CN210011993U - Automatic labeling machine head - Google Patents

Abstract

The utility model relates to an automatic label aircraft nose, it belongs to the automation in the automation field and marks article. The utility model comprises a machine head bottom plate, a paper loading mechanism, a paper peeling mechanism, a marking mechanism and a paper receiving mechanism, wherein the paper loading mechanism, the paper peeling mechanism, the marking mechanism and the paper receiving mechanism are all arranged on the machine head bottom plate, the paper loading mechanism is positioned at the upper part of the machine head bottom plate, and a curved paper leveling mechanism is arranged at the lower left side of the paper loading mechanism; the paper loading mechanism comprises a tension spring wire, a feeding roller, a material roller end cover, a paper roll positioning plate, a friction adjusting block, a friction spring, a rotating shaft, a friction wheel and a bearing, and the self-adhesive label paper roll is prevented from being unwound by adjusting the contact tightness of the friction spring and the friction wheel when the friction adjusting block is adjusted. The utility model has the advantages of simple and reasonable design, safe and reliable, convenient operation has realized beating promptly and has pasted promptly, has realized adorning paper fast, has improved whole work efficiency, uses in a flexible way, satisfies the user demand.

Description

Automatic labeling machine head

Technical Field

The utility model relates to a structure especially relates to an automatic label aircraft nose, and it belongs to the automation in the automation field and marks article's automation.

Background

With the popularization of automatic cutting, the mode of manually judging the shape and the longitude and latitude lines of the sample cannot meet the requirements of faster and faster production rhythm and high-quality production; by identifying the sample wafer and automatically identifying the sample wafer through the subsequent process, errors are prevented.

Chinese patent publication No. 2459275Y, 11/14/2001, discloses a utility model named "automatic labeling device for optical disk drive labels". The paper stripper in the patent can only be suitable for labels of large rolls, and is relatively flat labels, and the probability of missed suction is very high when the labels with radian are adsorbed. The patent document mentions a paper stripping seat, and the tail end of an action rod is provided with a sucker, so that the label can be directly adsorbed after being quickly and horizontally separated from a stripping clamping block of the paper stripping mechanism to guide a label sticker, but the time matching of the action is very consistent, otherwise, the label cannot be accurately picked, the control difficulty is high, the suction is early, a part of label paper is not separated from the paper stripping seat, the falling marking is influenced, the label falls after the suction is late, the label cannot be sucked, and a label leakage is formed; the movable paper stripping mechanism solves the problems.

A chinese patent publication No. 2512605Y, 09/25/2002, discloses a utility model named "thermal label printer". In this patent, a peeling knife and a peeling roller are also mentioned, which are mainly used as an automatic peeling mechanism for printed labels, and are defined for the shape of the peeled labels, and are not suitable for being applied to an automatic line.

Chinese patent laid-open No. 104827783B, 2016, 05 and 04, discloses an invention named "label printer". The front side of the printer is provided with a label box, a label box locking rod, a display area, a functional key area, a label box ejection key and a cutter key; a battery box cover is arranged at the lower side of the printer, and the part of the battery box cover close to the back gradually converges upwards to form an inclined plane; a label outlet is arranged at the right side of the printer; an outer interface area is arranged in the middle of the upper side of the printer, and a hook structure is arranged at the left end of the upper side of the printer; a magnet suction block is arranged in a groove at the upper part of the back of the printer; the middle lower part of the back surface of the printer is partially inwards sunken to form a holding groove. Although the printer abandons the traditional label printer with a large head and a small body and a consistent mode of inputting instructions by a manual keyboard, the printer is designed into a structure similar to a square as a whole and a mode of connecting a mobile phone data line with an external interface area and inputting instructions by a mobile phone in a breakthrough manner, can be placed in multiple states and can be used for placing misoperation; but the structure is greatly different from the structures of a thermal printing technology, a movable paper stripping mechanism and the like.

Therefore, the automatic labeling machine head is simple and reasonable in structural design, safe, reliable and convenient to operate, achieves the purposes of printing and pasting instantly, achieves the purposes of quickly loading paper, improves the overall working efficiency, and is particularly necessary to use flexibly.

SUMMERY OF THE UTILITY MODEL

The utility model aims to overcome the above-mentioned not enough that exists among the prior art, and provide a structural design is simple reasonable, safe and reliable, convenient operation, realized beating promptly and paste promptly, realized adorning paper fast, improved whole work efficiency, use nimble automatic labeling aircraft nose.

The utility model provides a technical scheme that above-mentioned problem adopted is: this automatic label aircraft nose, including the aircraft nose bottom plate, its characterized in that: the paper feeding mechanism, the paper peeling mechanism, the marking mechanism and the paper collecting mechanism are all arranged on the machine head bottom plate, the paper feeding mechanism is positioned at the upper part of the machine head bottom plate, and the curved paper leveling mechanism is arranged at the lower left side of the paper feeding mechanism;

the paper loading mechanism comprises a tension spring wire, a feeding roller, a material roller end cover, a paper roll positioning plate, a friction adjusting block, a friction spring, a rotating shaft, a friction wheel and a bearing, wherein the bearing is installed on a machine head bottom plate, the rotating shaft is arranged on one side of the machine head bottom plate, the feeding roller is matched with the rotating shaft, the material roller end cover is connected with the feeding roller, the paper roll positioning plate is arranged on the feeding roller, the tension spring wire is arranged on the feeding roller, the friction wheel is installed on the rotating shaft, and the self-adhesive label paper roll is ensured not to be unwound by adjusting the contact tightness of the friction spring and the friction wheel when the friction adjusting block is adjusted;

as preferred, marking mechanism includes the sucking disc, a fixed base, beat the mark guide rail, the trachea guide pulley, the sliding block, the left socle, the spring guide pulley, the right branch frame, beat the mark cylinder, beat the mark connector, guide rail slider and extension spring, the fixing base is installed on the aircraft nose bottom plate, set up guide rail slider on the fixing base, beat the mark cylinder and install on the fixing base, beat the mark guide rail and beat the mark cylinder and be connected through beating the mark connector, install sucking disc and trachea in the mark connector, left socle and right branch frame are all adorned on the fixing base, the installation has the sliding block of trachea guide pulley in the middle of this left socle and the right branch frame, sliding block upper portion is connected with.

As preferred, the paper receiving mechanism includes the body paper guide roller, the chucking spring steel wire, the receipts material roller, receive the material baffle, including a motor, an end cap, a controller, and a cover plate, the motor synchronizing wheel, the hold-in range, receive material synchronous pulley and receipts material axle, the motor is installed on the aircraft nose bottom plate, the motor synchronizing wheel is established epaxially at the motor, receive the material synchronous pulley dress epaxially at receiving, the motor synchronizing wheel matches each other with receiving the material synchronous pulley, the body paper guide roller sets up on the aircraft nose bottom plate, symmetry fluting on the surface of receipt roller, chucking spring steel wire inserts the downthehole on receiving the material baffle along the groove on the receipt roller both sides terminal surface, set up on the receipt roller and receive the.

As preferred, the utility model discloses automatic labeller head still includes the floating printer head that beats, the floating printer head that beats is installed on the aircraft nose bottom plate, this floating printer head that beats includes the link, the sliding plate, the sliding sleeve, upward guide board, the feed roller, lower guide board, print the rubber roll, the thermal printing head, the guide arm, adjust the support, cam and camshaft, the camshaft is installed on the link, the cam matches with the camshaft, adjust the support dress on the sliding plate, adjust the support and contact with the cam, upward guide board connects on the sliding plate, upward guide board matches with the sliding sleeve, the feed roller sets up at the front end of upward guide board and lower guide board, it matches with the cam to print the rubber roll, the thermal printing head links to each other with the.

As preferred, the utility model discloses automatic label aircraft nose still includes that bent paper levelling mechanism includes the elasticity swager, draws material roller, supplementary roller, turns over a packet levelling roller, dredges levelling roller, elasticity swing span and straining spring, is fixed with the elasticity swager on the elasticity swing span, and this elasticity swager matches with drawing the material roller, and supplementary roller and turning over a packet levelling roller setting are in the elasticity swager with draw the material roller and dredge the levelling roller below, and straining spring sets up on the elasticity swing span.

Preferably, the loading roller surface among the dress paper mechanism fluting and hole, built-in area crooked tensioning spring silk.

As preferred, shell paper mechanism including moving slide, last pressure paper piece, slide and slide support, moving slide dress is inboard and slidable at the slide, and the slide dress is inboard at the slide support, and the slide support is connected with the aircraft nose bottom plate, goes up to press the paper piece setting in moving slide top.

Preferably, the lower point of the upper pressing block in the paper peeling mechanism is lower than the paper peeling opening of the movable sliding plate.

Preferably, marking mechanism still includes label position sensor and sensor separation blade, beat and install the sensor separation blade on the mark connector, label position sensor matches with this sensor separation blade.

Preferably, in the paper collecting mechanism, the diameter of the clamping spring steel wire is not less than the groove depth of the groove formed in the outer surface of the material collecting roller.

Compared with the prior art, the utility model, have following advantage and effect: the whole structure is simple and reasonable in design, safe and reliable, convenient to operate and flexible to use, and a small and exquisite thermal printing technology is adopted, so that printing and sticking are achieved; errors in manual sample wafer collection are avoided, and working efficiency is improved; the two-dimensional codes can be printed at the same time, so that the management in automatic production is facilitated; the convenient winding and the installation of the base paper can be realized; aiming at the arc shape of the small roll of label paper, a curved paper leveling mechanism is established, and a paper feeding compensation technology is established by setting a plurality of (not less than two) detection sensors; in order to combine the convenience of label paper installation, a floating printing head with variable position is established; the straight line marking mode controlled by the cylinder is established for improving the label absorbing and marking efficiency, and the paper stripping device is provided with a sliding plate; the label head realizes quick paper loading, is suitable for a conventional adhesive thermosensitive printing paper rolling mechanism, and can be mounted on a flexible material numerical control cutting machine.

Drawings

Fig. 1 is a schematic view of the overall structure of the embodiment of the present invention.

Fig. 2 is a schematic diagram of the overall structure of the embodiment of the present invention.

Fig. 3 is a first schematic structural diagram of a paper loading mechanism in an embodiment of the present invention.

Fig. 4 is a second schematic structural diagram of the paper loading mechanism in the embodiment of the present invention.

Fig. 5 is a schematic structural diagram of a curved paper leveling mechanism according to an embodiment of the present invention.

Fig. 6 is a schematic structural diagram of a floating printhead according to an embodiment of the present invention.

Fig. 7 is a first schematic structural diagram of a paper peeling mechanism in an embodiment of the present invention.

Fig. 8 is a schematic structural diagram of a paper peeling mechanism in the embodiment of the present invention.

Fig. 9 is a first schematic structural diagram of a marking mechanism in an embodiment of the present invention.

Fig. 10 is a schematic structural diagram of a marking mechanism according to an embodiment of the present invention.

Fig. 11 is a first schematic structural diagram of a delivery mechanism according to an embodiment of the present invention.

Fig. 12 is a second schematic structural view of the delivery mechanism in the embodiment of the present invention.

In the figure: the automatic paper feeding device comprises a paper loading mechanism I, a curved paper leveling mechanism II, a floating type printing head III, a paper peeling mechanism IV, a marking mechanism V, a coil stock detection VI, a paper collecting mechanism VII, a machine head bottom plate VIII, a non-setting adhesive heat-sensitive label roll paper 9, an auxiliary paper guide roller 10, a housing box 11, a control plate 12, label backing paper 13, label paper 14, a housing cover 15 and a label 16;

paper loading mechanism I: a tension spring wire 101, a feeding roller 102, a feeding roller end cover 103, a paper roll positioning plate 104, a friction adjusting block 105, a friction spring 106, a friction wheel fixing ring 107, a rotating shaft 108, a friction wheel 109 and a bearing 110;

bent paper levelling mechanism II: a label rolling roller 201, a material guiding roller 202, an elastic material pressing roller 203, an auxiliary roller 204, a turn-up leveling roller 205, a dredging leveling roller 206, an elastic swing frame 207 and a tension spring 208;

floating type printing head III: a connecting frame 301, printing paper 302, a sliding plate 303, a compression spring 304, a sliding sleeve 305, an upper guide plate 306, a feeding roller 307, a lower guide plate 308, a printing rubber roller 309, a thermal printing head 310, a pagoda spring 311, a guide rod 312, an adjusting bracket 313, a cam 314, a cam shaft 315 and a cam rotating shaft control wrench 316;

and a paper stripping mechanism IV: a movable sliding plate 401, an upper paper pressing block 402, a slide 403 and a slide bracket 404;

and (5) marking mechanism V: the marking device comprises a sucker 501, a label position sensor 502, a sensor baffle 503, a fixed seat 504, a marking guide rail 505, an air pipe 506, an air pipe guide wheel 507, a sliding block 508, a left bracket 509, a spring guide wheel 510, a right bracket 511, a marking cylinder 512, a marking connector 513, a guide rail sliding block 514 and a tension spring 515;

and VI, coil stock detection: a delivery elasticity detection roller 601;

the paper collecting mechanism VII: a backing paper guide roller 701, a clamping spring steel wire 702, a material receiving roller 703, a material receiving guide plate 704, a motor 705, a motor synchronous wheel 706, a synchronous belt 707, a material receiving synchronous belt wheel 708, a fixing ring 709 and a material receiving shaft 710.

Detailed Description

The present invention will be described in further detail by way of examples with reference to the accompanying drawings, which are illustrative of the present invention and are not intended to limit the present invention.

Examples are given.

Referring to fig. 1 to 12, the automatic label aircraft nose of this embodiment includes aircraft nose bottom plate VIII, dress paper mechanism I, peels paper mechanism IV, marking mechanism V and paper receiving mechanism VII, and dress paper mechanism I, peels paper mechanism IV, marking mechanism V and paper receiving mechanism VII all install on aircraft nose bottom plate VIII, and dress paper mechanism I is located the upper portion of aircraft nose bottom plate VIII, and curved paper levelling mechanism II is adorned in the left downside of dress paper mechanism I.

This embodiment adorns paper mechanism I including tensioning spring wire 101, material loading roller 102, material roller end cover 103, scroll locating plate 104, friction adjusting block 105, friction spring 106, the solid fixed ring 107 of friction pulley, axis of rotation 108, friction pulley 109 and bearing 110, installation bearing 110 on the aircraft nose bottom plate VIII, aircraft nose bottom plate VIII one side sets up axis of rotation 108, material loading roller 102 and axis of rotation 108 cooperation, material roller end cover 103 links to each other with material loading roller 102, be equipped with scroll locating plate 104 on the material loading roller 102, tensioning spring wire 101 sets up on material loading roller 102, the solid fixed ring 107 of friction pulley sets up on friction pulley 109.

In the embodiment, the bearing 110 is arranged on the machine head bottom plate VIII, so that the combination of different functions on two sides of the plate is realized; the feeding roller 102 is provided with a groove and a hole on the surface, and a tension spring wire 101 with a bend is arranged in the feeding roller, so that the maximum outer diameter of the spring wire is larger than the inner diameter of the self-adhesive thermal label roll paper 9.

The simultaneous action of the single or the plurality of tension spring wires 101 realizes the rotation control of the self-adhesive thermal label roll paper 9, so that the self-adhesive thermal label roll paper 9 and the rotating shaft 108 rotate synchronously, and the axial direction of the tension spring wires 101 is consistent with that of the feeding roller 102, so that the paper roll is very convenient to load and unload.

In this embodiment, a friction wheel 109 is mounted on a rotating shaft 108 on the other side of the head bottom plate viii, and the tightness of the contact between the friction spring 106 and the friction wheel when the friction adjusting block 105 is adjusted ensures that the self-adhesive thermal label roll paper 9 cannot be unwound.

The curved paper leveling mechanism II comprises a label roll 201, a material guiding roll 202, an elastic nip roll 203, an auxiliary roll 204, a turn-up leveling roll 205, a dredging leveling roll 206, an elastic swing frame 207 and a tensioning spring 208, wherein the elastic nip roll 203 is fixed on the elastic swing frame 207, the elastic nip roll 203 is matched with the material guiding roll 202, the auxiliary roll 204 and the turn-up leveling roll 205 are arranged below the elastic nip roll 203, the material guiding roll 202 and the dredging leveling roll 206, and the tensioning spring 208 is arranged on the elastic swing frame 207.

The label roll stock 201 of the embodiment is provided with a self-adhesive thermal label roll paper 9, and the self-adhesive thermal label roll paper 9 passes through between the guide roll and the elastic nip roll 203 and then passes through the auxiliary roll 204, the turn-up leveling roll 205 and the dredging leveling roll 206 in sequence.

The elastic swing frame 207 of the embodiment is fixed with the elastic nip roll 203, and the elastic nip roll 203 is always attached to the guide roll by the action of the tension spring 208, and can form a certain pressure on the self-adhesive material in the middle.

The self-adhesive thermal label roll paper 9 of the embodiment passes between the guide roller and the elastic nip roller 203, and the two rollers act to form a certain pressure on the material.

The diameter of the turn-up leveling roll 205 should be smaller than the diameter of the canalizing leveling roll 206 in this embodiment, for example, if the roll diameters are close, if the outer diameters of the turn-up leveling roll 205 and the canalizing leveling roll 206 are close, the number of the rolls must be increased correspondingly.

The floating printing head III of the embodiment is arranged on a machine head bottom plate VIII, the floating printing head III comprises a connecting frame 301, printing paper 302, a sliding plate 303, a compression spring 304, a sliding sleeve 305, an upper guide plate 306, a feeding roller 307, a lower guide plate 308, a printing rubber roll 309, a thermal printing head 310, a pagoda spring 311, a guide rod 312, an adjusting bracket 313, a cam 314, a cam shaft 315 and a cam rotating shaft control wrench 316, the cam shaft 315 is arranged on the connecting frame 301, the cam 314 is matched with the cam shaft 315, the adjusting bracket 313 is arranged on the sliding plate 303, the adjusting bracket 313 is contacted with the cam 314, the upper guide plate 306 is connected on the sliding plate 303, the upper guide plate 306 moves up and down through the sliding sleeve 305, the feeding roller 307 is arranged at the front ends of the upper guide plate 306 and the lower guide plate 308, the printing rubber roll guide plate 309 is matched with, the cam shaft control wrench 316 is movably arranged on the floating type printing head III.

In the embodiment, a compression spring 304 is arranged at the sliding sleeve 305, and a pagoda spring 311 is arranged at the back of the thermal printing head 310; the guide bar 312 is disposed between the link frame 301 and the sliding plate 303.

The cam shaft 315 of this embodiment is mounted on the connecting frame 301, the thermal head 310 and the upper guide plate 306 are connected to the slide plate 303, and the slide plate 303 is moved up and down along the guide rods 312 by rotating the cam shaft 315.

When in use, the cam shaft 315 is rotated, the sliding plate 303 moves upwards, the thermal printing head 310 is separated from the printing rubber roller 309, the upper guide plate 306 is separated from the lower guide plate 308, and the printing paper 302 can be installed; the reversely rotating cam shaft sliding plate 303 moves downwards, the thermal printing head 310 is contacted with the printing rubber roll 309, the contact force is controlled by the pagoda spring 311 on the back of the thermal printing head 310, the upper guide plate 306 at the front end moves downwards simultaneously in the process, when the upper guide plate is contacted with the lower guide plate 308 from the position of the compression spring 304, a gap is not generated on the edge of the lower guide plate 308, the paper guiding is more reliable, and the force change of the thermal printing head 310 and the printing rubber roll 309 is not influenced; if a fixed structure is adopted, parts are processed, or a paper guide gap exists directly; this embodiment structure has promoted the reliability of printing.

The paper stripping mechanism iv in this embodiment includes a movable slide plate 401, an upper paper pressing block 402, a slide 403 and a slide support 404, the movable slide plate 401 is installed inside the slide 403 and is slidable, the slide 403 is installed inside the slide support 404, the slide support 404 is connected to a machine head bottom plate viii, and the upper paper pressing block 402 is disposed above the movable slide plate 401.

The lower point F department of the upper paper pressing block 402 of this embodiment should be less than the paper stripping port D position of the movable sliding plate 401, namely is less than the paper stripping sliding plate high point through the upper paper pressing block 402, realizes setting an angle of front warping, just offsets with the gravity of the label 16, ensures that a small part of the label 16 is stuck on the backing paper before marking all the time, and ensures that the label 16 can not drop.

The label paper 14 (or unprinted labels) printed at the end B passes through the upper paper pressing block 402, the movable sliding plate 401 is separated from the label backing paper 13, therefore, the movable sliding plate 401 is at the end C, a small part of labels are always adhered to the label backing paper 13 of the label paper 14, after the label taking mechanism automatically takes labels from the upper part, the movable sliding plate 401 slides to the end B, and then the label paper returns to the end C to peel the next label paper 14.

The paper is peeled through pulling the body paper to this embodiment, and the label is under the effect of mouth D of peeling paper for label and body paper separation, the portable paper structure of peeling paper is not peeled through the mobile mode, but establishes portable paper sword of peeling paper, realizes that the mark is beaten in inhaling of little label.

In the prior art, the labels are directly adsorbed, the time matching of actions is very consistent, otherwise, the labels cannot be accurately selected, and the control difficulty is high; the problem that portable peeling means IV solved: the first label peeling speed is not required, when the first action is finished, a part of labels are adhered to the base paper, the problem of downward bending caused by the gravity action of the labels is solved by the position point of the upper paper pressing block 402, the sliding plate 401 is moved to slide to the end C after the labels are sucked, the paper peeling opening D of the sliding plate does not influence the downward movement of the label paper 14, and the adjustment is very convenient. Through last paper pressing block 402 is less than paper stripping slide high point, realizes having set for the angle of a preceding perk, just in time offsets with the gravity of label, and the limit is guaranteed to have some labels to glue on label backing paper 13 before getting the mark all the time, has guaranteed that the label can not drop.

Marking mechanism V of this embodiment includes sucking disc 501, label position sensor 502, sensor separation blade 503, fixing base 504, mark guide rail 505, trachea 506, trachea guide wheel 507, sliding block 508, left socle 509, spring guide wheel 510, right branch frame 511, mark cylinder 512, mark connector 513, guide rail slider 514 and extension spring 515, fixing base 504 is installed on aircraft nose bottom plate VIII, set up guide rail slider 514 on fixing base 504, mark cylinder 512 is installed on fixing base 504, mark guide rail 505 and mark cylinder 512 are connected through marking connector 513, install sucking disc 501 and trachea 506 in the connector 513 of marking, provide vacuum source.

The fixing base 504 of this embodiment fixes the left support 509 and the right support 511 at the same time, a sliding block 508 with an air pipe guide wheel 507 is installed between the left support 509 and the right support 511, the upper part of the sliding block 508 is connected with a tension spring 515, the tension spring 515 passes through a spring guide wheel 510 corresponding to the upper parts of the left support 509 and the right support 511, and the other end is fixed with the corresponding left support 509 and the right support 511.

In this embodiment, a sensor stop 503 is mounted on the marking connector 513, and the label position sensor 502 is matched with the sensor stop 503; marking connector 513 is a concave marking connector.

In this embodiment, the suction cup 501 is installed inside the marking connector 513, and the periphery of the marking connector has a function of compressing the label during labeling, so that the label is firmly labeled and the suction cup 501 is prevented from being damaged; when the marking cylinder 512 retreats, the sliding block 508 is pulled by the tension spring 515 to move upwards, so that the air pipe 506 can be effectively recovered, and the condition of large structure caused by a drag chain structure is avoided.

The coil stock detection VI in the embodiment is arranged on a machine head bottom plate VIII, and a paper collection elastic detection roller 601 is arranged on the coil stock detection VI.

The paper receiving mechanism VII in this embodiment comprises a bottom paper guide roller 701, a clamping spring steel wire 702, a receiving roller 703, a receiving guide plate 704, a motor 705, a motor synchronizing wheel 706, a synchronous belt 707, a receiving synchronous pulley 708, a fixing ring 709 and a receiving shaft 710, wherein the motor 705 is installed on a head bottom plate VIII, the motor synchronizing wheel 706 is arranged on a shaft of the motor 705, the receiving synchronous pulley 708 is installed on the receiving shaft 710, the motor synchronizing wheel 706 and the receiving synchronous pulley 708 are matched with each other, the bottom paper guide roller 701 is arranged on the head bottom plate VIII, grooves are symmetrically formed in the outer surface of the receiving roller 703, the clamping spring steel wire 702 is inserted into holes in the receiving guide plate 704 along the grooves in the end faces of the two sides of the receiving roller 703, and the receiving guide plate 704 is arranged on the receiving roller 703.

The fixing ring 709 of the present embodiment is disposed on the material receiving shaft 710; the motor synchronizing wheel 706 is connected with the material receiving synchronizing wheel 708 through a synchronizing belt 707, and the material receiving guide plate 704 is arranged between the material receiving roller 703 and the machine head bottom plate VIII.

In the embodiment, the bearing 110 is arranged on the machine head bottom plate VIII, so that the transmission and the paper collection are combined conveniently; symmetrically slotting on the outer surface of the material receiving roller 703, connecting the slots symmetrically on two sides through the slot on the upper end part, wherein the bottoms of the slots on the end surfaces on two sides correspond to the holes on the material receiving guide plate 704, the clamping spring steel wire 702 can be inserted into the holes on the material receiving guide plate 704 along the slots on the end surfaces on two sides of the material receiving roller 703, and the upper end of the clamping spring steel wire 702 is lower than the upper end surface of the material receiving roller 703; when the label winding machine works, the label backing paper 13 is wrapped on the outer surface of the material receiving roller 703 along the rotation direction of the material receiving roller 703, the action of the clamping spring steel wire 702 is repeated, the label backing paper 13 can be embraced on the material receiving roller 703, and the backing paper winding can be completed when the motor 705 works.

The diameter of the garter spring wire 702 of this embodiment is not less than the depth of the groove formed in the outer surface of the take-up roll 703, which facilitates the removal of the base paper roll.

The working process of the automatic labeling machine head of the embodiment is as follows:

(1) a printing rubber roller 309 in the floating type printing head III works to drive the label paper 14 to move;

(2) the front end of the label paper is provided with a curved paper leveling mechanism II and a label position coil stock detection VI, and the label paper 14 is introduced through a feeding roller 307; the rear end of the label paper 14 is provided with a movable paper peeling mechanism IV and a spring paper expanding mechanism, and meanwhile, the motor 705 drives the material receiving roller 703 to rotate, so that the label backing paper 13 is tightened, and the label 16 is peeled.

(3) Beat the mark cylinder and drive and beat the mark connector and move down, beat the inside sucking disc that sets up of mark connector, after targetting in place, the sucking disc work moves the slide and backs, lets out label bonding position, realizes beating the mark.

The supplementary paper roll 10 dress of leading of this embodiment is on aircraft nose bottom plate VIII, the activity of cam pivot control spanner 316 sets up on floating printer head III, housing box 11 links to each other in aircraft nose bottom plate VIII, housing lid 15 matches with housing box 11, supplementary paper roll 10 dress is on aircraft nose bottom plate VIII, the activity of cam pivot control spanner 316 sets up on floating printer head III, motor 705 dress is on aircraft nose bottom plate VIII, link to each other with receipts material roller 703 through the band pulley, non-setting adhesive heat sensitive label stock form 9 is provided with label paper 14, control panel 12 passes through the link dress on aircraft nose bottom plate VIII, label 16 inhales the mark through sucking disc 501.

And will be apparent to those skilled in the art from the foregoing description.

In addition, it should be noted that the specific embodiments described in the present specification may be different in the components, the shapes of the components, the names of the components, and the like, and the above description is only an example of the structure of the present invention. All the equivalent changes or simple changes made according to the structure, characteristics and principle of the utility model are included in the protection scope of the utility model. Various modifications, additions and substitutions may be made by those skilled in the art without departing from the scope of the invention as defined in the accompanying claims.

Claims (10)

1. An automatic label aircraft nose, includes aircraft nose bottom plate, its characterized in that: the paper feeding mechanism, the paper peeling mechanism, the marking mechanism and the paper collecting mechanism are all arranged on the machine head bottom plate, the paper feeding mechanism is positioned at the upper part of the machine head bottom plate, and the curved paper leveling mechanism is arranged at the lower left side of the paper feeding mechanism; dress paper mechanism includes the tensioning spring silk, the material loading roller, material roller end cover, the scroll locating plate, the friction adjustment piece, friction spring, the axis of rotation, friction pulley and bearing, install the bearing on the aircraft nose bottom plate, aircraft nose bottom plate one side sets up the axis of rotation, material loading roller and axis of rotation cooperation, material roller end cover links to each other with the material loading roller, be equipped with the scroll locating plate on the material loading roller, tensioning spring silk sets up on the material loading roller, install the friction pulley in the axis of rotation, the elasticity of friction spring and friction pulley contact when adjusting the friction adjustment piece, ensure that non-setting adhesive label scroll is not unwound.

2. The automatic labeler head as claimed in claim 1 wherein: marking mechanism includes the sucking disc, a fixed base, beat the mark guide rail, the trachea guide pulley, the sliding block, the left socle, the spring guide wheel, the right branch frame, beat the mark cylinder, beat the mark connector, guide rail slider and extension spring, the fixing base is installed on the aircraft nose bottom plate, set up guide rail slider on the fixing base, beat the mark cylinder and install on the fixing base, beat the mark guide rail and beat the mark cylinder and be connected through beating the mark connector, install sucking disc and trachea in the mark connector, left socle and right branch frame all adorn on the fixing base, the installation has the sliding block of trachea guide pulley in the middle of this left socle and the right branch frame, sliding block upper portion is.

3. The automatic labeler head as claimed in claim 1 wherein: the paper receiving mechanism comprises a bottom paper guide roller, a clamping spring steel wire, a receiving roller, a receiving guide plate, a motor synchronous wheel, a synchronous belt, a receiving synchronous belt wheel and a receiving shaft, the motor is installed on a machine head bottom plate, the motor synchronous wheel is arranged on the shaft of the motor, the receiving synchronous belt wheel is arranged on the receiving shaft, the motor synchronous wheel and the receiving synchronous belt wheel are matched with each other, the bottom paper guide roller is arranged on the machine head bottom plate, grooves are symmetrically formed in the outer surface of the receiving roller, the clamping spring steel wire is inserted into the holes in the receiving guide plate along the grooves in the end faces of the two sides of the receiving roller, and the receiving guide plate is arranged on the.

4. The automatic labeler head as claimed in claim 1 wherein: automatic labeller head still includes the floating printer head that beats, the floating printer head that beats is installed on the aircraft nose bottom plate, this floating printer head includes link, sliding plate, sliding sleeve, upper guide board, the feed roller, lower guide board, print the rubber roll, the thermal printer head, the guide arm, adjust the support, cam and camshaft, the camshaft is installed on the link, the cam matches with the camshaft, adjust the support dress on the sliding plate, adjust the support and contact with the cam, upper guide board connects on the sliding plate, upper guide board matches with the sliding sleeve, the feed roller sets up at the front end of upper guide board and lower guide board, print the rubber roll and match with the cam, the thermal printer head links to each other with the sliding plate, the guide arm sets.

5. The automatic labeler head as claimed in claim 1 wherein: the automatic label machine head further comprises a curved paper leveling mechanism, wherein the curved paper leveling mechanism comprises an elastic pressure roller, a material guiding roller, an auxiliary roller, a turn-up leveling roller, a dredging leveling roller, an elastic swing frame and a tensioning spring, the elastic pressure roller is fixed on the elastic swing frame and matched with the material guiding roller, the auxiliary roller and the turn-up leveling roller are arranged below the elastic pressure roller, the material guiding roller and the dredging leveling roller, and the tensioning spring is arranged on the elastic swing frame.

6. The automatic labeler head as claimed in claim 1 wherein: the surface of a feeding roller in the paper loading mechanism is provided with grooves and holes, and a tension spring wire with a bend is arranged in the grooves and the holes.

7. The automatic labeler head as claimed in claim 1 wherein: the paper stripping mechanism comprises a movable sliding plate, an upper paper pressing block, a slide way and a slide way support, the movable sliding plate is arranged on the inner side of the slide way and can slide, the slide way is arranged on the inner side of the slide way support, the slide way support is connected with a machine head bottom plate, and the upper paper pressing block is arranged above the movable sliding plate.

8. The automatic labeler head as claimed in claim 7 wherein: the lower point of the upper paper pressing block in the paper peeling mechanism is lower than the paper peeling opening of the movable sliding plate.

9. The automatic labeler head as claimed in claim 2 wherein: the marking mechanism further comprises a label position sensor and a sensor separation blade, the sensor separation blade is installed on the marking connecting head, and the label position sensor is matched with the sensor separation blade.

10. The automatic labeler head as claimed in claim 3 wherein: the diameter of the clamping spring steel wire in the paper collecting mechanism is not less than the depth of the groove formed in the outer surface of the material collecting roller.

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