CN202389646U - Automatic rope laying device for W-plate palletizing - Google Patents

Abstract

An automatic rope laying device for W board stacking, which consists of a column, a guide rail support plate, a bearing bracket, a beam, a rope roller, a rope roller drive shaft, a timing belt, a timing belt driven wheel, a rope laying motor, a slider, a gear, a gear Composed of bars, cylindrical guide rails, stoppers, longitudinal moving motors, and synchronous belt driving wheels, the features are: a guide rail support plate is fixedly installed on the column, the cylindrical guide rail is installed on the guide rail support plate, and the stoppers are placed at both ends of the guide rail support plate. The block is set on the cylindrical guide rail, the beam is fixedly installed on the slider, the longitudinal movement motor is installed at both ends of the beam, the longitudinal movement motor is fixed with a gear, the rack is installed on the side of the guide rail support plate, the rack and the gear mesh, and the rope laying motor Fixedly installed at one end below the crossbeam, the shaft of the rope laying motor is fixedly installed with a synchronous belt driving wheel, the synchronous belt driving wheel forms a belt connection with the synchronous belt driven wheel through the synchronous belt, and the synchronous belt driven wheel is fixedly installed on the rope roller transmission shaft , the rope roller is fixedly installed on the rope roller transmission shaft, the rope roller transmission shaft is connected with the bearing bracket, and the bearing bracket is fixedly installed under the beam. The utility model is beneficial in that it can realize the automatic rope laying work between W board layers and layers in the W board stacking process.

Description

An automatic rope laying device for W board palletizing

technical field

The utility model relates to an automatic rope laying device for W-board stacking, specifically a device composed of three motors, four cylindrical guide rails, eight sliders, two columns, several rope rollers and other transmission devices. An automatic device that can be widely used in places where rope laying is required.

Background technique

At present, the requirements for production automation are getting higher and higher, and many processes that were previously completed manually are gradually completed by automated equipment. W board is a kind of protection board commonly used on both sides of the expressway. In its production process, the last process is to stack the surface-treated W boards together. The stacking of W boards is generally 4 pieces in a row in the horizontal direction. , 22 layers in the vertical direction form a stack, so that they can be packaged and transported. Some grass ropes need to be placed between the layers of the W board palletizing to separate the W board layers from the layers to protect the surface of the board. At present, this process is mainly completed manually, and the labor intensity is relatively high. In order to improve the degree of automation of this production line, there is an urgent need for an automatic rope laying device to replace manual labor, but there is no such device on the market at present.

Contents of the invention

In view of the above-mentioned shortcomings, the utility model provides an automatic rope-laying device for stacking W boards.

The utility model is realized through the following technical solutions: an automatic rope laying device for W board stacking, which is composed of a column, a guide rail support plate, a bearing bracket, a beam, a rope roller, a rope roller drive shaft, a timing belt, and a timing belt. It is composed of a driving wheel, a rope-laying motor, a slider, a gear, a rack, a cylindrical guide rail, a stopper, a longitudinal movement motor, and a synchronous belt driving wheel. It is characterized in that: a guide rail support plate is fixedly installed on the top of the column, and the cylindrical guide rails are parallel to each other. Installed on both sides above the guide rail support plate, the stoppers are placed on the two ends above the guide rail support plate, the slider is set on the cylindrical guide rail, the beam is fixedly installed on the slider, and the two ends of the beam are equipped with longitudinal movement motors. The gear is fixedly installed on the shaft, the rack is installed on the side of the guide rail support plate, the rack is meshed with the gear, the rope-laying motor is fixedly installed at one end below the beam, and the shaft of the rope-laying motor is fixedly installed with a synchronous belt drive wheel The driving wheel forms a belt connection with the driven wheel of the synchronous belt through the synchronous belt. The driven wheel of the synchronous belt is fixedly installed on one end of the transmission shaft of the rope roller. The rope roller is fixedly installed on the transmission shaft of the rope roller. The transmission shaft of the rope roller is connected with the bearing bracket. Fixed installation under the beam.

The utility model is beneficial in that it can realize the automatic rope laying work between W board layers and layers in the W board stacking process.

Description of drawings

Accompanying drawing is the structural representation of the utility model, and Fig. 1 is axonometric view, Fig. 2 is front view, Fig. 3 is left side view.

In Fig. 1, 1, column, 2, guide rail support plate, 3, bearing support, 4, beam, 5, rope roller, 6, rope roller transmission shaft, 7, synchronous belt, 8, synchronous belt driven wheel, 9, laying Rope motor, 10, slide block, 11, gear, 12, rack, 13, cylindrical guide rail, 14, block, 15, vertically moving motor, 16, synchronous belt driving wheel.

Detailed ways

An automatic rope laying device for W board stacking, which is composed of a column 1, a guide rail support plate 2, a bearing bracket 3, a beam 4, a rope roller 5, a rope roller drive shaft 6, a timing belt 7, a timing belt driven wheel 8, a laying Rope motor 9, slider 10, gear 11, rack 12, cylindrical guide rail 13, stopper 14, longitudinal movement motor 15, synchronous belt driving wheel 16, is characterized in that: the top of the column 1 is fixedly installed with a guide rail support plate 2. Cylindrical guide rails 13 are installed in parallel on both sides above the guide rail support plate 2, stoppers 14 are placed at both ends above the guide rail support plate 2, sliders 10 are set on the cylindrical guide rails 13, and crossbeams 4 are fixedly installed on sliders 10 Above, the two ends of the beam 4 are equipped with a longitudinal movement motor 15, the shaft of the longitudinal movement motor 15 is fixedly equipped with a gear 11, the rack 12 is installed on the side of the guide rail support plate 2, the rack 12 meshes with the gear 11, and the rope laying motor 9 Fixedly installed at one end below the crossbeam 4, the shaft of the rope laying motor 9 is fixedly installed with a synchronous belt driving wheel 16, and the synchronous belt driving wheel 16 forms a belt connection with the synchronous belt driven wheel 8 through the synchronous belt 7, and the synchronous belt driven wheel 8 is fixed Installed on one end of the rope roller transmission shaft 6, the rope roller 5 is fixedly installed on the rope roller transmission shaft 6, the rope roller transmission shaft 6 is connected with the bearing bracket 3, and the bearing bracket 3 is fixedly installed under the crossbeam 4.

When the device works, the grass rope is pre-wrapped on the rope roller 5, and then under the drive of the longitudinal movement motor 15, the crossbeam 4 moves to one end of the guide rail support plate 2, and the device for stacking the W boards now places the W boards on the On the grass rope that is already in a flat state, the length of the grass rope that is lowered from the rope roller 5 is controlled by the rope laying motor 9. When the W board is placed on a horizontal layer, the vertical movement motor 15 receives the control signal, and then controls the beam. 4. Move from one end of the guide rail support plate 2 to the other end. During the movement, the rope-laying motor 9 rotates, and the grass rope is lowered from the rope roller 5 again to form a state of containing the W plate. One layer is included on the W board to realize the automatic tying rope during the palletizing process of the W board.

Claims (1)

1. A W plate piling automatically apply rope device, by column, rail support plate, bearing support, crossbeam, rope roller, rope roller transmission shaft, synchronously band, synchronously be with flower wheel, apply rope motor, slide block, gear, tooth bar, cylindrical guide, block, longitudinal mobile motor, be with driving wheel to form synchronously, it is characterized in that: be installed with rail support plate above the column; Cylindrical guide is installed in parallel in the both sides, top of rail support plate in twos, and block is placed on two, top of rail support plate, and slide block set is contained on the cylindrical guide; Crossbeam is fixedly mounted on the slide block; Two of crossbeam is equipped with longitudinal mobile motor, is installed with gear on the axle of longitudinal mobile motor, and tooth bar is installed in the side of rail support plate; The rack and pinion engagement; Apply the end that the rope motor is fixedly mounted on the crossbeam below, apply on the axle of rope motor and be installed with synchronous band driving wheel, be with driving wheel to pass through synchronously band synchronously and form to be with band flower wheel synchronously and be connected; The band flower wheel is fixedly connected on an end of rope roller transmission shaft synchronously; The rope roller is fixedly mounted on the rope roller transmission shaft, and rope roller transmission shaft is connected with bearing support, and bearing support is fixedly mounted on the below of crossbeam.

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