CN202880422U

CN202880422U - Tile turnover device

Info

Publication number: CN202880422U
Application number: CN 201220514426
Authority: CN
Inventors: 陈建红; 刘中奎; 刘雪辉
Original assignee: GUANGDONG KING-STRONG MATERIAL ENGINEERING Co Ltd
Current assignee: GUANGDONG KING-STRONG MATERIAL ENGINEERING Co Ltd
Priority date: 2012-10-09
Filing date: 2012-10-09
Publication date: 2013-04-17
Anticipated expiration: 2022-10-09

Abstract

A tile turnover device is characterized by comprising a machine frame and two turnover mechanisms which are symmetrically arranged on two sides of the machine frame. The turnover mechanism comprises a guide rail which is arranged on the machine frame, a substrate which is arranged on the guide rail in a sliding mode, a rotating shaft which is arranged on the substrate in a rotating mode, a bayonet which is arranged at the end socket of the inner side of the rotating shaft, a cylinder which is arranged between the substrate and the machine frame and provides energy for moving front and back, a sleeve which is sleeved on the rotating shaft in a sliding mode and drives the rotating shaft to rotate, two swing rods which are arranged on the side face of the sleeve and are vertical to an axis of the rotating shaft and two cylinders which respectively drive the two swing rods and provide energy for up-and-down moving. One swing rod of the two swing rods which are arranged on one side of the turnover mechanism is located on a lower left portion of the turnover mechanism, and the other swing rod of the two swing rods which are arranged on one side of the turnover mechanism is located on a downwards vertical portion of the turnover mechanism. One swing rod of the two swing rods which are arranged on the other side of the turnover mechanism is located on a lower right portion of the turnover mechanism, and the other swing rod of the two swing rods which are arranged on the other side of the turnover mechanism is located on a downwards vertical portion of the turnover mechanism. Compared with the prior art, tile turnover device has the advantages of being high in turnover speed, simple in structure, high in reliability, easy to maintain and capable of continuously overturning heavy tiles.

Description

A kind of ceramic tile overturning device

Technical field

The utility model relates to a kind of ceramic machinery, particularly a kind of turning device.

Background technology

Existing ceramic tile production need to be placed vertically the ceramic tile that the tiling on the manufacturing line is carried, and processes in order to it is deposited, packs or enter subsequent processing.And when placing vertically, need to carry out face-to-face adjacent ceramic tile, back-to-back discharge, like this, just need to be to all being just to overturn or anti-upset after the ceramic tile gripping of the tiling on the supine manufacturing line, because ceramic tile is heavier, need during upset larger power and, in order to guarantee production efficiency, certain reversal rate need to be arranged, but, up to the present, also do not have proven technique both to reach above-mentioned requirement, simultaneously, reliability again high, simple in structure, safeguard and be easy to the ceramic tile turnover technology.

Summary of the invention

Goal of the invention of the present utility model is to provide that a kind of reversal rate is fast, simple in structure, reliability is high, safeguard the ceramic tile overturning device of the large weight ceramic tile that is easy to overturn.

Ceramic tile overturning device of the present utility model is to realize like this, comprise frame, be symmetricly set on two switching mechanisms on frame both sides, switching mechanism comprises the guide rail that is arranged on the frame, be slidingly arranged in the pedestal on the guide rail, rotation is arranged on the rotating shaft on the pedestal, be arranged on the bayonet socket of the inboard termination of rotating shaft, the cylinder that providing between pedestal and frame moves forward and backward power is provided, be slidingly socketed the cover that the drive rotating shaft in rotating shaft is rotated, be arranged on the cover two forks side and the vertical rotation axis axis, drive respectively two of two forks the cylinder that moves up and down power is provided, wherein the wherein fork in two forks of the switching mechanism on one side is positioned at the position of taking back downwards, wherein another fork in two forks of the switching mechanism on one side is positioned at position downward vertically, wherein fork in two forks of the switching mechanism of another side is positioned at the position that takes over downwards, and another fork in two forks of the switching mechanism of another side is positioned at position downward vertically.

During work, at first, the pedestal that two of both sides provide the cylinder that moves forward and backward power to drive respectively separately moves toward relative direction, the both sides of the ceramic tile that two bayonet sockets send level here are clamped, then, wherein the switching mechanism on one side wherein one provides wherein upwards swing of a fork of the air cylinder driven that moves up and down power, after the drive rotating shaft clockwise rotates certain angle, another provides another fork of air cylinder driven that moves up and down power upwards to swing, continue cw and drive the rotating shaft rotation, make ceramic tile become needed vertical by the state turnover that keeps flat, then, two pedestals that provide the cylinder that moves forward and backward power to drive respectively separately move away toward opposite direction, make the ceramic tile of placing vertically break away from the jaws clamping and fall into following ceramic tile and place vertically on the carrier, and this two jaws resets under the drive that the cylinder that moves up and down power is provided separately; Then, two move forward and backward the pedestal that engine installation drives respectively separately moves toward relative direction, the both sides of the ceramic tile that two bayonet sockets send subsequent horizontal here are clamped, then, the switching mechanism of another side wherein one provide move up and down power air cylinder driven wherein a fork upwards swing, after the drive rotating shaft rotates counterclockwise certain angle, another provides another fork of air cylinder driven that moves up and down power upwards to swing, continuing to drive rotating shaft rotates counterclockwise, make ceramic tile become needed vertical by the state turnover that keeps flat, then, two pedestals that provide the cylinder that moves forward and backward power to drive respectively separately move away toward opposite direction, make the ceramic tile of placing vertically break away from the jaws clamping and fall into following ceramic tile and place vertically on the carrier, this two jaws resets under the drive that the cylinder that moves up and down power is provided separately.Repeat above-mentioned action, the ceramic tile of the horizontal positioned that just can will continue to carry vertically is emitted on ceramic tile according to face-to-face, back-to-back form and places vertically on the carrier.

Here, guide rail on the switching mechanism on every limit has two, is separately positioned on the right and left of frame, the left and right sides of pedestal is slidingly connected on two guide rails, the cylinder that providing on the switching mechanism on every limit moves forward and backward power has two, is separately positioned between the pedestal and frame of the left and right sides of pedestal.

Compared with the prior art the utility model has the advantage that reversal rate is fast, simple in structure, reliability is high, safeguard the large weight ceramic tile of easy energy continuous overturning.

Description of drawings:

Fig. 1 is structural representation of the present utility model;

Fig. 2 is that the A of Fig. 1 is to view;

Fig. 3 is the B point partial enlarged drawing of Fig. 1;

Fig. 4 is circuit controling drawing of the present utility model.

The specific embodiment:

Now in conjunction with the accompanying drawings and embodiments the utility model is done and is described in further detail:

As shown in the figure, ceramic tile overturning device of the present utility model is to realize like this, comprise frame 1, be symmetricly set on two switching mechanisms 2 on frame 1 both sides, switching mechanism 2 comprises the guide rail 3 that is arranged on the frame 1, be slidingly arranged in the pedestal 4 on the guide rail 3, rotate the rotating shaft 5 that is arranged on the pedestal 4 by bearing, be arranged on the bayonet socket 6 of rotating shaft 5 inboard terminations, the cylinder 7 that providing of 1 of pedestal 4 and frame moves forward and backward power is provided, be slidingly socketed at the cover 9(that rotates with the drive rotating shaft 5 in the rotating shaft 5 of connecting key 8 as shown in Figure 3), be fixed on cover two forks 10 9 sides and vertical rotation axis 5 axis, drive respectively two of two forks 10 cylinder 11 that moves up and down power is provided, two provide the piston rod of the cylinder 11 that moves up and down power hinged with the free end of two forks 10 respectively, as shown in Figure 1, wherein the wherein fork 10a in two forks 10 of the switching mechanism 2a on one side is positioned at the position of taking back downwards, wherein another fork 10b in two forks 10 of the switching mechanism 2a on one side is positioned at position downward vertically, as shown in Figure 2, wherein fork 10c in two forks 10 of the switching mechanism 2b of another side is positioned at the position that takes over downwards, and another fork 10d in two forks 10 of the switching mechanism 2b of another side is positioned at position downward vertically.

Guide rail 3 on the switching mechanism 2 on every limit has two, is separately positioned on the right and left of frame 1, the left and right sides of pedestal 4 is slidingly connected on two guide rails 3, the cylinder 7 that providing on every limit switching mechanism 2 moves forward and backward power has two, is separately positioned on 1 of the pedestal 4 of the left and right sides of pedestal 4 and frame.

Guide rail 3 is guide pillars, is fixed with guide pin bushing 12 on the pedestal 4, and guide pin bushing 12 is slidingly socketed on guide pillar 3.

In order to control exactly the angle of upset, be fixed with plate 13 in rotating shaft 5, be provided with three touch devices 14 along rotating shaft 5 axis peripheries on the plate 13, one of them touch device 14a be arranged on horizontally disposed bayonet socket 6 directly over, the both sides of touch device 14a directly over other two touch device 14b are symmetricly set on, directly over touch device 14a corresponding with the angle of ceramic tile 15 upsets to the angle of the line of axis with the touch device 14b on both sides to the line of axis, be provided with induction installation 16 on the pedestal 4 of corresponding touch device 14, be provided with control setup 17, as shown in Figure 4, the electric signal output of induction installation 16 links to each other with the electric signal input of control setup 17, and the control electric signal output of control setup 17 provides the control electric signal input of the source of the gas 18 of the cylinder 11 that moves up and down power to link to each other with two of driving two forks 10.

Touch device 14 is arranged on the perforation on the plate 13, and corresponding induction installation 16 is approach switch.

Claims

1. ceramic tile overturning device, it is characterized in that comprising frame, be symmetricly set on two switching mechanisms on frame both sides, switching mechanism comprises the guide rail that is arranged on the frame, be slidingly arranged in the pedestal on the guide rail, rotation is arranged on the rotating shaft on the pedestal, be arranged on the bayonet socket of the inboard termination of rotating shaft, the cylinder that providing between pedestal and frame moves forward and backward power is provided, be slidingly socketed the cover that the drive rotating shaft in rotating shaft is rotated, be arranged on the cover two forks side and the vertical rotation axis axis, drive respectively two of two forks the cylinder that moves up and down power is provided, wherein the wherein fork in two forks of the switching mechanism on one side is positioned at the position of taking back downwards, wherein another fork in two forks of the switching mechanism on one side is positioned at position downward vertically, wherein fork in two forks of the switching mechanism of another side is positioned at the position that takes over downwards, and another fork in two forks of the switching mechanism of another side is positioned at position downward vertically.

2. ceramic tile overturning device according to claim 1, it is characterized in that guide rail on the switching mechanism on every limit has two, is separately positioned on the right and left of frame, the left and right sides of pedestal is slidingly connected on two guide rails, the cylinder that providing on the switching mechanism on every limit moves forward and backward power has two, is separately positioned between the pedestal and frame of the left and right sides of pedestal.

3. ceramic tile overturning device according to claim 2 is characterized in that guide rail is guide pillar, is fixed with guide pin bushing on the pedestal, and guide pin bushing is slidingly socketed on guide pillar.

4. according to claim 1 and 2 or 3 described ceramic tile overturning devices, it is characterized in that being fixed with plate in rotating shaft, be provided with three touch devices along the shaft axis periphery on the plate, one of them touch device be arranged on horizontally disposed bayonet socket directly over, the both sides of the touch device directly over other two touch devices are symmetricly set on, directly over touch device corresponding with the angle of ceramic tile upset to the angle of the line of axis with the touch device on both sides to the line of axis, be provided with induction installation on the pedestal of corresponding touch device, be provided with control setup, the electric signal output of induction installation links to each other with the electric signal input of control setup, and the control electric signal output of control setup provides the control electric signal input of the source of the gas of the cylinder that moves up and down power to link to each other with two of driving two forks.

5. ceramic tile overturning device according to claim 4 is characterized in that touch device is arranged on the perforation on the plate, and corresponding induction installation is approach switch.