KR102070934B1 - A curb machining system for forming a sliding prevention structure - Google Patents

Abstract

The present invention relates to a curb machining system forming a sliding prevention structure. In the curb machining system forming the sliding prevention structure on a curb for preventing accidents due to a sliding phenomenon, disclosed are: a curb holding unit covering the side surface of the curb, and holding the curb not to escape from an external impact; a structure forming unit which forms the sliding prevention structure on the curb held at the curb holding unit when pressurized downward by a machining main body unit; a facility coupling unit allowing the structure forming unit to be spaced apart and coupled to a lower end of the machining main body unit; a pressure information unit acquiring pressure information when the machining main body unit is descends and contacts the curb holding unit; and a curb machining control unit acquiring the pressure information from the pressure information unit to control the structure forming unit.

Description

Curb machining system for forming a sliding prevention structure

The present invention relates to a curbstone processing system for forming a sliding prevention structure in the curb, in particular, to form a predetermined sliding prevention structure in the curb, when the anti-friction structure is formed in the curb, by applying steam and vibration to the curb, the curb easily It is a curbstone processing system that forms an anti-sliding structure that can be separated to save labor and time so that curb processing can proceed.

The Institute for Construction Industry (2009) clearly predicts future construction demand by analyzing data on investment and changes in form of the construction industry. Based on 38 years of data from 23 OECD countries, we analyzed the relationship between income levels and total construction investment, and the proportion of construction investment continued to increase as income levels increased to around USD 12,000. After that, despite the increase in income, the proportion of construction investment gradually decreased, and when GDP per capita reached US $ 30,000, the proportion of construction investment decreased further, remaining just over 10%. In Korea, construction investment accounted for more than 20% of gross domestic product in the 1990s, but it was at its peak. However, at the moment when GDP per capita reaches $ 30,000, the proportion of construction investment is decreasing to 16%. Therefore, the landscape industry is expected to maintain a market level of about 7 trillion won. As the construction industry increases with GDP, the size of the landscape industry is expected to increase proportionally when Korea's GDP reaches US $ 50,000 ~ 60,000. In contrast, the development of technology for curbstones having various shapes that divide the landscaping area and the walking area has been actively conducted, but the preparation of the measures or solutions accordingly is inadequate. There have been a number of technical attempts to process curbstones, and there exists a processing apparatus for light reflecting road boundary stones having a road safety function (registration number 10-0676758, hereinafter referred to as Patent Document 1).

In the case of patent document 1, it is related with the processing apparatus of the light reflection road boundary stone which has a road safety function. The processing apparatus of the present invention, the fixed frame is installed on the path to move the stone; A moving frame that is moved forward and backward without shaking; A table configured to move with the moving frame and to move up and down; A first rotating body; A second rotating body; A crank shaft for allowing the second rotating body to rotate forward and reverse within a predetermined angle range when the first rotating body is rotated 360 °; A front and rear connecting shaft configured to move the moving frame forward and backward according to the rotation of the second rotating body; A vertical connecting shaft configured to move the table up and down according to the rotation of the second rotating body; A cylindrical cutter adapted to rotate; A first motor for rotating the cylindrical cutter; A groove forming cutter installed in a path through which the stone is moved to form a groove; And a second motor for rotating the groove forming cutter to form the groove in the stone.

Similarly, "granite boundary stone and its manufacturing method (registration number 10-0808812, hereafter called patent document 2)" exist.

In the case of Patent Literature 2, a cross-sectional area between a sidewalk and a driveway or a driveway and a driveway relates to a granite boundary stone for distinguishing them from each other, and a rectangular parallelepiped body disposed of defects in appearance and a longitudinal direction of an upper portion of the body. The granite upper cladding plate attached along the side, the granite side cladding plate attached along the longitudinal direction of the side of the body, and the body, the granite top cladding plate and the granite side cladding plate is coupled to 100 parts by weight of the acrylic binder 5 to 10 parts by weight of the ring agent is characterized in that it is bonded and bonded with an adhesive produced.

In addition, the acrylic binder is prepared by mixing 50 to 70% by weight of acrylic urethane resin and 30 to 50% by weight of butyl acetone, and 50 to 60% by weight of iso-cyanate and 40 to 50% by weight of butyl acetone. It is characterized in that the curing agent to be prepared, and the subject and the curing agent is mixed in a weight ratio of 5 to 1 to 4 to 1.

In addition, there exists a "non-slip uneven surface processing apparatus for pedestrian safety road boundary stones" (registration number 10-1059735, hereinafter referred to as Patent Document 3).

In the case of Patent Document 3, it relates to a road boundary stone manufacturing apparatus, and more particularly, to an anti-slip uneven surface processing apparatus of a pedestrian safety road boundary stone which can form an anti-slip surface of a road boundary stone using a burner. will be.

The present invention is characterized in that the struts are installed at a predetermined interval, the bed is installed horizontally on the strut, the slider is provided on the front of the bed, the elastic support is installed on the top of the slider to rotate up and down, the front of the slider Fixed support portion formed in the upper portion and the lower portion is hinged rotatably up and down to the end of the elastic support portion and the end of the fixed support portion, respectively, the support angle is adjusted around the hinge coupling portion according to the degree of expansion and contraction of the elastic support, In the non-slip uneven surface processing apparatus of the pedestrian safety road boundary stone composed of a burner unit by spraying a flame on the surface of the road boundary stone passing downward to form an anti-slip surface, the elastic support portion up and down at the top of the slider A first spiral rod rotatably installed, and spaced apart from the first spiral rod The second helix rod rotatably installed up and down on the burner unit and one end is helically coupled to the end of the first helix rod in the forward direction, and the other end is helically coupled to the end of the second helix rod in the reverse direction. It is provided with an angle adjusting nut for adjusting the installation angle of the burner unit while changing the separation degree between the first spiral bar and the second spiral bar.

There is also a "pedestrian safety road boundary stone manufacturing apparatus (registration number 10-1059737, hereafter referred to as patent document 4)".

Patent Document 4 relates to a road boundary stone manufacturing apparatus, and more particularly, a series of manufacturing processes including a non-slip surface and an inclined side surface processing are performed in a continuous process through a bogie that circulates a predetermined track. The present invention relates to a pedestrian safety device for pedestrian safety that can significantly reduce production costs while increasing efficiency.

Road pedestrian stone manufacturing apparatus for walking safety according to the present invention is a circular processing line consisting of the first to fourth straight processing line perpendicular to the horizontal and vertical; A lower bogie installed to reciprocate the straight line in each of the straight lines; An upper bogie installed at an upper portion of the lower bogie and on which a road boundary stone is placed; A transfer unit for transferring the upper bogie of the previous machining step to the upper side of the bogie installed in the straight line of the next machining step; And a non-slip surface processing unit 510 disposed on the first straight processing line to form an anti-slip uneven surface on the surface of the road boundary stone, and a width of the road boundary stone according to a predetermined specification. Width cutting unit for cutting in the direction, the inclined cutting unit and the vertical cutting unit disposed in the third straight processing line to cut in the longitudinal direction so that the inclined side surface is formed on the road boundary stone gemstone to a certain standard, and the fourth straight processing line It is configured to include a stone processing unit is arranged in the transport unit for shipping the finished road boundary stone or the supply of the road boundary stone to be processed.

Finally, "stone processing apparatus (registration number 10-1593554, hereafter called patent document 5)" also exists.

Patent Document 5 relates to a stone processing apparatus, while forming a non-slip on the upper surface of a road boundary stone (including a road safety boundary stone) while maintaining a constant height of continuously supplied stones, while chamfering the upper one side, The present invention relates to a stone processing apparatus for cutting the opposite edge portion faced to process the width of the upper surface (distance from the front to the rear) to the standard.

The present invention transfer unit for transporting the processing part of the supplied stone is located above; A flow preventing part which tightly presses both sides of the stone conveyed by the conveying part while rotating and prevents flow during processing of the stone; The non-slip is formed on the upper surface of the stone which is continuously supplied, and at the same time, the height deviation part is cut to the standard or preset height (constantly) for each stone, and then the upper surface including the corner part of the stone is processed. It includes the processing part.

Registration No. 10-0676758 Registration No. 10-0808812 Registration No. 10-1059735 Registration No. 10-1059737 Registration No. 10-1593554

The curbstone processing system for forming a sliding prevention structure according to the present invention has been devised to solve the conventional problems as described above, and presents the following problems to be solved.

First, by forming a sliding prevention structure in the curb, it is possible to prevent the accident caused by sliding on the curb.

Second, when the sliding prevention structure is formed in the curb, since the sliding prevention structure is applied by applying heat, the working time is shortened.

Third, the present invention can be easily separated from the curb by applying steam and vibration to the curb is completed.

Fourth, it is possible to prevent an accident due to the edge of the curb by forming an edge on one side of both curbs.

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

Curb processing system for forming a sliding prevention structure according to the present invention has the following problem solving means for the above-mentioned problem.

Curb processing system for forming a sliding prevention structure according to the present invention, in the curb processing system to form a sliding prevention structure in the curb, in order to prevent accidents due to the sliding phenomenon, by covering the side of the curb, from the external impact Curb holding unit for holding the curb so as not to be separated; A structure forming unit disposed at one side of the lower end of the processing main body and configured to form the sliding prevention structure on the curb held by the curb holding unit when pressed downward by the processing main body; Facility coupling portion for allowing the structure forming portion is coupled to the bottom of the processing main body portion; A pressure information unit disposed near each corner of a lower end of the processing main body and obtaining pressure information when the processing main body is downwardly contacted with the curb holding unit; The curbstone processing control unit may be configured to obtain the pressure information from the pressure information unit and to control the structure forming unit.

The sliding prevention structure of the curbstone processing system for forming a sliding prevention structure according to the present invention may be characterized in that the pattern to prevent accidents due to sliding on the curb by inputting a predetermined pattern to the curb. .

The curb holding part of the curb processing system for forming a sliding prevention structure according to the present invention, the outer holding portion for covering the side of the curb so that the curb does not escape from an external impact; An inner section disposed in the outer holding part at predetermined distances to partition the inner holding part to form a space into which the curb is inserted; When the processing of the curb is completed, it may be characterized in that it comprises a holding body to be separated from the curb inserted into the curb holding portion by applying an upward pressing force from the outside.

The structure forming part of the curbstone processing system for forming a sliding prevention structure according to the present invention, form the same area as the space formed inside the curb holding portion, when the processing body portion is pressed downward into the curb holding portion A structure inserting portion to be inserted; A curbstone contact portion disposed at a lower end of the structure inserting portion to have a predetermined length, and contacting the curbstone when the processing body portion is pressed downward to form the sliding preventing structure on the curbstone; And a curb edge portion disposed at one side end of both side ends of the structural insertion part to form an edge due to downward pressing force on the curb.

The curb contact portion of the curb processing system for forming a sliding prevention structure according to the present invention, when the curb contact portion is pressed downward to the curb, the anti-structuring portion to form a coating to form the sliding prevention structure on the curb to release heat ; A structural edge coating unit applying heat to the edge of the sliding prevention structure to coat the edge of the sliding prevention structure; A steam discharge part disposed at a lower end of the curb contact portion at minute intervals to discharge steam to the curb; And a vibration separation unit configured to generate a vibration by receiving a predetermined frequency band from the curb processing unit to separate the curb contact portion and the curb.

The steam discharge part of the curbstone processing system for forming a sliding prevention structure according to the present invention, the main body tank portion is disposed inside the processing body portion, and receives and stores water from the outside; When the curb contact portion starts to apply heat to the curb, the water transmission unit for the water stored in the main tank tank water is delivered to the inside of the curb contact portion to convert the water into the steam by the heat ; When the curb contact portion forms the sliding prevention structure in the curb, it may be characterized in that it comprises a discharge separator for discharging the steam at high pressure through the fine hole to separate the curb contact portion and the curb.

The facility coupling portion of the curbstone processing system for forming a sliding prevention structure according to the present invention, the body coupling portion is coupled to one side of the lower end of the processing body portion, the structure forming portion is connected to the processing body portion; And a processing coupling part disposed below the facility coupling part and coupled to the structure forming part, and configured to press the structure forming part downwardly into the curb holding part when the processing main body part is pressed downward.

The pressure information portion of the curbstone processing system forming the anti-skid structure according to the present invention is a pair of mutually opposite conductive plates to which current is applied from the outside, and the processing body portion is pressed downward to the processing holding portion to process the curbstone. When the conductive shrinkage of any one of the pair of conductive plates is contracted when the conductive shrinkage is contracted, a capacitance generating unit for generating a capacitance based on the amount of force to shrink; And a pressure information obtaining unit obtaining the pressure information based on the capacitance generated in the capacitance generating unit.

The curb processing control unit of the curb processing system for forming a sliding prevention structure according to the present invention, the curb processing unit, the address storage unit for storing the same contact address to give a contact address for each of the curb contact portion; A pressure information call unit connected to the pressure information unit through a communication network to call the pressure information obtained for each pressure information unit; A pressure information comparison unit for comparing the called pressure information in a virtual space; A process signal generation unit for generating a process approval signal and transmitting the process approval signal to all of the compared pressure information; And a contact controller configured to receive the processing approval signal and selectively control at least one of the curb contacts based on the contact address stored in the address storage.

The contact control unit of the curbstone processing system for forming a sliding prevention structure according to the present invention, the contact control unit for applying the heat to the curb by controlling the curb contact portion when the magnitude of the compared pressure information all match; A discharge control unit configured to control the steam discharge unit to discharge the steam to the curb when the heat is applied to the curb; And a vibration control unit configured to apply the predetermined frequency band to the vibration separating unit so that the vibration separating unit generates the vibration of the predetermined frequency band to separate the curb contact portion and the curbstone. Can be.

Curb processing system for forming a sliding prevention structure according to the invention of the above configuration provides the following effects.

First, by forming a curved edge on the corner of the curb can prevent the accident caused by the corner.

Second, when forming the anti-skid structure by processing the curb, it is possible to proceed to work by detecting whether the anti-skid structure is formed horizontally in the curb horizontal to reduce the incidence of defective products.

Third, when separating the processed curb from the system, it is possible to separate the curb by applying steam and vibration to the curb without extra labor.

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

1 is a conceptual diagram of a curb processing system for forming a sliding prevention structure according to an embodiment of the present invention.
Figure 2 is a block diagram of a curb processing system for forming a sliding prevention structure, according to an embodiment of the present invention.
3 is an enlarged view of a structure forming part constituting a curb processing system for forming a sliding prevention structure according to an embodiment of the present invention.
4 is a front view of a curb holding part constituting a curb processing system for forming a sliding prevention structure, according to an embodiment of the present invention.
5 is an enlarged view of a curb contact portion constituting a curb processing system for forming a sliding prevention structure according to an embodiment of the present invention.
Figure 6 is a left side view of the structure forming portion constituting the curb processing system for forming a sliding prevention structure according to an embodiment of the present invention is coupled to the processing body portion through the facility coupling portion.
7 is a left side view and a cross-sectional view of a pressure information unit in which a pressure information unit is coupled to a processing main body constituting a curb processing system for forming a sliding prevention structure according to an exemplary embodiment of the present invention.
8 is a block diagram of a curb processing control unit constituting a curb processing system for forming a sliding prevention structure according to an embodiment of the present invention.
9 is a block diagram of a contact control unit constituting a curb processing system for forming a sliding prevention structure, according to an embodiment of the present invention.

The curbstone processing system for forming the anti-sliding structure according to the present invention may be modified in various ways and may have various embodiments. Specific embodiments will be illustrated in the drawings and described in detail in the detailed description. However, this is not intended to limit the present invention to specific embodiments, it should be understood to include all changes, equivalents, and substitutes included in the technical spirit and scope of the present invention.

1 is a conceptual diagram of a curb processing system for forming a sliding prevention structure according to an embodiment of the present invention. Figure 2 is a block diagram of a curb processing system for forming a sliding prevention structure, according to an embodiment of the present invention. 3 is an enlarged view of a structure forming part constituting a curb processing system for forming a sliding prevention structure according to an embodiment of the present invention. 4 is a front view of a curb holding part constituting a curb processing system for forming a sliding prevention structure, according to an embodiment of the present invention. 5 is an enlarged view of a curb contact portion constituting a curb processing system for forming a sliding prevention structure according to an embodiment of the present invention. FIG. 6 is a left side view of the structure forming unit constituting the curb processing system for forming the anti-sliding structure according to the preferred embodiment of the present invention coupled with the processing main body through the facility coupling unit. 7 is a left side view and a cross-sectional view of a pressure information unit in which a pressure information unit is coupled to a processing main body constituting a curb processing system for forming a sliding prevention structure according to an exemplary embodiment of the present invention. 8 is a block diagram of a curb processing control unit constituting a curb processing system for forming a sliding prevention structure according to an embodiment of the present invention. 9 is a block diagram of a contact control unit constituting a curb processing system for forming a sliding prevention structure, according to an embodiment of the present invention.

As a curbstone processing system for forming a sliding prevention structure according to the present invention, as shown in Figure 1, basically the system for performing the functions to be disclosed in the present invention is the processing body portion 20, the structure forming portion 120, The facility coupling unit 130 and the pressure information unit 140 may be included.

When the processing body portion 20 is pressed downward, the structure forming portion 120 that is connected to the processing body portion 20 by the facility coupling portion 130 may be processed to form a sliding prevention structure in the curbstone 10. The pressure information unit 140 may check the horizontality of the processing body 20 to start or continue the work.

Curb processing system for forming a sliding prevention structure according to the present invention, as shown in Figure 2, curb holding unit 110, structure forming unit 120, facility coupling unit 130, pressure information unit 140, curb The processing controller 150 may be included.

Curb holding unit 110 is configured to hold the curb 10 does not leave the seat to cover the edge of the curb (10).

The structure forming unit 120 is configured to perform a machining operation to form a sliding prevention structure on the upper surface of the curbstone 10 held.

The facility coupling part 130 is a structure which connects after separating the process main body part 20 and the structure formation part 120.

The pressure information unit 140 is configured to obtain pressure information when the processing body 20 contacts the ground or the curb holding unit 110 when the processing body 20 is pressed downward to process the curbstone 10. .

Curb processing controller 150 may compare the size of the obtained pressure information when the processing body portion 20 is in contact with the ground or the curb holding unit 110, it is possible to proceed to the processing operation if the horizontal level. .

The curbstone processing system 100 may be pressed downward to the curbstone 10 fixed to the curbstone holding part 110 to apply heat to process a sliding prevention structure having a predetermined pattern.

Curb processing system for forming a sliding prevention structure according to the present invention, as shown in Figure 4, the curb holding portion 110, the outer holding portion 111, the inner section 112, the holding body portion 113 It may include.

The curb holding unit 110 is configured to fix the curb 10 so as not to be separated by an external force at the working position in order to process the plurality of curbs 10 at once.

The outer holding part 111 may hold the edge portion of the curb 10 so that the curb 10 does not leave the seat by external force.

When the curbstone 10 is processed by the structure forming unit 120, the curbstone 10 may hold the edge of the curbstone 10 so that the anti-skid structure is not separated to process the curbstone 10 without a defective rate.

The inner section 112 is configured to be disposed inside the outer holding part 111, and the curbstone 10 is inserted into the divided space by dividing the space of the outer holding part 111 into a predetermined distance interval. The curb holding unit 111 and the inner section 112 may cover all of the top, bottom, left and right surfaces of the curb 10 to prevent the curb from being separated.

The holding body 113 is configured to be disposed at one side of the curb holding unit 110 and the anti-skid structure is processed on the curb 10 so that the curb holding unit 110 and the curb 10 may be caused by upward upward pressure. The curbstone holding part 110 can be fixed by an external configuration so that it can be separated.

As shown in FIG. 3, the curbstone processing system forming the anti-sliding structure according to the present invention includes the structure forming part 120, the structure inserting part 121, the curbstone contacting part 122, and the curbstone edge part 123. can do.

The structure forming unit 120 is spaced apart from the lower end of the processing main body 20 and is connected to the processing main body 20. When the processing main body 20 is pressed downward, the structure forming unit 120 is held in the curb holding unit 110. It is a structure which processes to contact the upper surface of the curbstone 10 directly, and to form a sliding prevention structure in the curbstone 10.

The structure inserting portion 121 has a width that matches the width of the curbstone 10 that is fixed inside the curb holding portion 110. When the processing body portion 20 is pressed downward, the curb holding portion 110 is formed. The structure inserting portion 121 connected to the processing main body 20 may be inserted into the inside.

When the structural insertion part 121 is inserted into the curb holding part 110, the curb contact part 122 may contact the curb 10, which is fixed therein, to start processing the curb 10.

The curb contact portion 120 is formed with a sliding prevention structure having a predetermined pattern, the curbstone 10 can be processed in contact with the curb 10 by the downward pressing force.

The curb contact portion 122 may include a preventive structure forming portion 122a, a structural edge coating portion 122b, a steam discharge portion 122c, and a vibration separating portion 122d.

The heating wire is disposed inside the prevention structure forming part 122a, and when the curb contact portion 120 contacts the curb 10, heat is emitted to form a rhombus-shaped surface that is a sliding prevention structure on the curb 10. The curbstone 10 can be processed.

At this time, the curbstone 10 heated by the heat may be formed a sliding prevention structure by the downward pressing force.

When the sliding prevention structure is formed by the prevention structure forming part 122a, the structure edge coating part 122b may apply heat to the edge of the sliding prevention structure so that irregularities and the like are not formed in the sliding prevention structure.

The surface portion of the sliding prevention structure is heated by the prevention structure forming portion 122a, so that irregularities are not formed, thereby forming a smooth sliding prevention structure, and the anti-sliding structure formed by the downward pressure suppression structure forming portion 122a is formed. The edge portion of the structure may prevent the structure edge coating portion 122b from applying heat to form irregularities on the edge.

Referring to FIG. 5, when all the sliding prevention structures are formed, the steam discharge part 122c may radiate high pressure steam to the sliding prevention structure to lower the temperature of the sliding prevention structure heated by heat, and the curb contact portion 122 and the curbstone may be used. An empty space can be formed between the (10).

The steam discharge part 122c may include a main body tank part 122c-1, a water transfer part 122c-2, and a discharge separator 122c-3.

The main body tank portion 122c-1 is a structure that is arranged inside the processing main body 20 so as to receive and store water from the outside.

When the water transfer part 122c-2 starts to process the sliding prevention structure on the curb 10, water is loaded in the body tank 122c-1 into the curb contact part 122 to deliver the respective curbstones. Water begins to be loaded into the contact portion 122, and as the curb contact portion 122 dissipates heat, the water delivered into the curb contact portion 122 is heated by heat and converted into steam.

The discharge separator 122c-3 is disposed on the front of the curb contact portion 122 to discharge steam through the fine holes, and discharges steam inside the curb contact portion 122 through the fine holes at high pressure to prevent sliding. The temperature of the fully processed curb 10 is lowered and a space is formed due to the high pressure between the curb contact 122 and the curb 10 so that the curb contact 122 can be separated from the curb 10 well. Can be.

The vibration separator 122d may be generated in the curb contact portion 122 so that the curbstone 10 and the curb contact portion 122 may be more easily separated.

The vibration separator 122d may generate vibrations based on a predetermined frequency band, and may mainly generate vibrations of high frequency.

A fine space is formed between the curbstone 10 and the curb contact portion 122 by the steam discharge part 122c, and the vibration separating part 122d generates vibrations in the curb contact portion 122, whereby the curbstone 10 contacts the curb contact portion. Can be completely separated from (122),

The curb edge portion 123 may be configured to form an edge at one side end of both side ends of the top surface of the curb 10 in a configuration disposed at one side end of both side ends of the structure forming unit 120.

Curb edge portion 123 may also process the curb 10 while generating heat when the processing of the curb 10 starts, forming an edge by applying heat so that irregularities are not formed in the edge formed on the curb 10 can do.

Curb edge 10 is formed when the edge is installed, it can prevent the accident due to the edge of the curb (10).

In order to form an edge on the curbstone 10, when the processing main body 20 is pressed downward to contact the upper surface of the curbstone 10 held by the curb holding part 110, a sufficient downward pressing force is applied to the curb edge part 123. The edge of the curb edge portion 123 must be applied to one side end of both side ends of the curbstone 10 to form an edge by cutting the side end.

As shown in FIG. 6, the curbstone processing system forming the anti-sliding structure according to the present invention may include the body coupling part 130 and the body coupling part 131 and the processing coupling part 132.

The facility coupling part 130 is configured to connect the processing body part 20 and the structure forming part 120 to be spaced apart. When the processing body part 20 is pressed downward, the structure forming part 120 is spaced apart. The curb holding unit 110 may be inserted into.

Body coupling portion 131 is a configuration that is directly connected to the processing body portion 20, the processing coupling portion 132 is a configuration that directly connects with the structure forming portion 120, the facility coupling portion 130 is the processing body The part 20 and the structure forming part 120 are spaced apart and connected.

In addition, in order to form a sliding prevention structure in the curbstone 10, when the processing body portion 20 disposed above the curb holding portion 110 is pressed downward, sufficient downward pressing force is held in the curb holding portion 110 To be applied to the upper surface of the curbstone 10 is a sliding prevention structure having a specific pattern can be processed to be formed in the curbstone (10).

As shown in FIG. 7, the curbstone processing system forming the anti-sliding structure according to the present invention includes the pressure information unit 140 including the conductive contraction unit 141, the capacitance generating unit 142, and the pressure information obtaining unit 143. It may include.

The pressure information unit 140 is disposed near each corner of the lower end of the processing main body 20, and when the processing main body 20 is downwardly pressed, the pressure is applied to the curb holding part 110 or a part directly contacting the ground. It is a configuration that can obtain information.

The conductive contraction portion 141 is a conductive plate that is opposed to each other, and when a pressure is generated by downward pressure, any one of the pair of conductive plates may be contracted by the pressure.

The conductive contraction part 141 may receive a current from an external source or arrange a means capable of receiving a current inside the processing body 20.

When the processing main body 20 is pressed downward for the processing of the curbstone 10 and is in contact with the ground or the curb holding part 110 to generate pressure, the pressure contraction portion 141 starts to be applied. The capacitance may be generated based on the strength of the pressure in the capacitance generating unit 142 disposed between the 141.

That is, according to the strength of the pressure applied to the conductive contraction portion 141, the magnitude of the capacitance generated in the capacitance generating unit 142 may also vary.

The pressure information acquisition unit 143 is a configuration capable of acquiring pressure information based on the magnitude of the capacitance generated in the capacitance generation unit 142.

In the pressure information mentioned in the present invention, the processing main body 20 is pressed downward, and the pressure generated due to contact with the ground or the curb holding unit 110 is applied to the pressure information unit 140, based on the magnitude of the generated pressure. The magnitude of the released capacitance can be defined as pressure information.

The pressure information obtaining unit 143 obtains the pressure information based on the generated capacitance, and compares the obtained pressure information in a virtual space. That is, comparing the magnitude of the capacitance, the magnitude of the capacitance is all If the coincidence, the processing main body 20 is horizontally pressed downward, the concept of confirming whether the curb 10 can be processed, that is, the pressure information may be referred to as the strength of the pressure or the magnitude of the capacitance.

When the pressure information acquired for each pressure information unit 140 arranged near each corner of the lower end of the processing main body 20 coincides with each other, the magnitude of the capacitance generated by the pressure also coincides, which means that the processing main body 20 is grounded. Alternatively, the curb holding unit 110 may be disposed horizontally, and the curbstone 20 may be processed to prevent sliding by preventing a defective product rate due to a horizontal mismatch.

As shown in FIG. 8, the curb processing system forming the anti-sliding structure according to the present invention has a curb processing control unit 150 including an address storage unit 151, a pressure information calling unit 152, and a pressure information comparing unit 153. ), A processing signal generator 154, and a contact controller 155.

The address storage unit 151 is configured to assign a contact address to each curb contact portion 122 arranged at a lower end of the structure forming unit 120 and to store the curb processing unit 150.

The contact address referred to in the present invention may be assigned a contact address for each curb contact portion 122 to selectively control the curb contact portion 122, the contact address of the identification code that can identify the curb contact portion 122 It's a concept. For example, when 20 curbstone contact portions 122 for processing the curbstone 10 are disposed at the bottom of the structure forming part 120, each curbstone contact portion 122 is given a contact address to each curbstone contact portion 122. ) Can be selectively controlled based on the contact address. The pressure information caller 152 is configured to call up the acquired pressure information to compare the size of the pressure information obtained for each pressure information unit 140 disposed in each corner of the lower end of the processing body 20.

The called pressure information may be compared in the pressure information comparing unit 153. In the virtual space, the magnitude of the pressure information measured for each time may be compared based on the same time as the time at which the pressure information was obtained.

If the pressure information compared in the pressure information comparison unit 153 is matched, it is possible to start and continue the operation of processing the anti-skid structure on the curb, and if it does not match, the operation may not be started or stopped.

 The determination is made based on the processing approval signal generated by the processing signal generator 154. If all of the compared pressure information matches, the processing approval signal is generated and transmitted to the contact controller 155, or the pressure information is one. If they do not match, it is determined that the machining main body 20 is not horizontal and does not generate a machining approval signal.

If the processing approval signal referred to in the present invention is determined that the processing main body 20 is horizontal in order to process the sliding prevention structure without defects on the curb 10, the curb processing control unit 150 performs the operation. Can be used as a concept of signal to proceed.

As shown in FIG. 9, the curbstone processing system forming the anti-sliding structure according to the present invention includes the contact control unit 155, the contact control unit 155a, the discharge control unit 155b, and the vibration control unit 155c. can do.

The contact controller 155 may be configured to selectively control the curb contact portion 122 by receiving a process approval signal generated by determining that the processing main body 20 is parallel to the ground or the curb holding part 110.

The contact controller 155 may include a contact controller 155a, a discharge controller 155b, and a vibration controller 155c. The contact control unit 155a of the contact control unit 155 receiving the processing approval signal may control the curb contact unit 122 so that the curb contact unit 122 may radiate heat to apply heat to the curb 10. When heat is applied to the curbstone 10, the processing main body 20 is pressed downward to form a sliding prevention structure in the curbstone 10, and the discharge control unit 155b opens the steam discharge unit 122c. By controlling it, it is possible to discharge the high pressure steam to the curb 10. When high pressure steam is discharged to the curb 10, the vibration control unit 155c applies a predetermined frequency band to the vibration separating unit 122d, so that the vibration separating unit 122d vibrates based on the predetermined frequency band. The curbstone 10 and the curb contact portion 122 may be completely separated from each other.

That is, in the present invention, when the processing main body 20 is pressed downward to form a sliding prevention structure on the curb 10, and the sliding prevention structure is formed on the curb, the structure forming unit 120 dissipates heat to form the curb 10 The anti-skid structure formed in the) is processed so that there is no irregularities, and if the processing main body portion 20 is pressed downward, it is confirmed that the pressure is downwardly maintained while keeping the ground or curb holding portion 110 horizontal, and then proceed with the machining operation. Can prevent the production of defective products.

The scope of the present invention is determined by the matters set forth in the claims, and the parentheses used in the claims are not for the purpose of selective limitation, but rather for the sake of clarity. Should be.

10: curb 20: processing main body
100: curb processing system 110: curb holding part
111: outer holding portion 112: inner section portion
113: holding body portion 120: structure forming portion
121: structure insert 122: curb contact portion
122a: prevention structure forming part 122b: structure edge coating part
122c: steam discharge part 122c-1: main body tank part
122c-2: Water delivery part 122c-3: Discharge separation part
122d: vibration separation part 123: curb edge part
130: facility coupling portion 131: body coupling portion
132: processing coupling 140: pressure information
141: conduction shrinkage section 142: capacitance generating section
143: pressure information acquisition unit 150: curb processing control
151: address storage unit 152: pressure information calling unit
153: pressure information comparison unit 154: processing signal generation unit
155: contact control unit 155a: contact control unit
155b: discharge control unit 155c: vibration control unit

Claims (10)

In the curb processing system to form a sliding prevention structure in the curb, in order to prevent accidents caused by the sliding phenomenon,
A curb holding portion which covers the side of the curb and holds the curb so as not to be separated from an external impact;
A structure forming unit disposed at one side of the lower end of the processing main body and configured to form the sliding prevention structure on the curb held by the curb holding unit when pressed downward by the processing main body;
Facility coupling portion for allowing the structure forming portion is coupled to the lower end of the processing body;
A pressure information unit disposed near each corner of a lower end of the processing main body and obtaining pressure information when the processing main body is downwardly contacted with the curb holding unit;
Acquiring the pressure information from the pressure information unit, including a curb processing control unit for controlling the structure forming unit,
The curb holding unit,
An outer holding part covering a side surface of the curb so that the curb does not escape from an external impact;
An inner section disposed in the outer holding part at predetermined distances to partition the inner holding part to form a space into which the curb is inserted;
When the processing of the curb is completed, the curbstone processing system for forming a sliding prevention structure, characterized in that it comprises a holding body portion for separating the curb that is inserted into the curb holding portion by receiving an upward pressing force from the outside .
The method of claim 1,
The sliding prevention structure,
The curbstone processing system for forming a sliding prevention structure, characterized in that the pattern to prevent the accident due to sliding on the curb by inputting a predetermined pattern to the curb.
delete The method of claim 1,
The structure forming unit,
A structure insertion part which forms the same width as a space formed inside the curb holding part and is inserted into the curb holding part when the processing main body part is pressed downward;
A curbstone contact part disposed at a lower end of the structure inserting part to have a predetermined length, and contacting the curbstone when the processing body part is pressed downward to form the sliding preventing structure on the curbstone; And
Curbstone processing system to form a sliding prevention structure, characterized in that it comprises a curb edge portion disposed on one side end of the both sides of the structural insert portion, forming an edge due to downward pressing force on the curb.
delete delete delete delete The method of claim 4, wherein
The curb processing control unit,
An address storage unit which assigns a contact address to each curb contact and stores the same contact address;
A pressure information call unit connected to the pressure information unit through a communication network to call the pressure information obtained for each pressure information unit;
A pressure information comparison unit for comparing the called pressure information in a virtual space;
A process signal generation unit for generating a process approval signal and transmitting the process approval signal to all of the compared pressure information; And
And a contact controller configured to receive the machining approval signal and selectively control at least one of the curb contacts based on the contact address stored in the address storage. Curb processing system.
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