KR200218492Y1 - Snow making machine - Google Patents

Abstract

An artificial snow manufacturing apparatus is disclosed that can not only move easily, but also make snow removal in all directions, and can form snow at a temperature close to an image by subdividing the amount of water molecules injected into the ice core. The artificial eye manufacturing apparatus according to the present invention includes a base part, a rotation support part and a drum part. The base portion includes a frame and a first rotating plate on an upper surface of the frame, and the rotating support portion includes a second rotating plate rotatably coupled to the first rotating plate. The upper portion of the second rotating plate is provided with a lower support and an upper support. The lower support is pivotally arranged so as to support the compressor to pivot and maintain the center of gravity, and the drum is pivotally attached to the upper support. The drum unit has a hollow cylindrical body, and a lower portion of the body is disposed with a fluid supply unit formed with a connection pipe and a supply pipe connected to a plurality of valves, and a blowing fan is disposed inside the rear surface of the body. On the front of this body is coupled a manifold connected with a connector. The manifold has a first discharge pipe having an annular ring shape. Inside the first discharge pipe is disposed a second discharge pipe made of a first double pipe. The first inner tube of the first double tube is a passage through which water flows, and a passage through which air of the first appearance flows to form ice cores. Meanwhile, a third discharge pipe in which a single pipe having a predetermined arc and a second double pipe are continuously coupled to the inside of the second discharge pipe is disposed.

Description

Artificial snow manufacturing machine {Snow making machine}

The present invention relates to an artificial snow manufacturing apparatus, and more particularly, it is not only easy to move along the rough mountainous terrain, it is possible to remove snow in all directions, and artificial snow manufacturing apparatus that can form snow at a temperature close to the image. It is about.

In general, a method of manufacturing artificial snow is made by dispersing a high moisture-absorbing resin (moisture absorbing polymer) in the brine pipe on the floor to make the resin present thereon to condense the resin with the brine pipe, or There is a method of making snow by making water into ice cubes, then breaking ice blocks with small manipulations and dispersing small pieces of ice on the floor so that small pieces of ice are placed on the floor.

However, the aforementioned methods have a problem in that they cannot be used outdoors as a method of manufacturing snow indoors. As such a method for manufacturing snow outdoors, using a fan-shaped snow maker in a position adjacent to a pen equipped with a plurality of spray nozzles or using a dry snow maker having a twin fluid nozzle for spraying water together with compressed air from a nozzle In addition, there is a method of manufacturing eyes using natural cold air.

However, since the fan-type snow maker and the maker using the twin fluid nozzle are all imported from foreign countries, there is a problem that is not suitable for the mountainous terrain of Korea. In addition, it is impossible to rotate the drum equipped with the nozzle and the fan, so that not only the eyes are formed intensively but also the nozzles for generating water molecules and the nozzles for generating ice cores are separated by a predetermined distance so that the contact amount cannot be broken down. There was a problem.

The present invention was devised to solve the above-mentioned problems, and it is easy to move along the rough mountainous terrain, and snow removal in all directions is possible, and artificial snow which can form snow at a temperature close to the image It is to provide a manufacturing apparatus.

1 is a front view of the artificial eye manufacturing apparatus according to the present invention,

2 is a right side view of the artificial eye manufacturing apparatus shown in FIG. 1, and

3 is an enlarged view of the manifold shown in FIG. 1.

<Description of the symbols on the main parts of the drawings>

100: artificial eye manufacturing apparatus 110: base portion

112: frame 114: moving wheel

116: first rotation plate 120: rotation support

122: second rotating plate 124: lock

128: lower support 130: horizontal bar

132: center of gravity 136: upper support

150: drum 152: body

156: fluid supply unit 162: blowing fan

170: manifold 172: first discharge pipe

176: second discharge pipe 182: third discharge pipe

In order to achieve the object of the present invention as described above, the present invention,

It is provided with a frame to which the moving wheel is attached, the lower support and the upper support which is formed to face each other and vertically extending to the upper side is disposed, the drum is mounted to the inside of the upper support so as to pivot up and down, the drum In the artificial eye manufacturing apparatus having a fluid supply portion in the lower portion, the inner side of the rear fan and a manifold mounted body on the front;

An upper portion of the frame has an annular ring shape and a base portion on which the first rotating plate is fixedly disposed, and a lower portion of the lower support is a second rotating plate rotatably coupled to the first rotating plate and a horizontal rod disposed between the lower support. And a rotation support having an upper support extending from each extension of the horizontal rod, wherein the manifold of the body is radially inward of the second discharge pipe and the second discharge pipe disposed radially inward of the first discharge pipe, and the annular first discharge pipe. It provides an artificial eye manufacturing device comprising a third discharge pipe disposed in the.

Preferably, the first discharge pipe has an annular ring shape, and a plurality of first nozzles are mounted on a front surface of the first discharge pipe at radially predetermined intervals and connected to any one of the connection pipes mounted on the fluid supply unit.

In addition, the second discharge pipe is made of a first double pipe in the radially inner side of the first discharge pipe to form a first inner pipe and a first appearance, the first inner pipe is connected to another connecting pipe mounted on the fluid supply, the first appearance Is a passage of external air, and a plurality of second nozzles are mounted at radially predetermined intervals on a front surface of the second discharge pipe at radially predetermined intervals, and the second nozzles are connected to the first inner tube and the first exterior to form ice cores.

More preferably, the third discharge pipe has a constant arc and a plurality of single pipes and second double pipes extending in series form an annular ring and are arranged radially inside of the second discharge pipe, each single pipe being Respectively connected to another connecting pipe mounted on the fluid supply unit, and a plurality of third nozzles are respectively mounted on a front surface thereof, and the second double pipe forms a second outer tube communicating with the second inner pipe and the second inner pipe; 2, the bypass pipe for connecting the second double pipe to each other is mounted on the outer side of the double pipe, and one of the second double pipe is connected to another connecting pipe mounted on the fluid supply unit, and the front of each second double pipe The fourth nozzle is mounted.

As described above, according to the present invention, it is easy to move along the steep mountainous terrain, and snow removal in all directions is possible, and snow can be formed even at a temperature close to the image.

Hereinafter, an artificial eye manufacturing apparatus according to an exemplary embodiment of the present invention will be described with reference to the accompanying drawings.

1 and 2, the artificial eye manufacturing apparatus 100 according to the present invention has a base portion 110, a rotation support portion 120 and a drum portion 150.

The base unit 110 includes a frame 112 and a first rotating plate 116. The frame 112 is welded to have a triangular shape, and the moving wheel 114 is mounted at each corner. The first rotating plate 116 having an annular ring shape is fixedly arranged above the frame 112. The rotation support part 120 is disposed above the base part 110 formed as described above.

The rotation support part 120 includes a second rotation plate 122, a lower support 128, and an upper support 136. The second rotating plate 122 has an annular ring shape like the first rotating plate 116 and is rotatably coupled to the first rotating plate 116. A plurality of locks 124 are disposed on the second rotating plate 122 to extend radially and vertically to the top of the first rotating plate 116. A male screw is formed on the circumferential surface of the lock 124, and the handle 126 is formed on the upper surface of the lock 124 to be in close contact with and detached from the upper surface of the first rotating plate 116. That is, the locking mechanism 124 selectively controls the rotational movement of the second rotating plate 122 coupled with the first rotating plate 116. The lower support 128 is fixed to the upper portion of the second rotating plate 122 formed as described above.

The lower support 128 is disposed to face each other on the upper surface of the second rotating plate 122, the horizontal rod 130 is disposed between the lower support 128, the horizontal rod 130 on the central circumferential surface of the horizontal rod 130 ) Is placed on the circumferential surface while wrapping the center of gravity 132 extending downward. The compressor 134 is pivotally mounted to the center of gravity 132 by the hinge 131. The compressor 134 mounted in this way maintains an accurate center of gravity on slopes and irregular terrain by the center of gravity 132. On the other hand, the upper support 136 extends vertically upward on the upper surface of each lower support 128 in the extension of the horizontal rod (130). One side of the upper support 136 is attached to the control box 138 for controlling the artificial eye manufacturing apparatus 100, the other side of the upper support 136 is attached to the angle adjuster 149. . The drum 150 is rotatably mounted vertically between the upper supports 136 formed as described above.

The drum unit 150 includes a body 152, a fluid supply unit 156, a blowing fan 162, and a manifold 170.

The body 152 has an inner hollow cylindrical shape, and the front surface thereof extends radially narrow. Rotating shafts 154 protrude from both sides of the body 152 so as to be rotatably mounted on the upper support 136, and one side of the extension of the angle adjuster 149 extending from the upper support 136 is fixed. . The fluid supply part 156 is disposed under the body 152. One side of the fluid supply unit 156 is controlled by a plurality of valves, a plurality of connection pipes 158 connected to the manifold 170 is disposed, the other side of the fluid supply unit 156 is a supply pipe for supplying water from the outside ( 160 is mounted. Meanwhile, a blower fan 162 is disposed inside the rear surface of the body 152, and a safety net 164 that protects the blower fan 162 is coupled to the rear surface of the body 152, and a manifold is disposed on the front surface of the body 152. Fold 170 is coupled.

The manifold 170 (see FIG. 3) has an annular ring shape and has a first discharge pipe 172 mounted on the front with a plurality of first nozzles 174 at predetermined radial intervals. The first discharge pipe 172 is connected to any one connection pipe 158 mounted on the fluid supply unit 156. The radially inner side of the first discharge pipe 172 is disposed a second discharge pipe 176 made of a ring-shaped first double pipe 177. The first inner pipe 178 of the second discharge pipe 176 is connected to another connecting pipe 158 mounted on the fluid supply unit 156, the first appearance 179 of the second discharge pipe 176 is connected to the outside air It is a passage. The second discharge pipe 176 has a plurality of second nozzles 180 connected to the first inner tube 178 and the first exterior 179 at radially predetermined intervals so as to form ice cores.

The third discharge pipe 182 is disposed radially inward of the second discharge pipe 176. The third discharge pipe 182 has a constant arc and the single pipe 184 extending and the second double pipe 186 are continuously combined to form an annular ring. In this case, each single pipe 184 is connected to the other connecting pipe 158 mounted on the fluid supply unit 156, respectively, a plurality of third nozzle 187 is mounted on the front.

On the other hand, the second double tube 186 has a second inner tube 188 and a second outer tube 189 in communication with the second inner tube 188. On the outer side of each of the second double pipes 186, a bypass pipe 190 for connecting the second double pipes 186 to each other is mounted. At this time, any one of the second double pipe 186 is connected to another connecting pipe 158 mounted on the fluid supply unit 156, a plurality of fourth nozzle 192 on the front surface of each of the second double pipe 186. Is fitted.

Hereinafter, the operating state of the artificial eye manufacturing apparatus 100 formed as described above will be briefly described.

First, in order to manufacture artificial snow, it is possible to work only at least outside temperature below -1 ℃. When the external temperature is -1 ° C or less, the manufacturing apparatus 100 is moved to the portion to be removed. As such, when the movement of the manufacturing apparatus 100 is completed, the rotation support part 120 is rotated to remove and remove the lock 124 holding the first rotating plate 116 and the second rotating plate 122. Let's do it. At this time, the drum unit 150 fixed to the rotary support unit 120 is rotated together along the rotary support unit 120, the compressor 134 mounted on the lower portion of the rotary support unit 120 by the center of gravity 132 Keep it safe. As such, when the rotation support part 120 and the drum part 150 rotate in the direction to be removed, the operator fixes the second rotation plate 122 to the first rotation plate 116 by using the lock 124. Using the angle adjuster 149 to adjust the spraying angle of the body 152.

When the position of the manufacturing apparatus 100 is determined in this way, the operator again mounts the supply pipe 160 formed in the fluid supply part 156 to the water supply part (not shown). As such, when the supply pipe 160 is mounted to the water supply unit, the control box 138 is operated to apply power to the manufacturing apparatus 100. When power is applied to the manufacturing apparatus 100, the blowing fan 162 disposed inside the rear surface of the body 152 is rotated. In this case, when the valve connected to the second discharge pipe 176 is opened, water flowing through the first inner pipe 178 of the second discharge pipe 176 and air flowing through the first exterior pipe 179 are together through the second nozzle 180. The water flowing through the second inner pipe 188 of the second double pipe 186 when the valve is connected to the second double pipe 186 of the third discharge pipe 182 by forming an ice core while being discharged to the outside is discharged to the fourth nozzle 192. It is discharged to outside through) and mixed with ice core to make snow. In this case, the operator may selectively open a valve connected to each single pipe 184 and the first discharge pipe 172 of the third discharge pipe 182 to produce a large amount of snow in a short time.

As described above, the artificial eye manufacturing apparatus according to the present invention is provided with a base 112 having a moving wheel 100 and the first rotating plate 116, the agent is coupled to the first rotating plate 116 is rotated 2 rotating plate 122, the lower support 128 and the upper support 136 having a rotary support 120 and the upper support 136, the body 152 is mounted, a blowing fan mounted inside the back of the body 152 162, by having a manifold 170 mounted on the front of the body 152, not only is easy to move along the mountainous terrain in Korea, but also the rotation support 120 that supports the drum 150 By simply rotating by the 1st rotation plate 116 and the 2nd rotation plate 122, there exists an advantage which the positioning of the part to snow removal is easy.

In addition, by mounting the compressor 134 on the center of gravity 132 disposed on the horizontal rod 130 of the lower support 128, the advantage that the compressor 134 can maintain the center of gravity in irregular terrain such as ramps The manifold 170 includes the first discharge pipe 172, the second discharge pipe 176, and the third discharge pipe 182 to shorten the contact distance between the ice core and the water molecules, thereby subdividing the contact amount. Eyes can form at high temperatures.

Although the above has been described with reference to a preferred embodiment of the present invention, those skilled in the art will be able to variously modify and change the present invention without departing from the spirit and scope of the present invention described in the utility model registration claims. It will be appreciated.

Claims (7)

A frame 112 having a moving wheel 114 attached thereto is provided, and a lower support 128 and an upper support 136 are formed on the upper portion of the frame 112 so as to face each other and vertically extend upward. The drum 150 is pivotally mounted up and down inside the upper support 136, and the drum 150 has a fluid supply part 156 at the bottom, a blower fan 158 at the rear, and a manifold at the front. An artificial eye manufacturing apparatus (100) having a body (152) on which a fold (170) is mounted; An upper portion of the frame 112 has an annular ring shape and a base portion 110 on which the first rotating plate 116 is fixedly disposed, and below the lower support 128, the first rotating plate 116. A second rotating plate 122 rotatably coupled to the horizontal support 130, the horizontal support 130 disposed between the lower support 128, and the upper support 136 extending from each extension of the horizontal support 130. It has a rotating support portion 120, the manifold 170 of the body 152 is the first discharge pipe 172 of the annular, the second discharge pipe 176 disposed radially inward of the first discharge pipe 172 And a third discharge pipe 182 disposed inside the radially inner side of the second discharge pipe 176. According to claim 1, A plurality of locks 124 are disposed radially on the second rotating plate 122 to extend vertically to the upper portion of the first rotating plate 116 and the male screw is formed on the circumferential surface A handle 126 is formed on an upper portion of the lock 124 to selectively close and detach the upper surface of the first rotating plate 116 to control the rotational movement of the second rotating plate 122. Artificial snow manufacturing apparatus characterized in. According to claim 1, On the center circumferential surface of the horizontal bar 130 is provided with a weight center 132 extending downward while surrounding the horizontal bar 130, the weight center 132 is provided with a compressor 134 Is pivotally mounted by the hinge (131) is artificial eye manufacturing apparatus, characterized in that to maintain the center of gravity of the compressor (134) even on slopes and irregular terrain. The apparatus of claim 1, wherein a safety net (164) for protecting the blowing fan (162) is coupled to the rear surface of the body (152). According to claim 1, The first discharge pipe 172 has a plurality of first nozzle 174 is mounted on the front surface at a predetermined radial interval and any one of the connection pipe 158 mounted to the fluid supply unit 156 and Artificial snow manufacturing apparatus, characterized in that connected. The method of claim 1, wherein the second discharge pipe 176 is made of a first double pipe 177 to form a first inner tube 178 and a first outer tube 179, the first inner tube 178 is the fluid Is connected to another connecting pipe 158 mounted on the supply unit 156, the first appearance 179 is a passage of the outside air, the front of the second discharge pipe 176 a plurality of radially spaced at a predetermined interval The second nozzle 180 is mounted at radially predetermined intervals, and the second nozzle 180 is connected to the first inner tube 178 and the first exterior 179 to form ice cores. Manufacturing equipment. The second discharge pipe 182 of claim 1, wherein the third discharge pipe 182 has a predetermined arc and has a plurality of single pipes 184 and second double pipes 186 continuously coupled to form an annular ring. It is disposed in the radially inner side of the 176, each of the single pipe 184 is connected to the other connecting pipe 158 mounted to the fluid supply unit 156, respectively, the front of the plurality of third nozzle (187) Are respectively mounted, and the second double tube 186 has a second inner tube 188 and a second outer tube 189 in communication with the second inner tube 188, each of the second double tubes 186. On the outer side of each of the bypass pipe 190 is connected to each other connecting the second double pipe 186, one of the second double pipe 186 is another connecting pipe mounted to the fluid supply unit 156 And a plurality of fourth nozzles 192 mounted on a front surface of each of the second double pipes 186. Artificial snow production device to feature a.