KR20140132466A - Chemicals injector having water with three water tank - Google Patents

Abstract

The present invention relates to a chemical injector capable of injecting chemicals such as sodium hypochlorite or chlorine dioxide by using a tubal pump or a syringe-type pump by using a rotary force of a rotary water wheel within a water tank or a water channel storing subsurface water or valley water as a water source. Specifically, the present invention relates to a chemical injector having a rotary water wheel with three water tanks, wherein a rotary water wheel comprises three water tanks having one side with a slope of 90° and the other side with a slope of 120° with regard to a rotary shaft connected to a tubal pump for inputting chemicals; and an overflow plate formed to be lower than the height of each water tank at the position adjacent to the side of the slope of 90° so that the water tank is inclined toward the direction of the slope of 90° when the water is filled up in the water tank. A permanent magnet sealed with a PE cap on one end of each water tank of the rotary water wheel, and a permanent magnet sealed on a PE screw pole on one side of the main body corresponding to the permanent magnet so that the rotary water wheel can be fixated to a right position while filling water in each water tank. The chemical injector having a rotary water wheel with three water tanks is characterized by that the water tanks are rotated by overflown water over the overflow plate and rotated 360° over three times by 120° each when the water tanks are filled up with water.

Description

TECHNICAL FIELD [0001] The present invention relates to a chemical water injector,

The present invention can be applied to a water tank or a water channel which is stored with the groundwater or valley water source as a source of water, and a medicine such as sodium hypochlorite or chlorine dioxide can be injected using a tube pump or a scanning pump In the medicine dispenser, three water tanks each having an inclined surface of 90 ° on one side and an inclined surface of 120 ° on the other side are formed on the basis of the rotation axis to which the tube pump for injecting medicine is connected. In each water tank, When the car ascends, a swirling plate formed to be lower than the height of the water tank is formed at a position adjacent to a surface having an inclined surface of 90 degrees so that the water tank tilts in a direction in which the water has an inclination of 90 degrees, thereby constituting a rotational aberration, A permanent magnet sealed in a PE cap is formed at one end of the main body, and permanent magnets are sealed to the one side of the main body Uh water in each tank When the water in the water tank rises, the water tank is rotated with the water flowing over the water tank, and the water tank is rotated 360 ° by 120 ° three times by the permanent magnet The present invention relates to a medicine dispenser in which a rotational aberration of three water tanks is formed.

A number of drug dispensers have been developed for power supply and non-power supply. However, the present invention will be described only in the technical scope using the tube pump adopted by the present invention.

A tube pump is a method of injecting medicine in a hose by rotating force. Korean Patent No. 10-0867874 discloses a disinfectant medicine automatic injecting device in which a reducer is configured to rotate the impeller by a flow rate of a water supply pipe, Therefore, a drive gear engaged with a plurality of transmission gears is required, and a tube pump is connected. Therefore, unnecessary structures and a box that can accommodate the reducer can be constructed. Therefore, Lt; / RTI >

Meanwhile, Korean Patent No. 10-0821260 discloses a water dispenser integrated non-power automatic disinfectant dispenser, wherein a single water tank is turned into a single water tank, and the water is generated by the water tank being pinched by the water dispenser. Additional components such as an additional shock absorber must be installed to mitigate the shock, and even if there are shock absorbers, there is a noise in the reciprocating motion by a single tank. A shock can not be avoided and a mechanical failure factor may occur.

Accordingly, the present invention has a structural problem in that it is necessary to mount a rich gear for continuous reciprocating motion and to construct a reinforcement frame and a base angle again on a vertical support to support the injector structure from a shock.

FIG. 1 is an impeller-type model diagram of a water turbine formed in a conventional drug dispenser. It is impossible to measure the amount of water or the amount of water inflow by a spinning type spinning wheel which is rotated by a water pressure dropping a number of wings. FIG. 2 is a cross-sectional view showing a state in which the elasticity of the elastic support stopper exceeds the elastic pressure of the elastic support stopper in order to maintain the fresh water of the four tanks of the automatic anchorage device for the disinfectant input device of the registration number 10-0906374 4 shows a view of four water tanks and an elastic support stopper with noise and shock accompanied by a method of moving written aberrations and thus requiring a cushioning pad.

As described above, the conventional rotation aberration has a problem that it is impossible to repeatedly rotate and stop the rotation aberration having a plurality of blades or the rotation aberration having four water tanks at 120 degrees.

In the present invention, a medicine such as sodium hypochlorite or chlorine dioxide is injected by using a tube pump or a scanning pump by using the rotational force of the rotational aberration inside a water tank or a water channel which is stored with the ground water or valley water as a water source Which is capable of rotating and stopping the rotation aberration without applying any force, and which can inject a predetermined medicine.

It is another object of the present invention to provide a drug dispenser capable of controlling the amount of water to be introduced so that a predetermined medicine can be input, and an administrator can integrally manage the total amount of the influent water and the amount of the medicine.

The present invention can be applied to a water tank or a water channel which is stored with the groundwater or valley water source as a source of water, and a medicine such as sodium hypochlorite or chlorine dioxide can be injected using a tube pump or a scanning pump In the medicine dispenser, three water tanks each having an inclined surface of 90 ° on one side and an inclined surface of 120 ° on the other side are formed on the basis of the rotation axis to which the tube pump for injecting medicine is connected. In each water tank, When the car ascends, a swirling plate formed to be lower than the height of the water tank is formed at a position adjacent to a surface having an inclined surface of 90 degrees so that the water tank tilts in a direction in which the water has an inclination of 90 degrees, thereby constituting a rotational aberration, A permanent magnet sealed in a PE cap is formed at one end of the main body, and permanent magnets are sealed to the one side of the main body Uh water in each tank When the water in the water tank rises, the water tank is rotated with the water flowing over the water tank, and the water tank is rotated 360 ° by 120 ° three times by the permanent magnet .

In addition, in order to distribute the flow rate when the water is contained in each of the water tanks of the rotational aberration, when the inflow water flows in the receiving tank of the main body connected to the water inlet pipe, at least one surface is lowered to flood the inflow water, In order to distribute the water, one side of the low-profile body is formed with 14 to 17 partitions, and the water flowing over the partition is distributed 15 to 18 spaces between the partitions. Of the 14 to 17 partitions, A first flow distribution tank that uses at least one flow rate as a second distribution; In order to distribute the water for the second flow distribution through the partitions of the first flow distribution tank, 7 to 14 partitions are formed, 8 to 15 spaces are distributed between the 7 to 14 partitions, and 7 to 14 And a second flow rate distributing tank for accommodating at least one of the divided flow rates in each tank of the rotating aberration in the partition.

In order to adjust the amount of water to be introduced into the water tank, the position of the PE thread rod is adjusted so that the distance between the permanent magnet formed in each water tank and the permanent magnet sealed in the PE or the bar at one side of the body can be adjusted Or a part of the partition formed in the secondary flow distribution tank is detachable.

Further, a pulse signal of 0 to 10 Hz is output by a proximity sensor formed at a predetermined position of the main body corresponding to the permanent magnet formed in each tank of the rotational aberration or the permanent magnet formed on the rotating plate of the rotational shaft, The total amount of the influent per day accumulated in the regulator, the daily dose of the medicine, and the remaining amount of the medicine are displayed on the display window of the controller, and this can be transmitted to the manager via the wire / wireless communication method.

The present invention is characterized in that the rotation aberration is fixed and rotated by 120 degrees by the permanent magnet formed on the rotational aberration and the permanent magnet formed on one side of the main body of the medicine injector corresponding to the rotation aberration, There is an effect that it can be made constantly.

In addition, the present invention can control the amount of inflow water to allow a certain amount of medicine to be input, and an administrator can integrally manage the total amount of inflow water, the amount of medicine input, and the like.

Fig. 1 is a schematic view of an impeller-type model
Fig. 2 is a schematic view of the apparatus for automatically maintaining a correct position of aberrations for the disinfectant dispenser,
FIGS. 3A to 3C are diagrams of states of a medicine dispenser in which a rotational aberration of three water tanks according to the present invention is formed
Figs. 4A and 4B are diagrams showing a configuration of a rotational aberration having three water tanks according to the present invention
FIG. 5 is a graph showing a control result according to rotation of a rotational aberration according to the present invention
FIGS. 6A and 6B are diagrams showing the configuration of the secondary flow distribution tank and the rotation aberration for distributing the flow rate of the drug feeder according to the present invention
FIG. 7 is a view showing still another embodiment of drug injection using the rotation aberration of the present invention
8 is a block diagram of an integrated management type drug dispenser using a proximity sensor on a rotating plate of a drug dispensing machine according to the present invention

The present invention can be applied to a water tank or a water channel which is stored using ground water or valley water as a source of water, such as sodium hypochlorite or chlorine dioxide using a tube pump 50 or a scanning pump, And a medicine dispenser capable of dispensing medicines.

The rotary aberration 30 having a large number of vanes or having four water tanks 31 can not rotate while being rotated and fixed by 120 °. However, in the present invention, In order to have a power of 1 kg or more, the water tank 31 of the rotation aberration 30 having three water tanks 31 having a capacity of 1 liter is made to have a capacity of 1 liter or less, have.

Therefore, in order to inject 2 ml of the average amount of the tubing pump 50, the medicine dispenser according to the present invention requires a flow rate distribution to adjust the volume of the water tank 31 to 300 liters per liter and 1/300 So that a plurality of flow distributions can be achieved due to the impossibility of distribution.

The one water tank 31 may be at least 1 L having a capacity of 1 kg, which is a force for turning the tube pump 50. An amount of water that can be filled in one water tank 31 is 1 L or less, The rotation aberration 30 can be constituted of a plurality of units when more force is required to form the pump 50 or the scanning pump.

The present invention relates to a medicine dispenser for dispensing a predetermined amount of medicine in proportion to the amount of water obtained by distributing water to be obtained, and a rotation aberration 30 having three water tanks 31 is formed therein.

3A to 3C show a state diagram of a medicine dispenser having a rotation aberration 30 formed of three water tanks 31 according to the present invention. FIG. 3A is a perspective view of a medicine dispenser according to the present invention, 3b is a partial cross-sectional view of the rear surface of the medicine dispensing apparatus according to the present invention, and Fig. 3c is a plan view of the medicine dispensing apparatus.

As shown in FIGS. 3A to 3C, the rotation aberration 30, in which three water tanks 31 are formed to obtain rotational force while repeating the flow rate distribution and the magnet rotation, And a separate medicine reservoir is provided outside the water tank, so that the medicine can be transferred to the water tank.

4A is a perspective view of the rotation aberration 30 and FIG. 4B is a perspective view of the rotation aberration 30 in the three water tanks 31 according to the present invention. Each of the water tanks 31 constituting the rotational aberration 30 has three water tanks 31 having a slope of 90 ° on one side and 120 ° on the other side with respect to the rotary shaft 35 And formed so as to be lower than the height of the water tub 31 at a position adjacent to the face having an inclined face of 90 ° so that the water bath 31 is inclined in a direction in which the water has an inclined face of 90 ° When the water flows into the water tank 31, the water flows over the water flow plate 32 and flows over the water tank 31 in the direction of an inclined surface of 90 degrees.

A permanent magnet 33 sealed in a PE cap is formed at one end of each water tank 31 of the rotational aberration 30 and a permanent magnet 33 corresponding to a permanent magnet formed at one end of each water tank 31 A permanent magnet (40) sealed in a PE or sheath is formed on one side of the body (100) of the medicine dispenser.

The permanent magnet 32 sealed in the PE cap and the permanent magnet 40 sealed in the PE or sheath are formed for controlling the rotation of the rotational aberration 30 with no force. So that the rotation aberration 30 can be fixed while the water is contained in the water tank 31. When water rises in the water tank 31,

FIG. 5 shows a control diagram according to the rotation of the rotational aberration 30 according to the present invention. The permanent magnet 33 sealed at the PE cap at one end of each water tank 31 and the corresponding drug applicator The water tub 31 can be fixed in position by mutual attraction between the permanent magnets 40 sealed by PE or the bar at one side of the main body 100 and the magnet interval can be adjusted by adjusting the PE or the bar, 31) or to cope with the decrease of the permanent magnet (33).

That is, before the rotational aberration 30 reaches a force capable of rotating by the water weight of the water tub 31, the permanent magnet 33 formed on the water tub 31 and the permanent magnet 33 formed on one side of the medicine injector corresponding thereto Is rotated by 120 degrees in the direction of a 90 DEG inclined surface formed by the weight of the water contained in the water tank 31 and formed at a position adjacent to the molten metal plate 32, The rotation fixed by the permanent magnets 33 and 40 and the rotation by 360 degrees are performed three times.

The rotation aberration 30 is connected to the tube pump 50 through which the medicine is introduced into the water tub 31 and the rotary shaft 35 of the rotation aberration 30 is for supplying the medicine to the water tub 31 at a constant rate. When the rotation aberration 30 is rotated, a certain amount of medicine of the tube pump 50 can also be injected into the water tub 31.

As described above, the 120 ° rotation method using the three water tanks 31 has the same rotation angle of the tube pump 50 that injects the medicine in the hose by the three axes, ). ≪ / RTI >

Accordingly, the rotation aberration 30 composed of the three water tanks 31 according to the present invention has a method of rotating the rotation aberration 30 by distributing the flow rate more than once when the flow rate is large, in order to be applied to various field conditions It is necessary to increase the size of the water tank 31 and increase the size of the tube pump 50 or to reduce the strength of the tube pump 50 due to the size of the water tank 31, A plurality of rotational aberrations 30 can be formed.

On the other hand, in the technique of the applicant of the present invention, a method of distributing the amount of water to be contained in the water tub 31 when the medicine is put in the water tank 31 of the rotational aberration 30 is introduced through the water inlet pipe 60 Water can be provided by sequentially arranging the water shutoff plates 61 and 62 of the through holes and the non-through holes to keep the water surface evenly. This has the advantage that the size of the water receiving tank can be reduced compared to the conventional zigzag three-step shutoff plate.

6A and 6B are views showing a configuration of a secondary flow rate distributing tank 20 and a rotational aberration 30 for distributing the flow rate of a drug feeder according to the present invention. 6A is a bottom perspective view of the secondary flow distribution tank 20 and the rotational aberration 30, and FIG.

As shown in FIGS. 3A to 3C and FIGS. 6A and 6B, the flow rate distribution of the medicine dispenser according to the present invention is such that when water is introduced into the main body 100 connected to the water inlet pipe 60, 14 to 17 partition walls 11 are formed on one side of the low-constructed main body 100 so that the inflow water can be flowed over and the overflowing water can be distributed, , A first flow rate distribution tank (10) in which the overflow hole (13) is formed so as to use a flow rate distributed in at least one of 14 to 17 partitions as a second distribution, 7 to 14 partition walls 21 are formed in order to distribute the water to be distributed in the second flow rate distribution through a partition of the flow distribution tank 10 and a space between the partition walls 21 of 8 to 15 And distributes the at least one distributed flow amount among the 7 to 14 partitions 21 to the angle of the rotation aberration 30 The secondary flow distribution tank 20 having the overflow hole 23 is formed so as to be contained in the tank 31 or sent to the tertiary flow distribution tank and then a part of the water is contained in the water tank 31, The water dispensed through the first flow rate distributing tank 10 and the second flow rate distributing tank 20 is contained in the water tank 31.

The amount of water entering each water tank 31 is adjusted by adjusting the number of the partition 21 formed in the secondary flow distribution tank 20 according to the present invention, By setting the speed, it is possible to make dosage of the medicine different, and it is possible to control the concentration of the medicine in the water.

7 is a view showing another embodiment of the medicine insertion using the rotation aberration 30 according to the present invention. The tube pump 50 for injecting medicine into the rotation axis of the rotation aberration 30 according to the present invention, A first moving shaft 83 connected to a bearing formed at a position of the eccentric rotary plate 70 at a position opposite to the first rotating shaft 70; The third axis of movement 85, to which the end portion a "is connected by the bearing of the eccentric position of the second axis of motion 84, is reciprocated and connected to the third axis of motion 84 The compression pump 80 or the injection pump can inject the medicine by the compression pump 80 or the scanning pump by the in and out check valves 81 and 82 installed in the T pipe hose.

The medicine dispenser according to the present invention is provided with a permanent magnet 33 sealed in a PE cap or a rotary shaft 35 separately formed on a rotary shaft 35 of a rotary aberration 30, And the rotation amount of the rotational aberration 30 is converted by the proximity sensor at a predetermined position of the permanent magnet 33 and the corresponding body 100 so that the total amount of inflow water and the medicine input amount .

8 is a block diagram of an integrated management type drug dispenser using a proximity sensor on a rotating plate of a medicine dispensing machine according to the present invention.

A permanent magnet provided on one side of the rotary plate or a permanent magnet 33 formed on each water tank 31 is formed in correspondence with a proximity sensor formed at a predetermined position of the main body 100 to output a pulse signal of 0 to 10 Hz The total amount of the influent per day can be obtained by cumulatively calculating the flow rate in the auto matic voltage regulator (AVR) built in the controller, and thus the daily amount of the influent can be known, The accumulation amount can be calculated and the signal of the remaining amount of the medicine can be displayed on the display window of the controller by the level indicator of the separate medicine storage tank.

This is because when the fluid is divided into 1/100 and stored in the 1-liter water tank 31, 300-liter inflow water and 2-ml medicine can be based on one rotation of the three water tanks 31 of the rotation aberration 30.

Meanwhile, in the present invention, the water containing the drug is sampled, the concentration is measured by a residual chlorine measuring sensor inserted into the folder, and the measured concentration is included in the present invention up to the indication on the display window by control, .

 Therefore, it is possible to transmit the related information of the controller through the CDMA or wired / wireless communication method using the AC power source as shown in the controller display window and the total influent amount, the chemical input amount, the chemical residual amount and the residual chlorine concentration as described above, It is also possible to incorporate a solar collector plate and use a DC power source of the charged battery.

The present invention is characterized in that the present invention is not limited to the above-described embodiment, and it is a matter of course that the present invention is not limited to the above- Various changes and modifications may be made without departing from the technical spirit of the present invention.

100:
10: Primary flow distribution tank
11: 14 to 17 cubicles
13: overflow hole
20: Secondary flow distribution tank
21: 7 to 14 cubicles
23: overflow hole
30: Rotational aberration
31: aquarium
32: Wall plate
33: permanent magnet sealed in PE cap
35:
40: Permanent magnets sealed in PE or sheath
50: Tube pump
60: Receiving pipe
61: Through-hole waterproof plate
62: Non-communicating water pressure blocking plate
70: eccentric spindle
80: Pressure pump

Claims (4)

It is possible to inject medicines such as sodium hypochlorite or chlorine dioxide by using a tube pump or a syringe pump by using the rotational power of a water turbine inside a water tank or a water channel which is stored with the ground water or valley water as a source of water. As a result,
Three water tanks (31) each having an inclined surface of 90 ° on one side and an inclined surface of 120 ° on the other side are formed on the basis of the rotary shaft to which the medicine pump is connected. In each water tank, A rising plate 32 formed to be lower than the height of the water tank is formed at a position adjacent to a surface having an inclined surface of 90 degrees so that the water tank tilts in a direction in which the water has an inclination of 90 degrees, A permanent magnet 33 sealed in a PE cap is formed at one end of each water tank of the rotation aberration 30 and a PE or a permanent magnet 40 sealed in a bar is formed on one side of the body 100 corresponding to the permanent magnet 33 Water in each tank When the water in the water tank rises, the water tank is rotated with the water flowing over the water tank, and the water tank is rotated 360 ° by 120 ° three times by the permanent magnet Wherein a rotation aberration of the three water tanks is formed.
The apparatus according to any one of claims 1 to 3, further comprising:
In the receiving tank of the main body connected to the inlet pipe, one side of the main body is divided into 14 ~ 17 partitions so that the inflow water flows when the inflow water comes to the lower side so that the inflow water is overflowed and the overflowing water can be distributed. A first flow distribution tank (10) for distributing water overflowing from the partition to 15 to 18 spaces between the partition walls and using a flow rate distributed to at least one of 14 to 17 partitions as a second distribution;
In order to distribute the water for the second flow distribution through the partitions of the first flow distribution tank, 7 to 14 partitions are formed, 8 to 15 spaces are distributed between the 7 to 14 partitions, and 7 to 14 A secondary flow distribution tank (20) for containing at least one of the divided flow rates in each partition of the partition, in each tank of the rotation aberration;
Wherein a rotational aberration of the three water tanks is formed.
The method according to claim 1 or 2, wherein a distance between the permanent magnet formed in each water tank and the permanent magnet sealed in the PE or the bar formed on one side of the body is adjusted so as to adjust the amount of water introduced into the water tank, Wherein the tubular member is formed so as to adjust the position of the PE thread rod so as to be adjustable or to detach a part of the partition formed in the secondary flow rate distribution tank.
The controller as claimed in claim 1, further comprising: a pulse sensor for outputting a pulse signal of 0 to 10 Hz by a proximity sensor formed at a predetermined position of a main body corresponding to a permanent magnet formed on a rotating plate of a rotary shaft of each rotary aberration tank, The three tanks are characterized by being able to display the total amount of influent per day accumulated in the built-in automatic voltage regulator as the flow rate, the amount of medicine input per day, and the remaining amount of medicine in the display window of the controller, And a rotational aberration is formed.

Images