CN216581498U

CN216581498U - Double-station feeding, sucking and labeling machine

Info

Publication number: CN216581498U
Application number: CN202122656984.7U
Authority: CN
Inventors: 袁小敏; 陈雪玉
Original assignee: Dongguan Yixing Automation Equipment Co ltd
Current assignee: Dongguan Yixing Automation Equipment Co ltd
Priority date: 2021-11-02
Filing date: 2021-11-02
Publication date: 2022-05-24
Anticipated expiration: 2031-11-02

Abstract

The utility model relates to the technical field of labeling machines, in particular to a double-station feeding and material sucking labeling machine which comprises a double-station feeding mechanism, a labeling mechanism and a conveying assembly, wherein the labeling mechanism comprises a header component and a header plate for mounting the header component; in addition, the labeling mechanism also comprises an adjusting mechanism for driving the label plate to lift, and the adjusting mechanism comprises a horizontal adjusting mechanism capable of adjusting the horizontal installation position of the label plate, a lifting adjusting mechanism capable of adjusting the vertical installation position of the label plate and a tilting adjusting mechanism capable of adjusting the tilting angle of the label plate; can carry out horizontal adjustment, lift adjustment and inclination to the header board that is equipped with the header subassembly respectively through these three mechanisms to adapt to the product of not unidimensional, at same platform equipment, can realize the multi-functionalization to the subsides mark work of different products.

Description

Double-station feeding, sucking and labeling machine

Technical Field

The utility model relates to the technical field of labeling machines, in particular to a double-station feeding and sucking labeling machine.

Background

As the name implies, an automatic labeling machine is a labeling device that can automatically stick a label to an object to be labeled.

When the labeling machine is used, after the label paper is tensioned by the conveying rollers, the adhesive tape and the label are peeled off by the label marking mechanism, the label is attached to a passing product, but different products are different in size, and the label marking mechanism of the labeling machine needs to be correspondingly adjusted; most of the existing labeling machines are one device corresponding to products of one size type, the labeling machines are required to be adapted to products of more size types, the header mechanism is required to be disassembled and reinstalled, and the method is time-consuming and high in cost.

SUMMERY OF THE UTILITY MODEL

The utility model aims to provide a double-station feeding and sucking labeling machine aiming at the defects in the prior art.

In order to achieve the purpose, the technical scheme of the utility model is as follows:

the utility model provides a material labeller is inhaled in material loading of duplex position, includes feed mechanism and labeller constructs, still includes the conveying component who carries the material of feed mechanism to labeller constructs, labeller constructs including header head subassembly and the header head board that is used for installing header head subassembly, and labeller constructs still including the guiding mechanism who drives the header board and goes up and down, and guiding mechanism includes the horizontal adjustment mechanism of adjustable header board horizontal installation position, the lift adjustment mechanism of the vertical direction mounted position of adjustable header board and the slope adjustment mechanism of adjustable header board inclination.

Further: the lifting adjusting mechanism comprises a horizontal guide rod horizontally inserted on the target plate and a plurality of vertically installed lifting guide rods, a height adjusting sliding block which can slide up and down on the lifting guide rod is installed at the tail end of each horizontal guide rod, and a height adjusting screw rod is installed on the height adjusting sliding block in a sliding mode.

Further: the horizontal adjusting mechanism comprises a plurality of horizontal guide rods which are inserted on the target plate in a sliding mode, and a horizontal adjusting screw rod matched with threads is inserted on the target plate in a penetrating mode.

Further: the inclination adjusting mechanism comprises an angle adjusting upper plate and an angle adjusting lower plate which are arranged at the bottom end of the horizontal guide rod, the angle adjusting upper plate and the angle adjusting lower plate are arranged at intervals, one end of the angle adjusting upper plate is rotatably connected with the angle adjusting lower plate, and the other end of the angle adjusting upper plate is provided with an interval adjusting mechanism for adjusting the interval between the angle adjusting upper plate and the angle adjusting lower plate.

Further: the distance adjusting mechanism comprises a first rotating block and a second rotating block, wherein the first rotating block is rotatably arranged on the angle adjusting upper plate, the second rotating block is rotatably arranged on the angle adjusting lower plate, and the angle adjusting mechanism also comprises an angle adjusting screw rod which penetrates through the first rotating block and the tail end of the angle adjusting screw rod is rotatably arranged on the second rotating block.

Further: the adjusting mechanism further comprises a front and rear adjusting mechanism arranged at the bottom of the angle adjusting lower plate, the front and rear adjusting mechanism comprises an adjusting seat sliding block which is parallelly attached to the bottom of the angle adjusting lower plate, an adjusting bottom plate is further arranged at the bottom of the adjusting seat sliding block, and an adjusting seat screw rod which drives the adjusting seat sliding block to slide front and rear is arranged on the adjusting bottom plate.

Further: the header assembly comprises a plurality of conveying rollers which are rotatably arranged on the header plate, and also comprises a material placing plate and a material receiving plate which are arranged on the header plate.

Further: header subassembly is still including setting up the drive mechanism on the header board, and drive mechanism includes a pair of parallel arrangement's the mainboard that pulls, is connected with initiative traction wheel, driven traction wheel and pulls the knurling axle between two pull mainboards, and driven traction wheel sets up respectively in initiative traction wheel both ends with pulling the knurling axle to be provided with the knob subassembly of interval between regulation and the initiative traction wheel on driven traction wheel and pull the knurling axle.

Further: the feeding mechanism comprises a material distributing plate capable of horizontally sliding, more than two material distributing bins for stacking materials are mounted on the material distributing plate, each material distributing bin comprises a plurality of limiting rods, the limiting rods are vertically mounted on the material distributing plate to form the material distributing bin, a lifting sliding block for lifting the materials in the material distributing bin is arranged below the material distributing plate, and a jacking mechanism for driving the lifting sliding block to do lifting motion in the material distributing bin is arranged beside the material distributing bin; the side of the feeding mechanism is provided with a material clamping mechanism used for receiving materials and clamping the materials to the conveying assembly.

The utility model has the beneficial effects that: according to the double-station loading and sucking labeler, the roller label covering mechanism is used for labeling materials passing through the conveying assembly; in addition, labeller constructs still including the guiding mechanism who drives the head board and go up and down, can carry out horizontal adjustment, lift adjustment and inclination to the head board that is equipped with the head subassembly through these three mechanisms respectively to adapt to the product of different sizes, at same equipment, can realize the multi-functionalization to the subsides mark work of different products.

Drawings

Fig. 1 is a schematic overall structure diagram of the labeling machine.

Fig. 2 is a schematic view of the overall structure of the labeling mechanism.

Fig. 3 is a schematic view of the overall structure of the adjustment mechanism.

Fig. 4 is a partially enlarged structural schematic diagram of the feeding mechanism.

Fig. 5 is a partially enlarged schematic view of the traction mechanism, hiding a traction main plate.

The reference numerals include:

1-a feeding mechanism,

10-conveying component, 11-material distributing plate, 12-material distributing bin, 13-limiting rod, 14-jacking mechanism,

15-lifting sliding block, 16-guiding lifting block, 17-screw rod lifting component, 18-material clamping mechanism,

19-a sucker member,

2-labeling mechanism,

21-marking board, 22-marking assembly, 23-conveying roller, 24-roller marking mechanism,

25-label covering wheel, 26-material discharging plate, 27-material collecting plate,

3-a traction mechanism,

31-a traction main plate, 32-a driving traction wheel, 33-a driven traction wheel,

34-a traction knurling shaft, 35-a driving inner ring block, 36-a cam knob piece,

4-an adjusting mechanism,

40-lifting adjusting mechanism, 41-horizontal adjusting mechanism, 42-horizontal guide rod,

43-lifting guide rod, 44-screw hole, 45-height adjusting slide block, 46-height adjusting screw rod,

47-horizontal adjusting screw, 48-bearing seat, 49-internal wave hand wheel,

5-an inclination adjusting mechanism,

51-angle adjusting upper plate, 52-angle adjusting lower plate, 53-connecting plate,

54-space adjusting mechanism,

55-first rotating block, 56-second rotating block, 57-angle adjusting screw rod,

58-front and back adjusting mechanism,

581-adjusting seat slide block, 582-adjusting bottom plate and 583-adjusting seat screw rod.

Detailed Description

The present invention is described in detail below with reference to the attached drawings.

As shown in fig. 1-5, a double-station feeding and material sucking labeling machine comprises a feeding mechanism 1 and a labeling mechanism 2 with double stations, and further comprises a conveying assembly 10 for conveying a material of the feeding mechanism 1 to the labeling mechanism 2, wherein the labeling mechanism 2 comprises a header assembly 22 and a header plate 21 for mounting the header assembly 22, the header assembly 22 comprises a roller labeling mechanism 24 mounted at the front end of the header plate 21, and the roller labeling mechanism 24 performs labeling work on the material passing through the conveying assembly 10; in addition, the labeling mechanism 2 further comprises an adjusting mechanism 4 for driving the label plate 21 to lift, and the adjusting mechanism 4 comprises a horizontal adjusting mechanism 41 for adjusting the horizontal installation position of the label plate 21, a lifting adjusting mechanism 40 for adjusting the vertical installation position of the label plate 21 and an inclination adjusting mechanism 5 for adjusting the inclination angle of the label plate 21; can carry out horizontal adjustment, lift adjustment and inclination to the header board 21 that is equipped with header subassembly 22 respectively through these three mechanisms to adapt to the product of different sizes, at same platform equipment, can realize the multi-functionalization to the subsides mark work of different products.

Specifically, the lifting adjusting mechanism 40 comprises a horizontal guide rod 42 horizontally inserted on the head plate 21, and also comprises three vertically installed lifting guide rods 43, a height adjusting slider 45 which can slide up and down on the lifting guide rods 43 is installed at the tail end of the horizontal guide rod 42, a height adjusting screw 46 is installed on the height adjusting slider 45 in a sliding manner, bearing seats 48 are installed on the height adjusting screw 46 and the top and the bottom of the lifting guide rods 43, the bearing seat 48 at the top or bottom can be provided with an inner wave hand wheel 49 which drives the height adjusting screw 46 to rotate, the height adjusting screw 46 is arranged at the inner side of the three lifting guide rods 43, and a guide hole slidably engaged with the elevation guide bar 43 and a screw hole 44 threadedly engaged with the height adjustment screw 46 are formed on the height adjustment slider 45, the height adjusting slider 45 is driven to lift by turning the inner wave hand wheel 49, so that the horizontal guide rod 42 provided with the head plate 21 is lifted and adjusted.

The horizontal adjusting mechanism 41 comprises three horizontal guide rods 42 which are inserted on the target plate 21 in a sliding mode, horizontal adjusting screw rods 47 in threaded fit are further inserted on the target plate 21 in a penetrating mode, bearing seats 48 are arranged at two ends of each horizontal adjusting screw rod 47 respectively, the end portions of the horizontal guide rods 42 are also rotatably installed on the bearing seats 48, the target plate 21 is provided with screw sleeves matched with the horizontal adjusting screw rods 47 and guide holes matched with the horizontal guide rods 42, inner wave hand wheels 49 are arranged on the bearing seats 48 located at the outer ends, the inner wave hand wheels 49 are connected with the horizontal adjusting screw rods 47, the target plate 21 can be driven to slide between the horizontal guide rods 42 and the horizontal adjusting screw rods 47, and the horizontal installation position of the target plate 21 can be adjusted.

The inclination adjusting mechanism 5 comprises an angle adjusting upper plate 51 and an angle adjusting lower plate 52 which are arranged at the bottom end of the horizontal guide rod 42, the angle adjusting upper plate 51 and the angle adjusting lower plate 52 are arranged at intervals, a connecting plate 53 is arranged at one end between the angle adjusting upper plate 51 and the angle adjusting lower plate 52 for rotary connection, the bottom of the connecting plate 53 is fixed on the angle adjusting lower plate 52, and the top of the connecting plate 53 is rotatably connected with the angle adjusting upper plate 51 through a rotating shaft; a spacing adjusting mechanism 54 is arranged between the angle adjusting upper plate 51 and the angle adjusting lower plate 52, the spacing adjusting mechanism 54 comprises a first rotating block 55 rotatably mounted on the angle adjusting upper plate 51 and a second rotating block 56 rotatably mounted on the angle adjusting lower plate 52, and two ends of the first rotating block 55 and two ends of the second rotating block 56 are rotatably connected through a shaft rod. The angle adjusting device further comprises an angle adjusting screw 57 which penetrates through the first rotating block 55 and the tail end of which is rotatably installed on the second rotating block 56 through a bearing, a screw hole 44 in threaded fit with the angle adjusting screw 57 is formed in the first rotating block 55, an internal wave hand wheel 49 is arranged at the top of the angle adjusting screw 57, the angle adjusting screw 57 is driven to rotate through the internal wave hand wheel 49, so that the distance between the first rotating block 55 and the second rotating block 56 is adjusted, during adjustment, the angle adjusting upper plate 51 can rotate around the connecting plate 53, the angle adjusting upper plate 51 is inclined by a certain angle relative to the angle adjusting lower plate 52, and the angle adjusting upper plate 51 provided with the target plate 21 is used for angle adjustment.

In addition, the adjusting mechanism 4 further includes a front-back adjusting mechanism 58 disposed at the bottom of the angle adjusting lower plate 52, the front-back adjusting mechanism 58 includes an adjusting seat slider 581 mounted at the bottom of the angle adjusting lower plate 52 in a parallel fitting manner, an adjusting bottom plate 582 is further disposed at the bottom of the adjusting seat slider 581, the adjusting bottom plate 582 is provided with an adjusting seat screw 583 for driving the adjusting seat slider 581 to slide front and back, a screw hole 44 in threaded engagement with the adjusting seat screw 583 is formed in the adjusting seat slider 581, an inner wave hand wheel 49 is disposed at the outer end of the adjusting seat screw 583, the adjusting seat slider 581 can slide front and back between the adjusting bottom plates 582 by rotating the inner wave hand wheel 49, and position adjustment is performed on the header plate 21 provided with the header assembly 22 by cooperating with other three adjusting mechanisms, so that products with different sizes can be labeled on the conveying assembly 10.

The header subassembly 22 includes a plurality of conveying rollers 23 of rotationally installing on header board 21, still including installing material placing plate 26 and the material receiving plate 27 on header board 21, the bottom of header board 21 is provided with gyro wheel and covers mark mechanism 24, the sticky tape nestification is on header board 21, reach gyro wheel and cover mark mechanism 24 around a plurality of conveying rollers 23 after, the gyro wheel covers mark mechanism 24 and separates the sticky tape, the waste plastics is around other conveying rollers 23 and convolute to receiving plate 27 on, the gyro wheel covers mark mechanism 24 including setting up in the mark wheel 25 that covers of header board 21 bottom, cover mark wheel 25 and product roll cooperation, when the product covered mark wheel 25, the label paper was through covering mark wheel 25 roll pressfitting, realize the subsides mark.

Header subassembly 22 is still including setting up the drive mechanism 3 on header board 21, and drive mechanism 3 includes a pair of parallel arrangement's the mainboard 31 that pulls, is connected with initiative traction wheel 32, driven traction wheel 33 and pulls the knurling axle 34 between two pull mainboards 31, and the both ends of initiative traction wheel 32, driven traction wheel 33 and pull the knurling axle 34 are rotationally installed between two pull mainboards 31 through pivot and hole site respectively. The driven traction wheel 33 and the traction knurling shaft 34 are respectively arranged at two sides of the driving traction wheel 32, and a knob assembly for adjusting the distance between the driven traction wheel 33 and the driving traction wheel 32 is arranged on the driven traction wheel 33 and the traction knurling shaft 34, wherein the driving traction wheel 32 is controlled by a motor to rotate, a driving inner ring block 35 is respectively and coaxially arranged in the driven traction wheel 33 and the traction knurling shaft 34, the driving inner ring block 35 rotates to drive the driven traction wheel 33 and the traction knurling shaft 34 to rotate, the driving inner ring block 35 is a cylinder with a hollow structure, the knob assembly is a cam knob 36 arranged in the driving inner ring block 35, when the cam knob 36 is rotated, according to the rotating position of the cam knob 36, the driving inner ring block 35 correspondingly swings to a certain position along with the position of the cam knob 36, the adhesive tape on the discharging plate 26 winds the driving traction wheel 32, the adhesive tape on the collecting plate 27 winds the traction knurling shaft 34, the cam knob 36 on the driven traction wheel 33 or the traction knurling shaft 34 is adjusted by turning the knob, so that the pulling-in degree of the adhesive tape is adjusted, and the phenomenon that the adhesive tape falls off is prevented.

The feeding mechanism 1 comprises a material distributing plate 11 capable of horizontally sliding, two material distributing bins 12 for stacking materials are installed on the material distributing plate 11, the material distributing bins 12 are surrounded by three limit rods 13 in an annular equidistant manner and are vertically installed on the material distributing plate 11 to form the material distributing bins 12, the materials to be labeled are stacked in the material distributing bins 12, a lifting slide block 15 for lifting the materials in the material distributing bins 12 is arranged below the material distributing plate 11, a jacking mechanism 14 for driving the lifting slide block 15 to do lifting motion in the material distributing bins 12 is arranged beside the material distributing bins 12, the materials to be labeled are stacked in a plurality of material distributing bins 12, the material distributing plates 11 are horizontally slid to enable one of the material distributing bins 12 to be aligned with the lifting slide block 15, at the moment, the jacking mechanism 14 can be started to drive the lifting slide block 15 to lift the materials stacked in the material distributing bins 12, the material clamping mechanism 18 sequentially clamps the materials lifted to the belt conveying assembly 10, and after the material is ejected, the lifting slide block 15 descends, the material distributing plate 11 horizontally slides, the material distributing bin 12 beside the material ejecting plate is aligned with the lifting slide block 15, a new round of material ejecting and distributing is started, the material loading without stopping is realized, and the high-efficiency material loading is kept.

Preferably, the material clamping mechanism 18 is a suction cup piece 19, mechanical equipment for driving the suction cup piece 19 to perform suction motion and swing motion is common in the prior art, and is not described herein any more, the jacking mechanism 14 is a guide lifting block 16 connected with the lifting sliding block 15, and the guide lifting block 16 is in transmission fit with the lifting sliding block 15 through a lead screw lifting assembly 17 to drive the guide lifting block 16 and the lifting sliding block 15 to lift together, so that the material stacked in the material distribution bin 12 is jacked up; after a material is pushed up, the material is sucked and put on the conveying assembly 10 by the sucking disc piece 19 of the material clamping mechanism 18, and therefore continuous cyclic reciprocating is realized without stopping feeding.

In conclusion, the present invention has the above-mentioned excellent characteristics, so that it can be used to enhance the performance of the prior art and has practicability, and becomes a product with practical value.

The above description is only a preferred embodiment of the present invention, and for those skilled in the art, the present invention should not be limited by the description of the present invention, which should be interpreted as a limitation.

Claims

1. The utility model provides a material labeller is inhaled in material loading of duplex position which characterized in that: including feed mechanism and labeller structure, still include the conveying subassembly that carries the material of feed mechanism to labeller structure, labeller structure includes the header head subassembly and is used for installing the header head board of header head subassembly, and labeller structure still includes the guiding mechanism who drives the header head board and goes up and down, and guiding mechanism includes the horizontal adjusting mechanism of adjustable header head board horizontal installation position, the lift adjustment mechanism of adjustable header head board vertical direction mounted position and the slope adjustment mechanism of adjustable header board inclination.

2. The double-station feeding and sucking labeling machine according to claim 1, characterized in that: the lifting adjusting mechanism comprises a horizontal guide rod horizontally inserted on the target plate and a plurality of vertically installed lifting guide rods, a height adjusting sliding block which can slide on the lifting guide rod is installed at the tail end of each horizontal guide rod, and a height adjusting screw rod is installed on the height adjusting sliding block in a sliding mode.

3. The double-station feeding and sucking labeling machine according to claim 2, characterized in that: the horizontal adjusting mechanism comprises a plurality of horizontal guide rods which are inserted on the target plate in a sliding mode, and a horizontal adjusting screw rod matched with threads is inserted on the target plate in a penetrating mode.

4. The double-station feeding and sucking labeling machine according to claim 3, characterized in that: the inclination adjusting mechanism comprises an angle adjusting upper plate and an angle adjusting lower plate which are arranged at the bottom end of the horizontal guide rod, the angle adjusting upper plate and the angle adjusting lower plate are arranged at intervals, one end of the angle adjusting upper plate is rotatably connected with the angle adjusting lower plate, and the other end of the angle adjusting upper plate is provided with an interval adjusting mechanism for adjusting the interval between the angle adjusting upper plate and the angle adjusting lower plate.

5. The double-station feeding and sucking labeling machine according to claim 4, characterized in that: the distance adjusting mechanism comprises a first rotating block and a second rotating block, wherein the first rotating block is rotatably arranged on the angle adjusting upper plate, the second rotating block is rotatably arranged on the angle adjusting lower plate, and the angle adjusting mechanism also comprises an angle adjusting screw rod which penetrates through the first rotating block and the tail end of the angle adjusting screw rod is rotatably arranged on the second rotating block.

6. The double-station feeding and sucking labeling machine according to claim 5, characterized in that: the adjusting mechanism further comprises a front and rear adjusting mechanism arranged at the bottom of the angle adjusting lower plate, the front and rear adjusting mechanism comprises an adjusting seat sliding block which is parallelly attached to the bottom of the angle adjusting lower plate, an adjusting bottom plate is further arranged at the bottom of the adjusting seat sliding block, and an adjusting seat screw rod which drives the adjusting seat sliding block to slide front and rear is arranged on the adjusting bottom plate.

7. The double-station feeding and sucking labeling machine according to claim 1, characterized in that: the header assembly comprises a plurality of conveying rollers which are rotatably arranged on the header plate, and further comprises a material placing plate and a material collecting plate which are arranged on the header plate.

8. The double-station feeding and sucking labeling machine according to claim 7, characterized in that: header subassembly still includes the drive mechanism who sets up on the header board, and drive mechanism includes a pair of parallel arrangement's the mainboard that pulls, is connected with initiative traction wheel, driven traction wheel and pulls the knurling axle between two pull mainboards, and driven traction wheel sets up respectively in initiative traction wheel both ends with pulling the knurling axle to be provided with the knob subassembly of interval between regulation and the initiative traction wheel on driven traction wheel and pull the knurling axle.

9. The double-station feeding and sucking labeling machine as claimed in any one of claims 1 to 8, wherein: the feeding mechanism comprises a material distributing plate capable of horizontally sliding, more than two material distributing bins for stacking materials are mounted on the material distributing plate, each material distributing bin comprises a plurality of limiting rods, the limiting rods are vertically mounted on the material distributing plate to form the material distributing bin, a lifting sliding block for lifting the materials in the material distributing bin is arranged below the material distributing plate, and a lifting mechanism for driving the lifting sliding block to move up and down in the material distributing bin is arranged beside the material distributing bin; the side of the feeding mechanism is provided with a material clamping mechanism used for receiving materials and clamping the materials to the conveying assembly.