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WO2010101329A1 - Cableveyor with reduced noise, dust and body sagging - Google Patents

Cableveyor with reduced noise, dust and body sagging Download PDF

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Publication number
WO2010101329A1
WO2010101329A1 PCT/KR2009/002578 KR2009002578W WO2010101329A1 WO 2010101329 A1 WO2010101329 A1 WO 2010101329A1 KR 2009002578 W KR2009002578 W KR 2009002578W WO 2010101329 A1 WO2010101329 A1 WO 2010101329A1
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WO
WIPO (PCT)
Prior art keywords
piece
cable
pin
guide
link pin
Prior art date
Application number
PCT/KR2009/002578
Other languages
French (fr)
Korean (ko)
Inventor
심술진
Original Assignee
주식회사 코닥트
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 주식회사 코닥트 filed Critical 주식회사 코닥트
Publication of WO2010101329A1 publication Critical patent/WO2010101329A1/en

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Classifications

    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02G—INSTALLATION OF ELECTRIC CABLES OR LINES, OR OF COMBINED OPTICAL AND ELECTRIC CABLES OR LINES
    • H02G11/00—Arrangements of electric cables or lines between relatively-movable parts
    • H02G11/006—Arrangements of electric cables or lines between relatively-movable parts using extensible carrier for the cable, e.g. self-coiling spring
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
    • F16G—BELTS, CABLES, OR ROPES, PREDOMINANTLY USED FOR DRIVING PURPOSES; CHAINS; FITTINGS PREDOMINANTLY USED THEREFOR
    • F16G13/00—Chains
    • F16G13/12—Hauling- or hoisting-chains so called ornamental chains
    • F16G13/16—Hauling- or hoisting-chains so called ornamental chains with arrangements for holding electric cables, hoses, or the like
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
    • F16L—PIPES; JOINTS OR FITTINGS FOR PIPES; SUPPORTS FOR PIPES, CABLES OR PROTECTIVE TUBING; MEANS FOR THERMAL INSULATION IN GENERAL
    • F16L57/00—Protection of pipes or objects of similar shape against external or internal damage or wear
    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02G—INSTALLATION OF ELECTRIC CABLES OR LINES, OR OF COMBINED OPTICAL AND ELECTRIC CABLES OR LINES
    • H02G3/00—Installations of electric cables or lines or protective tubing therefor in or on buildings, equivalent structures or vehicles
    • H02G3/02—Details
    • H02G3/04—Protective tubing or conduits, e.g. cable ladders or cable troughs
    • H02G3/0462—Tubings, i.e. having a closed section
    • H02G3/0475—Tubings, i.e. having a closed section formed by a succession of articulated units

Definitions

  • the present invention relates to a cable bare to move smoothly along the feed of the machine tool while protecting the cable connected to the controller and the machine for the operation of the machine in a moving machine tool, and more particularly to the movement during use of the machine tool Noise and dust generated by the cable bear combined with a plurality of cables, but minimized the friction surface to minimize the noise and dust. Also, the noise and dust developed to alleviate the phenomenon that the cable bear sags downward due to the cable load.
  • the present invention relates to a cable bear that reduces the weight and sags the body.
  • the cable bear of various machine tools is used without any abnormality.
  • the conventional cable bear is operating normally when the cable bear is rotated in a curved shape as shown in FIG. 6, but gradually starts to sag from the upper end of the middle part of the cable bear due to the load of the cable placed on the cable bear.
  • the middle part is considerably drooping down, and when the cable bear is operated, noise is generated along with the noise, which affects the life of the cable bear and the movement of the machine tool.
  • the cable bear is deflected downward and the cable bears the cable bear.
  • the cable bears the cable barely drawn between the moving parts of the machine tool and the controller due to the deflection of the cable bearing.
  • the pulling force is transmitted, which causes frequent breakdowns, lowering productivity and exposing a lot of problems to the safety of the machine.
  • the body and the body that make up the cable bearing are so closely bonded to each other that the cable bears. There was a problem that dust is generated during friction along with noise due to mutual friction during operation.
  • the present invention has been made to solve the above problems, when using the cable bear, the cable bears the corner portion is rotated and the cable moving up and down so that there is no drooping down the cable used in the cable bear safely It is intended to prevent noise and dust by zooming by minimizing contact with each other by allowing tolerances in the areas where friction occurs during movement by combining the body and the body while using it.
  • the first pin connection piece insertion groove and the second pin connection insertion groove is formed on both sides of the link pin fixing hole penetrating the center portion, and the upper link pin fastening on the upper and lower portions of the link pin fixing hole.
  • the upper end of the first pin connecting piece insertion groove forms a first insertion wing piece with a first blade insert, the first upper curvature locking stone inward on the upper end of the first insertion blade piece.
  • a first top plate was formed to form a bend and a first top curvature projection protrusion curvature guide space, and a first guide insertion piece having a first guide space at a lower end and a first bottom deflection preventing projection bar at a lower end of the first pin connection piece insertion groove. And a second insertion blade piece having a second blade insertion portion at an upper end of the second pin connection insertion groove, and a second upper curvature engaging protrusion rod and a second upper curvature inward on an upper end of the second insertion blade piece.
  • Jam stick A first upper plate was formed to form a rate guide space.
  • a second guide insertion piece having a lower second guide space and a first lower deflection preventing projection bar were formed at a lower end of the second pin connecting piece insertion groove.
  • the upper and lower parts of the fixing hole protrudes complementary protrusions on the upper and lower sides of the link pin fixing hole of the cable bear body, which is composed of the upper fastening rod and the lower fastening rod, and integrally with the pin release preventing piece at the center.
  • the piece combines the connecting piece and the link pin integrally with the fastener.
  • the upper fastening rod and the lower fastening rod are symmetrically coupled with the cable bar body by combining the guide bars made with the fastening grooves on both sides at the bottom.
  • the present invention can be moved safely from the machine tool on the horizontal line without the sagging or bending of the middle portion of the cable bear even if a load is applied to each cable bearing body, and minimizes the contact portion of the cable bearing body and the cable bearing body during operation Minimized friction part minimizes noise caused by friction and dust generated during friction to minimize the work environment. It is not limited to machine tools and all industrial equipment and various moving facilities that connect cables from controllers to operating machines. If you install and use it in the system, you can use the machine without any trouble because the cable can be safely protected.
  • FIG. 2 is a perspective view of a cable bearing body of the present invention
  • Figure 3 is a perspective view of the link pin of the present invention
  • FIG. 4 is a perspective view of a guide bar of the present invention.
  • FIG. 5 is a front view of a state in which two cable bearers of the present invention are connected;
  • Figure 6 is a part of the operation state of the corner of the cable bearing of the present invention
  • link pin fixing hole 2 upper link pin fastening groove
  • first upper curvature projection bar 32 first upper curvature projection bar curvature guide space
  • Figure 1 of the present invention is a perspective view of the bare body of the present invention combined
  • Figure 2 is a perspective view of the cable bare body of the present invention
  • Figure 3 is a perspective view of the link pin of the present invention
  • Figure 4 is a cable bear body coupled to the left and right
  • Note is a perspective view of the guide bar
  • Figure 5 is a front view of a state in which the two cable bearer body of the present invention is connected.
  • the lower portions of the link pin fixing holes 1 penetrating the center portion are inclined surfaces 15 and 25 and the upper portions thereof are straight to the horizontal surfaces 16 and 26.
  • the first pin connecting piece insertion groove 10 and the second pin connecting insertion groove 20 are formed, and the upper and lower link pin fastening groove 2 and the lower link pin fastening groove ( 3) there are,
  • a first insertion blade piece 30 having a first blade insertion portion 11 is formed at an upper end of the first pin connecting piece insertion groove 10, and a first inward portion is formed at an upper end of the first insertion blade piece 30.
  • a first upper plate 33 was formed by making the upper curvature engaging projection bar 31 and the first upper curvature engaging projection bar curvature guide space 32.
  • a first guide insertion piece 40 having a lower first guide space 41 and a first lower deflection preventing projection bar 42 were formed.
  • a second insertion blade piece 50 having a second blade insertion portion 21 is formed at an upper end of the second pin connection insertion groove 20, and a second inward portion is formed at an upper end of the second insertion blade piece 50.
  • the second upper plate 53 was formed by forming the upper curvature engaging projection bar 51 and the second upper curvature engaging projection bar curvature guide space 52.
  • a second guide insertion piece 60 having a lower second guide space 61 and a first lower deflection preventing projection bar 62 were formed.
  • the upper and lower fastening rods 4 and the lower fastening rods 5 are integrally formed at the upper and lower portions of the link pin fixing hole 1 at the center, and the upper fastening rod 4 and the link pin fixing holes 1 at the center.
  • the second insertion blade piece 50, the second upper plate 53 and the second guide insertion piece 60 of the other side (C) is composed of a cable bearing body 100 integrally formed in a symmetrical shape.
  • the pin release prevention piece (71) is coupled to the connecting piece (74) and the link pin (70) incorporating the fastener (75), and fastened at both sides to the upper fastening rod (4) and the lower fastening rod (5).
  • the guide bar 80 which makes the groove 81, is coupled to the lower end at the upper end thereof, and the cable bear body 100 is symmetrically coupled.
  • the cable bear body (100) in order to continuously connect the cable bear body (100) repeatedly look at the embodiment of the state of coupling to both sides using the cable bear body 100 of the same shape, first the cable bear body of the same shape It is a structure that combines the other side (C) of one side (B) and the other side of the cable bearing body 100 on the basis of the center line (A) of the cable bear body (100) by combining (100).
  • the first insertion blade piece 30 of one cable bearing body is inserted into the second blade insertion part 21 of the second insertion blade piece 50 of the other cable bearing body and at the same time the first insertion blade piece.
  • the first upper curvature locking projection bar 31 of the upper wing piece 30 is fitted into the second upper curvature locking projection working space 52 of the second upper plate 53 of the other cable bearing body.
  • the second upper curvature projection bar 51 of the second upper plate 53 of the other cable bearing body is inserted into the first upper curvature projection bar operating space 32 of the first upper plate 33 of one cable bearing body to move. do.
  • the second guide insertion piece 60 of the other cable bear body is inserted into the first guide space 41 at the bottom of the first pin connecting piece insertion groove 10 of one cable bear body, and at the same time, the first lower deflection preventing projection bar 42 is inserted into the space of the second guide insertion piece 60 of the other cable bearing body, the first lower deflection preventing projection bar 42 of one cable bearing body is the second guide insertion piece of the other cable bearing body ( 60) is inserted into the space.
  • the link pin 70 When the link pin 70 is inserted as described above, the upper and lower link pin fastening grooves at the upper and lower link pin fixing holes 1 of the complementary protrusion pieces 72 and 73 integrated at the upper and lower ends of the pin detachment prevention piece 71 are inserted. (2) and the lower link pin fastening groove (3) of the lower portion, the connecting piece 74 of the link pin 70 is fitted into the second pin connecting piece insertion groove 20, the fastener 75 is the other cable It is coupled to the link pin fixing hole (1) of the bare body is fixed.
  • the fastening grooves 81 of the guide waves 80 are respectively formed on the upper fastening rods 4 and the lower fastening rods 5 of the cable bear body 100.
  • the cable bearing body 100 is to be coupled symmetrically to both sides.
  • the link pin 70 When the coupled cable bear is operated as described above, when the coupled cable bear rotates the corner as shown in FIG. 6, the link pin 70 is elastically centered on the link pin fixing hole 1 of the cable bear body 100. Slightly bent by the connection piece 74 of the link pin 70 is bent inclined surface formed in the lower portion of the second pin connecting piece insertion groove 20 of the one side and the first pin connecting piece insertion groove 10 of the other cable bearing body By being bent steadily.
  • the upper portion of the cable bear body 100 has a second upper curvature protrusion bar 51 of one cable bear body in a state in which one cable bear body and the other cable bear body are maximally opened.
  • the first upper curvature locking projection bar 31 of the cable bearer body and the other side are operated in one side of the first upper curvature locking protrusion curvature guide space 32 and the other side of the second upper curvature locking protrusion curvature guide space 52 to maximize as much as possible.
  • the second upper curvature engaging projection bar 51 of the one side cable bear body and the first upper curvature engaging projection bar 31 of the other cable bearing body are moved in contact with each other.
  • the upper portion of the cable bearer body 100 is opened as much as possible, but the lower portion of the second insertion guide piece 60 of the cable bearer body is connected to the lower portion of the cable bearer body 100 to move.
  • the first lower deflection preventing projection bar 42 of the rod 62 and the first guide insertion piece 40 of the other cable bearing body operates in the second guide space 61 and the first guide space 41 to be as close as possible. It is rotated while maintaining the state.
  • the connecting piece 74 of the link pin 70 which is bent at the time of corner rotation, is restored by elasticity to restore the original straight state and the link pin 70 at the same time.
  • the connecting piece 74 is to be in close contact with the upper straight surface in the second pin connecting piece insertion groove 20 of the one side cable bearing body and the first pin connecting piece insertion groove 10 of the other cable bearing body.
  • the upper portion of the cable bearing body 100 is the second upper end of one cable bearing body in a state in which one cable bearing body and the other cable bearing body are in close contact with each other as much as possible.
  • the curvature locking projection bar 51 and the first upper curvature locking projection bar 31 of the other cable bearing body respectively have one side upper curvature projection protrusion curvature guide space 32 and the other second upper curvature projection protrusion curvature guide space 52.
  • the second upper curvature locking projection bar 51 of the one cable bearer body and the first upper curvature locking projection bar 31 of the other cable bearer body are moved away from each other as far as possible.
  • the upper portion of the cable bearer body 100 is opened as much as possible, but the lower portion of the second insertion guide piece 60 of the cable bearer body is connected to the lower portion of the cable bearer body 100 to move.
  • the first lower deflection preventing projection bar 42 of the rod 62 and the first guide insertion piece 40 of the other cable bearing body is operated as far as possible by operating in the second guide space 61 and the first guide space 41.
  • the link pin 70 that is inserted into the first pin connection piece insertion groove 10 and the second pin connection insertion groove 20 of the cable bear body 100 in the process of moving the cable mare is the first pin connection piece insertion groove. (10) and the inclined surface of the lower portion of the second pin connecting insertion groove 20 can be stably maintained the rotation angle, the top of the first pin connecting piece insertion groove 10 and the second pin connecting insertion groove (20) By the straight surface of the part is supported horizontally with the link pin 70, even if the cable bears a load by zooming to be able to maintain the horizontal without bending.
  • the first blade inserting portion 30 and the second insertion blade piece 50 inserted into the first blade inserting portion 11 and the second blade inserting portion 21 in the process of operating the cable bearing body are made of Tolerance is provided at the contact portions of the first blade insertion portion 11 and the second blade insertion portion 21 so that friction does not occur between each other so as to prevent dust generation along with noise caused by friction.
  • the cable bear which reduces noise and dust and reduces sagging of the body according to the present embodiment, is not limited to the above-described form and may be variously modified within a range not departing from the technical spirit of the present invention. This will be readily apparent to those skilled in the art.

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  • Engineering & Computer Science (AREA)
  • General Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Architecture (AREA)
  • Civil Engineering (AREA)
  • Structural Engineering (AREA)
  • Electric Cable Arrangement Between Relatively Moving Parts (AREA)

Abstract

The present invention relates to a cableveyor that protects a cable connected to a controller and a mobile machine tool for operation of the machine tool as well as enabling the cable to move smoothly according to the movement of the machine tool. More specifically, the invention is a cableveyor with reduced noise and dust, and alleviated body sagging, which was developed to minimize surface friction and remarkably reduce noise and dust generated during the operation of the machine tool by movement of the cableveyor assembled from plural pieces, and also to relieve the sagging of the cableveyor under the weight of the cable.

Description

소음과 분진의 저감 및 바디의 처짐을 완화한 케이블 베어Cable bare to reduce noise and dust and reduce body sag
본 발명은 움직이는 공작기계에 있어 기계의 작동을 위해 제어기와 기계에 접속된 케이블을 보호하면서 공작기계의 이송을 따라 원활하게 이동하도록 하는 케이블 베어에 관한 것으로, 더욱 상세하게는 공작기계의 사용시 움직임에 의해 다수 개로 결합하여서된 케이블 베어가 소음과 분진이 발생하였으나 마찰면을 최소화 하여 소음과 분진을 극소화하였으며 또한, 케이블의 하중에 의해 케이블베어가 아래로 처지는 현상을 완화하기 위해 개발된 소음과 분진의 저감 및 바디의 처짐을 완화한 케이블 베어에 관한 것이다.The present invention relates to a cable bare to move smoothly along the feed of the machine tool while protecting the cable connected to the controller and the machine for the operation of the machine in a moving machine tool, and more particularly to the movement during use of the machine tool Noise and dust generated by the cable bear combined with a plurality of cables, but minimized the friction surface to minimize the noise and dust. Also, the noise and dust developed to alleviate the phenomenon that the cable bear sags downward due to the cable load. The present invention relates to a cable bear that reduces the weight and sags the body.
종래에 사용하고 있는 케이블 베어에 있어서는 각종 공작기계의 케이블을 안치하여 사용하는데 있어서는 별다른 이상없이 사용하고 있다.In the cable bear used conventionally, the cable bear of various machine tools is used without any abnormality.
그러나 종래의 케이블 베어는 도 6과 같이 케이블 베어가 곡선을 그리며 회전될 때는 정상적으로 작동하고 있으나 케이블 베어에 얹혀지는 케이블의 하중에 의해 케이블 베어의 중간부분의 상단 시작부분 부터 서서히 처지기 시작하여 케이블 베어의 중간부분이 아래로 상당히 처짐현상과 함께 케이블베어가 작동시 소음과 함께 마찰로 인한 분진이 발생하여 케이블 베어의 수명단축과 더불어 공작기계의 움직임에도 영향을 주는 경우가 발생하고 있는 것이다.However, the conventional cable bear is operating normally when the cable bear is rotated in a curved shape as shown in FIG. 6, but gradually starts to sag from the upper end of the middle part of the cable bear due to the load of the cable placed on the cable bear. The middle part is considerably drooping down, and when the cable bear is operated, noise is generated along with the noise, which affects the life of the cable bear and the movement of the machine tool.
이렇게 케이블 베어가 아래로 처짐 현상이 발생하면서 케이블 베어에 안치하여 사용하고 있는 케이블에 있어서도 케이블베어의 처짐에 의해 케이블을 공작기계의 이동부분과 제어기 사이에서 상호간에 무리하게 당겨짐에 의해 케이블 접지부분에 그 당겨지는 힘이 전달되어 이로 인해 고장이 자주 일어나 생산성이 저하되고 기계의 안전에도 많은 문제점이 노출되고 있으며, 또한 케이블베어를 구성하고 있는 바디와 바디가 상호간에 너무 밀착된 구조로 되어 있어 케이블베어의 작동시 상호간의 마찰로 인한 소음과 함께 마찰시 분진이 발생하는 문제가 있었다.In this case, the cable bear is deflected downward and the cable bears the cable bear. Also, the cable bears the cable barely drawn between the moving parts of the machine tool and the controller due to the deflection of the cable bearing. The pulling force is transmitted, which causes frequent breakdowns, lowering productivity and exposing a lot of problems to the safety of the machine. In addition, the body and the body that make up the cable bearing are so closely bonded to each other that the cable bears. There was a problem that dust is generated during friction along with noise due to mutual friction during operation.
본 발명은 상기와 같은 문제점을 해결하기 위해 안출한 것으로 케이블 베어로 사용시 케이블 베어가 코너부분이 회전되며 상하로 움직임이 발생하는 케이블이 아래로 처침현상이 없도록 하여 케이블 베어에 사용하고 있는 케이블을 안전하게 사용할 수 있도록 함과 동시에 바디와 바디를 결합하여 운동시 마찰이 일어나는 부분에 공차를 두어 상호간에 접촉을 최소화하여 줌으로 소음과 분진을 방지하고자 한 것이다.The present invention has been made to solve the above problems, when using the cable bear, the cable bears the corner portion is rotated and the cable moving up and down so that there is no drooping down the cable used in the cable bear safely It is intended to prevent noise and dust by zooming by minimizing contact with each other by allowing tolerances in the areas where friction occurs during movement by combining the body and the body while using it.
본 발명은 케이블 베어의 구성에 있어, 중앙부를 관통한 링크핀 고정공의 양측으로 제1핀연결편삽입홈과 제2핀연결삽입홈을 형성하며, 상기 링크핀 고정공의 상하부에는 상부 링크핀 체결홈과 하부 링크핀 체결홈이 있으며, 상기 제1핀연결편삽입홈의 상단에는 제1날개삽입부가 있는 제1삽입 날개편을 형성하며, 상기 제1삽입날개편 상단에는 내측으로 제1상단곡률걸림돌기봉과 제1상단 곡률걸림돌기봉 곡률안내공간을 만든 제1상판을 형성하였으며, 상기 제1핀연결편삽입홈의 하단에는 하단 제1안내공간을 가진 제1안내삽입편과 제1하단 처짐방지걸림돌기봉을 형성하였고, 상기 제2핀연결삽입홈의 상단에는 제2날개삽입부가 있는 제2삽입 날개편을 형성하며, 상기 제2삽입날개편 상단에는 내측으로 제2상단 곡률걸림돌기봉과 제2상단 곡률걸림돌기봉 곡률안내공간을 만든 제1상판을 형성하였으며, 상기 제2핀연결편삽입홈의 하단에는 하단 제2안내공간을 가진 제2안내삽입편과 제1하단 처짐방지걸림돌기봉을 형성하였으며, 중앙의 링크핀 고정공의 상부와 하부에는 상단체결봉과 하단체결봉을 일체로 구성한 케이블베어바디의 링크핀 고정공에 일측 상하에 보완돌출편을 돌출시켜 중앙의 핀이탈방지편과 일체로 하며, 상기 핀이탈방지편과는 연결편과, 체결구를 일체로 한 링크핀을 결합시키며, 상단체결봉과 하단체결봉에는 양측에 체결홈을 만든 안내바를 상단에 하단에 결합하여 케이블베어바디를 대칭되게 결합하여서 된 것이다.In the configuration of the cable bear, the first pin connection piece insertion groove and the second pin connection insertion groove is formed on both sides of the link pin fixing hole penetrating the center portion, and the upper link pin fastening on the upper and lower portions of the link pin fixing hole. There is a groove and a lower link pin fastening groove, the upper end of the first pin connecting piece insertion groove forms a first insertion wing piece with a first blade insert, the first upper curvature locking stone inward on the upper end of the first insertion blade piece. A first top plate was formed to form a bend and a first top curvature projection protrusion curvature guide space, and a first guide insertion piece having a first guide space at a lower end and a first bottom deflection preventing projection bar at a lower end of the first pin connection piece insertion groove. And a second insertion blade piece having a second blade insertion portion at an upper end of the second pin connection insertion groove, and a second upper curvature engaging protrusion rod and a second upper curvature inward on an upper end of the second insertion blade piece. Jam stick A first upper plate was formed to form a rate guide space. A second guide insertion piece having a lower second guide space and a first lower deflection preventing projection bar were formed at a lower end of the second pin connecting piece insertion groove. The upper and lower parts of the fixing hole protrudes complementary protrusions on the upper and lower sides of the link pin fixing hole of the cable bear body, which is composed of the upper fastening rod and the lower fastening rod, and integrally with the pin release preventing piece at the center. The piece combines the connecting piece and the link pin integrally with the fastener. The upper fastening rod and the lower fastening rod are symmetrically coupled with the cable bar body by combining the guide bars made with the fastening grooves on both sides at the bottom.
이러한 본 발명은 각각의 케이블베어바디에 하중이 가해져도 케이블 베어의 중간부분이 처지거나 휘어지는 현상 없이 수평선상으로 안전하게 공작기계에서 이동할 수 있으며 작동시 케이블베어바디와 케이블베어바디의 접촉부분을 최소화하여 마찰부분을 극소화함으로 인해 마찰로 인한 소음과 마찰시 발생하는 분진을 최소한으로 줄여 작업환경을 개선한 것으로, 공작기계에 한정하지 않으며 제어기에서 케이블을 작동기계까지 연결하여 움직이는 모든 산업장비나 각종 이동 시설에 설치하여 사용할 경우 케이블을 안전하게 보호할 수 있어 고장없이 기계를 사용할 수 있는 것이다.The present invention can be moved safely from the machine tool on the horizontal line without the sagging or bending of the middle portion of the cable bear even if a load is applied to each cable bearing body, and minimizes the contact portion of the cable bearing body and the cable bearing body during operation Minimized friction part minimizes noise caused by friction and dust generated during friction to minimize the work environment. It is not limited to machine tools and all industrial equipment and various moving facilities that connect cables from controllers to operating machines. If you install and use it in the system, you can use the machine without any trouble because the cable can be safely protected.
도 1은 본 발명의 사시도1 is a perspective view of the present invention
도 2는 본 발명의 케이블베어바디 사시도2 is a perspective view of a cable bearing body of the present invention
도 3은 본 발명의 링크핀 사시도Figure 3 is a perspective view of the link pin of the present invention
도 4는 본 발명의 안내바의 사시도4 is a perspective view of a guide bar of the present invention;
도 5는 본 발명의 케이블베어바디를 두개를 연결한 상태의 정면도5 is a front view of a state in which two cable bearers of the present invention are connected;
도 6은 본 발명의 케이블베어의 코너부분 일부작동 상태도Figure 6 is a part of the operation state of the corner of the cable bearing of the present invention
도 7은 종래 케이블베어의 정면예시도7 is a front view of a conventional cable bear
도면의 주요부분에 대한부호설명Explanation of Signs of Major Parts of Drawings
1: 링크핀 고정공 2: 상부 링크핀 체결홈1: link pin fixing hole 2: upper link pin fastening groove
3: 하부 링크핀 체결홈 10: 제1핀연결편삽입홈3: lower link pin coupling groove 10: first pin connecting piece insertion groove
11: 제1날개삽입부 15, 25: 경사면11: 1st wing insertion part 15, 25: inclined surface
16, 26: 수평면 20: 제2핀연결삽입홈16, 26: horizontal plane 20: second pin connection insertion groove
21: 제2날개삽입부 30: 제1삽입 날개편21: second wing insertion portion 30: the first insertion wing piece
31: 제1상단곡률걸림돌기봉 32: 제1상단 곡률걸림돌기봉 곡률안내공간31: first upper curvature projection bar 32: first upper curvature projection bar curvature guide space
33: 제1상판 40: 제1안내삽입편33: first top plate 40: first guide insert
41: 제1안내공간 42: 제1하단 처짐방지걸림돌기봉41: 1st guide space 42: 1st lower deflection preventing projection bar
50: 제2삽입 날개편 51: 제2상단 곡률걸림돌기봉50: second insertion wing 51: second upper curvature projection bar
52: 제2상단 곡률걸림돌기봉 곡률안내공간 53: 제2상판52: curvature guide bar 2nd top curvature projection bar 53: 2nd top plate
60: 제2안내삽입편 62: 제1하단 처짐방지걸림돌기봉60: 2nd guide insertion piece 62: 1st lower anti-sag | interlocking projection bar
70: 링크핀 80: 안내바70: Link Pin 80: Information Bar
이하 본 발명을 첨부도면에 의거 상세히 설명하면 아래와 같다.Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.
본 발명의 도 1은 본 발명의 베어 본체를 결합한 사시도이며, 도 2는 본 발명의 케이블 베어 본체 사시도이며, 도 3은 본 발명의 링크핀 사시도이고, 도 4는 케이블베어바디를 좌우로 결합하여 주는 안내바의 사시도이고, 도 5는 본 발명의 케이블베어바디를 두개를 연결한 상태의 정면도이다.Figure 1 of the present invention is a perspective view of the bare body of the present invention combined, Figure 2 is a perspective view of the cable bare body of the present invention, Figure 3 is a perspective view of the link pin of the present invention, Figure 4 is a cable bear body coupled to the left and right Note is a perspective view of the guide bar, Figure 5 is a front view of a state in which the two cable bearer body of the present invention is connected.
본 발명은 케이블 베어의 구성에 있어, 중앙부를 관통한 링크핀 고정공(1)의 양측으로 아래부분이 경사면(15)(25)으로 되며 위부분은 직선상으로 수평면(16)(26)으로 된 제1핀연결편삽입홈(10)과 제2핀연결삽입홈(20)을 형성하며, 상기 링크핀 고정공(1)의 상하부에는 상부 링크핀 체결홈(2)과 하부 링크핀 체결홈(3)이 있으며,According to the present invention, in the configuration of the cable bear, the lower portions of the link pin fixing holes 1 penetrating the center portion are inclined surfaces 15 and 25 and the upper portions thereof are straight to the horizontal surfaces 16 and 26. The first pin connecting piece insertion groove 10 and the second pin connecting insertion groove 20 are formed, and the upper and lower link pin fastening groove 2 and the lower link pin fastening groove ( 3) there are,
상기 제1핀연결편삽입홈(10)의 상단에는 제1날개삽입부(11)가 있는 제1삽입 날개편(30)을 형성하며, 상기 제1삽입날개편(30) 상단에는 내측으로 제1상단곡률걸림돌기봉(31)과 제1상단 곡률걸림돌기봉 곡률안내공간(32)을 만든 제1상판(33)을 형성하였으며,A first insertion blade piece 30 having a first blade insertion portion 11 is formed at an upper end of the first pin connecting piece insertion groove 10, and a first inward portion is formed at an upper end of the first insertion blade piece 30. A first upper plate 33 was formed by making the upper curvature engaging projection bar 31 and the first upper curvature engaging projection bar curvature guide space 32.
상기 제1핀연결편삽입홈(10)의 하단에는 하단 제1안내공간(41)을 가진 제1안내삽입편(40)과 제1하단 처짐방지걸림돌기봉(42)을 형성하였고,At the lower end of the first pin connecting piece insertion groove 10, a first guide insertion piece 40 having a lower first guide space 41 and a first lower deflection preventing projection bar 42 were formed.
상기 제2핀연결삽입홈(20)의 상단에는 제2날개삽입부(21)가 있는 제2삽입 날개편(50)을 형성하며, 상기 제2삽입날개편(50) 상단에는 내측으로 제2상단 곡률걸림돌기봉(51)과 제2상단 곡률걸림돌기봉 곡률안내공간(52)을 만든 제2상판(53)을 형성하였으며, A second insertion blade piece 50 having a second blade insertion portion 21 is formed at an upper end of the second pin connection insertion groove 20, and a second inward portion is formed at an upper end of the second insertion blade piece 50. The second upper plate 53 was formed by forming the upper curvature engaging projection bar 51 and the second upper curvature engaging projection bar curvature guide space 52.
상기 제2핀연결편삽입홈(20)의 하단에는 하단 제2안내공간(61)을 가진 제2안내삽입편(60)과 제1하단 처짐방지걸림돌기봉(62)을 형성하였으며,At the bottom of the second pin connecting piece insertion groove 20, a second guide insertion piece 60 having a lower second guide space 61 and a first lower deflection preventing projection bar 62 were formed.
중앙의 링크핀 고정공(1)의 상부와 하부에는 상단체결봉(4)과 하단체결봉(5)을 일체로 구성하며, 상단체결봉(4)과 중앙의 링크핀 고정공(1) 및 하단체결봉(5)의 중간부분의 중심선(A)을 기준으로 일측면(B)의 제1삽입날개편(30)과 제1상판(33)과 제1안내삽입편(40) 부분과, 타측면(C)의 제2삽입날개편(50)과 제2상판(53)과 제2안내삽입편(60) 부분이 상호 대칭되는 형상을 일체로 한 케이블베어바디(100)로 구성한다.The upper and lower fastening rods 4 and the lower fastening rods 5 are integrally formed at the upper and lower portions of the link pin fixing hole 1 at the center, and the upper fastening rod 4 and the link pin fixing holes 1 at the center. A first insertion blade piece 30, a first top plate 33, and a first guide insertion piece 40 of one side B, based on the center line A of the middle portion of the lower fastening rod 5, The second insertion blade piece 50, the second upper plate 53 and the second guide insertion piece 60 of the other side (C) is composed of a cable bearing body 100 integrally formed in a symmetrical shape.
그리고 상기와 같은 케이블베어바디(100)의 링크핀 고정공(1)에는, 일측 상하에 보완돌출편(72)(73)을 돌출시켜 중앙의 핀이탈방지편(71)과 일체로 하며, 상기 핀이탈방지편(71)과는 연결편(74)과, 체결구(75)를 일체로 한 링크핀(70)을 결합시키며, 상단체결봉(4)과 하단체결봉(5)에는 양측에 체결홈(81)을 만든 안내바(80)를 상단에 하단에 결합하여 케이블베어바디(100)를 대칭되게 결합하는 구조이다.And in the link pin fixing hole (1) of the cable bear body 100 as described above, by protruding the complementary protrusion pieces (72) (73) on one side up and down, and integral with the pin release prevention piece (71) of the center, The pin release prevention piece (71) is coupled to the connecting piece (74) and the link pin (70) incorporating the fastener (75), and fastened at both sides to the upper fastening rod (4) and the lower fastening rod (5). The guide bar 80, which makes the groove 81, is coupled to the lower end at the upper end thereof, and the cable bear body 100 is symmetrically coupled.
이와 같이된 본 발명에 있어 케이블베어바디(100)를 연속 반복적으로 결합하기 위해서는 동일한 형상의 케이블베어바디(100)를 이용하여 양측으로 결합하는 상태의 실시 예를 보면, 먼저 동일한 형상의 케이블베어바디(100)를 결합하여 제작하는 것으로 케이블베어바디(100)의 중심선(A)을 기준으로 일측면(B)과 타측 케이블베어바디(100)의 타측면(C)을 결합하는 구조이다.In the present invention as described above, in order to continuously connect the cable bear body (100) repeatedly look at the embodiment of the state of coupling to both sides using the cable bear body 100 of the same shape, first the cable bear body of the same shape It is a structure that combines the other side (C) of one side (B) and the other side of the cable bearing body 100 on the basis of the center line (A) of the cable bear body (100) by combining (100).
상기와 같이 결합함에 있어 일측 케이블베어바디의 제1삽입날개편(30)을 타측 케이블베어바디의 제2삽입날개편(50)의 제2날개삽입부(21)에 삽입함과 동시에 제1삽입날개편(30) 상단의 제1상단곡률걸림돌기봉(31)은 타측 케이블베어바디의 제2상판(53)의 제2상단 곡률걸림돌기봉 작동공간(52)에 끼워져 작동된다.In the combination as described above, the first insertion blade piece 30 of one cable bearing body is inserted into the second blade insertion part 21 of the second insertion blade piece 50 of the other cable bearing body and at the same time the first insertion blade piece. The first upper curvature locking projection bar 31 of the upper wing piece 30 is fitted into the second upper curvature locking projection working space 52 of the second upper plate 53 of the other cable bearing body.
이때 타측 케이블베어바디의 제2상판(53)의 제2상단 곡률걸림돌기봉(51)은 일측 케이블베어바디의 제1상판(33)의 제1상단곡률걸림돌기봉 작동공간(32)에 삽입되어 움직이게 된다.At this time, the second upper curvature projection bar 51 of the second upper plate 53 of the other cable bearing body is inserted into the first upper curvature projection bar operating space 32 of the first upper plate 33 of one cable bearing body to move. do.
이와 함께 일측 케이블베어바디의 제1핀연결편삽입홈(10) 하단의 제1안내공간(41)에는 타측 케이블베어바디의 제2안내삽입편(60)이 삽입됨과 동시에 제1하단 처짐방지걸림돌기봉(42)은 타측 케이블베어바디의 제2안내삽입편(60)의 공간에 삽입되며, 일측 케이블베어바디의 제1하단 처짐방지걸림돌기봉(42)은 타측 케이블베어바디의 제2안내삽입편(60)의 공간에 삽입되어진다.At the same time, the second guide insertion piece 60 of the other cable bear body is inserted into the first guide space 41 at the bottom of the first pin connecting piece insertion groove 10 of one cable bear body, and at the same time, the first lower deflection preventing projection bar 42 is inserted into the space of the second guide insertion piece 60 of the other cable bearing body, the first lower deflection preventing projection bar 42 of one cable bearing body is the second guide insertion piece of the other cable bearing body ( 60) is inserted into the space.
상기와 같이 일측 케이블베어바디와 타측 케이블베어바디를 결합한 상태에서 케이블베어바디(100)의 중앙부에 형성된 링크핀 고정공(1)에는 링크핀(70)의 핀이탈방지편(71)을 끼워준다.Insert the pin escape prevention piece 71 of the link pin 70 in the link pin fixing hole (1) formed in the center of the cable bear body 100 in a state in which one side of the cable bearing body and the other side of the cable bearing body are coupled as described above. .
상기와 같이 링크핀(70)을 삽입하게되면 핀이탈방지편(71) 상하단에 일체로 된 보완돌출편(72)(73)을 링크핀 고정공(1) 상단과 하단의 상부 링크핀 체결홈(2)과 하부의 하부 링크핀 체결홈(3)에 삽입되어지며, 링크핀(70)의 연결편(74)은 제2핀연결편삽입홈(20)에 끼워지고 체결구(75)는 타측 케이블베어바디의 링크핀 고정공(1)에 결합되어져 고정된다.When the link pin 70 is inserted as described above, the upper and lower link pin fastening grooves at the upper and lower link pin fixing holes 1 of the complementary protrusion pieces 72 and 73 integrated at the upper and lower ends of the pin detachment prevention piece 71 are inserted. (2) and the lower link pin fastening groove (3) of the lower portion, the connecting piece 74 of the link pin 70 is fitted into the second pin connecting piece insertion groove 20, the fastener 75 is the other cable It is coupled to the link pin fixing hole (1) of the bare body is fixed.
상기와 같은 결합방법으로 연속반복하여 결합하면 하나의 케이블 베어가 만들어지면 케이블베어바디(100)의 상단 체결봉(4)과 하단체결봉(5)에 각각 안내파(80)의 체결홈(81)을 결합하게 되면 케이블베어바디(100)가 양측으로 대칭되게 결합하여 지는 것이다. When the repetitive coupling is performed in the same manner as described above, when one cable bear is made, the fastening grooves 81 of the guide waves 80 are respectively formed on the upper fastening rods 4 and the lower fastening rods 5 of the cable bear body 100. When combined, the cable bearing body 100 is to be coupled symmetrically to both sides.
상기와 같이 결합된 케이블 베어를 작동하게 되면 도 6과 같이 결합된 케이블 베어가 코너를 회전하게되면 케이블베어바디(100)의 링크핀 고정공(1)을 중심으로 링크핀(70)이 탄성에 의해 약간 휘어지게 되는데 이때 휘어지는 링크핀(70)의 연결편(74)은 일측의 제2핀연결편삽입홈(20)과 타측 케이블베어바디의 제1핀연결편삽입홈(10)의 아래부분에 만들어진 경사면에 의해 안정적으로 휘어지게된다.When the coupled cable bear is operated as described above, when the coupled cable bear rotates the corner as shown in FIG. 6, the link pin 70 is elastically centered on the link pin fixing hole 1 of the cable bear body 100. Slightly bent by the connection piece 74 of the link pin 70 is bent inclined surface formed in the lower portion of the second pin connecting piece insertion groove 20 of the one side and the first pin connecting piece insertion groove 10 of the other cable bearing body By being bent steadily.
상기와 같이 케이블 베어가 코너를 회전할 때 케이블베어바디(100)의 상단부분은 일측 케이블베어바디와 타측 케이블베어바디가 최대한으로 벌어지는 상태로 일측 케이블베어바디의 제2상단 곡률걸림돌기봉(51)과 타측 케이블베어바디의 제1상단곡률걸림돌기봉(31)은 각각 일측 제1상단 곡률걸림돌기봉 곡률안내공간(32)과 타측 제2상단 곡률걸림돌기봉 곡률안내공간(52)에서 작동하여 최대한 벌어지도록 움직여 일측 케이블베어바디의 제2상단 곡률걸림돌기봉(51)과 타측 케이블베어바디의 제1상단곡률걸림돌기봉(31)이 서로 접하게되는 상태로 움직여진다.As described above, when the cable bear rotates the corner, the upper portion of the cable bear body 100 has a second upper curvature protrusion bar 51 of one cable bear body in a state in which one cable bear body and the other cable bear body are maximally opened. The first upper curvature locking projection bar 31 of the cable bearer body and the other side are operated in one side of the first upper curvature locking protrusion curvature guide space 32 and the other side of the second upper curvature locking protrusion curvature guide space 52 to maximize as much as possible. By moving, the second upper curvature engaging projection bar 51 of the one side cable bear body and the first upper curvature engaging projection bar 31 of the other cable bearing body are moved in contact with each other.
상기와 같이 케이블베어바디(100)의 상단부분은 최대한 벌어진 상태가 되어지나 케이블베어바디(100)가 결합되어 움직이는 하단부에 있어서는 일측 케이블베어바디의 제2삽입안내편(60)의 제2하단걸림돌기봉(62)과 타측 케이블베어바디의 제1안내삽입편(40)의 제1하단 처짐방지걸림돌기봉(42)은 제2안내공간(61)과 제1안내공간(41)에서 작동하여 최대한 밀착된 상태를 유지하면서 회전된다.As described above, the upper portion of the cable bearer body 100 is opened as much as possible, but the lower portion of the second insertion guide piece 60 of the cable bearer body is connected to the lower portion of the cable bearer body 100 to move. The first lower deflection preventing projection bar 42 of the rod 62 and the first guide insertion piece 40 of the other cable bearing body operates in the second guide space 61 and the first guide space 41 to be as close as possible. It is rotated while maintaining the state.
이와 같이 회전되어지다 케이블 베어가 직선 상태로 움직이는 과정에 있어서는 코너 회전시 휘어져 있던 링크핀(70)의 연결편(74)이 탄성에 의해 복원되어 원 상태인 직선상태로 복원 됨과 동시에 링크핀(70)의 연결편(74)은 일측 케이블베어바디의 제2핀연결편삽입홈(20)과 타측 케이블베어바디의 제1핀연결편삽입홈(10) 내에서 상단 직선면에 밀착되어져 움직이게되는 것이다.As the cable bear is rotated in this way, the connecting piece 74 of the link pin 70, which is bent at the time of corner rotation, is restored by elasticity to restore the original straight state and the link pin 70 at the same time. The connecting piece 74 is to be in close contact with the upper straight surface in the second pin connecting piece insertion groove 20 of the one side cable bearing body and the first pin connecting piece insertion groove 10 of the other cable bearing body.
상기와 같이 케이블베어바디(100)가 직선상으로 움질일 때는 케이블베어바디(100)의 상단부분은 일측 케이블베어바디와 타측 케이블베어바디가 최대한으로 밀착되어진 상태로 일측 케이블베어바디의 제2상단 곡률걸림돌기봉(51)과 타측 케이블베어바디의 제1상단곡률걸림돌기봉(31)은 각각 일측 제1상단 곡률걸림돌기봉 곡률안내공간(32)과 타측 제2상단 곡률걸림돌기봉 곡률안내공간(52)에서 작동하여 최대한 벌어지도록 움직여 일측 케이블베어바디의 제2상단 곡률걸림돌기봉(51)과 타측 케이블베어바디의 제1상단곡률걸림돌기봉(31)이 서로 최대한 멀어진 상태로 움직여진다.As described above, when the cable bearing body 100 moves in a straight line, the upper portion of the cable bearing body 100 is the second upper end of one cable bearing body in a state in which one cable bearing body and the other cable bearing body are in close contact with each other as much as possible. The curvature locking projection bar 51 and the first upper curvature locking projection bar 31 of the other cable bearing body respectively have one side upper curvature projection protrusion curvature guide space 32 and the other second upper curvature projection protrusion curvature guide space 52. The second upper curvature locking projection bar 51 of the one cable bearer body and the first upper curvature locking projection bar 31 of the other cable bearer body are moved away from each other as far as possible.
상기와 같이 케이블베어바디(100)의 상단부분은 최대한 벌어진 상태가 되어지나 케이블베어바디(100)가 결합되어 움직이는 하단부에 있어서는 일측 케이블베어바디의 제2삽입안내편(60)의 제2하단걸림돌기봉(62)과 타측 케이블베어바디의 제1안내삽입편(40)의 제1하단 처짐방지걸림돌기봉(42)은 제2안내공간(61)과 제1안내공간(41)에서 작동하여 최대한 멀어진 상태가 되면 제2삽입안내편(60)과 제1하단 처짐방지걸림돌기봉(42)은 서로 맞닫게 된 상태에서 움직이게 되는 것이다.As described above, the upper portion of the cable bearer body 100 is opened as much as possible, but the lower portion of the second insertion guide piece 60 of the cable bearer body is connected to the lower portion of the cable bearer body 100 to move. The first lower deflection preventing projection bar 42 of the rod 62 and the first guide insertion piece 40 of the other cable bearing body is operated as far as possible by operating in the second guide space 61 and the first guide space 41. When the state is inserted into the second insertion guide piece 60 and the first lower anti-hanging projection bar 42 is to move in a state close to each other.
상기처럼 케이블메어가 움직이는 과정에 있어 케이블베어바디(100)의 제1핀연결편삽입홈(10)과 제2핀연결삽입홈(20)에 끼워지는 링크핀(70)이 제1핀연결편삽입홈(10)과 제2핀연결삽입홈(20)의 아래부분의 경사면에 의해 안정적으로 회전각을 유지할 수 있으며, 제1핀연결편삽입홈(10)과 제2핀연결삽입홈(20)의 위부분의 직선면에 의해서는 링크핀(70)과 수평되게 지지하여 줌으로 케이블 베어에 하중을 받게되어도 휘어지지 않고 수평을 유지할 수 있는 것이다.As described above, the link pin 70 that is inserted into the first pin connection piece insertion groove 10 and the second pin connection insertion groove 20 of the cable bear body 100 in the process of moving the cable mare is the first pin connection piece insertion groove. (10) and the inclined surface of the lower portion of the second pin connecting insertion groove 20 can be stably maintained the rotation angle, the top of the first pin connecting piece insertion groove 10 and the second pin connecting insertion groove (20) By the straight surface of the part is supported horizontally with the link pin 70, even if the cable bears a load by zooming to be able to maintain the horizontal without bending.
이와 같이 케이블베어바디가 작동하는 과정에 있어 제1날개삽입부(11)와 제2날개삽입부(21)에 삽입되는 제1삽입날개편(30)과 제2삽입날개편(50)이 제1날개삽입부(11)와 제2날개삽입부(21)의 접촉부분에 공차를 두어 상호간에 마찰이 일어나지 않게함으로서 마찰로 인한 소음과 함께 분진발생을 방지할 수 있도록 한 것이다.As such, the first blade inserting portion 30 and the second insertion blade piece 50 inserted into the first blade inserting portion 11 and the second blade inserting portion 21 in the process of operating the cable bearing body are made of Tolerance is provided at the contact portions of the first blade insertion portion 11 and the second blade insertion portion 21 so that friction does not occur between each other so as to prevent dust generation along with noise caused by friction.
본 실시예에 따른 소음과 분진의 저감 및 바디의 처짐을 완화한 케이블 베어는 전술한 형태에 한정되지 않고, 본 발명의 기술적 중심 사상을 벗어나지 않는 범위 내에서 다양하게 변형 실시될 수 있다. 이는 본원발명이 속하는 기술 분야에 종사하는 자라면 쉽게 알 수 있을 것이다.The cable bear, which reduces noise and dust and reduces sagging of the body according to the present embodiment, is not limited to the above-described form and may be variously modified within a range not departing from the technical spirit of the present invention. This will be readily apparent to those skilled in the art.

Claims (3)

  1. 케이블 베어의 구성에 있어, 중앙부를 관통한 링크핀 고정공(1)의 양측으로 제1핀연결편삽입홈(10)과 제2핀연결삽입홈(20)을 형성하며, 상기 링크핀 고정공(1)의 상하부에는 상부 링크핀 체결홈(2)과 하부 링크핀 체결홈(3)이 있으며,In the configuration of the cable bear, the first pin connection piece insertion groove 10 and the second pin connection insertion groove 20 are formed on both sides of the link pin fixing hole 1 penetrating the center portion, and the link pin fixing hole ( 1) the upper and lower parts of the upper link pin fastening groove (2) and the lower link pin fastening groove (3),
    상기 제1핀연결편삽입홈(10)의 상단에는 제1날개삽입부(11)가 있는 제1삽입 날개편(30)을 형성하며, 상기 제1삽입날개편(30) 상단에는 내측으로 제1상단곡률걸림돌기봉(31)과 제1상단 곡률걸림돌기봉 곡률안내공간(32)을 만든 제1상판(33)을 형성하였으며,A first insertion blade piece 30 having a first blade insertion portion 11 is formed at an upper end of the first pin connecting piece insertion groove 10, and a first inward portion is formed at an upper end of the first insertion blade piece 30. A first upper plate 33 was formed by making the upper curvature engaging projection bar 31 and the first upper curvature engaging projection bar curvature guide space 32.
    상기 제1핀연결편삽입홈(10)의 하단에는 하단 제1안내공간(41)을 가진 제1안내삽입편(40)과 제1하단 처짐방지걸림돌기봉(42)을 형성하였고,At the lower end of the first pin connecting piece insertion groove 10, a first guide insertion piece 40 having a lower first guide space 41 and a first lower deflection preventing projection bar 42 were formed.
    상기 제2핀연결삽입홈(20)의 상단에는 제2날개삽입부(21)가 있는 제2삽입 날개편(50)을 형성하며, 상기 제2삽입날개편(50) 상단에는 내측으로 제2상단 곡률걸림돌기봉(51)과 제2상단 곡률걸림돌기봉 곡률안내공간(52)을 만든 제2상판(53)을 형성하였으며, A second insertion blade piece 50 having a second blade insertion portion 21 is formed at an upper end of the second pin connection insertion groove 20, and a second inward portion is formed at an upper end of the second insertion blade piece 50. The second upper plate 53 was formed by forming the upper curvature engaging projection bar 51 and the second upper curvature engaging projection bar curvature guide space 52.
    상기 제2핀연결편삽입홈(20)의 하단에는 하단 제2안내공간(61)을 가진 제2안내삽입편(60)과 제1하단 처짐방지걸림돌기봉(62)을 형성하였으며,At the bottom of the second pin connecting piece insertion groove 20, a second guide insertion piece 60 having a lower second guide space 61 and a first lower deflection preventing projection bar 62 were formed.
    중앙의 링크핀 고정공(1)의 상부와 하부에는 상단체결봉(4)과 하단체결봉(5)을 일체로 구성한 케이블베어바디(100)의 링크핀 고정공(1)에 일측 상하에 보완돌출편(72)(73)을 돌출시켜 중앙의 핀이탈방지편(71)과 일체로 하며, 상기 핀이탈방지편(71)과는 연결편(74)과, 체결구(75)를 일체로 한 링크핀(70)을 결합시키며, 상단체결봉(4)과 하단체결봉(5)에는 양측에 체결홈(81)을 만든 안내바(80)를 상단에 하단에 결합하여 케이블베어바디(100)를 대칭되게 결합하여서 됨을 특징으로 한 소음과 분진의 저감 및 바디의 처짐을 완화한 케이블 베어.The upper and lower portions of the link pin fixing hole (1) in the center are complemented to the link pin fixing hole (1) of the cable bear body (100) having the upper fastening rod (4) and the lower fastening rod (5) integrally. The protrusion pieces 72 and 73 are projected to be integrated with the pin release prevention piece 71 in the center, and the connection piece 74 and the fastener 75 are integrally formed with the pin release prevention piece 71. Coupling the link pin 70, the upper fastening rods (4) and the lower fastening rods (5) by combining the guide bar 80 made of the fastening grooves 81 on both sides at the top to the bottom of the cable bear body (100) Cable bear which reduces noise, dust and body sag by combining symmetrically.
  2. 제 1항에 있어서,The method of claim 1,
    케이블베어바디(100)의 구성에 있어, 중앙부를 관통한 링크핀 고정공(1)의 양측으로 형성된 제1핀연결편삽입홈(10)과 제2핀연결삽입홈(20)의 아래부분은 경사각이진 경사면(15)(25)을 형성하고 위부분은 직선상으로 된 수평면(16)(26)으로 됨을 특징으로 한 소음과 분진의 저감 및 바디의 처짐을 완화한 케이블 베어.In the configuration of the cable bearing body 100, the lower portions of the first pin connecting piece insertion groove 10 and the second pin connecting insertion groove 20 formed on both sides of the link pin fixing hole 1 penetrating the center portion are inclined angles. A cable bare which forms a binary inclined surface (15, 25) and the upper portion is a horizontal plane (16, 26) in a straight line to reduce noise and dust and to sag the body.
  3. 제 1항에 있어서,The method of claim 1,
    상단체결봉(4)과 중앙의 링크핀 고정공(1) 및 하단체결봉(5)의 중간부분의 중심선(A)을 기준으로 일측면(B)의 제1삽입날개편(30)과 제1상판(33)과 제1안내삽입편(40) 부분과, 타측면(C)의 제2삽입날개편(50)과 제2상판(53)과 제2안내삽입편(60) 부분이 상호 대칭되는 형상을 일체로 한 케이블베어바디(100)로 구성됨을 특징으로 한 소음과 분진의 저감 및 바디의 처짐을 완화한 케이블 베어.The first insertion blade piece 30 and one side of the side (B) on the basis of the center line (A) of the middle of the upper fastening rod (4), the link pin fixing hole (1) and the lower fastening rod (5) The first upper plate 33 and the first guide insertion piece 40 and the second insertion blade piece 50 and the second top plate 53 and the second guide insertion piece 60 of the other side C are mutually Cable bear body that is characterized by consisting of a cable bearing body (100) integrally symmetrical shape to reduce noise and dust and sag of the body.
PCT/KR2009/002578 2009-03-04 2009-05-15 Cableveyor with reduced noise, dust and body sagging WO2010101329A1 (en)

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KR1020090018579A KR101018293B1 (en) 2009-03-04 2009-03-04 Cable bare to reduce noise and dust and reduce body sag
KR10-2009-0018579 2009-03-04

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