KR102328364B1 - A trapping device for street lamps capable of crushing sporadic insect - Google Patents

Abstract

The present invention relates to a collecting device for a street lamp capable of crushing unexpected pests, and more specifically, to a collecting device for a street lamp capable of being installed in the street lamp which is installed on a side of a road and provides a light source for illuminating a surrounding area, and collecting the unexpected pests rushing toward the light source. The collecting device for a street lamp capable of crushing unexpected pests comprises: a body; an absorbing unit; a classifying unit; a collecting unit; an installing unit; and a control managing unit. The body is formed on one side of an upper part to allow the unexpected pests to enter, and hollows the inside to collect the unexpected pests flocking toward the light source inside. The absorbing unit is provided in an inner upper end of the body and generates air to an inner direction of the body to allow the unexpected pests attracted by the light source to be absorbed inside the body. The classifying unit is provided inside the body, classifies the unexpected pests entering in the body through the inlet, and allows the unexpected pests to flock for each group. The collecting unit is provided in a lower part of the body, and allows the unexpected pests classified by the classifying unit to be collected for each group. The installing unit allows the body to be detached from one side of a support stand of the street lamp. The control managing unit controls the overall operation of the collecting device, and transmits information for the collected unexpected pests to a manager server. The collecting unit minimizes volume in which the unexpected pests from the body are collected, and pulverizes and collects the unexpected pests to safely and smoothly perform second use by filtering and/or feeding the unexpected pests.

Description

A trapping device for street lamps capable of crushing sudden pests

The present invention relates to a trapping device for a street lamp capable of crushing a sudden pest, and more specifically, by collecting a sudden pest flocking around a street lamp, classifying it into a group that can be fodder and a group that cannot be fodder, and crushing each classified group In addition to minimizing the volume of sudden pests to be collected, secondary use such as manure and/or feed using the sudden pests can be safely and smoothly made, and at the same time, people who work at night do not feel discomfort or discomfort. It relates to a trapping device for street lamps capable of crushing sudden pests that can be prevented.

A street lamp is a lighting facility installed on a road or a park to illuminate the surroundings at night. Usually, a street lamp post is fixed to the ground and a light is formed on the upper part of the post to illuminate the surroundings.

At this time, the lighting part of the street lamp is brighter than the surroundings at night, and various pests such as mosquitoes and moths gather around the lighting. There was a problem of lowering the illuminance.

In addition, most of the lighting of the street lamp is installed in a high place, so when the above problems occur, it is not easy to clean and repair, and the maintenance cost is greatly increased.

In consideration of this problem, technologies for trapping devices have been developed that can be attached to street lamps to exterminate flocking pests.

For example, Republic of Korea Patent Registration No. 10-1825819 relates to a street lamp equipped with a pest trap device, a case having an accommodating space inside and installed at the top of the street lamp, and a fragrance that is built in the case to spread a scent that attracts insects At least one inlet formed in the upper part of the case and having a tapered shape so that insects are introduced into the inside of the case, a trap means formed in the inside of the case to collect and trap insects, and a trap means located below the trap means to die and fall It consists of a collection bin that collects worms.

In the prior art as described above, in order to solve the above-mentioned problems, insects that gather around a street lamp are captured and insecticidal, or the insects collected in the trap means are killed naturally over time. In the process of emptying the collection bin, there is a problem in that the efficiency of collection and insecticide is low, such as insects that are still alive and run away again.

In addition, looking at the techniques proposed in the other prior art, techniques for insecticidal methods such as sticky or electric shock or crushing by capturing the gathered pests by looking at the light of a street lamp are disclosed.

However, in these prior arts, all the pests gathered by looking at the light of a street lamp are mixed and collected, and as they are insecticided without any other classification, pests that cause allergies are included and feed and manure in the post-treatment of pests. Due to the high risk of secondary utilization, the collected pests' carcasses cannot be used, and there is a hassle of having to separately process them.

Therefore, a method for solving these problems is required.

Republic of Korea Patent Publication No. 10-1825819 Republic of Korea Patent Publication No. 10-1339882

The present invention is an invention devised to solve the problems of the prior art described above, and collects sudden pests that flock to the light source of a street lamp, but classifies and groups them into objects such as moths that can cause allergies, and other objects, By separately pulverizing each group, the volume of the sudden pest to be collected is minimized, and the safety and efficiency of secondary use such as feed and manure using the carcass of the sudden pest have the purpose to be maximized.

In addition, by looking at the light source of the street lamp and collecting the sudden pests gathered, the maintenance of the street lamp can be easily maintained and the lifespan can be extended, and it has the purpose of preventing people who are active at night from feeling discomfort or discomfort.

The problems of the present invention are not limited to the problems mentioned above, and other problems not mentioned will be clearly understood by those skilled in the art from the following description.

The catchment device for a street lamp capable of crushing a sudden pest of the present invention for achieving the above object is installed in a street lamp that is installed on the roadside and provides a light source irradiating light to the surroundings, and the sudden pests flocking toward the light source are collected In the trapping device for a street lamp, an inlet is formed on one side of the upper side to allow sudden pests to flow in, and the interior is hollow so that the sudden pests flocking toward the light source are collected therein; An absorption unit for generating air in an inward direction of the body so that a sudden pest attracted by the light source is absorbed into the body, and an absorption unit that can be provided inside the body, and is introduced into the body through the inlet A classification unit for classifying the sudden pests to be classified and gathering for each group; and a control and management unit for controlling the overall operation of the installation unit and the collection device to be detachably installed on one side, and transmitting information about the collected unexpected pests to the administrator server, wherein the collection unit is introduced from the body Minimize the volume in which the sudden pests are collected, and the sudden pests are pulverized and/or feed, so that the secondary use is safely and smoothly performed, so that the sudden pests are crushed and collected.

In addition, the body may further include a cover member provided to be spaced apart from the upper portion of the inlet by a predetermined distance to prevent snow or rain from entering the inlet.

In this case, the cover member may further include a reflector to reflect the light irradiated from the light source of the street lamp to be concentrated in the direction of the inlet.

In addition, when the distance between the body and the light source of the street lamp is long or the light source of the street lamp is weak, the cover member irradiates light separately from the light source of the street lamp so that a sudden pest is attracted to the inlet side. It may further include a module.

In addition, the body may further include a first opening/closing door formed so as to be able to open and close on one side of the body in order to facilitate replacement and management of the absorption unit and the classification unit.

In addition, the classification unit is made in the form of a horizontal network spaced apart from each other with a width corresponding to the size of the sudden pest to be classified, and has a detachable structure so that the width of the horizontal network is proportional to the size of the sudden pest species to be collected according to the local environment. Different classifications are selectively applicable.

At this time, the classification unit is fodder among the sudden pests introduced into the body, and large individuals such as moths that can cause an allergic reaction when secondary utilization is carried out, and small in size compared to moths, but high in crude protein content, fodder By classifying small individuals with high utility as a group and gathering them by each group, it is possible to safely use the fodder using a sudden pest.

In addition, the collection unit is provided in the partition wall to divide the internal space so as to correspond to the number of groups of the sudden pest classified by the classification unit, and is provided in the internal space divided by the partition wall so that the classified sudden pests are separated for each group. A collection member for collection, each of which can be provided in the internal space divided by the partition wall, is formed in a funnel shape to facilitate the introduction of sudden pests into the collection member, and the collection member is detachably coupled to one side a second opening and closing door that is provided on one side of the coupling member and is provided on one side of the coupling member so as to be able to open and close on one side of the collecting part and is provided on one side of the collecting member to facilitate recovery and replacement of the collecting member. may include.

At this time, the body is provided on the inner lower part of the body, is connected to the upper end of the bulkhead, and the collection unit divided by the bulkhead so that the sudden pests classified by the classifying unit are collected by the collecting unit for each group. It may further include a guide part configured to be rotatable by a control signal from the control management part so that the inner space of the body is selectively connected to the body to form a passage having one direction.

In addition, the collecting unit may be provided above the inner space divided by the partition wall, and may further include an air generating member for generating air toward the collecting member so that the sudden pest is smoothly collected by the collecting member. .

In addition, the crushing member may be provided on a passage through which the coupling member communicates with the collection member to crush a sudden pest introduced into the collection member through the coupling member.

At this time, the crushing member may be formed in a vertical double structure to achieve multi-stage crushing against sudden pests, thereby maximizing the crushing efficiency.

In addition, the second opening/closing door may selectively open the lower end of the collection unit to allow the collection and replacement of the collection member.

At this time, the collecting unit has a connecting member connected to one side of the collecting member and one side is fixed to the inner surface of the collecting unit, and the connecting member is coupled to adjust the length so that the collecting member is raised and lowered. It may further include a member.

In addition, the collection member further includes a blocking guard for selectively opening and closing the inlet coupled to the coupling member, and the blocking guard is opened so that the sudden pests crushed by the crushing member are collected in the collection member in an open state. And, while the collecting member is raised and lowered by the elevating member, the entrance of the collecting member is closed so that foreign substances are introduced into the collecting member, or the pulverized product of sudden pests collected in the collecting member is scattered to the outside. can be prevented from becoming

In this case, the second opening/closing door, the elevating member, and the blocking guard may be driven by interworking with each other by a control signal generated by any one or a combination of two or more of the control management unit, the manager server, and the manager device.

In addition, the collecting unit may further include a measuring member provided inside the collecting member to measure the volume or weight of the crushed sudden pests collected in the collecting member, and to transmit the measured value to the manager server.

In this case, the manager server may calculate the time versus the volume or the time versus the weight of the crushed sudden pest measured by the measuring member to determine the collection and replacement time of the collection member.

In order to solve the above problems, the collecting device for a street lamp capable of crushing a sudden pest of the present invention has the following effects.

First, by capturing the sudden pests that flock to the light source of the street lamp, the maintenance of the street light can be made easily, and the lifespan of the street light can be extended, and people can engage in night activities without discomfort or discomfort. There are advantages.

Second, by separately classifying the moths that cause allergic reactions among the captured sudden pests, there is an advantage that safety can be guaranteed in the secondary use of converting the sudden pests into feed and manure.

Third, there is an advantage in that the collected sudden pests are pulverized by classified groups to minimize the collected volume, as well as to make the secondary utilization more smoothly.

Fourth, there is an advantage in that it is possible to reduce the maintenance cost of the collection device by reducing unnecessary labor costs by calculating the time versus the volume of the pulverized pests to be collected or the time versus the weight to accurately determine the collection and replacement time of the collection member.

Effects of the present invention are not limited to the effects mentioned above, and other effects not mentioned will be clearly understood by those skilled in the art from the description of the claims.

1 is an exemplary view showing the installation of a street lamp trapping device capable of crushing a sudden pest according to an embodiment of the present invention;
Figure 2 is an exemplary view showing a reflector and an attraction module applicable according to the distance between the light source of the street lamp and a trapping device for a street lamp capable of sudden pest crushing according to an embodiment of the present invention;
Figure 3 is a cross-sectional view showing the internal structure of a street lamp trapping device capable of crushing a sudden pest according to an embodiment of the present invention;
Figure 4 is an exemplary view showing the process of classifying the sudden pest in the collecting device for a street lamp capable of crushing a sudden pest according to an embodiment of the present invention, and collecting and pulverizing by the classified group;
5 is an exemplary view showing a measuring member in the collecting device for a street lamp capable of crushing a sudden pest according to an embodiment of the present invention; and
6 is an exemplary view showing a state of recovering the collecting member through the elevating member in the collecting device for a street lamp capable of crushing a sudden pest according to an embodiment of the present invention.

Hereinafter, preferred embodiments of the present invention in which the object of the present invention can be specifically realized will be described with reference to the accompanying drawings. In the description of the present embodiment, the same names and the same reference numerals are used for the same components, and an additional description thereof will be omitted.

The present invention collects sudden pests flocking around street lamps, classifies them into groups that can and cannot be fodder, and minimizes the volume of sudden pests collected by crushing each classified group, as well as fertilizing with sudden pests It relates to a trapping device for a street lamp capable of crushing sudden pests, which can ensure that secondary utilization such as fire and/or feed can be safely and smoothly performed, and at the same time, people who work at night do not feel discomfort or discomfort.

As shown in FIG. 1, the collecting device for a street lamp capable of crushing sudden pests according to the present invention is installed at a location where people pass even at night, such as a roadside or a riverside, and a light source 810 that irradiates light to the surroundings. It is a trapping device (A) for a street lamp installed on the support 820 of the street lamp 800 provided so that sudden pests flocking to see the light irradiated from the light source 810 are captured.

According to an embodiment of the present invention, the street lamp collecting device (A) may have an inlet 110 on one side of the upper side to allow sudden pests flocking to see the light source 810 of the street lamp 800 to be introduced. There is a body 100 that is hollow inside so that sudden pests flocking toward the light source 810 can be captured therein, and it can be provided in the lower part of the body 100 , but similarly to the body 100 . The interior may be hollow, and the hollow interior space is provided to communicate with the interior of the body 100 , and a collection unit 400 capable of collecting unexpected pests introduced into the body 100 and the body 100 ) may include an installation unit 500 to be installed on the support 820 of the street lamp 800 .

At this time, the installation part 500 has one side coupled to the rear or side surface of the body 100 , and the other side is a belt type surrounding the street lamp 800 , the post 820 , or on one side of the post 820 . Any method that allows the body 100 to be installed and fixed to the support stand 820, such as a bracket type that is compressed so that the body 100 can be fixedly installed, is applicable, and the body 100 ), in addition to the plurality of pieces provided on one side of the collecting unit 400, it is possible to strengthen the fixing force of the street lamp collecting device (A).

Hereinafter, a trapping device for a street lamp capable of crushing a sudden pest according to the present invention will be described in more detail.

The body 100, the collecting unit 400, and the street lamp collecting device (A) including the installation unit 500 can be provided at the inner upper end of the body 100, the light source of the street lamp 800 ( 810) so that the sudden pests attracted and flocked to the body 100 through the inlet 110 formed in the body 100 can be smoothly absorbed into the inside of the body 100 and collected by air in the inner direction of the body 100 It may further include an absorption unit 200 for generating.

The absorption unit 200 may cause air to be generated in the inner direction of the body 100 by the rotating blower fan, but is not limited thereto, and is provided along the inner surface circumference of the body 100 and rotates. By generating air in the inner direction of the body 100 by blowing wind by a motor or blower without a fan, sudden pests flocking to the light source 810 of the street lamp 800 are caused by the convection phenomenon of the air. Through the inlet 110 , it may be sucked in and introduced into the body 100 in the inner direction.

In addition, the collecting device (A) for the street lamp may be provided inside the body 100, and the sudden pests introduced into the body 100 through the inlet 110 are classified and collected by each group. It is possible to control the overall operation of the classification unit 300 and the street lamp collecting device (A), and information on the sudden pests collected in the collecting unit 400, for example, are collected in the collecting unit 400. It may include a control management unit 600 that allows information on the amount of the unexpected pest to be transmitted to the manager server (S).

At this time, the collecting unit 400 may allow the sudden pests classified by the classifying unit 300 to be collected for each group, and more specifically, introduced into the body 100 and collected. By allowing the sudden pests to be classified by the classification unit 300 and pulverized for each classified group to be collected, the volume in which the sudden pests are collected is minimized, and the collected sudden pests are fertilized and / or feed 2 Secondary use can be done safely and smoothly.

According to an embodiment of the present invention, the body 100 is spaced apart from the upper portion of the inlet 110 by a predetermined distance to form a space in which a sudden pest can be introduced into the inlet 110 , the inlet 110 . By being provided to cover the upper portion of the, a cover member 120 that can prevent snow or rain from flowing into the inlet 110 may be further provided.

As shown in FIG. 2 , the cover member 120 may be formed in a shape having a gentle curved surface, but is not limited thereto, and may be formed in a shape in which a flat plate is connected or bent.

In addition, the inner surface of the cover member 120 , that is, the reflection plate 121 is provided on the side facing the inlet 110 , thereby reflecting the light irradiated from the light source 810 of the street lamp 800 . In order to be concentrated in the direction of the inlet 110, it is possible to maximize the efficiency of attracting sudden pests.

And, when the light source 810 of the street lamp 800 is weak or the distance between the body 100 installed on the support 820 of the street lamp 800 and the light source 810 is long, the cover An induction module 122 may be further provided on the inner surface of the member 120 , which irradiates light separately from the light source 810 of the street lamp 800 to induce a sudden pest in the vicinity to the inlet 110 side.

The attraction module 122 may be turned on/off at a preset time by controlling the driving time by the control management unit 600, but is not limited thereto, and reduces power consumption and It is preferable to control the operation in connection with the power system of the street lamp 800 itself so that it can be automatically driven during a time period when the attraction efficiency of By doing so, the post 820 of the street lamp 800 and the light source 810 are far apart, or the length of the street lamp 800 is too long, so that the street lamp collecting device A is separated from the light source 810 and the light source 810. When it is determined that the collection efficiency is low to be installed close, it may be selectively installed so that the installation height of the collecting device (A) for street lamps can be adjusted.

In addition, in the body 100 , one side of the body 100 is selectively opened and closed in order to facilitate replacement and management of the absorption unit 200 and the classification unit 300 . An opening/closing door 130 may be further provided.

For example, the first opening/closing door 130 may have one long structure on one side surface of the body 100 in the longitudinal direction of the body 100 , or the absorption part 200 and the classification part 300 . By being respectively formed at positions corresponding to the positions in which are provided, it is possible to smoothly perform operations for replacement and maintenance of the absorption unit 200 and the classification unit 300 .

According to an embodiment of the present invention, it serves to classify the sudden pests introduced into the body 100 by each group as needed, and at the same time, so that the internal space of the body 100 is divided in the vertical direction. By doing so, the classification unit 300, which can perform a role of allowing the sudden pests to gather in each classified group in each of the divided internal spaces of the body 100, is such that the sudden pests can be classified according to the size of the species. It may be made of a mesh or wire mesh in the form of a grid, but is not limited thereto, and to minimize the occurrence of unexpected pests from being caught between the meshes of the grid shape and the classification unit 300 being blocked from performing its role properly. , it is preferable to have a horizontal network shape spaced apart from each other by a width corresponding to the size of a sudden pest to be classified.

In addition, the classification unit 300 has a detachable structure so that the classification unit 300, which has a different width interval of the horizontal network in proportion to the size of the sudden pest species to be collected according to the local environment, can be selectively applied and installed. can

For example, the classification unit 300 includes a large object such as a moth, which has a risk of causing an allergic reaction when secondary utilization is performed through feed conversion among various unexpected pests introduced into the interior of the body 100. , it is possible to safely use the captured pests for feed by classifying small individuals that are smaller in size than moths, but high in crude protein content, so that they are highly useful as feedstuffs, and gather in each group.

The classification unit 300 may be provided in an openable and openable structure inside the body 100 , for example, a rotatable hinge type, and may be driven by a control signal of the control management unit 600 .

This is when the sudden pests that are collected in the body 100 and classified by the classification unit 300 for each group are then collected in the collection unit 400, the sudden pests classified by group do not mix with each other and each group This is to make collection easier.

That is, when a sudden pest is to be collected, in the state in which the classification unit 300 is closed, the remaining entities caught by a large entity capable of causing an allergic reaction such as a moth among the sudden pests are first introduced into the collecting unit 400 . After that, by allowing the classification unit 300 to be opened by the control signal of the control management unit 600, large objects that can cause allergic reactions such as moths are collected by the collection unit 400, It can be collected so that it can be collected in an accurate separated state.

According to an embodiment of the present invention, the collecting unit 400 is a partition wall that allows the internal space of the collecting unit 400 to be divided so as to correspond to the number of groups of sudden pests classified by the classifying unit 300 . 410, a collection member 460 that can be provided in the internal space divided by the partition wall 410 so that the classified sudden pests are introduced and collected for each group, and the partition wall 410 divided by the A coupling member 430 that can be provided in the inner space, has a funnel shape to facilitate the introduction of sudden pests into the collecting member 460, and is coupled to one side so that the collecting member 460 is detachably coupled to one side; , the pulverizing member 440 provided on one side of the coupling member 430 to crush the sudden pests introduced into the collecting member 460 and formed so as to be able to open and close on one side of the collecting unit 400, the collecting member A second opening/closing door 450 may be included to facilitate the recovery and replacement of the 460 .

At this time, the body 100 is provided on the inner lower part of the body 100, and may be connected to the upper end of the partition wall 410, and the sudden pests classified by the classification unit 300 are collected by the collection unit 400. ) so that the inner space of the collecting unit 400 divided by the partition wall 410 is selectively connected to the body 100 so that a passage having one direction can be formed so that it can be collected by each group A guide unit 700 may be further provided, and the guide unit 700 may be configured to be rotatable by a control signal from the control management unit 600 .

That is, the collection unit 400 connected so that the body 100 and the internal space communicate with each other is connected to the partition wall 410 dividing the internal space of the collection unit 400 , and the control signal of the control management unit 600 . As described above by the guide part 700, which is selectively rotated left and right by In 400, by allowing them to be collected and introduced into different internal spaces, safety can be ensured in the secondary utilization by turning the sudden pest into fodder.

At this time, the collecting unit 400 is provided on the upper portion of the inner space divided by the partition wall 410 , so that the body 100 suddenly becomes the collecting member 460 of the collecting unit 400 . An air generating member 420 for generating air in the inner direction of the collecting member 460 may be further provided so that the inflow of the air is made smoothly so that collection can be made easily. As long as it has the same structure as the absorption part 200 .

According to an embodiment of the present invention, the crushing member 440 for crushing the sudden pest introduced into the collecting member 460 is a passage through which the coupling member 430 communicates with the collecting member 460, again In other words, by being provided on the inlet side of the coupling member 430 having a funnel shape, it is possible to crush the sudden pest introduced into the collecting member 460 through the coupling member 430 , and the control The blade may be driven by a control signal of the management unit 600 .

The crushing member 440 is formed in a vertical direction on a passage through which the coupling member 430 communicates with the collection member 460 in a vertical direction, and passes through the coupling member 430 to the collection member. By allowing the sudden pest introduced into the 460 to be multi-staged, it is desirable to maximize the grinding efficiency.

As described above, the sudden pest introduced into the body 100 and captured is an entity such as a moth causing an allergy by the classification unit 300, and an entity with a high crude protein content and high utility value as feed. A series of processes for being classified and crushed by the crushing member 440 when each group is introduced into the collection member 460 and collected is made easier to understand with reference to FIG. 4 .

At this time, the collecting unit 400 may be provided inside the collecting member 460 , and measures the volume or weight of the crushed sudden pests collected in the collecting member 460 , and the measured value is the manager server It may further include a measuring member 480 to be transmitted to (S).

As shown in FIG. 5, the measuring member 480 measures the change in the height of the pulverized material of the sudden pests accumulated inside the collecting member 460 to sense the amount of the sudden pest according to the volume. As an optical sensor. However, the present invention is not limited thereto, and a load cell provided at the lower end of the collecting member 460 to measure the weight of the pulverized pests accumulated thereon may be used.

In addition, it should be noted that the measuring member 480 is not limited to an optical sensor or a load cell as described above, and may be applied by any one or a combination of two of various methods capable of producing the same effect.

At this time, the manager server (S) that has received information on the volume or weight of the unexpected pests collected in the collecting member 460 measured by the measuring member 480 is By calculating the time versus the volume or the time versus the weight of the sudden pest, it is possible to accurately grasp the collection and replacement times of the collection member 460 .

For example, assuming that the amount of sudden pests to be recovered or replaced is 100%, 70% of the amount is currently collected by calculating the measured unit time and the corresponding volume or weight, By predicting the time it will take until the remaining 30% is collected, the collection member (460) It is possible to input the manpower to recover or replace, thereby preventing unnecessary labor costs from being consumed, thereby effectively reducing the maintenance cost of the collecting device (A) for the street light.

According to an embodiment of the present invention, the second opening and closing door 450 formed in the collecting unit 400 is the street lamp collecting device ( Due to the characteristics of A), it is preferable that the lower end of the collection unit 400 be selectively opened, so that the administrator can more easily collect and replace the collection member 460. .

In addition, a connecting member W such as a wire connectable to one side of the collecting member 460 and one side of the collecting unit 400 may be fixed to the inner surface of the collecting unit 400 , and the connecting member ( W) is coupled so that the length of the connecting member (W) can be adjusted, so that the collecting member 460 can further include an elevating member 470 to enable elevating.

For example, the manager collects the collecting member 460 full of sudden pests from the collecting unit 400 of the street light collecting device (A) installed at a high position in the post 820 of the street light 800 . When performing work that needs to be done or replaced, even if the manager does not directly climb to a high place using a ladder, etc., by driving the elevating member 470 so that the collecting member 460 can be lowered, the safety of the manager is improved. that can be guaranteed.

In addition, the collection member 460 is raised by driving the elevating member 470 again after all of the pulverized material of the sudden pest has been recovered from the collection member 460 or the collection member 460 is replaced and installed. and the raised collecting member 460 returns to the inside of the collecting unit 400 so that the inlet of the collecting member 460 and the inlet of the coupling member 430 engage and closely contact, Even if the manager does not directly climb to a high place, the collection of the suddenly captured pests and the replacement of the collection member 460 can be easily performed.

In this case, the collecting member 460 may further include a blocking guard 490 for selectively opening and closing the inlet coupled to the coupling member 430 .

The blocking guard 490 allows the sudden pests crushed by the crushing member 440 in the open state to be introduced into the collecting member 460 and collected, and by the elevating member 470 , the While the collecting member 460 is ascending and descending, the entrance of the collecting member 460 is closed so that foreign substances are introduced into the collecting member 460, or the pulverized product of a sudden pest collected in the collecting member 460 is It can prevent scattering to the outside.

At this time, the second opening/closing door 450 and the elevating member 470 and the blocking guard 490 are any one or two or more of the control management unit 600 and the manager server (S) and the manager device (M). It is desirable to be able to be driven in conjunction with each other by a control signal generated in combination.

For example, as shown in FIG. 6 , the manager dispatched to recover the abrupt pests collected in the collecting member 460 or to replace the collecting member 460 operates the manager device M possessed by By generating a control signal, the second opening/closing door 450, the elevating member 470, and the blocking guard 490 can control the driving through a direct hand signal, and a malfunction of the control or the subject of collection or replacement is not possible. To check the collection member 460 to be used once again so that an accurate operation can be performed, a job approval request signal is sent to the manager server S through the manager device M, and the manager server S confirms the By allowing the second opening/closing door 450, the elevating member 470, and the blocking guard 490 to be driven through the control management unit 600, the unexpected pests collected in the collecting member 460 are recovered or , so that the operation of replacing the collection member 460 can be made.

As described above, preferred embodiments according to the present invention have been described, and the fact that the present invention can be embodied in other specific forms without departing from the spirit or scope of the present invention in addition to the above-described embodiments is a matter of ordinary skill in the art. It is obvious to them. Therefore, the above-described embodiments are to be regarded as illustrative rather than restrictive, and accordingly, the present invention is not limited to the above description and may be modified within the scope of the appended claims and their equivalents.

100: body 110: inlet
120: cover member 121: reflector
122: manned module 130: first opening and closing door
200: absorption unit 300: classification unit
400: collection unit 410: bulkhead
420: air generating member 430: coupling member
440: crushing member 450: second opening and closing door
460: collection member 470: elevating member
480: measuring member 490: blocking guard
500: installation unit 600: control management unit
700: guide part 800: street light
810: light source 820: support
A : Street light collection device M : Manager device
S : Manager server W : No connection

Claims (18)

In the street lamp collecting device installed on the side of the road to provide a light source irradiating light to the surroundings, so that sudden pests flocking toward the light source are captured,
a body having an inlet formed on one side of the upper part to allow sudden pests to flow in, the inside of which is hollow so that sudden pests flocking toward the light source are captured therein;
an absorption unit provided at the inner upper end of the body to generate air in an inner direction of the body so that the sudden pests attracted by the light source are absorbed into the body;
a classification unit that can be provided inside the body so as to divide the hollow inner space of the body in a vertical direction so that sudden pests introduced into the body through the inlet are classified and collected by each group;
a collection unit provided at the lower part of the body and configured to collect the sudden pests classified by the classification unit for each group;
an installation unit for the body to be detachably installed on one side of a post of the street lamp; and
a control management unit that controls the overall operation of the collecting device and transmits information on the collected unexpected pests to the manager server;
includes,
The collection unit,
Minimize the volume in which the sudden pests introduced from the body are collected, and the sudden pests are pulverized and/or feed so that the sudden pests are pulverized and collected so that the secondary utilization is safely and smoothly made,
The classification unit,
It is composed of a horizontal network shape,
The horizontal network is made of a plurality of straight members spaced apart at regular intervals,
The spacing between the members of the straight line is characterized in that it is configured to correspond to the size of the sudden pest to be classified,
A trapping device for a street lamp capable of crushing a sudden pest that has a detachable structure so that a classification unit with a different spacing between the linear members constituting the street network can be selectively applied to correspond to the size of a sudden pest species to be collected according to the local environment .
According to claim 1,
The body is
a cover member provided to be spaced apart from an upper portion of the inlet by a predetermined distance to prevent snow or rain from flowing into the inlet;
A trapping device for street lamps capable of crushing abrupt pests further comprising a.
3. The method of claim 2,
The cover member,
a reflector to reflect the light irradiated from the light source of the street lamp to be concentrated in the direction of the inlet;
A trapping device for street lamps capable of crushing sudden pests further comprising a.
3. The method of claim 2,
The cover member,
When the distance between the body and the light source of the street lamp is long or the light source of the street lamp is weak, an attraction module for irradiating light separately from the light source of the street lamp so that a sudden pest is attracted to the inlet side;
A trapping device for street lamps capable of crushing sudden pests further comprising a.
According to claim 1,
The body is
a first opening/closing door formed so as to be able to open and close on one side of the body in order to facilitate replacement and management of the absorption unit and the classification unit;
A trapping device for street lamps capable of crushing abrupt pests further comprising a.
delete According to claim 1,
The classification unit,
Among the sudden pests introduced into the body, large individuals such as moths that can cause an allergic reaction when used as feed and secondary use, and small in size compared to moths, but high in crude protein content, high utility as feed A trapping device for street lamps capable of crushing sudden pests so that small objects are classified and gathered by each group, so that the use of feed using sudden pests can be made safely.
According to claim 1,
The collection unit,
a partition wall for dividing the internal space so as to correspond to the number of groups of abrupt pests classified by the classification unit;
a collection member provided in the inner space divided by the partition wall so that the classified sudden pests are collected for each group;
a coupling member that can be provided in each of the internal spaces divided by the partition wall, has a funnel shape to facilitate the introduction of sudden pests into the collecting member, and is coupled to one side so that the collecting member is detachably attached;
a pulverizing member provided on one side of the coupling member to pulverize a sudden pest; and
a second opening/closing door formed on one side of the collection unit to be openable and openable to facilitate recovery and replacement of the collection member;
A trapping device for street lamps capable of crushing sudden pests, including:
9. The method of claim 8,
The body is
The internal space of the collecting unit provided at the lower inner side of the body, connected to the upper end of the bulkhead, and divided by the bulkhead so that the sudden pests classified by the classifying unit are collected for each group by the collecting unit, is optional a guide part having a structure that is rotatable by a control signal from the control management part so that a passage with one direction is formed by being connected to the body;
A trapping device for street lamps capable of crushing abrupt pests further comprising a.
9. The method of claim 8,
The collection unit,
an air generating member capable of being provided above the inner space divided by the partition wall and generating air toward the collecting member so that the sudden pest is smoothly collected by the collecting member;
A trapping device for street lamps capable of crushing abrupt pests further comprising a.
9. The method of claim 8,
The crushing member is
A trapping device for a street lamp capable of crushing a sudden pest which is provided on a passage through which the coupling member communicates with the collecting member to crush the unexpected pests that pass through the coupling member and enter the collecting member.
12. The method of claim 11,
The crushing member is
A trapping device for street lamps capable of crushing sudden pests, which is formed in a vertical double structure to maximize crushing efficiency by allowing multi-stage crushing against sudden pests.
9. The method of claim 8,
The second opening and closing door,
A trapping device for a street lamp capable of sudden pest crushing so that the lower end of the collecting part can be selectively opened so that the collecting member can be recovered and replaced.
14. The method of claim 13,
The collection unit,
a connecting member connected to one side of the collecting member; and
an elevating member having one side fixed to the inner surface of the collecting unit and configured to elevate and lower the collecting member as the length is adjusted by coupling the connecting member;
A trapping device for street lamps capable of crushing abrupt pests further comprising a.
15. The method of claim 14,
The collection member is
a blocking guard for selectively opening and closing the inlet coupled to the coupling member;
further comprising,
The blocking guard allows the sudden pests crushed by the crushing member to be collected in the collection member in an open state, and the inlet of the collection member is closed while the collection member is raised and lowered by the elevating member. A collection device for a street lamp capable of crushing a sudden pest that prevents foreign substances from entering the collection member or the crushed product of the sudden pest collected in the collection member from scattering to the outside.
16. The method of claim 15,
The second opening/closing door, the elevating member, and the blocking guard are interlocked by a control signal generated by any one or a combination of two or more of the control management unit, the manager server, and the manager device. trapping device.
9. The method of claim 8,
The collection unit,
a measuring member provided inside the collecting member to measure the volume or weight of the crushed sudden pests collected in the collecting member, and to transmit the measured value to the manager server;
A trapping device for street lamps capable of crushing abrupt pests further comprising a.
18. The method of claim 17,
The manager server,
A collection device for a street lamp capable of crushing a sudden pest capable of calculating the time versus volume or weight versus time of the crushed sudden pest measured by the measuring member to determine the collection and replacement time of the collection member.

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