CN215753524U

CN215753524U - Automatic bar code stripping and transferring mechanism

Info

Publication number: CN215753524U
Application number: CN202121719133.6U
Authority: CN
Inventors: 倪政辉
Original assignee: Suzhou Shengcheng Solar Equipment Co Ltd
Current assignee: Suzhou Shengcheng Solar Equipment Co Ltd
Priority date: 2021-07-27
Filing date: 2021-07-27
Publication date: 2022-02-08
Anticipated expiration: 2031-07-27

Abstract

The utility model discloses an automatic bar code stripping and transferring mechanism which comprises a bottom plate, a printer, a feeding roller set, a printing head, a supporting roller, a label discharging support, a coiling rod, a transition rod and an air blowing rod, wherein the bottom plate is arranged in a horizontal sliding mode, the printer is arranged on the bottom plate, the feeding roller set is arranged on the side wall of the printer and is used for circulating a carbon ribbon and bar code base paper, the printing head is arranged on the side wall of the printer and is used for impressing the carbon ribbon to adhere to the bar code base paper, the supporting roller is arranged below the printing head and is in press fit with the printing head, the label discharging support is arranged behind the supporting roller and is used for bearing a printed label, the coiling rod is arranged below the label discharging support and is used for coiling the bar code base paper, the transition rod is arranged between the label discharging support and the supporting roller, and the air blowing rod is arranged on the outer side of the label discharging support and is used for separating the bar code base paper through air blowing. The utility model realizes that the bar code base paper is easy to peel off when the label is printed, and solves the problem of difficult peeling.

Description

Automatic bar code stripping and transferring mechanism

Technical Field

The utility model belongs to the technical field of bar code pasting equipment, and particularly relates to an automatic bar code stripping and transferring mechanism.

Background

The bar code needs to be pasted in the production line production of the photovoltaic module so as to track the state of each module, the bar code label of the existing pasting code mechanism is conveyed to the material receiving plate by the code printing machine, and the printed bar code on the material receiving plate is adsorbed and transferred by the three-axis mechanical carrying arm. Because the viscosity between bar code label and the bar code backing paper is great, the bar code label is thin, leads to not peeling off in the position of connecing the flitch, influences the absorption transfer action of triaxial mechanical transport arm, can't realize automated production.

SUMMERY OF THE UTILITY MODEL

The utility model aims to solve the technical problems and provides an automatic bar code stripping and transferring mechanism, so that the bar code base paper can be easily stripped from a printed label, and the problem of difficult stripping can be solved. In order to achieve the purpose, the technical scheme of the utility model is as follows:

automatic bar code is peeled off and is changeed mechanism, bottom plate including horizontal slip setting, locate the printer on the bottom plate, locate the feeding roller group that is used for circulation carbon ribbon and bar code base stock on the lateral wall of printer, locate the printer head that is used for impression carbon ribbon laminating bar code base stock on the lateral wall of printer, locate printer head below rather than crimping complex backing roll, locate the play mark support that is used for accepting the printing label at backing roll rear, locate a coil stock pole that is used for being drawn into the bar code base stock below the support, locate the transition pole between play mark support and the backing roll, and locate the pole of blowing that is used for blowing outside the mark support and prints the label and separate the bar code base stock.

Specifically, still be equipped with the adsorption plate of scalable rotation setting on the bottom plate, the adsorption plate sets up with the top of going out mark support is corresponding.

Specifically, a plurality of air blowing holes are formed in the air blowing rod, and the air blowing holes are arranged in an air blowing mode towards the mark discharging support from the oblique lower side.

Specifically, the top of the printing head is elastically connected with a carbon ribbon pressure head.

Specifically, the feed roller group includes a carbon ribbon rack for sleeving a carbon ribbon, a plurality of carbon ribbon feeding rollers for conveying the carbon ribbon, a carbon ribbon discharging roller arranged above the carbon ribbon pressure head, and a carbon ribbon recovery roller.

Specifically, the feeding roller group further comprises a bar code placing frame used for sleeving the bar code base paper, a plurality of bar code feeding rollers used for conveying the bar code base paper, a tension roller arranged below the supporting roller and a bar code base paper recycling roller.

Compared with the prior art, the automatic bar code stripping and transferring mechanism has the following beneficial effects:

the bar code base paper and the carbon ribbon are conveyed and attached in a combined mode through the feeding roller set, and the printed label is effectively stripped through the cooperation of the supporting roller, the transition rod, the coiling rod, the label discharging support and the air blowing rod, so that the printed label is accurately stripped from the position of the label discharging support, and the problem that the printed label is difficult to strip due to over-adhesion of the printed label is solved; the whole transfer mechanism realizes automatic stripping operation, and the conveying, recovery and circulation of the bar code base paper and the carbon ribbon are smooth.

Drawings

FIG. 1 is a schematic structural diagram of an embodiment of the present invention;

FIG. 2 is an enlarged view of a portion of the stand of this embodiment;

FIG. 3 is a partial cross-sectional view of the feed roller assembly of this embodiment;

the figures in the drawings represent:

the printing device comprises a base plate 1, a printer 11, a thermal transfer ribbon 12, a bar code backing paper 13, a printing head 2, a support roller 21, a label discharging support 22, a thermal transfer ribbon head 23, a coiling rod 3, a transition rod 4, a blowing rod 5, a blowing hole 51, an adsorption plate 6, an installation frame 61, a rotary cylinder 62, a transfer plate 63, a lifting cylinder 64, a thermal transfer ribbon placement frame 7, a thermal transfer ribbon feeding roller 71, a thermal transfer ribbon feeding roller 72, a thermal transfer ribbon recovery roller 73, a bar code placement frame 8, a bar code feeding roller 81, a tension roller 82 and a bar code backing paper recovery roller 83.

Detailed Description

The technical solutions in the embodiments of the present invention are described clearly and completely below, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all embodiments.

Example (b):

referring to fig. 1-3, the present embodiment is an automatic barcode peeling and transferring mechanism, which includes a bottom plate 1 disposed in a horizontal sliding manner, a printer 11 disposed on the bottom plate 1, a feeding roller set disposed on a side wall of the printer 11 and used for circulating a carbon ribbon 12 and a barcode backing paper 13, a printing head 2 disposed on a side wall of the printer 11 and used for imprinting the carbon ribbon 12 and adhering the barcode backing paper 13, a supporting roller 21 disposed below the printing head 2 and in press-fit therewith, a label discharging support 22 disposed behind the supporting roller 21 and used for receiving a printed label (not labeled in the figure), a winding rod 3 disposed below the label discharging support 22 and used for winding the barcode backing paper 13, a transition rod 4 disposed between the label discharging support 22 and the supporting roller 21, and a blowing rod 5 disposed outside the label discharging support 22 and used for blowing the printed label to separate the barcode backing paper 13.

The transition rod 4 is of an inverted frustum structure. The transition bar 4 is fixed to a side wall of the printer 11 and is aligned with the axial direction of the support roller 21.

Still be equipped with the adsorption plate 6 of scalable rotatory setting on the bottom plate 1, adsorption plate 6 sets up with the top of marking support 22 is corresponding for adsorb the transfer and be located the printing label on marking support 22.

Be equipped with mounting bracket 61 on the bottom plate 1, install revolving cylinder 62 on the mounting bracket 61, the transfer board 63 is installed to revolving cylinder 62's output, installs lift cylinder 64 on the transfer board 63, and adsorption plate 6 is installed to lift cylinder 64's output, and the outside of adsorption plate 6 inserts vacuum adsorption device for the lower surface of adsorption plate 6 has the absorption function, can adsorb and pick up the printing label.

Be equipped with a plurality of holes 51 of blowing on the blow pole 5, the outside access gas blowing device of blow pole 5 for aerify in the blow pole 5, blow to the outside through the hole 51 of blowing, the hole 51 of blowing is blown the setting by oblique below orientation mark support 22, makes the printing label can be lifted easily through blowing when separating bar code base stock 12, avoids the problem of the too big peeling difficulty that leads to of viscidity.

The top of the printing head 2 is elastically connected with a carbon ribbon pressure head 23, the printing head 2 is connected to a chip inside the printer 11, information of a printed label is transmitted to the printing head 2 through the chip, and the printing head 2 is pressed against the carbon ribbon 12 to copy bar code information on the printed label of the bar code backing paper 13 through the carbon ribbon 12.

The feeding roller set comprises a carbon ribbon placing frame 7 for sleeving the carbon ribbon 12, a plurality of carbon ribbon feeding rollers 71 for conveying the carbon ribbon 12, a carbon ribbon discharging roller 72 arranged above the carbon ribbon pressing head 23 and a carbon ribbon recycling roller 73. The carbon ribbon 12 is conveyed by the carbon ribbon placing frame 7 to enter between the printing head 2 and the support roller 21 through the carbon ribbon feeding roller 71, and the carbon ribbon 12 is recycled into the carbon ribbon recycling roller 73 through the carbon ribbon discharging roller 72 again.

The feeding roller group further comprises a bar code placing frame 8 for sleeving the bar code base paper 13, a plurality of bar code feeding rollers 81 for conveying the bar code base paper 13, a tension roller 82 arranged below the supporting roller 21 and a bar code base paper recycling roller 83. The bar code backing paper 13 is conveyed by the bar code placing rack 8 to enter between the printing head 2 and the supporting roller 21 through the bar code feeding roller 81, the bar code backing paper 13 enters the inner side of the coil rod 3 downwards along the surface of the label discharging support 22 and slides out of the tension roller 82, and the recovered coil material enters the bar code backing paper recovery roller 83.

When the embodiment is applied, the barcode base paper 13 and the carbon ribbon 12 are conveyed and attached together through the feeding roller group to enter between the support roller 21 and the printing head 2, the pressure is adjusted by the carbon ribbon pressure head 23 to enable the barcode base paper 13 and the carbon ribbon 12 to be tightly attached, the printing head 2 copies information on a printed label according to printing information, the carbon ribbon 12 recovers and discharges materials along the carbon ribbon discharging roller 72, and the barcode base paper 13 recovers and discharges materials along the tension roller 82; the transition rod 4 supports the bar code base paper 13 to move and transition to the label outlet support 22, the coil stock rod 3 tensions the bar code base paper 13 to enable the bar code base paper 13 to be in an acute angle bending state on the end side of the label outlet support 22, so that the end portion of a printed label is tilted, meanwhile, the air blowing rod 5 assists in blowing and stripping, and the printed label is transferred to an attaching station through the adsorption plate 6.

In the embodiment, the bar code base paper 13 and the carbon ribbon 12 are combined, conveyed and attached through the arrangement of the feeding roller group, and the printed label is effectively stripped from the bar code base paper 13 through the arrangement of the support roller 21, the transition rod 4, the coiling rod 3, the label discharging support 22 and the air blowing rod 5, so that the printed label is accurately stripped from the position of the label discharging support 22, and the problem of difficult stripping caused by over-adhesion of the printed label is avoided; the whole transfer mechanism realizes automatic stripping operation, and the conveying, recovery and circulation of the bar code base paper 13 and the carbon ribbon 12 are smooth.

What has been described above are merely some embodiments of the present invention. It will be apparent to those skilled in the art that various changes and modifications can be made without departing from the inventive concept thereof, and these changes and modifications can be made without departing from the spirit and scope of the utility model.

Claims

1. Automatic bar code peels off changes pastes mechanism, its characterized in that: the bottom plate that sets up including horizontal slip, locate the printer on the bottom plate, locate the feeding roller group that is used for circulation carbon ribbon and bar code base stock on the lateral wall of printer, locate the printer head that is used for impression carbon ribbon laminating bar code base stock on the lateral wall of printer, locate printer head below rather than crimping complex backing roll, locate the play mark support that is used for accepting the printing label at backing roll rear, locate a coil stock pole that mark support below is used for being drawn into the bar code base stock, locate the transition pole between mark support and the backing roll, and locate the pole of blowing that is used for blowing outside the mark support and prints the label and separate the bar code base stock.

2. The automatic bar code peeling and transferring mechanism of claim 1, wherein: still be equipped with the adsorption plate of scalable rotation setting on the bottom plate, the adsorption plate sets up with the top of going out mark support is corresponding.

3. The automatic bar code peeling and transferring mechanism of claim 1, wherein: the air blowing rod is provided with a plurality of air blowing holes, and the air blowing holes are arranged in an air blowing mode from the oblique lower side to the label discharging support.

4. The automatic bar code peeling and transferring mechanism of claim 1, wherein: the top of the printing head is elastically connected with a carbon ribbon pressure head.

5. The automatic bar code peeling and transferring mechanism of claim 4, wherein: the feeding roller group comprises a carbon ribbon placing frame used for sleeving a carbon ribbon, a plurality of carbon ribbon feeding rollers used for conveying the carbon ribbon, a carbon ribbon discharging roller arranged above the carbon ribbon pressing head and a carbon ribbon recovery roller.

6. The automatic bar code peeling and transferring mechanism of claim 1, wherein: the feeding roller group further comprises a bar code placing frame used for sleeving bar code base paper, a plurality of bar code feeding rollers used for conveying the bar code base paper, a tension roller arranged below the supporting roller and a bar code base paper recycling roller.