KR101080190B1 - Apparatus for cleaning artificial lawn using steam - Google Patents

Abstract

PURPOSE: An apparatus for cleaning artificial lawn is provided to sort and select various kinds of wastes or foreign materials. CONSTITUTION: An apparatus for cleaning artificial lawn comprises: one or more rotary brushes(50,51,52) which rotate by the power of a drive motor(40); a vibration body(70) which collects and discharges objects delivered to a rotary brush; a heater member(20) which is connected to a water tank, supplies water, and generates steam by heating the supplied water; a circulation nozzle(30) transferring the steam generated from the heater member to a vapor outlet; and a suction chamber(60) which is installed in order to communicate with an internal space of the vibration body.

Description

Apparatus for cleaning artificial lawn using steam}

The present invention relates to a series of device devices provided for managing artificial turf.

Specifically, due to changes in the climatic environment and the frequent use of artificial turf stadiums, the piled up files can be softened with steam at an appropriate temperature to bring them back to their original state, as well as the collection of worn or broken files. By using all the essential and basic maintenance such as removing foreign matters and various wastes scattered between piles on the field in a batch, it is possible to use steam that is configured to realize the best ground condition efficiently in a short time. It relates to a return artificial turf manager.

Most of the various ball sports are played on the turf field, and natural turf and artificial turf are generally used for the turf field. However, while natural grass has the advantages of being friendly to nature and having good contact feeling, it is vulnerable to ground subsidence, which makes it difficult to maintain a flat surface evenly and makes it difficult to manage and protect the ground where grass is planted. In recent years, the use of artificial turf is the main.

The maintenance of artificial turf fields not only keeps them clean at all times, but also provides the best field conditions.However, if the maintenance is not preceded, the file will not be standing upright due to the use of the playground and the climatic environment. Not only is it bad, of course, it is easily worn or broken, dust and various wastes are scattered on the surface of the playground, causing a risk for the user using the artificial turf.

On the other hand, the removal of grass leaves, by-products, and garbage is the main management method in managing the natural grass, and in the artificial turf environment where the filler such as rubber is distributed, it is difficult to decompose such an accessory. In addition, when the above-mentioned accompaniment remains, bacteria may multiply, and there may be a risk that these bacteria penetrate the wound site of the user who is active in the stadium.

In other words, due to the compactness of artificial turf, by-products such as grass fragments remain under the surface layer of grass, which is a potential risk factor, and artificial turf is also important for artificial turf, such as natural grass, which is managed with the right equipment at the right time. Will do.

The present invention has been made to solve the above problems more actively, the object of the present invention is to provide an artificial turf manager that can collect and sort various wastes and foreign substances while raising piles by providing a steam of the appropriate temperature have.

Artificial turf manager of the present invention configured to achieve the above object,

At least one rotary brush that is rotationally driven by a power driven by a drive motor; and a vibrating body for storing and discharging the object delivered by the rotary brush; and connected to a reservoir to provide a continuous supply of water, thereby heating the supplied water. It comprises a heater member for generating water vapor; and a circulating nozzle for delivering the water vapor generated from the heater member to the steam outlet.

Further, the steam outlet and the rotary brush are alternately repeatedly arranged to supply heat to the pile through the steam outlet, and the rotary brush is rotated in one direction to collect the waste and various foreign matters so that the target pile is erected.

In addition, the vibration member is disposed on both sides of the rotary brush is characterized in that it is configured to be able to collect the object scattered by the rotation of the rotary brush in both directions.

The one or more rotary brushes may be sequentially arranged to rotate in different directions.

In addition, the circulation nozzle is disposed in a space close to the area provided with the vibration blade and is coupled to the steam outlet, and further forms an intake chamber which is in communication with the internal space provided with the vibration blade, so as to piggyback on the traveling direction of the steam to the inside of the vibration blade. Causing air to be sucked out through the suction chamber.

According to the present invention having the above-described configuration, by releasing and standing up the tangled files lying down to provide the best field conditions, the life of the artificial turf is longer than long, in order to perform such a task more efficiently 90 ~ The steam provided at a temperature of 150 ° C was continuously discharged to the piles, thereby facilitating softening of piles laid down due to frequent sports activities, and making the piles stand up easily according to the nature of returning to the original form. have.

In addition to providing steam, the piles are forced up by one or more rotary brushes immediately arranged, and various wastes and debris scattered in the spaces between piles can be collected and loaded on the vibrating body with a sophisticated brush. .

In addition, the hardened fillers, which have not been maintained for a long time, are also removed by the rotary brush and discharged again through the vibrating body. Being able to do so has the advantage of being more advantageous in the preservation and maintenance of the filler.

1 is a front sectional view configured by a preferred embodiment of the present invention.
Figure 2 is an internal configuration diagram showing in detail the main portion of the present invention.
3 is an enlarged view illustrating A of FIG. 1.
4 is an enlarged view illustrating B of FIG. 2.

The present invention is to provide a steam to the artificial turf pile to erect the pile with resilience due to its original nature, and also relates to the artificial turf manager for maintaining the clean state of the pile with a plurality of brushes.

Hereinafter, the configuration of the present invention with reference to the accompanying drawings in accordance with a preferred embodiment in detail as follows.

Advantages and features of the present invention, and methods for achieving them will be apparent with reference to the embodiments described below in detail with reference to the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but may be embodied in various forms, and only the present embodiments are provided to make the disclosure of the present invention complete, and are common in the art to which the present invention pertains. It is provided to fully inform those skilled in the art of the scope of the invention, which is to be defined only by the scope of the claims. Like reference numerals refer to like elements throughout the specification.

Figure 1 is a front sectional view configured by a preferred embodiment of the present invention, Figure 2 is an internal configuration diagram showing in detail the main portion of the present invention.

As shown in the figure, the artificial turf manager 100 of the present invention comprises at least one rotary brush (50, 51, 52) that is rotationally driven by the power of the drive motor (40, 41); Vibrating shaft 70 for storing and discharging the object delivered by the rotary brush; A heater member 20 connected to the reservoir 10 to provide continuous water and to generate water vapor by heating the supplied water; And a circulation nozzle 30 which delivers the water vapor generated from the heater member to the steam outlet 31 to be discharged.

The rotary brushes (50, 51, 52) are rotated by the rotation shaft (50a, 51a, 52a) of the respective drive motors (40, 41) to the belt, thereby building a grass pile and at the same time the various waste and surface layer Simultaneously roll out the filling.

In the embodiment of the present invention provided with a plurality of such rotary brushes, a plurality of rotary brushes (50, 51) disposed close to the reference to the driver's seat is formed to be connected to the drive motor of the reference numeral 40 is driven to rotate in the same direction with each other In addition, the rotary brush 52 disposed at the rear is connected to the driving motor of the reference numeral 41 to implement rotational movement in a different direction from those described above. That is, after the grass pile is crushed by the front rotary brushes (50, 51) and the waste is sorted, the rear rotary brush (52) squeezes the grass pile again in the other direction, resulting in a flat upright state of the pile. To keep it.

The vibration blade 70 is a component provided for collecting and discharging various foreign matters or other broken files, fillers, as well as garbage filtered through a rotary brush, preferably made of a common wire mesh formed at 5 mm intervals. In addition, it is apparent that the gap between the vibration blades 70 can be selected and used in the range of 4 to 8 mm depending on the state of the filler provided in the rubber material.

In particular, the vibration blade 70 is disposed in the longitudinal direction on both sides of the rotary brush (50, 51, 52) to receive the object by the centrifugal force derived as the rotary brush rotates at a constant speed, the Various objects scattered by the rotary brush (garbage, filler, pile debris, etc.) can be collected in both directions without missing.

In addition, the vibration blade 70 may induce a chapping action due to its own vibration to discharge the introduced filler and the like again, thereby preventing the loss of the filler and can play a role of enabling the preservation and maintenance. As shown in Fig. 4, the distal end portion was provided in multiple stages to more efficiently carry out the collection of scattered objects.

The heater member 20 is a conventional one provided to continuously heat a predetermined amount of water, and the hydraulic pump 12 connected to the supply pipe 11 so that water can be supplied from the reservoir 10 having a predetermined size and the A joint pipe 13 connecting the hydraulic pump 12 and the heater member 20 is fixedly seated on one plate to achieve the desired purpose.

In addition, the heater member 20 may generate steam by heating water appropriately at a predetermined temperature, and of course, by appropriately adjusting the injection amount is supplied to the grass pile. In detail, by controlling the temperature of the steam within the range of 90 ~ 150 ℃ can be supplied by varying the temperature of the steam in accordance with the turf pile state of the artificial turf field. The supply of steam is usually due to the material properties of artificial turf piles made of PE, PP, and PA. When heat is applied to these materials, the property of returning to the original shape is acted. Therefore, by supplying enough hot steam to the laid grass pile, the pile can be built more easily and surely.

The circulation nozzle 30 is a means for smoothly discharging the steam generated by the above-described process to the grass pile. As shown in Figures 1 and 2, the circulation nozzle 30 of the present invention is to be arranged in various paths from the lower side of the heater member 20 to the adjacent space of the vibration device 70 located in each section. It is possible to bind at the end of the steam outlet 31 to provide an appropriate amount of steam continuously to the grass pile.

In particular, by further forming an intake chamber (60) in the inner space provided with the vibration chamber 70 on one side of the circulation nozzle 30, the air inside the vibration body 70 is piggybacked in the direction of the steam traveling Characterized in that the suction is discharged through the suction chamber 60.

More specifically, the suction chamber 60 is formed by opening the side (wall surface in contact with the circulating nozzle) of the frame in which the vibrating body 70 is located, and a predetermined filter 61 is formed to cover the opened area. It is mounted to prevent the foreign substances such as garbage from being discharged in inducing the inner air of the vibration body to the outside direction.

Figure 3 shows the flow of air, the suction chamber in order to use as a useful means for inhaling the object that is not scattered when the garbage is scattered by the centrifugal force acting from the rotary brush (50, 51, 52) (60) was configured. That is, in the process of discharging the steam generated by the heater member 20 through the circulating nozzle 30 and the steam outlet 31 at a predetermined pressure, as shown in the figure, affects the discharge direction and speed of such steam The internal air of the frame also receives a force to be discharged in the same direction through the suction chamber 60, the suction force may be naturally generated above the shaker 70.

Now, the operation and effects of the present invention according to the preferred embodiment will be described.

The artificial turf manager 100 of the present invention is mounted on a conventional vehicle such as a tractor to provide mobility, and the user directly manages the artificial turf while simultaneously driving the vehicle.

Particularly, in the present invention, the steam outlet 31 and the rotary brushes 50, 51, 52 are alternately arranged to supply heat to the pile through the steam outlet, and the rotary brush is rotated in one direction to collect garbage and various foreign substances. Characterized in that the target file is built.

Specifically, the high-temperature steam delivered through the heater member 20 is discharged from all the steam outlets 31 through the circulation nozzle 30, and the first steam outlet to the artificial turf pile through the steam outlet After the rotary brush is placed in one direction, the rotary brush is rotated in one direction, and the pile is squeezed upwards to lift the garbage or the filling material, and the lifted object is forcibly scattered by the rotational force of the rotary brush to be seated on each vibration blade 70. At this time, the filler, except for impurities such as garbage, falls again on the turf pile as a gap between the vibration blades 70.

On the other hand, in order to smoothly scatter the object from the rotary brush (50, 51, 52), the suction chamber 60 is additionally disposed in the upper space of the vibration member 70, and directed to the steam outlet 31 The object was collected by pulling the object introduced into the rotary brush toward the vibrating body while the suction force acted in the direction of the steam outlet 31 in the suction chamber 60 due to the direction of the steam.

This process is performed more than once to build up a grass pile and collect various kinds of debris such as garbage, and as a result, it is possible to achieve the desired purpose while repeatedly performing steam supply and brush rotation. In addition, the rotary brush of the present invention can vary the direction of rotation of the situation appropriately, of course, for example, the rotary brush 52 is connected to another drive motor 41 is formed in a different direction than those of the front It was possible to perform the flattening operation of the pile while rotating.

The present invention is implemented in the configuration as described above, while using the steam to raise the pile pile, the garbage is collected, the filler is evenly redistributed to provide the best field conditions, the present invention is shown in the drawings Although described with reference to one embodiment it is merely exemplary, those skilled in the art should be clear that various modifications and equivalent other embodiments are possible therefrom. Therefore, the true technical protection scope of the present invention should be interpreted by the appended claims, and all technical ideas within the equivalent scope should be construed as being included in the scope of the present invention.

10: reservoir 11: supply pipe
12: Hydraulic pump 13: Fitting pipe
20: heater member 30: circulation nozzle
31: steam outlet 40, 41: drive motor
50, 51, 52: rotary brush 50a, 51a, 52a: rotating shaft
60: suction chamber 61: filter
70: vibration shaking 100: artificial grass manager

Claims (5)

delete delete delete delete One or more rotary brushes (50, 51, 52) that are rotationally driven by the power of the drive motors (40, 41); and a vibrating blade (70) for collecting and discharging the object delivered by the rotary brush; Is connected to the (10) is made of continuous water supply and the heater member 20 for heating the water supplied to generate water vapor; And, the circulation to deliver the steam generated from the heater member to the steam outlet 31 to be discharged Nozzle 30; The steam outlet 31 and the rotary brush (50, 51, 52) are alternately arranged repeatedly to supply heat to the pile through the steam outlet to rotate the rotary brush in one direction to waste and In the artificial turf management system for original return using steam, characterized in that the target pile is erected while collecting various foreign matters,
The suction chamber 60 is mounted to open the wall contacting the circulation nozzle so as to communicate with the inner space of the vibration chamber, and the filter 61 prevents foreign substances collected in the vibration chamber from entering the circulation nozzle in the opened area of the suction chamber. By disposing the steam, the artificial turf management system for original return using steam, characterized in that when the discharge of the steam induced in the circulating nozzle generates a suction force in the corresponding suction chamber to guide the internal air of the vibrating body through the circulating nozzle to the outside direction .

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