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CN-224226302-U - Multichannel banding area conveying equipment

CN224226302UCN 224226302 UCN224226302 UCN 224226302UCN-224226302-U

Abstract

The invention discloses multichannel banding belt conveying equipment which comprises a rack, a material frame assembly, a banding belt transmission shaft, a rotary driving piece and a press roller assembly, wherein banding belt rolls of different specifications or styles are respectively placed on a plurality of groups of material frame assemblies according to production and processing requirements, a group of press roller assemblies are correspondingly arranged on each group of material frame assemblies, after the banding belt is pulled out of the banding belt rolls, the banding belt is placed into a banding machine after passing through a line shaft section of the banding belt transmission shaft, when the banding belt is conveyed, the press roller assemblies corresponding to the material frame assemblies are selected to work according to the required specification or style of the banding belt, the press roller assemblies push the banding belt to the line shaft section, so that the banding belt is contacted with the line shaft section, friction force between the line shaft section and the banding belt is utilized, the banding belt is enabled to move along with rotation of the banding belt transmission shaft, and therefore automatic banding belt conveying of different specifications or styles is achieved, and belt conveying efficiency and production efficiency are improved.

Inventors

  • WU DONGHUI
  • LIU HENGSHENG

Assignees

  • 佛山市超粤智造设备有限公司

Dates

Publication Date
20260512
Application Date
20250509

Claims (10)

  1. 1. A multi-channel tape-sealing tape conveying apparatus comprising: a frame (100), The material rack components (200), wherein the material rack components (200) are arranged on the machine frame (100) in a plurality of groups, and the material rack components (200) are used for placing edge sealing tape rolls; the side band transmission shafts (300) are rotatably arranged at the front part of the frame (100), the side band transmission shafts (300) are provided with line shaft sections (310), the number of the line shaft sections (310) is the same as that of the material frame components (200), each line shaft section (310) corresponds to one group of material frame components (200), and the side band passes through the line shaft sections (310); a rotation driving member (400), the rotation driving member (400) being connected to the sideband transmission shaft (300), the rotation driving member (400) being configured to drive the sideband transmission shaft (300) to rotate; The number of the press roller assemblies (500) is the same as the number of the edge banding tape rolls, the press roller assemblies (500) are arranged opposite to the line shaft sections (310), the press roller assemblies (500) are used for pushing edge banding tapes to the line shaft sections (310), the edge banding tapes are in contact with the line shaft sections (310), and the edge banding tapes move along with the rotation of the edge banding transmission shaft (300).
  2. 2. The multi-channel edge banding conveyor apparatus as claimed in claim 1, wherein said frame assembly (200) comprises a frame plate (210), a large carrier wheel (220), a first carrier wheel set (230), a second carrier wheel set (240), a third carrier wheel set (250), said frame plate (210) being vertically fixed to said frame (100), said frame plate (210) having a large carrier wheel (220), a first carrier wheel set (230), a second carrier wheel set (240), a third carrier wheel set (250) rotatably mounted on both left and right sides thereof; The winding drum of the edge sealing strip coil is sleeved on the large supporting wheel (220), the first supporting wheel set (230) is located below the large supporting wheel (220), the first supporting wheel set (230) supports the edge sealing strip coil from the lower side, the second supporting wheel set (240) is located in front of the large supporting wheel (220), the edge sealing strip passes through the second supporting wheel set (240), the third supporting wheel set (250) is located above the second supporting wheel set (240), and the edge sealing strip is conveyed towards the rear after passing through the third supporting wheel set (250).
  3. 3. The multi-channel edge banding conveyor apparatus of claim 2, wherein said rack assembly (200) further comprises a tube stop rack (260), said tube stop rack (260) straddles said large supporting roller (220), said tube stop rack (260) being two, said tube stop rack (260) being respectively mounted on a left side and a right side of said rack plate (210), said tube stop rack (260) being adapted to block said edge banding coil from being separated from said large supporting roller (220).
  4. 4. A multi-channel edge banding conveyer as claimed in claim 3, wherein said pipe stopper (260) comprises a first pipe rod (261) and a second pipe rod (262), one end of said first pipe rod (261) is welded with one end of said second pipe rod (262), and when said pipe stopper (260) is in use, a welded part between said first pipe rod (261) and said second pipe rod (262) is located above said large riding wheel (220); The material rack plate (210) is fixedly provided with a material blocking pipe shaft (211), the material blocking pipe shaft (211) is used for placing the other end of the second pipe rod (262), the other end of the first pipe rod (261) is provided with a connecting block (212), and the connecting block (212) is rotatably arranged on the material rack plate (210) through a rotating shaft (213) so that the material blocking pipe frame (260) can turn around the rotating shaft (213) as an axis.
  5. 5. The multi-channel edge banding conveyer as recited in claim 4, wherein said pipe stopper (260) further comprises a third pipe rod (263) and a fourth pipe rod (264), said third pipe rod (263) is welded to a welded portion between said first pipe rod (261) and said second pipe rod (262), said fourth pipe rod (264) is welded to said second pipe rod (262), said third pipe rod (263) is located above said large supporting wheel (220) when said pipe stopper (260) is in use, and said fourth pipe rod (264) is located in front of said large supporting wheel (220).
  6. 6. The multi-channel edge banding conveyor apparatus as claimed in claim 2, wherein said first set of rollers (230) is comprised of a plurality of first rollers (231), a plurality of said first rollers (231) being rotatably mounted on the deck of said rack plate (210), the edge banding being supported by a plurality of said first rollers (231).
  7. 7. The multi-channel edge banding conveyor apparatus according to claim 2, wherein said second set of rollers (240) is comprised of two second rollers (241), said two second rollers (241) being rotatably mounted on the deck of said frame plate (210), said edge banding being passed between said two second rollers (241).
  8. 8. The multi-channel edge banding conveyor apparatus as claimed in claim 2, wherein said third roller group (250) is composed of a plurality of third rollers (251), a plurality of said third rollers (251) are rotatably mounted on the plate surface of said rack plate (210), and the edge banding is supported by a plurality of said third rollers (251).
  9. 9. The multi-channel edge banding band transfer apparatus of claim 2, wherein said rack assembly (200) further comprises an adjustable handle (270), said adjustable handle (270) is rotatably mounted on a shaft (271), said shaft (271) is rotatably mounted on a fixed bar (272), said fixed bar (272) is fixed to the deck of said rack plate (210), said adjustable handle (270) is pressed against the edge banding band passing through said third set of pallets (250).
  10. 10. The multi-channel edge banding conveyer as recited in claim 1, wherein said press roller assembly (500) comprises a push-pull driving member (510) and a roller (520), said push-pull driving member (510) is used for pushing and moving said roller (520) so that said roller (520) moves toward or away from said grain shaft section (310), said push-pull driving member (510) is fixed on a mounting base (530), said mounting base (530) is fixed on said frame (100), a driving shaft of said push-pull driving member (510) is connected with a wheel frame (540), and said roller (520) is rotatably mounted on said wheel frame (540).

Description

Multichannel banding area conveying equipment Technical Field The invention relates to the field of conveying equipment, in particular to multi-channel edge sealing belt conveying equipment. Background The banding area is used for carrying out banding processing to the side of panel, and current banding area carries and adopts artificial mode to put into the bag sealer with the banding area usually, and artifical single putting the banding area can only be directed against the banding area of a specification or style, when the panel specification of banding processing changes, or when the style of required banding area changes, need the manual work to put the area again for the bag sealer needs to stop work, seriously influences production efficiency. Disclosure of Invention The present invention aims to solve at least one of the technical problems existing in the prior art. The embodiment of the invention provides multichannel banding belt conveying equipment, which comprises a rack, a material rack assembly, a banding belt transmission shaft, rotary driving parts and pressing roller assemblies, wherein the material rack assembly is formed by arranging a plurality of groups of material rack assemblies on the rack, the material rack assemblies are used for placing banding belt rolls, the banding belt transmission shaft is rotatably arranged at the front part of the rack, the banding belt transmission shaft is provided with grain shaft sections, the number of the grain shaft sections is the same as that of the material rack assemblies, each grain shaft section corresponds to one group of material rack assemblies, the banding belt passes through the corresponding grain shaft sections, the rotary driving parts are connected with the corresponding banding belt transmission shaft, the rotary driving parts are used for driving the corresponding banding belt transmission shaft to rotate, the number of the pressing roller assemblies is the same as that of the placed banding belt rolls, the pressing roller assemblies are oppositely arranged with the grain shaft sections, and the pressing roller assemblies are used for pushing the banding belt to the grain shaft sections, and the banding belt is contacted with the grain shaft sections, so that the banding belt moves along with the rotation of the transmission shaft. According to some embodiments of the invention, the material rack assembly comprises a material rack plate, a large supporting wheel, a first supporting wheel group, a second supporting wheel group and a third supporting wheel group, wherein the material rack plate is vertically fixed on the frame, and the large supporting wheel, the first supporting wheel group, the second supporting wheel group and the third supporting wheel group are rotatably arranged on the left side surface and the right side surface of the material rack plate; The winding drum of the edge sealing strip coil is sleeved on the large supporting wheel, the first supporting wheel set is located below the large supporting wheel, the first supporting wheel set supports the edge sealing strip coil from below, the second supporting wheel set is located in front of the large supporting wheel, the edge sealing strip passes through the second supporting wheel set, the third supporting wheel set is located above the second supporting wheel set, and the third supporting wheel set changes the conveying direction of the edge sealing strip to be towards the rear. According to some embodiments of the invention, the rack assembly further comprises two racks, the two racks are respectively rotatably mounted on the left side surface and the right side surface of the rack plate, and the racks are used for preventing the edge banding strip coil from being separated from the large riding wheel. According to some embodiments of the invention, the pipe stop rack comprises a first pipe rod and a second pipe rod, one end of the first pipe rod is welded with one end of the second pipe rod, and when the pipe stop rack is in use, a welding part between the first pipe rod and the second pipe rod is positioned above the large riding wheel; The material rack plate is fixed with a baffle tube shaft, the baffle tube shaft is used for placing the other end of the second tube rod, the other end of the first tube rod is provided with a connecting block, and the connecting block is rotatably arranged on the material rack plate through a rotating shaft, so that the baffle tube rack is overturned by taking the rotating shaft as an axis. According to some embodiments of the invention, the pipe stop rack further comprises a third pipe rod and a fourth pipe rod, wherein the third pipe rod is welded at a welding position between the first pipe rod and the second pipe rod, the third pipe rod is positioned above the large riding wheel when the pipe stop rack is used, the fourth pipe rod is welded with the second pipe rod, and the fourth pipe rod is positioned in front of the lar