water turbine installed inside a rectangular frame(10) rotatably; a driving gear installed in the end of a rotation shaft exposed to outside penetrating through the side plate of the frame; a following gear installed to a side plate adjacent to the rotation shaft rotatably; and a driving cam attached to the end of the following gear into one body, and of which one side a driving pin is installed.

Description

Multi-function sterilization medicine provider

The present invention exhibits a function of automatically maintaining the correct position after the aberration is rotated exactly by the set amount of rotation, and by varying the rotation period of the aberration by a simple method of adjusting the amount of water supplied to the aberration more easily disinfectant The present invention relates to a technology for exerting a function of freely adjusting the concentration, and in combination with a function of temporarily stopping the operation of the automatic disinfectant dispenser by suppressing rotation of the aberration in an emergency when the disinfectant is exhausted.

In general, islands and dumesan valley where water supply is not spread are operated by the village or regional unit by themselves. Most of these islands have intake tanks located at high places such as mountain slopes, Buried pipes underground to the point, the motor pump is operated to pull up the groundwater to store in the water intake tank, the situation is used to supply the Kaga Lake.

In particular, in order to use the liver abnormality as drinking water, even if the disinfectant must be put in the water supplied to the intake tank to eradicate various bacteria, the manager cannot visit the bar periodically at regular supply rates using a disinfectant injector. Disinfectant is being injected automatically.

Such a conventional disinfectant injector typically uses aberration as a power source for operating a reciprocating pump for pumping disinfectant.

The aberration is sequentially supplied with water to a plurality of radially formed reservoirs, and when the water level increases, rotational power is generated, and after the aberration rotates, water is supplied again to another reservoir. Until the water level increases, it must be kept stationary so that the rotation operation of the aberration can be made intermittently with a time difference.

However, the conventional aberration does not have any device restraining the rotation operation so that the aberration rotates before the water falling from the water supply fills the reservoir, and the rotation of the aberration continues without interruption as the watermill rotates. This causes the compression pump to run continuously and to inject disinfectants.

Therefore, the overuse of the disinfectant, as well as the disinfection work exceeds the standard value (remaining chlorine, etc.), but rather harms the health of the villagers, the rotation-operated aberration is always located exactly vertically on the lower part of the water inlet opening In fact, the water can not be supplied to the reservoir because it is located in a wrong position.

In order to solve the problem of the conventional disinfectant injector proposed by the applicant of the present invention "patent registration No. 906374, name / automatic position maintenance device of aberration for disinfectant injector" (refer to "prior art 1") It is becoming.

However, in the prior art 1, when a long time is used, the elastic force of the elastic member decreases, so that the aberration rotates before reaching the full water level, and thus the constraint of uniformly disinfecting the disinfectant is applied. The impact or noise generated while contacting the elastic support stopper is very large, the durability is reduced as such an impact accumulates.

In addition, the aberration maintains a stationary state due to the resistance of the elastic member, but when the pressure exceeds the set pressure of the elastic member, the rotational operation is performed as soon as the resistance is released while the resistance exceeds the set pressure. There is a dead end.

On the other hand, the prior art related to the disinfectant injector for supplying the water supplied to the water intake tank by a predetermined amount and aberration as a prior art "patent registration No. 959820, name / water dispensing device for disinfectant injector" of the applicant of the present invention ("leading" Technology 2 ") has been proposed.

The prior art 2 is a method for adjusting the concentration of the disinfectant to control the concentration of the disinfectant by shortening or extending the operation cycle of the reciprocating pump by varying the rotation period of the aberration, and the method of varying the rotation period of the aberration Is using a method of adjusting the opening degree of the flow path formed in the aberration distribution port for supplying water to the aberration.

Furthermore, the prior art for automatically injecting the disinfectant using the rotational power of the aberration, "patent registration No. 912486, the name / no-power pumping disinfectant automatic dosing machine" of the applicant of the present invention (referred to as "prior art 3") ) Is proposed.

The above-mentioned prior art 3 automatically opens and closes the water supply control valve installed in the water supply pipe after detecting the storage amount of the disinfectant, and automatically prevents the aberration and the reciprocating pump after the disinfectant is dropped while the disinfectant is replenished. This provides a useful effect of resuming the water supply.

However, the water supply control valve of the prior art 3 is applied to an electrically operated solenoid valve, and the water supply control valve is installed in the water supply pipe introduced into the intake tank and is always exposed to moisture or moisture, which may cause a short circuit accident and fire. Is still present.

In addition, when the disinfectant is exhausted, by blocking the flow path of the water supply pipe, the water supply tank is completely stopped, which causes a problem of causing a worst-case water situation in which all water (washing, bathing, cooking, etc.) except for drinking water is exhausted.

The present invention is to provide a multi-functional disinfectant auto-injector that actively solves all the problems of the prior art, the stopper shaft reciprocating using the rotational power of the aberration is automatically grounded to the shock absorber It is an object of the present invention to effectively alleviate the shock generated when the rotation is stopped while the rotation operation of the aberration is stopped.

In addition, the present invention allows to adjust the opening degree while smoothly moving the sliding gate without resistance by pulling or pushing the opening degree adjustment rod, and automatically opening the moment when moving by the set unit distance in the process of pulling or pushing the opening adjustment rod. Another problem of the present invention is that the control rod is stopped so that the opening degree can be adjusted very easily and accurately in multiple steps.

In addition, the present invention, when the disinfectant is exhausted, the rotation suppression slider automatically suppresses the rotation of the aberration to stop the operation of the automatic disinfectant dispenser while only stopping the operation of the reciprocating pump pumping the disinfectant even if the water is supplied normally. It is another object of the invention to make it possible.

The present invention is to provide a drive gear to the front end of the rotary shaft of the aberration installed through the side plate of the frame frame as a means for solving the above problems, and the driven gear shaft installed on the side plate adjacent to the rotating shaft is engaged with the drive gear Gears are geared and installed, and the drive cam attached to the tip of the driven gear connects one side of the stopper shaft and the crank rod installed through the stopper shaft guider attached to the side plate, while the other side of the stopper shaft excessively moves the stopper shaft. It is equipped with aberration-positioning device configured by installing shock absorber to restrict the pressure.

In addition, the present invention is provided with a sliding gate to block the flow path of the aberration distribution port on the lower side of the aberration distribution port, the guide long hole formed in the sliding gate through the guide bolt to be installed horizontally movable, the sliding gate The connecting plate formed at one end of the connection is installed to connect one side of the opening adjustment rod, and the other side of the opening adjustment rod is installed in the guide holder while exposed to the outside through the distribution tank and the guide holder attached to the outer surface of the distribution tank The stopper ball elastically installed in the ball insertion unit is provided with a disinfectant concentration adjusting device configured to be inserted into a plurality of fixed grooves formed at equal intervals on the opening control rod.

In addition, the present invention penetrates and installs the sliding housing in and out on one side of the frame frame rotatably supporting the aberration, and screw-install the plug to the tip of the sliding hole formed in the sliding housing, the plug The sliding hole penetrates and slides into and out of the sliding hole into and out of the sliding hole. Meanwhile, an elastic member is elastically installed between the elastic support plate and the plug formed in the rotation inhibiting slider, and the pinhole communicates with the hole. It is installed by inserting a moving jersey pin, the moving jersey pin is connected to the rotary shaft and the wire of the automatic lifting valve installed on the outside of the intake tank via a wire, and the side of the aberration is caught by the rotation suppression slider to prevent the rotation of the aberration It is equipped with an emergency stop device configured by installing a rotation preventing device.

According to the present invention, the stopper shaft reciprocating in conjunction with the rotation operation of the aberration is restricted by movement of the shock absorber, so that the aberration automatically rotates by a predetermined amount of rotation and automatically maintains the correct position as well as the shock absorber rotates. By cushioning the shocks generated during interruption, durability is improved, noise is suppressed, and disinfectant is always accurately and uniformly injected to provide disinfection efficiency.

In addition, by adjusting the opening degree while smoothly moving the sliding gate using the opening adjustment rod provides a simple and free effect of controlling the concentration of the disinfectant in a simple way to adjust the amount of water supplied to the aberration.

In addition, if an emergency occurs when the disinfectant is exhausted, the rotation suppression slider forcibly suppresses the rotation of the aberration, so that even if water is normally supplied to the aberration, the automatic operation of the disinfectant dispensing machine by automatically stopping the operation of the reciprocating pump linked with the rotation of the aberration. Provides the effect of temporarily stopping its operation.

1 is a plan view of the automatic disinfectant dispenser to which the present invention is applied
Figure 2 is a side view of the installation state of the aberration device of the present invention
Figure 3 is a plan sectional view of the installation state of the aberration device of the present invention
Figure 4 is a side cross-sectional view of the installation state of the water supply pipe and the aberration of the present invention
Figure 5 is a plan sectional view of the operating state of the drive gear, driven gear and drive cam of the present invention.
6 is a state in which the stopper shaft of the present invention is grounded to the shock absorber;
7 is a state in which the stopper shaft of the present invention is spaced apart from the shock absorber;
8 is a plan sectional view of the installation state of the present invention disinfectant concentration control device
Figure 9 is a cross-sectional view of the operating state of the opening control rod and the sliding gate of the present invention.
10 is an enlarged cross-sectional view of the installation state of the guide holder of the present invention;
11 is a cross-sectional view taken along the line AA of the present invention Figure 8
12 is a side cross-sectional view of the installation state of the sliding gate of the present invention;
Figure 13 is a plan view of the installation state of the emergency stop device of the present invention
Figure 14 is a side cross-sectional view of the installation state of the emergency stop device of the present invention
15 is a longitudinal cross-sectional view of a state in which the moving jersey pin is wound upwards of the present invention;
Figure 16 is a longitudinal cross-sectional view of the rotation inhibiting slider protrudes outward when the upper lifting of the present invention moving pin

Preferred embodiments of the present invention will now be described in more detail with reference to the accompanying drawings.

Looking at the general technical configuration according to the accompanying drawings in accordance with a preferred embodiment of the present invention, the aberration 110 is rotatably installed inside the frame frame 10 of the rectangular body; A drive gear 120 installed at the tip of the rotating shaft 111 of the aberration 110 exposed to the outside through the side plate 13 of the frame frame 10; A driven gear shaft 130 rotatably installed on the side plate 13 adjacent to the rotation shaft 111; A driven gear 140 integrally installed on the driven gear shaft 130 and engaged with the driving gear 120; A drive cam 150 integrally attached to the front end of the driven gear 140 and having a driving pin 151 eccentrically installed at one side thereof; A stopper shaft 160 installed to reciprocally move through both sides of the stopper shaft guider 161 attached to the side plate 13 at the point opposite to the driven gear shaft 130; A crank rod 170 having both sides rotatably connected to one side and the driving pin 151 of the stopper shaft 160; An aberration-positioning device (100) comprising a shock absorber (180) installed in the same line on the other side of the stopper shaft (160); Rotation period of the aberration 110 by adjusting the opening degree while moving the sliding gate 220 installed in the water distributor 210 fixedly installed in the frame frame 10 by pulling or pushing the opening degree adjustment rod 240. Disinfectant concentration control device 200 for adjusting the concentration of the disinfectant while varying; It can be seen that the organic coupling configuration of the emergency stop device 300 to automatically stop the operation of the unnecessary disinfectant auto-injector in an emergency when the disinfectant is exhausted by suppressing the rotation of the aberration 110.

Hereinafter, the present invention having the above-described schematic configuration will be described in more detail for facilitating the implementation.

Disinfectant dispensing machine of the present invention is a rotatable aberration 110 is installed inside the frame frame 10 of the rectangular body consisting of the front, rear plate (11) 12 and a pair of side plates (13) (13a). The aberration 110 is a water distributor 210 is exposed to the outside through the bearing housing and the side plates 13, 13a attached to the inner surface of the frame frame 10 is protruded at both ends. The water dispensed through is dropped directly through the water supply pipe 214 as shown in FIG. 4, and is directly supplied to the reservoir 112 formed in the aberration 110, and when the water is filled in the reservoir 112, the aberration 110 is automatically supplied. Can rotate and generate rotational power.

A driving gear 120 is integrally installed and coupled to the front end of the rotating shaft 111 of the aberration 110 exposed through the side plate 13 of the frame frame 10 as shown in FIGS. 3 and 5. In the side plate 13 adjacent to the 111, the driven gear shaft 130 is rotatably installed.

Here, the bearing housing 132 is integrally attached to the side plate 13 by using the fastener 131, and a bearing 133 is installed in the bearing housing 132. One side of the driven gear shaft 130 is rotatably fitted, and the snap ring 134 is coupled to the front end of the driven gear shaft 130 so as to be smoothly rotated without being separated from the bearing 133. do.

In addition, the other side of the driven gear shaft 130 penetrates through the bearing housing 132, the driven gear 140 is integrally installed, the driven gear 140 is the rotational force of the drive gear 120 Receives and maintains the gear installed with the drive gear 120 to interlock.

At the tip of the driven gear 140, a disk-shaped drive cam 150 for converting the rotational motion of the rotary shaft 111 into a reciprocating motion and transmitting it to the stopper shaft 160 is integrally attached, and the drive cam ( On one side of the 150, the drive pin 151 is installed eccentrically.

A stopper shaft guider 161 is attached to the side plate 13 at the point opposite to the driven gear shaft 130, and the stopper shaft 160 moves horizontally through both sides of the stopper shaft guider 161. It is possible to install, one side of the stopper shaft 160 and the driving pin 151, both sides of the crank rod 170 is rotatably coupled to each other.

The stopper shaft 160 is formed such that the rod insertion groove 162 is recessed at one end thereof, and the rod insertion groove 162 is formed with one side of the crank rod 170 inserted into the stopper shaft 160 and the crank. The rod 170 is coupled to penetrate through the driven pin 163 so that the crank rod 170 can convert the rotational power of the drive cam 150 into a reciprocating motion to smoothly transfer the stopper shaft 160.

Therefore, the rotational power of the rotation shaft 111 generated while the aberration 110 rotates is transmitted to the drive cam 150 through the drive gear 120 and the driven gear 140, and the operation of the drive cam 150. Accordingly, the stopper shaft 160 can reciprocate while moving horizontally as shown in FIGS. 6 to 7.

At this time, the shock absorber 180 is installed on the other side of the stopper shaft 160 in the same line, and the shock absorber 180 has a stopper shaft 160 which reciprocates using the rotational power of the aberration 110. By acting to limit the excessive movement toward the shock absorber 180, the aberration 110 is always rotated exactly by the set amount of rotation, after the water reservoir 112 is formed in the water distributor 210 as shown in FIG. Accurately located below 214, the stopper shaft 160 is grounded, and provides an effect of buffering the shock that occurs momentarily when the rotation is stopped.

On the other hand, the shock absorber 180 is formed with a threaded portion 181 on the outer circumferential surface, and is installed through the angle type shobar holder 185 attached to the side plate 13, but the screw bar 181 to the shobar holder 185 The nut 182 tightly fixed to both sides of the screw is coupled to maintain a firm fixing state, and loosen the nut 182 and move the shock absorber 180 to the left and right while changing the position of the aberration 110 in a simple manner. It is possible to freely set the exact position of).

Such a shock absorber 180 restricts excessive movement when the stopper shaft 160 moves toward the shock absorber 180, and alleviates shock, while the stopper shaft 160 is spaced apart in the grounded state as shown in FIG. 7. When the stopper shaft 160 is smoothly reciprocated when the aberration reaches a full water level, the stopper shaft 160 smoothly moves smoothly and smoothly.

In addition, the side plate 13 of the present invention wraps the drive gear 120, the drive cam 150, the stopper shaft 160, the crank rod 170 and the shock absorber 180 is not exposed to the outside as shown in FIG. By attaching the protective cover 190 it is possible to more securely protect each component.

On the other hand, the present invention by varying the rotation period of the aberration 110 while adjusting the opening degree of the sliding gate 220 installed in the water distributor 210, the disinfectant concentration control device 200 to freely control the concentration of the disinfectant 200 ) Technology is combined.

Disinfectant concentration control device 200 for this purpose and the water distributor 210 formed aberration distribution port 213 on the upper one side of the distribution tank 211, the water inlet pipe 212 is formed on the bottom; It is installed in close contact with the inner surface of the lower distribution tank 211 of the aberration distribution port 213, the guide long hole 221 is formed horizontally in the center, and blocked the flow path 213a of the aberration distribution port 213 on the top A sliding gate 220 having a blocking plate 222 protruding therefrom; A pair of guide bolts 230 installed through the guide long hole 221 and the distribution tank 211 to guide the movement of the sliding gate 220; One side is connected to the connection plate 225 formed at one end of the sliding gate 220, the other side is opened through the distribution tank 211 and the guide holder 250 exposed to the outside opening adjustment rod 240 and; Attached to the outer surface of the distribution tank 211 in a state penetrating the opening adjustment rod 240 is made of an organic coupling configuration of the guide holder 250 for guiding the smooth straight movement of the opening adjustment rod 240.

The water distributor 210 is fixed to the frame frame 10 of the rectangular body, the inlet pipe 212 is formed on the bottom of the rectangular distribution tank 211, the aberration distribution port 213 on the upper side Is formed, a water supply pipe 214 for supplying water to the aberration 110 is bent downward at the front end of the aberration distribution port 213, the intake tank distribution port on both sides of the aberration distribution port 213 215 is formed.

Therefore, the water that is received into the distribution tank 211 through the inlet pipe 212 is supplied to the intake tank through the intake tank distribution port 215, most of the water, a portion of the water distribution port 213 By being supplied to the aberration 110 through, the aberration 110 is able to generate a power source for pumping the disinfectant while rotating operation.

The sliding gate 220 which serves to adjust the opening degree of the flow path 213a formed in the aberration distribution port 213 while slidingly moving horizontally below the inlet of the aberration distribution port 213 is provided in the distribution tank 211. It is installed to be in close contact with the inner surface, the sliding gate 220 is formed in the center of the guide long hole 221 is cut in the horizontal, the upper end of the blocking plate 222 blocking the flow path (213a) of the aberration distribution port (213) It is formed to protrude.

Such a sliding gate 220 is a pair of guide bolts 230 as shown in Figure 12 is installed through the guide long hole 221 and the distribution tank 211 after the nut 224 is fastened and is not separated by the distribution tank ( The guide bolt 230 guides the smooth sliding movement of the sliding gate 220 as well as maintaining the state in close contact with the inner surface of the 211, and thus the blocking plate 222 has a flow path 213a formed in the aberration distribution port 213. The opening degree of can be adjusted freely.

One end of the sliding gate 220 is connected to the opening adjustment rod 240, the connecting plate 225 for pulling or pushing the sliding gate 220 is formed bent, the other end of the bending prevention plate 226 ) Is additionally bent so that the rigidity of the sliding gate 220 can be maintained without deformation such as bending or twisting.

In addition, one side of the opening adjustment rod 240 is connected to the connection plate 225, the other side of the opening adjustment rod 240 is a distribution tank 211 and the guide attached to the outer surface of the distribution tank 211 The handle 241 is coupled to the front end of the holder 250 while being installed to be exposed to the outside, and thus the opening degree can be adjusted while moving the sliding gate 220 by a simple method of pulling or pushing the handle 241. Due to this, it is possible to adjust the concentration of the disinfectant while easily adjusting the amount of water supplied to the aberration 110.

On the other hand, the outer surface of the distribution tank 211 is attached to the guide holder 250, the opening adjustment rod 240 is installed through the guide holder 250 to move more smoothly and smoothly while maintaining the straightness during sliding movement It becomes possible.

In addition, the guide holder 250 has a ball insertion portion 251 penetratingly formed at one side thereof, and a spring supporting plate 252a is formed at the top of the ball insertion portion 251 to protrude from the inside and outside of the ball insertion portion 251. The stopper ball 252 and the spring 253 are installed by the stopper ball 252 and the spring 253 are inserted and installed to prevent the stopper ball 252 and the spring 253 from coming out to the outside as well as the stopper ball 252. ) Can be sunk in and out while being provided with elastic pressure.

Therefore, in the process of pulling or pushing the opening adjustment rod 240, the stopper ball 252 is maintained in the ball insertion portion 251 while a plurality of installed at equal intervals on the outer circumferential surface of the opening adjustment rod 240 When one of the fixing grooves 242 reaches one of the fixing grooves 242, the ball is inserted from the ball inserting portion 251 by the elastic pressure of the spring 253 and is inserted into the fixing groove 242 so as not to move anymore. Will be able to maintain.

In addition, when the opening or closing adjustment bar 240 is pulled or pushed with a force exceeding the elastic pressure of the spring 253, the stopper ball 252 enters the ball insertion unit 251 again and the opening adjustment bar 240 moves smoothly. It becomes possible.

Therefore, when the opening adjustment rod 240 of the present invention is moved by a set unit distance, the stopper ball 252 is automatically inserted into the fixing groove 242, thereby providing an effect that can always accurately and accurately adjust the opening degree. do.

In addition, the present invention is further grafted with the technology of the emergency stop device 300 to automatically stop the operation of the automatic disinfectant dispenser when the disinfectant is exhausted emergency.

Emergency stop device 300 for this purpose is installed through the side plate (13a) of the frame frame 10, the slider housing 310 and the sliding hole 311 and the projection hole 312 is formed therein; A plug 320 screwed to the tip of the sliding hole 311; A rotation inhibiting slider 330 inserted into the sliding hole 311 through the plug 320 and capable of being sunk in and out of one side through the recess hole 312; An elastic member 340 elastically installed between the elastic support plate 332 and the plug 320 formed on the outer surface of the rotation inhibiting slider 330; A movement blocking pin 350 installed in a pinhole 316 formed to communicate with the concave hole 312 to selectively prevent movement of the rotation suppression slider 330; The other side of the wire 355 connected to the upper portion of the moving jersey pin 350 is connected to the rotary shaft 111, the lifting automatic valve for lifting the movable jersey pin 350 in accordance with the rotation operation of the rotary shaft 111 )Wow; Attached to one side of the aberration 110 rotatably installed inside the frame frame 10, the aberration rotation prevention device 370 to prevent the rotation of the aberration 110 while being caught by the rotation suppression slider 330 It can be seen that the organic binding composition.

The slider housing 310 installed through the side plate 13a of the frame frame 10 has a sliding hole 311 and a projection hole 312 having a smaller diameter than the sliding hole 311 are continuously formed therein. The mounting flange 313 is integrally formed on one side of the outer circumferential surface, and the mounting flange 313 is penetrated by the fastener 315 while being in close contact with the side plate 13a of the frame frame 10. It is possible to maintain a solid installation state.

Plug 320 is screwed to the front end of the sliding hole 311, the plug 320 is to prevent the rotation inhibiting slider 330 and the elastic member 340 is installed to the outside is separated from the outside Of course, the sliding movement of the rotation inhibiting slider 330 is smoothly guided, and the function of freely adjusting the tension of the elastic member 340 is performed in accordance with the installation position.

The sliding hole 311 penetrates the plug 320 and is inserted into the rotation inhibiting slider 330, and one side of the rotation suppressing slider 330 is moved into and out of the slider housing 310 through the concave hole 312. Haunted.

Here, the threaded portion 331 is formed at the other side of the rotational suppression slider 330, and the stopper 335 is additionally screwed to the threaded portion 331 so that the rotational restraint slider 330 is recessed in the hole 312. When the stopper 335 comes into contact with the plug 320 when it comes out, the movement is restricted, thereby preventing excessive movement of the rotation inhibiting slider 330.

An elastic support plate 332 is integrally formed on the outer surface of the rotation suppression slider 330, and an elastic member 340 is elastically installed between the elastic support plate 332 and the plug 320 so that the rotation suppression slider ( 330 can be provided with an elastic pressure.

A pinhole 316 is formed at one side of the slider housing 310 to communicate with the concave hole 312 up and down, and the pin hole 316 blocks the concave hole 312 to move the rotation inhibiting slider 330. The moving jersey pin 350 which serves to selectively block the fitting is installed.

Accordingly, while the movement blocking pin 350 is inserted into the pinhole 316 and maintained, the rotation inhibiting slider 330 is fixed to the state of being stopped by the movement blocking pin 350 as shown in FIG. 15. When the moving blocking pin 350 is separated from the pinhole 316 as shown in FIG. 16, the rotation inhibiting slider 330 may come out through the hole 312 by the elastic pressure of the elastic member 340. It becomes possible.

At this time, the support ring 351 is additionally installed on the outer circumferential surface of the movement blocking pin 350, and the support ring 351 is seated on the upper end of the rotation inhibiting slider 330 so that the movement blocking pin 350 is a pinhole. Pass through 316 it is possible to maintain a stable fit without falling out.

One side of the wire 355 is integrally connected to the upper portion of the movement blocking pin 350, and the other side of the wire 355 is connected to the rotary shaft 361 of the automatic valve 360 for lifting the rotary shaft 361 According to the selective rotation operation of the wire 355 to lift the moving jersey pin 350 to open the haunting hole 312 until the rotation inhibiting slider 330 can come out through the haunting hole 312 Will be.

In addition, aberration rotation preventing mechanism 370 is attached to one side of the aberration 110 rotatably installed in the frame frame 10, and the aberration rotation preventing mechanism 370 protrudes to the outside of the rotation inhibiting slider ( 330) prevents the aberration 110 from rotating any more, thereby providing the effect of stopping the unnecessary disinfectant auto-injector operation, while supplying water to the intake tank normally so that it can be used as a general use water to prevent the worst singular situation. To provide a special effect to prevent.

On the other hand, the movement blocking pin 350 is to be exposed to the inside of the holding pole 381 installed on the upper side of the side plate (13a) of the frame frame 10, the upper end of the holding pole 381 to the outside of the intake tank An exposed control box 380 is installed, and an automatic valve 360 for hoisting is installed inside the control box 380, and a wire 355 integrally connected to the moving blocking pin 350 is a holding pole ( 381 is integrally connected to the rotary shaft 361 of the automatic winch valve 360 installed in the control box 380 via the inside of the control box 380.

Accordingly, by pulling the wire 355 upward in accordance with the selective operation of the rotary shaft 361, the movement blocking pin 350 is separated from the pinhole 316 as shown in FIG. The aberration rotation prevention tool 370 protruding from and attached to the aberration 110 that has been rotated can no longer rotate while being caught by the rotation suppression slider 330 protruding outward as shown in FIG. 13, and the aberration 110 and While supplying water to the intake tank normally, only the rotational operation of the water wheel 110, which is a power source for operating the reciprocating pump, can be suppressed.

Such a lifting automatic valve 360 detects that the disinfectant is exhausted through a sensor installed in a conventional disinfectant tank, and automatically rotates the moving shaft pin 350 by rotating the shaft 361 according to a detection signal of the sensor. It can be lifted to the top.

In addition, the hoisting automatic valve 360 is exposed to the outside of the intake tank, as well as built in the control box 380 to create a condition that is not exposed to moisture or moisture to effectively prevent a short circuit accident and fire.

10: frame frame 13, 13a: side plate
100: aberration fixing device 110: aberration
111, 361: rotating shaft 120: drive gear
130: driven gear shaft 132: bearing housing
140: driven gear 150: drive cam
151: drive pin 160: stopper shaft
161: stopper shaft guider 163: driven pin
170: Crank Road 180: Shock Absorber
181, 331: screw portion 185: shobar holder
200: disinfectant concentration control device 210: water distributor
211: distribution tank 212: inlet pipe
213: aberration distribution port 213a: euro
215: intake tank distribution port 220: sliding gate
221: guide hole 222: blocking plate
225: connecting plate 230: guide bolt
240: opening degree adjustment rod 241: handle
242: fixing groove 250: guide holder
251: ball insertion portion 252: stopper rod
253: spring 254: wrench bolt
300: emergency stop device 310: slider housing
311 sliding ball 312
313: mounting flange 316: pinhole
320: plug 330: anti-rotation slider
332: elastic support plate 335: stopper
340: elastic member 350: moving jersey pin
351: support ring 355: wire
360: lifting automatic valve 370: aberration rotation prevention
380: control box 381: support pole

Claims (8)

Aberration 110 rotatably installed inside the frame frame 10 of the rectangular body; A drive gear 120 installed at the tip of the rotating shaft 111 of the aberration 110 exposed to the outside through the side plate 13 of the frame frame 10; A driven gear shaft 130 rotatably installed on the side plate 13 adjacent to the rotation shaft 111; A driven gear 140 integrally installed on the driven gear shaft 130 and engaged with the driving gear 120; A drive cam 150 integrally attached to the front end of the driven gear 140 and having a driving pin 151 eccentrically installed at one side thereof; A stopper shaft 160 installed to reciprocally move through both sides of the stopper shaft guider 161 attached to the side plate 13 at the point opposite to the driven gear shaft 130; A crank rod 170 having both sides rotatably connected to one side and the driving pin 151 of the stopper shaft 160; An aberration-positioning device (100) comprising a shock absorber (180) installed in the same line on the other side of the stopper shaft (160);
Rotation period of the aberration 110 by adjusting the opening degree while moving the sliding gate 220 installed in the water distributor 210 fixedly installed in the frame frame 10 by pulling or pushing the opening degree adjustment rod 240. Disinfectant concentration control device 200 for adjusting the concentration of the disinfectant while varying;
Multifunctional disinfectant dispenser characterized in that it comprises an emergency stop device 300 to automatically stop the operation of the unnecessary disinfectant auto-injector when the disinfectant is exhausted by suppressing the rotation of the aberration (110).
The method of claim 1,
The driven gear shaft 130 is rotatably fitted to one side of the bearing 133 installed inside the bearing housing 132 attached to the side plate 13, and the other side is exposed to the outside through the bearing housing 132. Multifunctional disinfectant injector, characterized in that the driven gear 140 is coupled to be installed.
The method of claim 1,
The shock absorber 180 has a threaded portion 181 formed on an outer circumferential surface thereof, and is installed through the shock absorber 185 attached to the side plate 13. The shock absorber 180 is tightly fixed to both sides of the shock absorber 185. The nut 182 is screwed, the multifunctional disinfectant injector, characterized in that freely control the exact position setting of the aberration according to the variable position of the shock absorber 180.
The method of claim 1,
Disinfectant concentration control device 200;
A water distributor 210 having an aberration distribution port 213 formed on an upper side of a distribution tank 211 formed with an inlet pipe 212 at a bottom thereof;
It is installed in close contact with the inner surface of the lower distribution tank 211 of the aberration distribution port 213, the guide long hole 221 is formed horizontally in the center, and blocked the flow path 213a of the aberration distribution port 213 on the top A sliding gate 220 having a blocking plate 222 protruding therefrom;
A pair of guide bolts 230 installed through the guide long hole 221 and the distribution tank 211 to guide the movement of the sliding gate 220;
One side is connected to the connection plate 225 formed at one end of the sliding gate 220, the other side is opened through the distribution tank 211 and the guide holder 250 exposed to the outside opening adjustment rod 240 and;
Multifunctional disinfectant, characterized in that made of a guide holder 250 which is attached to the outer surface of the distribution tank 211 in the state penetrating the opening adjustment rod 240 to guide the smooth straight movement of the opening adjustment rod 240. Feeder.
The method of claim 4, wherein
The guide holder 250 is provided with a stopper ball 252 and a spring 253 inserted into and out of the ball insertion part 251 formed on one side, and then a wrench bolt 254 is installed to block the stopper ball 252. Multi-functional disinfectant dispenser, characterized in that the insert is fixed to a plurality of fixing grooves 242 formed at equal intervals on the outer circumferential surface of the opening control rod 240.
The method of claim 1,
Emergency stop device 300;
A slider housing 310 installed through the side plate 13a of the frame frame 10 and having a sliding hole 311 and a projection hole 312 continuously formed therein;
A plug 320 screwed to the tip of the sliding hole 311;
A rotation inhibiting slider 330 inserted into the sliding hole 311 through the plug 320 and capable of being sunk in and out of one side through the recess hole 312;
An elastic member 340 elastically installed between the elastic support plate 332 and the plug 320 formed on the outer surface of the rotation inhibiting slider 330;
A movement blocking pin 350 installed in a pinhole 316 formed to communicate with the concave hole 312 to selectively prevent movement of the rotation suppression slider 330;
The other side of the wire 355 connected to the upper portion of the moving jersey pin 350 is connected to the rotary shaft 111, the lifting automatic valve for lifting the movable jersey pin 350 in accordance with the rotation operation of the rotary shaft 111 )Wow;
It is attached to one side of the aberration 110 rotatably installed inside the frame frame 10, the aberration rotation prevention device 370 to prevent the rotation of the aberration 110 while being caught by the rotation suppression slider 330 Multifunctional disinfectant injector, characterized in that made.
The method of claim 6,
Multi-function disinfectant dispenser, characterized in that the threaded portion 331 is formed on the other side of the rotation suppression slider 330, the stopper 335 is additionally screwed to the screwed portion 331.
The method of claim 6,
The movement blocking pin 350 is installed to be exposed to the inside of the support pole 381 installed on the upper side of the side plate 13a of the frame frame 10, and the control box 380 installed on the top of the support pole 381 is a water intake tank. Is exposed to the outside of the installation, the wire 355 is integrally connected to the rotary shaft 111 of the automatic lifting valve 360 installed in the control box 380 via the holding pole 381, the rotary shaft ( Multi-function disinfectant injector, characterized in that to remove the movement blocking pin 350 from the pinhole 316 by pulling the wire 355 in accordance with the operation of the 111.

Images