KR102276948B1 - ascending and descending type reclamation lamp with a humidity sensor - Google Patents

Abstract

Disclosed is an elevation-type buried lamp with a humidity sensor, which is buried in the ground of a golf course to prevent a surrounding golf course landscape from being adversely affected while a lighting unit is not raised, allows the humidity sensor perform detection to raise a lighting unit guide body and the lighting unit by operation of an electric cylinder part from the ground when moisture such as rain or fog is generated in the vicinity so that the field of view can be secured and a target point(intersection point) or green point of the golf course can be easily identified, thereby allowing golf playing to proceed regardless of fog. According to the present invention, while the buried lamp is lowered in the ground, it is prevented that moisture due to rainwater and fog from coming inside during raining by a cover body and a sealed gasket body even, thereby greatly increase waterproofness. As the lighting unit is raised or lowered by being guided by the lighting guide body, strength and safety can be secured, durability can be increased, and dust or foreign substances can be prevented from entering. The buried lamp comprises an outer case supporter, an inner case guide body, an electric cylinder body, a lighting unit guide body, a plurality of lighting units, a cover body, a gasket body, and a control unit.

Description

Elevating and descending type reclamation lamp with a humidity sensor

The present invention relates to an elevating buried light equipped with a humidity sensor, and more particularly, a buried light installed at an intersection point or a green point of a golf course is automatically raised and turned on by ambient humidity. It relates to an elevating type buried light equipped with a humidity sensor to greatly improve waterproofness.

Generally, a golf course consists of 18 holes, 4 par 5 holes, 10 par 4 holes, and 4 par 3 holes. The golfer who finishes the game with the fewest strokes is the winner.

In addition, it is very important to identify the target point and the green point of the golf course until reaching each hole. In good weather, it is easy to secure the view, so it is not difficult to identify the target point and the green point. On the other hand, in case of fog There is a problem in that it is difficult to identify a target point or a green point because it is difficult to secure a view due to the generated fog.

As described above, golf games are subject to many restrictions on golf games depending on external factors such as weather. In particular, scheduled golf games are often played even in situations where it is difficult to secure visibility due to fog or rain. When a golf game is played in bad weather, it is difficult to secure a field of view, so there is a problem in that it is impossible to identify the target point of the hitting direction of the golf ball or the target point of the hitting direction and the green point of each hole.

Accordingly, the golf course is equipped with fog lights to make it easier to identify the target point or the green point when it is difficult to identify the surrounding situation due to thick fog or smog. If it is located at the green point) and it is difficult to identify the surrounding area due to fog, the point is identified with a lit fog lamp.

However, as the manager manually moves the fog light to the target point or green point and turns it on so that the target point or green point can be identified, the manager feels severe fatigue in the process of moving the fog lights to the target point or green point of each hole. There is a problem with giving.

In addition, whenever the fog lights are moved and installed to the target point or green point, it is inconvenient to manually adjust the location of the fog lights to improve the identification of the target point or green point of each hole.

Looking at the prior art, a laser fog lamp, which is disclosed in Korean Patent Publication No. 10-2003-0072416, has been devised, which is built in a case and receives power from the power supply unit by the operation of an on/off switch and emits a reduction motor that rotates the rotating shaft and a laser beam a laser module that is coupled to the rotating shaft and rotated, and an optical prism that reflects the laser beam emitted from the laser module at different angles, and a transparent window that is drilled in the case and passes the reflected laser beam through the optical prism. consist of.

In this prior art, the laser beam generated from the laser module is illuminated to the outside through the transparent window of the case and the optical prism coupled to the reduction motor, so that the green position on the golf course, darkness or fog, It makes it possible to more clearly announce one's location in rainy weather.

However, the prior art is also used standing up on the ground, and as mentioned above, the problem caused by moving the fog lights one by one is still not solved.

Accordingly, it is urgently necessary to develop a technology to secure visibility and to easily identify the target or green point by embedding with respect to the ground surface of the golf course's target point or green point, the location is fixed, and the lighting is raised from the ground surface when fog is generated. It is being demanded.

Patent Document 1: Republic of Korea Patent Publication No. 10-2003-0072416 (published on September 15, 2003) Patent Document 2: Republic of Korea Patent No. 10-1044799 (registered on June 21, 2011)

The present invention is buried in the ground of a golf course and does not protrude from the ground when the weather is good, so it does not interfere with the golf game, and when it is difficult to identify the surrounding situation due to fog or smog, it automatically protrudes from the ground by sensing humidity. By illuminating the light, you can check the target point or the green point, as well as greatly improve the waterproofness, and the lighting lamp body automatically goes up and down, and the elevating type buried lamp equipped with a humidity sensor that can greatly improve usability and convenience Its purpose is to provide

As a means for achieving the above object, an elevating type buried light equipped with a humidity sensor according to the present invention includes an outer cylinder support; an inner cylinder guide body vertically provided inside the outer cylinder support; an electric cylinder body positioned vertically inside the inner cylinder guide body and having an inner cylinder guide body and a lower end fixed thereto; a lighting additional guide body to which the cylinder rod of the electric cylinder body is connected to vertically upwardly or downwardly inside the inner cylinder guide body by the lifting or lowering operation of the cylinder rod; a plurality of lighting units provided on the front surface of the lighting additional guide body; a cover body fixed to the upper end of the lighting sub-guide body; a gasket body covering the upper end of the inner cylinder guide body to block the space between the outer cylinder support body and the inner cylinder guide body; A humidity sensor for detecting ambient humidity is electrically provided and is electrically connected to the electric cylinder body and a plurality of lighting units, respectively, to light a plurality of lighting units when the humidity detected by the humidity sensor is detected above a set humidity, and the electric cylinder body It is provided as a control unit for elevating the illuminated lighting unit by elevating the cylinder rod of the lighting sub-guide body to elevate from the inner tube guide body.

The present invention does not adversely affect the scenery of the surrounding golf course because it is located in a state buried in the ground of the golf course when the lighting unit is not raised and lowered, and when moisture is generated in the vicinity such as rain or fog, the humidity sensor detects the electric cylinder body By driving the lighting supplementary guide body and the lighting part up and down from the ground, it not only secures visibility but also makes it easy to grasp the intersection point or green point of the golf course so that golf can be played regardless of fog. Not only can the waterproofness be greatly improved by preventing moisture due to rainwater or fog from entering the inside in case of rain even when it is protruded from the ground as well as buried in the ground by the sealing-treated gasket body as well as the sieve. As the light guide body is guided and raised or lowered, rigidity and safety can be secured, and the ingress of dust or foreign substances can be prevented while improving durability.

1 is a perspective view showing an elevating type buried lamp equipped with a humidity sensor of the present invention.
2 is an exploded perspective view showing the configuration of an elevating type buried light equipped with a humidity sensor according to the present invention.
3 is an enlarged perspective view of a state in which the lighting unit of the elevating type buried lamp equipped with a humidity sensor according to the present invention is elevated.
Figure 4 is a partially omitted perspective view showing the inner cylinder guide body of the present invention is equipped with a humidity sensor elevating type buried.
Figure 5 is a partially omitted perspective view showing the lighting additional guide body of the present invention is equipped with a humidity sensor elevating type buried light.
6 is an exploded perspective view showing the gasket connection state of the elevating type buried light equipped with a humidity sensor of the present invention.
7 is a configuration diagram of a state in which an elevating type buried lamp equipped with a humidity sensor according to the present invention is embedded in the ground.
8 is a configuration diagram of a state in which the lighting unit of the elevating type buried lamp equipped with a humidity sensor according to the present invention is elevated with respect to the ground.
9 is a front configuration view of a state in which the lighting unit of the elevating type buried lamp equipped with a humidity sensor according to the present invention is elevated with respect to the ground.
10 is a conceptual configuration diagram showing a control unit of the present invention, such as a rising-lowering type buried light equipped with a humidity sensor.

Hereinafter, in addition to the above objects, other objects and features of the present invention will become apparent through the description of the embodiments with reference to the accompanying drawings.

Unless defined otherwise, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. Terms such as those defined in a commonly used dictionary should be interpreted as having a meaning consistent with the meaning in the context of the related art, and should not be interpreted in an ideal or excessively formal meaning unless explicitly defined in the present application. does not

Hereinafter, with reference to the accompanying drawings, the elevating type buried light equipped with a humidity sensor according to an embodiment of the present invention will be described in more detail.

As shown in the present invention, the outer cylinder support 10 and the inner cylinder guide body 20 provided vertically on the inside of the outer cylinder support body 10, and the inner cylinder guide body 20 is positioned vertically inside the inner cylinder guide body (20) and the electric cylinder body 30 to which the lower end is fixed, and the cylinder rod 31 of the electric cylinder body 30 are connected, and the inner cylinder guide body 20 by the lifting or lowering operation of the cylinder rod 31 ), a lighting additional guide body 40 that is raised or lowered in the vertical direction, a plurality of lighting parts 50 provided on the front side of the lighting additional guide body 40, and the lighting additional guide body 40 is fixed to the upper end of the A cover body 60, a gasket body 70 that covers the upper end of the inner cylinder guide body 20 to block the space between the outer cylinder support body 10 and the inner cylinder guide body 20, and a humidity sensor for detecting ambient humidity (81) is provided electrically and is electrically connected to the electric cylinder body 30 and the plurality of lighting units 50, respectively, when the humidity detected by the humidity sensor 81 is detected above the set humidity, a plurality of lighting units 50 Lights on and raises and lowers the cylinder rod 31 of the electric cylinder body 30 to raise and lower the lighting supplementary guide body 40 from the inner cylinder guide body 20 to raise and lower the illuminated lighting part 50. provided

The outer cylinder support 10 is positioned to be buried with respect to the ground as shown, and the inner cylinder guide body 20 vertically provided inside the outer cylinder support 10 is also buried in the ground and is not exposed.

Accordingly, when the lighting additional guide body 40 and the plurality of lighting parts 50 are not raised and lowered, the lighting additional guide body 40 and the lighting part 50 are exposed because they are located inside the inner tube guide body 20 buried in the ground. In case of good weather, the lighting supplementary guide body 40 and the lighting part 50 are raised and exposed from the ground, thereby preventing the golf game from being disturbed or adversely affecting the surrounding golf course scenery, as well as the lighting supplementary guide body 40 ) and the inner cylinder guide body 20 to prevent dust or foreign substances from entering the inside.

In the present invention made in this way, when it is difficult to secure a view to the surroundings due to fog or fog, the humidity sensor 81 detects the humidity generated by the fog, and the detected value detected by the humidity sensor 81 is set. When more than the value is detected, the electric cylinder body 30 is driven through the control unit 80 to vertically elevate the cylinder rod 31 .

In addition, as the cylinder rod 31 is raised and lowered, the lighting additional guide body 40 connected to the cylinder rod 31 is raised and lowered, and accordingly, a plurality of lighting parts 50 provided in the lighting supplementary guide body 40 are raised and lowered, at this time It is natural that the plurality of lighting units 50 are turned on by the control unit 80 .

Accordingly, even if the surrounding fog occurs, the golf course is not affected at all because the identification of the target point or the green point of the golf course can be easily identified by the illumination light emitted through the lighting unit 50 .

In addition, when the golf game is over or the humidity detection value detected by the humidity sensor 81 falls below the set value, the electric cylinder body 30 is driven by the control unit 80 to vertically lower the cylinder rod 31 and Accordingly, the lighting sub-guide body 40 and the plurality of lighting units 50 that have been raised and lowered are positioned inside the inner tube guide body 20 buried in the ground, and the illuminated lighting unit 50 is also turned off.

As described above, the present invention does not need to illuminate the target point or the green point of the golf course while moving the movable lighting lamp, so it is possible to prevent in advance the accumulation of fatigue as well as convenience.

The inner cylinder guide body 20 of the present invention is provided along the outer periphery of the coupling portion 21 to which the gasket body 70 is piece-coupled to the upper end, and the durability of the inner cylinder guide body 20 is strengthened and the lighting unit A plurality of elevating and descending guide portions 22 that are bent along the outer circumference of the inner tube guide body 20 are provided to guide the guide body 40 when it slides up and down or down.

At this time, the reason why the coupling part 21 is provided along the longitudinal direction of the inner cylinder guide body 20 is that the inner cylinder guide body 20 of the present invention is extrusion-molded along the longitudinal direction, and the coupling part 21 is Since it extends along the longitudinal direction of the inner cylinder guide body 20 , it greatly improves the durability of the inner cylinder guide body 20 as well as the piece coupling with the gasket 70 .

In addition, since a plurality of elevating guide parts 22 provided along the periphery of the inner cylinder guide body 20 are bent as shown, the durability of the inner cylinder guide body 20 can be greatly improved, so that external impacts are reduced. Even when applied, the inner cylinder guide body 20 is prevented from being bent or bent.

In the lighting additional guide body 40 of the present invention, the lighting part fixing piece 41 is provided on both sides along the longitudinal direction of the lighting supplementary guide body 40, respectively, so that the lighting part 50 is piece-connected and fixed, and the lighting part fixing piece ( 41) provided on the inside of the lighting unit fixing piece 41, and a heat discharge space 42 for discharging heat generated from the plurality of lighting units 50 fixed to the fixing piece 41, and the cylinder rod 31 of the electric cylinder body 30 The pin-connected cylinder rod connection hole 43 and the lighting supplementary guide body 40 are provided along the circumferential surface and are positioned inside the plurality of elevating guide parts 22 of the inner cylinder guide body 20 to provide a lighting supplementary guide body ( 40) and the elevating guide protrusion 44 which is guided by elevating and lowering along the elevating guide part 22 and the durability of the cover body 60 to fix the lighting additional guide body 40 and the cover body 60 ) and a piece coupling hole 45 that is piece-coupled is provided.

The heat dissipation space part 42 discharges heat generated from the plurality of lighting parts 50 to prevent failure due to the heat generated by the plurality of lighting parts 50, as well as the plurality of lighting parts 50 and respectively. When the plurality of lighting units 50 are raised and lowered by the lighting additional guide body 40 being raised and lowered as the electrically connected wiring is accommodated, the wiring electrically connected to the lighting unit 50 is not exposed to the outside and a beautiful appearance can be maintained. .

In the present invention made as described above, when the cylinder rod 31 is raised or lowered by the driving operation of the electric cylinder body 30 , the cylinder rod 31 is pin-connected to the cylinder rod connection hole 43 . is raised or lowered, at this time the elevating guide protrusion 44 of the lighting additional guide body 40 is guided along the elevating guide unit 22 provided in the periphery of the inner tube guide body 20 to elevate or descend Therefore, during the lifting or lowering operation of the lighting supplementary guide body 40, the lighting supplementary guide body 40 is raised or lowered in a solid state without shaking or flowing.

The gasket body 70 of the present invention includes a piece connection hole 71 that is piece-connected to the coupling portion 21 of the inner cylinder guide body 20 , and the upper end of the outer cylinder support body 10 and the inner cylinder guide body 20 . A blocking portion 72 for blocking the space between the outer cylinder support 10 and the inner cylinder guide body 20 by sealing after covering, and a lighting unit provided on the inside of the blocking unit 72 , the lighting additional guide body 40 The fixing piece 41 and the elevating guide protrusion 44 are located on the inside so that when the lighting additional guide body 40 is raised or lowered with respect to the inner tube guide body 20, the lifting or lowering operation of the lighting additional guide body 40 is It is provided with an elevating guide space 73 provided to correspond to the lighting unit fixing piece 41 and the elevating guide protrusion 44 so as not to interfere.

The material of the gasket body 70 is not limited, but since it is piece-coupled to the upper end of the inner cylinder guide body 20 buried in the outdoor ground, it may be made of a metal material or a synthetic resin material of rigidity that does not rust.

By the gasket body 70 of the present invention made as described above, the upper end of the outer cylinder support 10 and the inner cylinder guide body 20 are covered with the blocking plate 72 of the gasket body 70, and then sealed and sealed. Therefore, it is possible to prevent the inflow of rainwater, moisture, moisture, or foreign substances to the space side of the outer cylinder support 10 and the inner cylinder guide body 20 .

Of course, when the lighting supplementary guide body 40 is raised or lowered in the vertical direction with respect to the inner cylinder guide body 20, the lighting part of the lighting supplementary guide body 40 is fixed to the inside of the elevating guide space 73 of the gasket body 70. Since the piece 41 and the elevating guide protrusion 44 are positioned, there is no interference at all when the lighting additional guide body 40 is lifted or lowered in the vertical direction with respect to the inner tube guide body 20 .

At the lower end of the lighting part fixing piece 41 of the lighting supplementary guide body 40 of the present invention, when the lighting supplementary guide body 40 is raised and lowered, external foreign substances and rainwater in the rain are prevented from entering into the lighting supplementary guide body 40. (90) is piece-connected.

In addition, the gasket body 70 is provided with a cover guide space portion 74 so that the lifting or lowering operation is not interfered with by the cover body 90 when the lighting additional guide body 40 is raised or lowered.

As described above, since the cover body 90 is positioned at the lower end of the lighting unit 50 and the lighting unit 50 is piece-connected to the piece-coupled lighting unit fixing piece 41, the lighting additional guide body 40 is raised and lowered so that the lighting unit 50 is When it protrudes to the outside, it can block the lower end of the lighting unit 50 protruding to the outside by the cover body 90, so that external foreign substances or dust can enter the lighting additional guide body 40 as well as the inner tube guide body 20. Ingress of dust is prevented.

Of course, as the cover body 90 is located inside the cover guide space 74 provided in the gasket body 70, when the lighting additional guide body 40 is raised or lowered, the cover body 90 is moved to the gasket body ( 70) to prevent interference with the lifting or lowering operation of the lighting additional guide body 40 .

As described above, the present invention has been described with specific matters such as specific components and limited embodiments and drawings, but these are provided to help a more general understanding of the present invention, and the present invention is not limited to the above embodiments. Various modifications and variations are possible from these descriptions by those of ordinary skill in the art to which the present invention pertains.

Accordingly, the spirit of the present invention should not be limited to the described embodiments, and not only the claims described below, but also all those with equivalent or equivalent modifications to the claims will fall within the scope of the spirit of the present invention.

10: outer cylinder support 20: inner cylinder guide body
21: coupling part 22: elevating guide part
30: electric cylinder body 31: cylinder rod
40: lighting additional guide body 41: lighting part fixed piece
42: heat dissipation space 43: cylinder rod connection hole
44: elevating guide projection 45: piece coupling hole
50: lighting unit 60: cover body
70: gasket body 71: piece connection hole
72: blocking part 73: elevating guide space part
74: cover guide space part 80: control unit
81: humidity sensor 90: cover body

Claims (3)

Outer cylinder support (10) and;
an inner cylinder guide body 20 vertically provided inside the outer cylinder support body 10;
an electric cylinder body 30 positioned vertically inside the inner cylinder guide body 20 and having an inner cylinder guide body 20 and a lower end fixed thereto;
The cylinder rod 31 of the electric cylinder body 30 is connected to the lighting additional guide body 40 that is vertically raised or lowered inside the inner cylinder guide body 20 by the lifting or lowering operation of the cylinder rod 31. )Wow;
a plurality of lighting units 50 provided on the front surface of the lighting additional guide body 40;
a cover body 60 fixed to the upper end of the lighting additional guide body 40;
a gasket body 70 covering the upper end of the inner cylinder guide body 20 to block the space between the outer cylinder support body 10 and the inner cylinder guide body 20;
A humidity sensor 81 for detecting ambient humidity is electrically provided and is electrically connected to the electric cylinder body 30 and the plurality of lighting units 50, respectively, so that the humidity detected by the humidity sensor 81 is greater than or equal to the set humidity When detected as , a plurality of lighting units 50 are turned on and the cylinder rod 31 of the electric cylinder body 30 is raised and lowered so that the lighting supplementary guide body 40 is raised and lowered from the inner cylinder guide body 20, and the lighting part 50 is lit. In the elevating type buried etc. provided with a humidity sensor provided as a control unit 80 for elevating the
The inner cylinder guide body 20 is extrusion-molded along the longitudinal direction, the coupling portion 21 is provided along the outer peripheral portion of the gasket body 70 is piece-coupled to the upper end; A plurality of elevating guide portions 22 provided by bending along the outer circumference of the inner tube guide body 20 to strengthen the durability of the inner tube guide body 20 and guide the lighting supplementary guide body 40 when the sliding elevating or lowering. is provided, and the lighting additional guide body 40 is extrusion-molded along the longitudinal direction, and is provided on both sides along the longitudinal direction of the lighting additional guide body 40 to fix the lighting part 50 to which the lighting part 50 is piece-connected and fixed. (41) and; a heat dissipation space 42 provided inside the lighting fixing piece 41 to discharge heat generated from a plurality of lighting units 50 fixed to the lighting fixing piece 41; a cylinder rod connection hole 43 to which the cylinder rod 31 of the electric cylinder body 30 is pin-connected; It is provided along the circumferential surface of the lighting supplementary guide body 40 and is located inside the plurality of elevating guide parts 22 of the inner tube guide body 20 to strengthen the durability of the lighting supplementary guide body 40 and elevating guide part ( 22) and the elevating guide projection 44 along the elevating and descending guide; A piece coupling hole 45 that is piece-coupled to the cover body 60 is provided to fix the lighting additional guide body 40 and the cover body 60 , and the gasket body 70 is the inner tube of the guide body 20 . a piece connection hole 71 that is piece-connected to the coupling portion 21; A blocking portion 72 for covering the upper end of the outer cylinder support 10 and the inner cylinder guide body 20 and then sealing the outer cylinder support 10 and the inner cylinder guide body 20 to block the space; It is provided on the inside of the blocking part 72, and the lighting part fixing piece 41 and the elevating guide protrusion 44 of the lighting supplementary guide body 40 are located inside the lighting supplementary guide body 40 with respect to the inner tube guide body 20. ) is raised or lowered so that the lifting or lowering operation of the lighting additional guide body 40 is not interfered with, the lighting unit fixing piece 41 and the elevating guide protrusion 44 respectively correspond to the elevating guide space 73. Elevating and descending buried light equipped with a humidity sensor, characterized in that provided as a.
According to claim 1,
At the lower end of the lighting part fixing piece 41 of the lighting supplementary guide body 40, when the lighting supplementary guide body 40 is raised and lowered, the cover body 90 for preventing foreign substances and rainwater from entering the lighting supplementary guide body 40 inside. is connected in pieces, and the gasket body 70 is provided with a cover guide space 74 so that the lifting or lowering operation is not interfered with by the cover body 90 when the lighting additional guide body 40 is raised or lowered. Elevating type buried light equipped with a humidity sensor, characterized in that. delete

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