CN216035348U

CN216035348U - Clamping and paper box conveying device capable of converting specifications

Info

Publication number: CN216035348U
Application number: CN202121892363.2U
Authority: CN
Inventors: 谭长秋
Original assignee: Foshan Jin Bote Machinery Co ltd
Current assignee: Foshan Jin Bote Machinery Co ltd
Priority date: 2021-08-13
Filing date: 2021-08-13
Publication date: 2022-03-15
Anticipated expiration: 2031-08-13

Abstract

The utility model provides a pinch carton device of convertible specification, relate to a ceramic manufacture technology, especially ceramic tile packing technique, including the carton storehouse, pinch carton mechanism includes the roof beam, the belt pulley, the belt, the slider, power presss from both sides the component, motor mechanism, its characterized in that power presss from both sides the component and includes the cylinder, the power presss from both sides, be provided with the guide rail, be provided with two sliding seats, the sliding seat is connected with one of them end of conveyor belt base, be provided with several belt pulley and conveyor belt, the position of several belt pulley sets up like this, make conveyor belt correspond the relevant position of two roof beams and form the notch, two roof beams are located conveyor belt's two notches respectively, the notch is the splayed. Compared with the prior art, the utility model has the advantages that the adjustment can be rapidly carried out according to the specification of the packaged ceramic tiles, the adjustment efficiency, the synchronization and the accuracy are high, meanwhile, the efficiency of packaging the ceramic tiles is not influenced, and the paper board of the carton provided with the ceramic tiles can be smoothly conveyed forwards.

Description

Clamping and paper box conveying device capable of converting specifications

Technical Field

The utility model relates to a ceramic production technology, in particular to a ceramic tile packaging technology.

Background

The prior paper clamping and conveying box device with convertible specification, as disclosed in Chinese patent application CN2019106679894, comprises a frame and a belt transmission mechanism arranged on the frame, wherein the belt transmission mechanism consists of two belt transmission mechanism units, each belt transmission mechanism unit comprises a bracket, a belt pulley arranged on the bracket, a motor component arranged on the bracket and driving the belt pulley to rotate, and a transmission belt driven by the belt pulley, a guide rail mechanism is arranged on the frame, the guide rail mechanism comprises two or more guide rails which are arranged in parallel and vertical to the transmission belt, a rack which is arranged beside the guide rails and parallel to the guide rails, a slide block which moves along the guide rails, a transmission shaft, a gear which is fixed on the transmission shaft and meshed with the rack, an adjusting motor mechanism which is fixed on the slide block and drives the transmission shaft to rotate, the transmission shaft is parallel to the transmission belt and rotatably connected on the slide block in a penetrating way, the bracket is fixed on the slide block, when the transmission width of the transmission mechanism is adjusted according to the specification of the ceramic tile, the adjusting motor mechanism is started, the adjusting motor mechanism drives the transmission shaft to rotate, gears on the sliding blocks of two or more than two guide rails are synchronously driven to synchronously rotate, the gears roll back and forth along the racks to drive the sliding blocks to synchronously move back and forth along the guide rails, and the support, the belt pulley on the support, the transmission belt and the motor component are driven to synchronously move back and forth, so that the transmission width of the transmission mechanism is synchronously adjusted.

Because all processes of ceramic tile packaging all share one transmission belt, therefore, each process step of ceramic tile packaging is easily influenced by the working state of the transmission belt, if the ceramic tile is put into a carton process, the ceramic tile needs to be lifted from the transmission belt, then the carton is put into the transmission belt, finally the ceramic tile is placed on the carton, three process time periods of lifting the ceramic tile, placing the carton and putting down the ceramic tile all need the transmission belt to stop, and other process steps of ceramic tile packaging only need one process time period to need the transmission belt to stop, thereby influencing the efficiency of ceramic tile packaging.

The paper clamping and conveying mechanism comprises two parallel beams, a pair of first belt pulleys arranged on the beams, a first belt wound on the pair of first belt pulleys, a first sliding block driven by the first belt to move back and forth along a first track on the beams, a power swing arm arranged on the first sliding block in a swinging mode, a power clamp fixed on the power swing arm, and a fourth motor mechanism driven by a transmission shaft to synchronously rotate the first belt pulleys on the two parallel beams, the two parallel beams vertically stretch across the belt transmission mechanism, the beams are fixed on a rack of the belt transmission mechanism, corresponding positions of the belt transmission mechanism corresponding to the two beams are in a notch shape, the two beams are respectively positioned in the two notches of the belt transmission mechanism, and the end part of the beam, far away from the fourth motor mechanism, is connected with the paper board bin mechanism.

The structure needs to install the conveying belt and then install the clamping paper feeding mechanism, so that the notch of the notch-shaped position of the belt conveying mechanism corresponding to the two beams of the paper clamping and conveying mechanism is wider, the beams are convenient to install, the conveying span is large, and the paper box provided with the ceramic tiles is easy to sink into the notch to influence the normal forward conveying of the paper box.

Disclosure of Invention

The utility model aims to provide a variable-specification paper clamping and conveying device which reduces the stroke of clamping and placing ceramic tiles and saves the time for finishing the process, thereby improving the packaging efficiency, can be quickly adjusted according to the specification of the packaged ceramic tiles, has high adjustment efficiency, synchronism and accuracy, does not influence the packaging efficiency of the ceramic tiles, and can smoothly convey paper boxes and paper boards provided with the ceramic tiles forwards.

The utility model is realized by comprising a carton bin and a carton clamping and conveying mechanism, wherein the carton clamping and conveying mechanism comprises two beams arranged in parallel, a pair of belt pulleys arranged on the beams, a belt wound on the pair of belt pulleys, a slide block driven by the belt to move back and forth along a track on the beams, a power clamp member driven by the slide block, and a mechanism for driving the belt pulleys on the two beams arranged in parallel to synchronously rotate through a motor transmission shaft, and the carton clamping and conveying mechanism is characterized in that the power clamp member comprises an air cylinder fixed on the slide block and a power clamp driven by a piston rod of the air cylinder, a guide rail is arranged on one side of the carton clamping and conveying mechanism, two sliding seats are arranged on the guide rail in a sliding way, the sliding seats are connected with one end of a conveying belt base, a plurality of belt pulleys are arranged on the conveying belt base, a conveying belt is wound on the belt pulleys, and the positions of the belt are arranged in such a way that the conveying belt forms a notch corresponding to the two beams, the two beams are respectively positioned in two notches of the conveying belt, and the notches are splayed.

The guide rail is fixed on the guide rail mounting position on the rack at the paper box placing station of the transmission mechanism for the packaging machine, the other end of the base of the conveying belt is connected with the racks of the rear belt pulleys of the two rear belt transmission mechanism units of the transmission mechanism for the packaging machine, and the two conveying belts are respectively linked with the rear conveying belts of the two rear belt transmission mechanism units.

When getting the carton cardboard, motor mechanism passes through the guide rail, the belt pulley, the belt drives the power clamp component and moves to being close to carton storehouse department, the piston rod of cylinder rises, make get carton power clamp rise with the same horizontal plane of carton when the power clamp opens the centre gripping carton that moves ahead again, motion drives belt pulley and belt through the motor, the belt drives the power clamp component and moves toward the initial position, convey the middle part of conveyor belt with the carton cardboard, the piston rod of cylinder descends, reset to the initial position, pack the ceramic tile simultaneously. If the adjustment is needed according to the carton specification corresponding to the tile specification, the distance between the two rear belt transmission mechanism units of the transmission mechanism for the packaging machine is adjusted along with the adjustment of different tile specifications, the distance between the two conveying belts is also adjusted along with the adjustment of the cross beams of the conveying belts, then, the motor mechanism is adjusted to drive the power clamp to clamp the position of the carton paperboard and convey the carton paperboard to the belt transmission mechanism through the belt pulley and the belt, so that the aim of quickly adjusting according to the carton specification corresponding to the tile specification is fulfilled, because the motor mechanism operates, the motor mechanism can be controlled by a control program (the motor operates, the control program is controlled by a control device with program control according to a control program preset in the control device, for example, the distance of the power clamp moving back and forth can be controlled by adjusting the number of turns of the motor in the motor mechanism, of course, the distance of the back-and-forth movement of the power clamp and the positions of the two end points of the back-and-forth movement can be controlled by a common-knowledge control device by arranging the proximity sensors corresponding to the end points of the back-and-forth movement of the power clamp on the beam), and the adjustment has high synchronism and accuracy. Set up the conveyor belt component in pinch carton mechanism department, like this, the assembly of pressing from both sides the carton device of getting can go on alone, then, installing on the transmission device for the packagine machine, like this, the installation of the back belt transmission mechanism unit of transmission device for the packagine machine just does not receive the influence of the assembly of pinch carton device, the installation of the back belt transmission mechanism unit of transmission device for the packagine machine can separately go on alone with pinch carton device installation, and, when the assembly of pinch carton device can go on alone, can accomplish the assembly of pinch carton mechanism earlier, accomplish the assembly of conveyor belt component again, make the belt transmission mechanism that is the notch of splayed and pinch carton mechanism between can not produce the interference, guaranteed that the carton cardboard of installing the ceramic tile can be conveyed forward smoothly.

Compared with the prior art, the utility model has the beneficial effects that: the automatic ceramic tile packaging machine has the advantages that the automatic ceramic tile packaging machine can be quickly adjusted according to the specifications of packaged ceramic tiles, is high in adjustment efficiency, synchronism and accuracy, does not influence the packaging efficiency of the ceramic tiles, and can smoothly convey carton paperboards provided with the ceramic tiles.

Description of the drawings:

FIG. 1 is a schematic structural view of the present invention;

fig. 2 is a schematic structural view of a conveying mechanism for a tile packing machine.

The specific implementation mode is as follows:

the utility model will now be described in further detail with reference to the accompanying drawings and examples:

as shown in the figure, the utility model comprises a carton bin a and a carton clamping and conveying mechanism b, wherein the carton clamping and conveying mechanism b comprises two beams 1 which are arranged in parallel, a pair of belt pulleys 2 which are arranged on the beams 1, a belt 3 which is wound on the pair of belt pulleys 2, a slide block 5 which is driven by the belt 3 to move back and forth along a track 4 on the beams 1, a power clamp member 6 which is driven by the slide block 5, and a motor mechanism 7 which drives the belt pulleys 2 on the two beams 1 which are arranged in parallel to rotate synchronously through a transmission shaft 7, and is characterized in that the power clamp member 6 comprises an air cylinder 601 which is fixed on the slide block 5, a power clamp 603 which is driven by a piston rod of the air cylinder 601 and comprises a power clamp base 602 which is fixedly connected on the piston rod, a guide rail 8 (which adopts a ball guide rail) is arranged on one side of the carton clamping and conveying mechanism b, two sliding seats 9 are arranged on the guide rail 8 in a sliding way, the sliding seats 9 are connected with one end of the conveying belt base 10, the conveying belt base 10 is provided with a plurality of belt pulleys 11, the belt pulleys 11 are wound with conveying belts 12, the positions of the belt pulleys 11 are arranged in such a way that notches 13 are formed at the corresponding positions of the conveying belts 12 corresponding to the two beams 1, the two beams 1 are respectively positioned in the two notches 13 of the conveying belts 12, and the notches 13 are in a splayed shape.

The guide rail 8 of the utility model is fixed on a guide rail mounting position 15 on a frame 14 of a paper box placing station d of a transmission mechanism for a packaging machine (sequentially provided with a ceramic tile aligning station c, a paper box placing station d, an angle stacking station e and a paper box folding station f) shown in figure 2, the other end of a conveying belt base 10 is connected with rear belt pulley frames 16 of two rear belt transmission mechanism units g of the transmission mechanism for the packaging machine, and two conveying belts 12 are respectively linked with rear conveying belts 18 of the two rear belt transmission mechanism units g through transmission wheel sets 17 of the two rear belt transmission mechanism units d.

The carton bin a comprises a bin body 21 with a width adjusting mechanism 19 and a length adjusting mechanism 20, and a suction cup 23 which is arranged on the bin body 21 and is driven by an up-and-down driving mechanism 22.

Claims

1. A paper box clamping and conveying device capable of converting specifications comprises a paper box bin and a paper box clamping and conveying mechanism, wherein the paper box clamping and conveying mechanism comprises two beams arranged in parallel, a pair of belt pulleys arranged on the beams, a belt wound on the pair of belt pulleys, a slide block driven by the belt to move back and forth along a track on the beams, a power clamp component driven by the slide block, and a motor mechanism driving the belt pulleys on the two beams arranged in parallel to rotate synchronously through a transmission shaft, and the paper box clamping and conveying device is characterized in that the power clamp component comprises an air cylinder fixed on the slide block and a power clamp driven by a piston rod of the air cylinder, a guide rail is arranged on one side of the paper box clamping and conveying mechanism, two sliding seats are arranged on the guide rail in a sliding manner, the sliding seats are connected with one end of a conveying belt base, a plurality of belt pulleys are arranged on the conveying belt base, a conveying belt is wound on the belt pulleys, and the positions of the plurality of the belt pulleys are arranged in the way, and forming notches at the corresponding positions of the conveying belt corresponding to the two beams, wherein the two beams are respectively positioned in the two notches of the conveying belt, and the notches are splayed.

2. The apparatus as claimed in claim 1, wherein the carton magazine comprises a magazine body with a width adjusting mechanism and a length adjusting mechanism, and a suction cup disposed on the magazine body and driven by an up-and-down driving mechanism.