KR200175486Y1 - Device for clearing a moss - Google Patents

Abstract

The present invention is a device for removing the moss of the channel to automatically remove the moss caught in the drainage channel of the wastewater treatment plant.

The present invention is a frame woven in a cube to support a heavy load surrounded by the outer shell; An upright motor and an upright rotating means each having a three-sided brush with an edge inserted at an end of the long axis of the motor being attached to the frame and the inner frame; Height adjusting means for interlocking the inner frame supporting the bottom surfaces of the upright rotating means along the bottom surface; A driving means attached to a lower end of the frame to be driven by the scraper agitator for sludge agitation; It consists of.

The present invention can completely remove moss by safe driving and automatic height adjustment of the moving part even if the drainage channel is not flat, and completely remove moss or dirt caught in corners or gaps of the drainage channel by one operation. In addition, it is a useful and effective design to simplify the replacement of consumables while maximally protecting the operating part in the device.

Description

Device for clearing a moss

The present invention is a device for removing the moss of the channel to automatically remove the moss caught in the drainage channel of the wastewater treatment plant.

A wastewater treatment plant is a plant treatment plant operated to minimize pollution of rivers by receiving and purifying household sewage, factory wastewater, sludge or manure discharged from sludge or barn, and is generally operated to minimize the pollution of rivers. Alternatively, the waste water is converted into purified water having a predetermined reference value or less by purifying using an appropriate agitation means while acting on microorganisms, and the purified water is discharged through a discharge channel formed on the side of the reservoir, wherein the purified water is a reference value. It is the following waste water and many methods are used within it Nutrient is suspended, which is used as a good nutrition for microorganisms and selective plants. Therefore, moss grows luxuriantly in the discharge passage and the trough which are normally installed, and the upper end of the trough is sawtooth-shaped so that the purified water flows into the narrow gap, and finally the purified water is discharged. Secondary contamination by microorganisms that obstruct the inflow of purified water to the discharge channel side and may cause the purified water to be discharged and discharged again. Therefore, the wastewater treatment plant has a slight difference depending on its capacity, but removes moss caught in the drainage channel at least once every two to three days. Although the water tank of the wastewater treatment plant is the final treatment device of wastewater, the environment is poor and coupled with the deepening of the 3D industry evasion phenomenon, the work by manpower reaches the limit, and some types of automation devices are proposed in some cases, It was composed only of configuration, not actually applied to the field and functioning properly.

That is, the conventional techniques include the 'precipitation moss prevention and moss removal device' of the utility model registration No. 115514, and the 'moss removal device of the sedimentation channel' of Utility Model Registration No. 1183316, and the like.

Conventional technology described below uses the terms as described in the publication, but having the same function as the parts of the present invention have a difference in terms of use, but the same number to facilitate the understanding.

As shown in FIG. 6, the former of the prior art is the discharged water of the settler 1 In the moss prevention and moss removal device of the sedimentation basin to remove the moss and constriction generated in the furnace 12 and the scum baffle plate 122, the discharge channel 12 and the scum baffle plate 122 A plurality of brushes 321 for rubbing away the moss and constriction produced in the; A plurality of brackets supporting each of the plurality of soles 321 to closely contact the bottom and sidewalls of the discharge channel 12 and the wear plate 121 and the scum baffle plate 122; A plurality of retractors 51 and supports 11; The hinge coupling portion 52 for coupling the plurality of tow 51 to the main support of the water purification device of the sedimentation basin 1, the hinge coupling portion 52 for coupling to the water purification apparatus of the sedimentation basin 1 It includes, as the support base 11 is rotated by the power source 31 provided in the water purification device of the sedimentation basin 1, the plurality of tow 51 and a plurality of brackets and a plurality of brushes 321 And move along the discharge channel 12 while turning about the pivot center axis of the support zone 11, wherein each of the plurality of sol brackets has a bottom and sidewalls of the discharge channel 12 and a wear plate 121. And a plurality of rectangular brushes 321 are attached to the frame so as to be adhered to the scum baffle plate 122 to remove the moss and constriction by rubbing the scum baffle plate 122 and the scraper driver 11. Tooth attached to the discharge conduit 12 As shown in FIG. 7, the latter is installed with a stopper on both walls of the supernatant water channel 12 of the settler 1, a guide conduit installed on the walkway, and a bogie on the bogie. The circular bushing 32 and the square bushing 321 in contact with both wall surfaces of the channel 12, and each of the pipes pushing the wall of the square bushing 321 with spring force and the upper surface of the channel 12. Consists of a square brush (321) in contact with the wear And the trolley having the guide roller and the motor 31 installed therein and having the driving wheel 55 and the driven wheel 55 installed at the lower portion of the trolley, moving around the waterway 12 by the guideway. It is configured as a device for removing the moss to be transmitted to the rotating force generated in one power source (motor) by the brush 32 and the driving wheel 55, etc. to move while rotating the brush (32).

However, the conventional techniques are merely to suggest a solution for the removal of moss, it was concluded that the moss removal device that can be practically applied to the failure, the above-mentioned registration No. 115514 design of the discharge channel 12 Moss is caught on the wall of the discharge channel 12 is made of concrete because the brush 32 that is attached to the trough 121 is simply dragged by the scraper driving unit 11 and rubbing the trough 121 only once. Can not be removed, in particular, moss caught between the teeth 122 of the top of the trough 121 can not be easily removed by this action, the design of registration No. 118316 is to give a rotational force to the brush (32) described above Moss removal ability has been improved over previous designs, but the moss stuck to the drainage channel 12 is more firmly attached to the wall side than the bottom surface, and the brush 32 is attached to the bottom surface. The brush 32 arranged on the wall side is also arranged as a rectangular brush 321 in a dragging structure as in the above-described design, and it is difficult to exert its function. Brush 32 for removing the moss between the teeth 122 of the top of the love 121 is also a flat brush 32 is impossible to remove the moss in shape, in particular, the discharge passage 12 is a reservoir (1) It is a garden with a flat surface as it is concentric circles and has its own error as a civil construction. In this discharge channel 12, the above-described configuration is hard to be in close contact with the wall, so that constant speed cannot be achieved (in order to drive in a circle, the outer wheels must be rotated more, but there is no such configuration. Even if the technology is dedicated, it is difficult to apply because it must run along the inconsistency plane), which eventually leads to a significant deterioration of the function of the moxibustion component for moss removal. It is proved that there was no device that successfully performed work except for my own development products.

The present inventors have completed the present invention by ameliorating some of the shortcomings found in the test based on the successful test described above.

The present invention was completed in order to improve the above problems, and even if the discharge channel is not flat, it is possible to perform the removal of moss completely by safe driving and automatic height adjustment of the operating part, and the moss in the corner or gap of the discharge channel Dirt, etc. can also be completely removed by only one operation. The consumables can be easily replaced while maximally protecting the operating part in the apparatus.

1 is a configuration state of the present invention,

2 is an internal front view of the present invention,

3 is an internal side view of the present invention,

4 is a cross-sectional view taken along the line A-A of FIG.

5 is an installation state of the present invention,

6 is a configuration diagram of a conventional design,

7 is a configuration diagram of another conventional design.

* Explanation of symbols for main parts of the drawings

1: reservoir

11: scraper drive unit 12: discharge passage 121: trough

122: tooth

2: frame

21: jacket 22: guide channel 23: guide bush

3: upright rotation means

31: motor 311: long axis 312: boss

32: three side brush 321: brush 322: insertion hole

323: angle 324: pin

4: height adjusting means

41: internal frame 411: swing shaft 412: spring

42: guide rod 43: guide roll 44: caster rod

45: caster

5: driving means

51 plate 52 T-shaped rod 53 rod holder

54: tilting shaft 55: wheel

Figure 1 is a configuration diagram of the subject innovation, Figure 2 is a front view of the subject innovation shown in a state in which the outer shell 21 is removed so as to know the interior of the main portion, Figure 3 is a shell 21 removed It is a side view of this invention shown in the state.

The present invention is a frame (2) woven into a cube to support a heavy load surrounded by the outer shell (21); The upright motor 31 and the three-sided brush 32 formed with the edges inserted at the end of the long shaft 311 which extends in direct contact with the shaft of the motor 31 are formed with the frame 2 and the inner frame. Upright rotating means (3) each attached to a plurality of (41); A height adjusting means (4) in which an inner frame (41) supporting the bottom surfaces of the upright rotating means (3) is interlocked along the bottom surface; A driving means (5) attached to a lower end of the frame (2) to be driven by the scraper driving unit (11) for sludge agitation; It is characterized by consisting of.

In the above configuration, the concave guide channel 22 is attached to the side of the frame 2 in an upright position; The height adjusting means 4 is installed so that one or more guide rolls 43 attached to both sides of the inner frame 41 are guided into the recess grooves of the guide channel 22, and attached to the inner frame 41. The caster 45 is preferably attached to the end of the caster rod 44 which is vertically lowered so as to roll along the bottom surface of the discharge channel 12.

In the above configuration, the traveling means 5 is a plate 51 attached to the scraper driver 11, a T-shaped rod 52 hinged to the plate 51, and the T-shaped rod A rod holder 53 into which the 52 is inserted into the rotating material, a tilting shaft 54 such that both sides of the rod holder 53 are rotatably attached to the shell 21, and the frame 2 If more wind is characterized in that consisting of four or more wheels 55 attached to the bottom of the It is right.

4 is a cross-sectional view taken along the line A-A of FIG.

In the above configuration, the swing shaft 411 is provided on the frame 2 and the inner frame 41 on which the motor 31 is mounted, and the motor 31 is shaft-supported on the swing shaft 411. More preferably, it is characterized in that the one side of the body of the motor 31 is supported by the spring 412.

In the above-described configuration, the guide shaft 24 vertically attached to the center of gravity of the inner frame 41 by the guide bush 23 is attached to the upper and lower vibration motors 25 installed on the ceiling of the frame 2. It is more preferable if it is characterized by being connected.

In the above configuration, the corner portion of the brush 321 planted on the three-sided brush 32 is planted inwardly to form a predetermined diameter so that the corners of the brush 321 form a right angle, and the minimum of the brush 321. More preferably, the length is 20mm.

5 is a diagram illustrating the installation of the present invention and the function of each part of the present invention will be described as follows.

Frame 2 of the present invention is made of metal and woven into a cube to support a heavy load and the outer surface of the frame 2 is surrounded by a method such as welding or bolting, at this time, The lower part is perforated so that the driving parts can be moved up and down.

In addition, the rotating means 3 and the height adjusting means 4 are mounted in the frame 2, wherein the upright rotating means 3 is mounted on the upright motor 31 and the shaft of the motor 31. Directly It is composed of a three-sided brush 32 and the edge is inserted into the end of the long axis 311 which extends, such as a long axis 311 is connected between the motor 31 and the brush 32, the long axis 311 is The shaft of the motor 31 is used to be long, or another shaft is connected to the shaft of the motor 31 using an adapter, or the other shaft is extended with a known universal joint to fit the length between the surface to be cleaned and the motor 31. It is sufficient to have only a function of transmitting the rotational force of the motor 31 to the three-face brush 32 as it is, and a separate rotation ratio increase and decrease function is unnecessary, which means that the upright rotation means (3) of the present invention is each means (3). Since each of the two) is equipped with a separate motor 31, it is possible to appropriately control the number of revolutions of each motor 31 by adjusting the input power of each motor 31, in the exemplary drawing of the present invention upright rotation means (3) draining water Two sets for cleaning the bottom and the wall of (12), one set each for each of the sets of troughs 121 formed on both sides of the discharge channel 12, four sets of the discharge channel 12 The long side 311 is shorter than the trough 121, and the insertion hole 322 is drilled in the center of the unplanted surface of the three-sided brush 32 so that the long axis 311 is the boss 312 or the like. It is possible to facilitate the fastening by inserting through a medium, and in order to secure the fastening, a well-known key fastening structure is adopted between the boss 312 and the three-sided brush 32 or as illustrated in the drawings. 323 to the pin 324 can be fastened or used, and in particular, in the present design, the three-sided brush 32 that has been planted to the corner connecting the three surfaces and the respective surfaces of the central rotating body to the rotating means (3). Clean the floor and wall at the same time using the It was to complete cleaning, moss, etc. Due to this eonggyeo on the front and the back of the teeth (122) Even if attached, the upright rotation means (3) of the present invention is given a high circumferential speed for the vertical plane and is cleaned cleanly only once, and furthermore, the height adjustment means (4) is the frame (2) and the inside A plurality of upright rotating means 3 are attached to the inner frame 41 and two sets of upright rotating means 3 are attached to the frame 2, as shown, for example. In the height adjustment means (4) to be described later so that the upright rotation means (3, 3) attached to the inner frame (41) acts.

In addition, the height adjusting means 4 installed in the frame 2 is such that the inner frame 41 to support the bottom surface of the upright rotation means (3) to interlock along the bottom surface, the inner frame 41 is By interlocking according to the height of the bottom surface, the above-mentioned upright rotating means 3 always maintain the equidistant distance from the bottom surface, thereby ensuring proper cleaning.

Moreover, the driving means 5 is attached to the lower end of the frame 2 to the wheel 55 is driven by the scraper agitator for the sludge agitator 11, which is suitable for self-driving in a circular driveway having a step In order to overcome this disadvantage of the prior art, it is easy to accumulate sludge on the bottom surface of the reservoir (1) and thus the long braid scratching all the bottom surfaces of the reservoir (1) to scrape the reservoir (1) in the radial direction It is installed at the bottom of the main shaft, which is connected to the power unit running on the outer wall of the reservoir 1 by the drive unit 11 connected to the central shaft, and rotates regularly. The motors 31 mounted in the device of the present invention are purely Used only to rotate the cleaning three-sided brush 32 to maximize the efficiency, the driving power is to be towed by the scraper driving unit 11 described above. At this time, the driving means 5 are all known towing means All may be employed, and in addition, the scraper driving unit 11 may be adopted in the form of pushing the device of the present invention, but it is preferable to traction in terms of protection and efficiency of the equipment.

According to a further configuration of the present invention, the guide channel 22 is inserted into the side of the frame 2 is attached upright, and the guide roll 43 is attached to one or more sides of the inner frame 41 is the The caster 45 is installed to be guided into the recessed groove of the guide channel 22 and is rolled along the bottom surface of the discharge channel 12 at the end of the caster rod 44 attached to the inner frame 41 and lowered vertically. Since it is made of, the bottom surface is raised or lowered in contact with it, the caster rod 45 is raised or lowered by the caster 45, the inner frame 41, wherein the inner frame 41 of both sides Since the guide rolls 43 vertically move up and down only in the guide channel 22, the guide rolls 43 always vertically move up and down.

According to another configuration of the present invention, the traveling means 5 is a plate 51 attached to the scraper driver 11, the T-shaped rod 52 hinged to the plate 51, and The rod-shaped holder 52 into which the T-shaped rod 52 is inserted into the rotating material, and the tilting shaft 54 to allow both sides of the rod holder 53 to be attached to the outer shell 21 as the rotating material, This is a specific configuration that allows the device of the present invention to be properly towed by the scraper driver 11, and the device of the present invention has to travel in a circular discharge channel 12 having a predetermined diameter, so that the channel 12 is not flat. Even if the external force is applied to the circular shaft of the T-shaped rod 52 is inserted into the rod holder 53 as a rotating material The device is swingable from side to side, and the front and rear of the device are supported by a T-shaped rod 52 hinged to the scraper driver 11 and a rod holder 53 hinged to the tilting shaft 54. It is completely independent from the drive unit 11 to ensure a smooth and smooth running on the outer shell 21 side while allowing the oscillation, a separate frame (2) inside the outer shell 21 to which the tilting shaft 54 is attached In addition, it is natural to secure sufficient bearing capacity.

In this configuration, in particular, four or more wheels 55 attached to the lower end of the frame 2 are used. Preferably, two wheels 55 each traveling on the right and left troughs 121 are provided. It is.

According to another configuration of the present invention, the swing shaft 411 is provided on the frame 2 and the inner frame 41 on which the motor 31 is mounted, respectively, and the motor 31 on the swing shaft 411. Is configured to support the shaft, and one side of the body of the motor 31 is supported by the spring 412, even if the drainage channel 12 and the trough 121 that is made of concrete is not flat, widening or narrowing The three-sided brush (32) is always attached so that the moss removal ability is not changed, the basic configuration does not have such an additional configuration, but the length of the brush (321) of the three-sided brush (32) is long (about 4 cm) (About 2 cm) is in contact with each other so that the sole (321) is always in contact even if the channel (12) is wider and narrower than the contact (12cm) in the additional configuration, each motor (axially supported on the swing shaft 411) 31 is always forced toward wider by the spring 412, This is because the rotating three-sided brush 32 is applied to the narrow side by the reaction force in contact with the discharge passage 12 or the trough 121 to maintain a certain distance by their combined force. Of course, at this time, by adjusting the force of the spring 412, the sole 321 of the three-sided brush 32 is easily adjusted to the load and the distance that is in contact with the discharge channel 12 or the trough 121 is the best efficiency It is preferable to adjust to indicate.

According to another configuration of the present invention, the upper and lower vibration motors installed on the ceiling of the frame 2 is vertically attached to the guide shaft 24 by opening the guide bush 23 in the center of gravity of the inner frame ( 25), the guide rod 42 rotates while the upper and lower vibration guides 25 are driven while driving the upper and lower vibration motors 25, so that the inner frame 41 is advanced together with the inner frame 41. Upright rotating means (3) mounted on the can be accommodated in the frame (2), if necessary can be pulled out again by rotating the upper and lower vibration motor 25, which is the case of not using the device of the present invention The three-sided brush 32 is added to prevent contact with the waste water contained in the reservoir 1 so that the brush 321 is not contaminated.

According to another configuration of the present invention, the corner portion of the brush 321 planted on the three-side brush 32 is planted inward to form a predetermined diameter so that the corner of the three-sided brush 32 to form a right angle, The minimum length of 321 is 20mm, which is an additional configuration that thoroughly cleans the corners because the three-sided brush 32 of the present invention cleans the wall and the bottom at the same time, and the three-sided brush 32 is Sole 321 of the corner portion is the most easy to pull out structurally to improve durability, so that the planting of the brush 321 planted in the corner deeper than the side or the bottom is planted, the brush 321 is the brush 32 is rotated centrifugal force Is working and cleaning by scratching the contact surface As long as sufficient centrifugal force is applied while the soft contact is applied, the length is preferably limited to the minimum length.

In addition, although not mentioned, the motor 31 of the present invention uses a geared motor whose forward / reverse rotation is materialized by external control, thereby improving moss removal ability by alternately rotating the forward / reverse rotation during operation. It is also possible to maintain the durability of the sole 321, and also to maintain high durability, it is apparent that such deformation does not depart from the technical scope of the present invention.

As described above, the present invention can completely perform the removal of moss by safe driving and automatic height adjustment of the operation part even if the drainage channel is not flat, and the moss or dirt caught in the corners or gaps of the drainage channel is only one operation. It is a useful and effective design that can be completely removed and to simplify the replacement of consumables while maximally protecting the operating part in the device.

Claims (6)

A frame (2) woven into a cube to support a heavy load and surrounded by an outer shell (21); The upright motor 31 and the three-sided brush 32 formed with the edges inserted at the end of the long shaft 311 which extends in direct contact with the shaft of the motor 31 are formed with the frame 2 and the inner frame. Upright rotating means (3) each attached to a plurality of (41); A height adjusting means (4) in which an inner frame (41) supporting the bottom surfaces of the upright rotating means (3) is interlocked along the bottom surface; A driving means (5) attached to a lower end of the frame (2) to be driven by the scraper driving unit (11) for sludge agitation; Moss removal device of the waterway characterized in that consisting of. The method of claim 1, A recessed guide channel 22 is attached to the side of the frame 2 in an upright position; At least one guide roll 43 attached to both sides of the inner frame 41 is installed to be guided into the recess groove of the guide channel 22, and is caster rod 44 attached to the inner frame 41 and lowered vertically. At the end of the moss removal device of the waterway, characterized in that the caster 45 is attached to roll along the bottom surface of the discharge waterway (12). 2. The driving device (5) according to claim 1, wherein the traveling means (5) is attached to the scraper driver (11). A plate 51, a T-shaped rod 52 hinged to the plate 51, a rod holder 53 into which the T-shaped rod 52 is inserted into a rotating material, and the rod holder 53 Moss removal device of the waterway, characterized in that each side consists of a tilting shaft 54 to be attached to the outer shell 21 as a rotating material, and at least four wheels 55 attached to the lower end of the frame (2) . The swing shaft 411 is provided in each of the frame 2 and the inner frame 42 to which the motor 31 is mounted, and the motor is mounted to the swing shaft 411. (31) to the shaft support, moss removal device of the waterway, characterized in that the one side of the body of the motor (31) is axially supported by the spring (412). The guide shaft 24 according to any one of claims 1 to 3, wherein the guide shaft 24 is vertically attached to the center of gravity of the inner frame 41 with the guide bush 23 interposed therebetween. Moss removal device of the waterway, characterized in that connected to the lower vibration motor (25). The method according to any one of claims 1 to 3, The corner portion of the brush 321 planted on the three-sided brush 32 is planted inwardly to form a predetermined diameter so that the corners of the brush 321 form a right angle, and the minimum length of the brush 321 is 20 mm. Moss removal device of the channel.