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CN-116853733-B - Conveying system of pipe belt machine

CN116853733BCN 116853733 BCN116853733 BCN 116853733BCN-116853733-B

Abstract

The invention relates to the technical field of belt conveying and discloses a conveying system of a pipe belt machine, which comprises at least two supporting parts, a guy cable assembly connected to the at least two supporting parts, a plurality of groups of guy cable assemblies arranged at intervals along the extending direction of the guy cable, each group of guy cable assemblies comprises a plurality of guys connected end to end in sequence, each guy cable is connected between two adjacent guys, a carrier roller is connected to each guy cable, the carrier roller can rotate relative to the guys, the carrier rollers on the plurality of guys enclose an accommodating space, and a conveying belt extends along the extending direction of the guys and is positioned in the accommodating space enclosed by the carrier rollers. The flexible system is formed by connecting a plurality of stay bar assemblies on the stay bar assemblies to support the conveyor belt, the stay bar and the stay bar are mutually supported, the structure is stable, the weight is light, the stay bar bearing capacity is high, the spanning capacity of the whole system is strong, the carrier roller is directly arranged on the stay bar, the assembly is simple, the construction is convenient, the steel consumption is reduced, the weight is reduced, and the load of the supporting part is reduced.

Inventors

  • GE ZHENDONG
  • ZHAO GUANGMING
  • SHI XIN
  • DING SHENGXIAO
  • WANG QIONGQIONG
  • ZHANG XINCHUN
  • Lv Yaowei

Assignees

  • 华电重工股份有限公司

Dates

Publication Date
20260505
Application Date
20230810

Claims (9)

  1. 1. A tube and belt machine transport system, comprising: At least two support parts (1); The cable assembly (2) is connected to at least two supporting parts (1), the cable assembly (2) comprises a plurality of cables which are arranged in parallel, the plurality of cables comprise an upper stabilizing cable (201), a lower stabilizing cable (202) and two bearing cables (203), the lower stabilizing cable (202) is connected to the supporting parts (1) and positioned below the upper stabilizing cable (201), the two bearing cables (203) are connected to the supporting parts (1), the two bearing cables (203) are positioned between the upper stabilizing cable (201) and the lower stabilizing cable (202), and the two bearing cables (203) are respectively positioned at two sides of a connecting line of the upper stabilizing cable (201) and the lower stabilizing cable (202) so that the cross section of the cable assembly (2) is in a quadrilateral shape; The stay bar assemblies (3) are arranged at intervals along the extending direction of the stay bars, each stay bar assembly (3) comprises a plurality of stay bars which are sequentially connected end to end, each stay bar is connected between two adjacent stay bars, a carrier roller (310) is connected to each stay bar, the carrier roller (310) can rotate relative to the stay bars, and a containing space is defined by the carrier rollers (310) on the plurality of stay bars; and the conveying belt extends along the extension direction of the inhaul cable and is positioned in an accommodating space surrounded by the carrier rollers (310).
  2. 2. A pipe-strap machine conveying system according to claim 1, characterized in that the brace bar assembly (3) comprises four brace bars, the four brace bars comprise two first brace bars (301) and two second brace bars (302), one end of each first brace bar (301) is connected with the upper stabilizing cable (201) and the other end is connected with one bearing cable (203), one end of each second brace bar (302) is connected with the lower stabilizing cable (202) and the other end is connected with one bearing cable (203).
  3. 3. A pipe-belt conveyor transport system according to claim 2, characterized in that the transport belt comprises a carrier section (401) and a return section (402) with opposite transport directions; The two bearing ropes (203) are connected through a connecting plate (530), the upper side and the lower side of the connecting plate (530) are respectively provided with the carrier rollers (310), a first containing space is formed by enclosing the carrier rollers (310) above the connecting plate (530) and the carrier rollers (310) on the two first supporting rods (301) so as to contain and support the bearing section (401), and a second containing space is formed by enclosing the carrier rollers (310) below the connecting plate (530) and the carrier rollers (310) on the two second supporting rods (302) so as to contain and support the return section (402).
  4. 4. The pipe-strap machine conveying system according to claim 3, further comprising a cable clamp (5), wherein the cable clamp (5) comprises a through part (501) and two connecting parts (502), the connecting parts (502) are connected to the outer sides of the through parts (501), the two connecting parts (502) are arranged in an included angle, one cable penetrates through the through parts (501), and each connecting part (502) is connected with one supporting rod.
  5. 5. The pipe-strap machine conveying system according to claim 4, further comprising an anchor clamp (6), wherein the anchor clamp (6) is U-shaped, the anchor clamp (6) comprises two side plates (601) which are arranged oppositely and a bottom plate (602) which is connected with the two side plates (601), a first connecting hole (603) is formed in the bottom plate (602) and is used for allowing the supporting rod to pass through, a second connecting hole (604) is formed in the side plate (601), a third connecting hole (503) is formed in the connecting portion (502), and the second connecting hole (604) is connected with the third connecting hole (503) through a first connecting piece (605) so as to connect the anchor clamp (6) with the cable clamp (5).
  6. 6. A pipe-strapping machine transport system as set forth in claim 4 further comprising a walkway support (7), the walkway support (7) having an axis perpendicular to the direction of extension of the pull-cord, the walkway support (7) being fixedly connected to the cable clamp (5) on the lower stabilizing cable (202), the walkway support (7) being provided with a walkway (701) extending along the direction of extension of the pull-cord.
  7. 7. The pipe-belt conveyor conveying system according to claim 1, further comprising a supporting seat (810), wherein the supporting seat (810) is fixedly connected to the supporting portion (1), and the supporting seat (810) is connected to the load-bearing cable (203).
  8. 8. A pipe-strapping machine transport system as in claim 1 further comprising an anchor (820), the anchor (820) fixedly connected to the support (1) and corresponding to the lower stabilizing line (202) to connect the lower stabilizing line (202) with the support (1).
  9. 9. A pipe-and-belt conveyor transport system according to any one of claims 1 to 8, characterized in that it further comprises a photovoltaic module comprising a photovoltaic panel, said light Fu Banwei being provided outside the stay bar assembly (3).

Description

Conveying system of pipe belt machine Technical Field The invention relates to the technical field of belt conveying, in particular to a pipe belt conveyor conveying system. Background The pipe belt machine drives the conveying belt to move by friction, and the conveying belt is forced to be coiled into a circular tube shape by regular polygon (generally regular hexagon) carrier roller groups which are arranged at intervals to convey materials. As the availability of resources continues to decrease, the mining area gradually expands toward the underground or high altitude mountain top area, and the pipe-and-belt machine is mainly applied to large-span transportation projects. Currently, pipe strap machines typically employ a space-based truss system of steel structural bars, wherein the truss system is generally rectangular in cross-section to support the conveyor belt. However, steel bar nodes used for the steel structure truss are huge in number, complex in structure and heavy, so that labor intensity of workers is high, and installation operation is difficult. Disclosure of Invention In view of the above, the invention provides a conveying system of a pipe belt machine, which is used for solving the problems of complex steel truss structure and large weight of the conveying system of the pipe belt machine. The invention provides a conveying system of a pipe belt machine, which comprises at least two supporting parts, a guy cable assembly, a plurality of groups of guy cable assemblies and conveying belts, wherein the guy cable assembly is connected to the at least two supporting parts and comprises a plurality of guys arranged in parallel, the guy cable assemblies are arranged at intervals along the extending direction of the guys, each group of guy cable assembly comprises a plurality of guys connected end to end in sequence, each guy cable is connected between two adjacent guys, a carrier roller is connected to each guy cable and can rotate relative to each guy cable, the carrier rollers on the guys enclose an accommodating space, and the conveying belts extend along the extending direction of the guys and are positioned in the accommodating space enclosed by the carrier rollers. The flexible system has the beneficial effects that the conveyor belt is supported by connecting a plurality of stay bar assemblies on the stay bar assemblies, the stay bar and the stay bar are mutually supported, the structure is stable, the combined mode of the stay bar and the stay bar is simple in structure and light in weight, the stay bar has higher bearing capacity, the spanning capacity of the whole system is stronger, and the traditional PSK plate is omitted by directly arranging the carrier roller on the stay bar, so that the flexible system is simple to assemble and convenient to construct, the steel consumption of the whole system is reduced, the whole weight is further reduced, the load of the supporting part is reduced, and the service life is prolonged. In an alternative embodiment, the guy cable assembly comprises an upper stabilizing cable, a lower stabilizing cable and two bearing cables, wherein the lower stabilizing cable is connected to the supporting part and is positioned below the upper stabilizing cable, the two bearing cables are connected to the supporting part, are positioned between the upper stabilizing cable and the lower stabilizing cable, and are respectively positioned at two sides of a connecting line of the upper stabilizing cable and the lower stabilizing cable, so that the cross section of the guy cable assembly is in a quadrilateral shape. The four-rope support has the beneficial effects that the four-rope support comprises four ropes, the four ropes are positioned at four vertexes of the quadrangle, the quadrangle is simple in structure, the number of needed ropes is small, the layout is convenient, and stable support can be realized. In an alternative embodiment, the brace bar assembly includes four brace bars, each brace bar includes two first brace bars and two second brace bars, one end of each first brace bar is connected with the upper stabilizing cable and the other end is connected with one of the bearing cables, and one end of each second brace bar is connected with the lower stabilizing cable and the other end is connected with one of the bearing cables. The cable has the advantages that the first stay bar is connected between the upper stable cable and the bearing cable and used for fixing the relative position between the upper stable cable and the bearing cable and transmitting the stress of the upper stable cable to the bearing cable, the second stay bar is connected between the lower stable cable and the bearing cable and used for fixing the relative position between the lower stable cable and the bearing cable and transmitting the stress of the lower stable cable to the bearing cable, so that the upper stable cable and the lower stable cable are fixed through the bearing c