CN211253289U - Flip quick change formula labeller - Google Patents

Abstract

The utility model discloses a flip quick change labeller, including labeller main part and feed subassembly, flip subassembly, quick clamp assembly, material area drive assembly, label jacking subassembly and receipts waste material subassembly of setting in the labeller main part, feed subassembly is used for placing label material and takes the coiled material, flip subassembly can more the label trade material area and be arranged in separating the label jacking subassembly with the label on the label material area, material area drive assembly is used for driving the label material and takes the pay-off forward, label jacking subassembly is used for the label jacking, it is used for retrieving label backing paper to receive waste material subassembly. The flip quick-change labeler has the advantages of high labeling efficiency, good labeling quality, convenience and quickness in label change, low labor cost, high universality and the like which are not possessed by the existing products.

Description

Flip quick change formula labeller

Technical Field

The utility model relates to a labeller, especially a flip quick change labeller.

Background

A labeler is a device widely used in industrial production. After the product is accomplished, generally need paste various labels, current labeller has the degree of automation low, pastes the mark inefficiency, changes the shortcoming such as label material book is inconvenient owing to design or structural limitation, need consume a large amount of cost of labor when using, and has to paste the poor shortcoming of mark commonality, to the label of different sizes, need consume a large amount of time and debug, it is not good to go out mark quality.

In view of the above, the present invention provides a new technical solution to solve the existing technical problems.

SUMMERY OF THE UTILITY MODEL

In order to overcome the not enough of prior art, the utility model provides a flip quick change labeller has solved the degree of automation that current labeller exists low, paste the mark inefficiency, trade mark speed slow, the cost of labor is high, the commonality is poor, go out technical defect such as mark quality is poor.

The utility model provides a technical scheme that its technical problem adopted is:

the utility model provides a flip quick change labeller, includes labeller main part and sets up feed subassembly, flip subassembly, quick clamp assembly, material area drive assembly, label jacking subassembly and receipts waste material subassembly in the labeller main part, feed subassembly is used for placing label material area coiled material, flip subassembly can be more the label and trade the material area and be arranged in separating the label jacking subassembly with the label on the label material area, material area drive assembly is arranged in driving the label material area and feeds forward, label jacking subassembly is used for the label jacking, it is used for retrieving the label backing paper to receive the waste material subassembly.

As the further improvement of the ascending technical scheme, the feeding assembly comprises a feeding support shaft and a feeding roller, the feeding support shaft is arranged on the main body of the labeling machine, the feeding roller is sleeved outside the feeding support shaft, a rotary damping device is arranged inside one end of the feeding roller, one end of the rotary damping device is fixedly connected with the feeding support shaft, the other end of the rotary damping device is fixedly connected with the feeding roller, a reference panel is fixedly arranged at the end of the feeding roller, the feeding roller is arranged on the feeding support shaft through a feeding roller bearing, and a plurality of unfolding pieces are arranged on the outer surface of the feeding roller.

As a further improvement of the ascending technical scheme, the flip component comprises a flip frame, a flip rotating shaft, a flip handle, a stripper plate and a flip roller, wherein the flip rotating shaft, the flip handle, the stripper plate and the flip roller are arranged on the flip frame, the flip roller is used for matching with the material belt driving component and driving the label material belt to be conveyed forwards, the flip frame is hinged on the main body of the labeling machine through the flip rotating shaft, and the flip rotating shaft is provided with a material belt limiting ring.

As a further improvement of the ascending technical scheme, the flip frame comprises two frame vertical plates, a frame connecting plate and a frame connecting rod which are connected between the two frame vertical plates, a gravity sensing device is further arranged on the flip frame, the gravity sensing device comprises a gravity sensing rotating shaft arranged on the flip frame and a gravity sensing swing arm arranged on the gravity sensing rotating shaft, a lower swing sensing piece is arranged on the gravity sensing swing arm, a gravity rod is arranged at the end of the free end of the gravity sensing swing arm, and a lower swing sensor matched with the lower swing sensing piece is arranged on the labeler main body.

As a further improvement of the rising technical scheme, the quick clamp assembly comprises a quick clamp module and a buckle module which are matched with each other;

the quick clamping module comprises a quick clamping main body, one end of the quick clamping main body is hinged to the labeler main body through a quick clamping hinge shaft, a quick clamping handle is arranged at the free end of the quick clamping main body, a quick clamping lock catch is arranged on the lower side of the quick clamping main body, a pressing block is fixedly arranged on the quick clamping main body, and an elastic pressing column used for pressing the flip cover assembly is arranged on the pressing block;

as a further improvement of the rising technical scheme, the handle module comprises a handle main body and a handle return spring, the handle main body is hinged to the labeler main body through a handle hinge shaft, the upper free end of the handle main body is provided with a handle lock matched with the quick clamp lock, the lower free end of the handle main body is provided with a handle connecting rod, one end of the handle return spring is connected to the handle connecting rod through a first spring connecting seat, and the other end of the handle return spring is connected to the labeler main body through a second spring connecting seat.

As a further improvement of the ascending technical scheme, the material belt driving assembly comprises a material belt driving motor fixed on the labeler main body and a label pressing base paper shaft hinged and installed on the labeler main body, a driving synchronizing wheel is arranged on an output shaft of the material belt driving motor, a driven synchronizing wheel is arranged at one end of the label pressing base paper shaft, a synchronous belt is arranged between the driving synchronizing wheel and the driven synchronizing wheel in a winding manner, the material belt driving motor can drive the label pressing base paper shaft to rotate through the driving synchronizing wheel, the synchronous belt and the driven synchronizing wheel, the label pressing base paper shaft is used for being matched with the flip assembly, the label pressing base paper shaft is installed on the labeler main body through a label pressing base paper bearing, and the material belt driving motor is installed on the labeler main body through a driving.

As a further improvement of the ascending technical scheme, the label jacking assembly comprises a jacking assembly substrate fixed on the labeler main body and a lifting cylinder, the jacking assembly substrate is provided with a lifting guide pillar through a sliding sleeve, the lower end part of the lifting guide pillar is provided with a lifting limit plate, the upper end part of the lifting guide pillar is provided with a support plate substrate, an output shaft of the lifting cylinder is fixedly connected to the support plate substrate and can drive the support plate substrate to perform lifting motion along the axial direction of the lifting guide pillar, the upper part of the support plate substrate is fixedly provided with a label support plate, the bottom of the support plate substrate is provided with a label sensing optical fiber device, the support plate substrate and the label support plate are both provided with sensing slots matched with the label sensing optical fiber device, and the lifting.

As a further improvement of the ascending technical proposal, the waste collecting component comprises a collecting motor seat and a collecting fixed block which are fixed on the main body of the labeling machine, a collecting motor is arranged on the collecting motor seat, a collecting fixed shaft is arranged on the collecting fixed block, the collecting fixed shaft is provided with a collecting roller through a collecting roller bearing, the output shaft of the collecting motor is provided with a driving belt pulley, one end of the collecting roller is provided with a driven belt pulley, a transmission belt is wound between the driving belt pulley and the driven belt pulley, the collecting motor can drive the collecting roller to rotate through the driving belt pulley, the driven belt pulley and the transmission belt,

as a further improvement of the ascending technical scheme, the waste collecting component further comprises a fixed material rod, a material collecting groove is formed in the outer edge of the material collecting roller and is axially arranged, a magnet is embedded into the material collecting groove, the fixed material rod can be inserted into the material collecting groove in a matched mode, and the outer edge of the fixed material rod protrudes out of the outer wall of the material collecting roller.

As a further improvement of the ascending technical scheme, the automatic labeling machine further comprises a bottom plate of the labeling machine, wherein a sliding guide rail is arranged on the bottom plate of the labeling machine, a sliding seat is arranged on the sliding guide rail, a sliding mounting plate is arranged on the sliding seat, a main body of the labeling machine is fixedly mounted on the sliding mounting plate through a support frame of the labeling machine, and a sliding limiting block is arranged on the bottom plate of the labeling machine;

as a further improvement of the ascending technical scheme, the label machine body comprises two main body side plates and a main body bottom plate fixedly arranged at the bottoms of the two main body side plates, and a side plate connecting plate is arranged between the two main body side plates.

As a further improvement of the ascending technical scheme, the feeding assembly is detachably fixed on the labeling machine main body through a clamping block of the feeding assembly in a low mode, and a feeding limiting block is further arranged on the labeling machine main body.

The utility model has the advantages that: the utility model provides a flip quick change labeller, this kind of flip quick change labeller accessible labeller main part, feed subassembly, flip subassembly, quick clamp subassembly, material area drive assembly, label jacking subassembly and receive waste material subassembly and realize going out mark fast and paste the mark, have that degree of automation is high, work efficiency is high, trade mark convenient and fast, the label commonality is high, advantage that the cost of labor is low.

In particular, the labeler has the following advantages:

1. the label material roll can be continuously and stably pre-tightened by the aid of the rotary damping special function in the feeding assembly, and cannot be frequently replaced due to factors such as material consumption, abrasion and the like; the situation that the label does not peel off when moving along with the backing paper due to abnormal pre-tightening force on the premise of stabilizing the pre-tightening force does not occur, and the success rate of label separation is optimized;

2. the labeler adopts a form of quickly replacing the material roll, the material roll can be replaced by turning the flip component 6, the material roll does not need to be wound by any workpiece, and the material roll directly passes through the main body bottom plate, so that the material can be quickly replaced, and the time cost of manpower, material resources and time is saved;

3. the labeler can adapt to labels of various sizes and types; if the label jacking assembly is suitable for special-shaped labels, labels with large viscosity, labels with large area and labels which cannot be completely peeled off, the label jacking assembly can be used as an auxiliary label taking mechanism to improve the adaptability, and can be adapted to different label material rolls by adjusting the feeding limiting block, so that the label jacking assembly has the advantage of high universality;

4. this kind of labeller accessible is received waste material subassembly, and gravity induction system and is realized receiving the material as required in real time, advantage that can bring: 1) the waste collecting function of the waste collecting assembly can ensure that the waste is clean and convenient to clean, and meanwhile, loose waste is prevented from being rolled between the flip-open cover roller and the bottom paper shaft of the label pressing shaft to cause abnormal label stripping; 2) the receiving can be carried out according to the requirement, so that the situation that the label backing paper between the label backing paper pressing shaft and the waste collecting assembly is in a continuous tight state due to excessive and continuous receiving can be prevented, the generated pulling force generates an oblique force effect on the labels and the label backing paper which are separated on the stripper plate, the backing paper is still stressed at the moment of label separation, the labels are stressed and disappear to generate deflection jumping, and the label discharging precision and the label discharging quality are influenced;

5. the quick unloading of waste material can be realized through receiving the receipts material recess in the waste material subassembly, fixed material pole isotructure, and simple structure convenient operation practices thrift the human time cost of reloading, and receives the material steadily.

6. This kind of labeller is bilateral symmetry design, and inner structure design and circuit design all do beautify hide, and the whole machine is integrative from taking control system, intervenes the electricity and can work, and the appearance is pleasing to the eye and adopt drawer type business turn over structure, and each part adopts the modularized design in the labeller, is favorable to reducing implementation cost and implements the degree of difficulty.

To sum up, this kind of flip quick change labeller has solved the degree of automation that current labeller exists and has hanged down, pastes the mark inefficiency, trade mark speed slow, the cost of labor is high, the commonality is poor, go out technical defect such as mark quality difference.

Drawings

The present invention will be further explained with reference to the drawings and examples.

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

FIG. 2 is a schematic view of the internal assembly of the present invention;

FIG. 3 is a schematic structural view of a feeding assembly of the present invention;

FIG. 4 is a structural exploded view of the feed assembly of the present invention;

fig. 5 is a schematic structural diagram of a flip assembly of the present invention;

fig. 6 is a schematic diagram of the internal structure of the flip assembly of the present invention;

FIG. 7 is a schematic structural view of a middle quick clamp assembly according to the present invention;

fig. 8 is a schematic structural diagram of the belt driving assembly of the present invention;

fig. 9 is a schematic structural diagram of a tag jacking assembly according to the present invention;

fig. 10 is a schematic structural view of the waste collecting assembly of the present invention.

Detailed Description

The conception, the specific structure, and the technical effects produced by the present invention will be clearly and completely described below in conjunction with the embodiments and the accompanying drawings to fully understand the objects, the features, and the effects of the present invention. Obviously, the described embodiments are only a part of the embodiments of the present invention, and not all embodiments, and other embodiments obtained by those skilled in the art without inventive labor based on the embodiments of the present invention all belong to the protection scope of the present invention. In addition, all the connection/connection relations referred to in the patent do not mean that the components are directly connected, but mean that a better connection structure can be formed by adding or reducing connection auxiliary components according to specific implementation conditions. The technical features of the present invention can be combined interactively without conflicting with each other, as shown in fig. 1 to 10.

The utility model provides a flip quick change labeller, includes labeller main part 1 and sets up feed assembly 2, flip subassembly 3, quick clamp assembly 4, material area drive assembly 5, label jacking subassembly 6 and receipts waste material subassembly 7 in labeller main part 1, feed assembly 2 is used for placing label material area coiled material, flip subassembly 3 can change the label and expect the area and be arranged in separating the label jacking subassembly 6 with the label on the label material area, material area drive assembly 5 is used for driving the label material area and pay-off forward, label jacking subassembly 6 is used for the label jacking, receive waste material subassembly 7 and be used for retrieving the label backing paper.

The label machine is characterized by further comprising a label machine bottom plate 81, wherein a sliding guide rail 82 is arranged on the label machine bottom plate 81, a sliding seat 83 is arranged on the sliding guide rail 82, a sliding installation plate 84 is arranged on the sliding seat 83, the label machine main body 1 is fixedly installed on the sliding installation plate 84 through a label machine support frame 85, and a sliding limiting block 86 is arranged on the label machine bottom plate 81;

the labeler main body 1 comprises two main body side plates 11 and a main body bottom plate 12 fixedly arranged at the bottoms of the two main body side plates 11, and a side plate connecting plate 13 is arranged between the two main body side plates 11; the feeding assembly 2 is detachably fixed on the labeler main body 1 through a feeding assembly clamping block 101 in a low mode, and a feeding limiting block 102 is further arranged on the labeler main body 1

Preferably, the feeding assembly 2 includes a feeding support shaft 21 and a feeding roller 22, the feeding support shaft 21 is arranged on the labeler body 1, the feeding roller 22 is sleeved on the outside of the feeding support shaft 21, a rotary damping device 23 is arranged inside one end of the feeding roller 22, one end of the rotary damping device 23 is non-fixedly connected with the feeding support shaft 21, the other end of the rotary damping device 23 is fixedly connected with the feeding roller 22, the feeding roller 22 is fixedly provided with a reference panel 24 at the end part of the feeding roller 22, the feeding roller 22 is arranged on the feeding support shaft 21 through a feeding roller bearing 25, and the outer surface of the feeding roller 22 is provided with a.

Preferably, the flip cover component 3 includes a flip cover frame 31 and a flip cover rotating shaft 32, a flip cover handle 33, a stripper plate 34 and a flip cover roller 35 which are arranged on the flip cover frame 31, the flip cover roller 35 is used for matching the material belt driving component 5 and driving the label material belt to be conveyed forwards, the flip cover frame 31 is hinged on the labeler main body 1 through the flip cover rotating shaft 32, and the flip cover rotating shaft 32 is provided with a material belt limiting ring 36.

Preferably, the flip frame 31 includes two frame vertical plates 311, and a frame connecting plate 312 and a frame connecting rod 313 connected between the two frame vertical plates 311, the flip frame 31 is further provided with a gravity sensing device, the gravity sensing device includes a gravity sensing rotating shaft 371 arranged on the flip frame 31 and a gravity sensing swing arm 372 arranged on the gravity sensing rotating shaft 371, the gravity sensing swing arm 372 is provided with a lower swing sensing piece 373, the end of the free end of the gravity sensing swing arm 372 is provided with a gravity rod 374, and the labeler main body 1 is provided with a lower swing sensor 375 used by matching the lower swing sensing piece 373.

Preferably, the quick clamp assembly 4 includes a quick clamp module 41 and a handle module 42 that cooperate with each other; the quick clamp module 41 comprises a quick clamp main body 411, one end of the quick clamp main body 411 is hinged to the labeler main body 1 through a quick clamp hinge shaft 412, a quick clamp handle 413 is arranged at the free end of the quick clamp main body 411, a quick clamp lock 414 is arranged at the lower side of the quick clamp main body 411, a pressing block 415 is fixedly arranged on the quick clamp main body 411, and an elastic pressing column 416 for pressing the flip cover component 3 is arranged on the pressing block 415; the handle module 42 comprises a handle main body 421 and a handle return spring 422, the handle main body 421 is hinged to the labeler main body 1 through a handle hinge shaft 423, a handle lock 424 matched with the quick clamp lock 414 is arranged at the upper free end of the handle main body 421, a handle connecting rod 425 is arranged at the lower free end of the handle main body 421, one end of the handle return spring 422 is connected to the handle connecting rod 425 through a first spring connecting seat 426, and the other end of the handle return spring 422 is connected to the labeler main body 1 through a second spring connecting seat 427.

Preferably, the material belt driving assembly 5 includes a material belt driving motor 51 fixed on the labeler main body 1 and a label pressing base paper shaft 52 hinged on the labeler main body 1, an output shaft of the material belt driving motor 51 is provided with a driving synchronizing wheel 53, one end of the label pressing base paper shaft 52 is provided with a driven synchronizing wheel 54, a synchronous belt 55 is wound between the driving synchronizing wheel 53 and the driven synchronizing wheel 54, the material belt driving motor 51 can drive the label pressing base paper shaft 52 to rotate through the driving synchronizing wheel 53, the synchronous belt 55 and the driven synchronizing wheel 54, the label pressing base paper shaft 52 is used for matching the flip assembly 3, the label pressing base paper shaft 52 is installed on the labeler main body 1 through a label pressing base paper bearing 56, and the material belt driving motor 51 is installed on the labeler main body 1 through a driving motor installation base 57.

Preferably, the label lifting assembly 6 includes a lifting assembly base plate 61 fixed on the labeler main body 1 and a lifting cylinder 62, the lifting assembly base plate 61 is provided with a lifting guide post 64 through a sliding sleeve 63, a lifting limit plate 65 is provided at a lower end portion of the lifting guide post 64, a support plate base plate 66 is provided at an upper end portion of the lifting guide post 64, an output shaft of the lifting cylinder 62 is fixedly connected to the support plate base plate 66 and can drive the support plate base plate 66 to perform a lifting motion along an axial direction of the lifting guide post 64, a label support plate 67 is fixedly provided at an upper portion of the support plate base plate 66, a label sensing optical fiber device 68 is provided at a bottom portion of the support plate base plate 66, the support plate base plate 66 and the label support plate 67 are both provided with sensing slots matched with the label sensing optical fiber device 68.

Preferably, the waste collecting assembly 7 includes a collecting motor seat 71 and a collecting fixing block 72 fixed on the labeler body 1, the collecting motor seat 71 is provided with a collecting motor 73, the collecting fixing block 72 is provided with a collecting fixing shaft 74, the collecting fixing shaft 74 is provided with a collecting roller 75 through a collecting roller bearing, an output shaft of the collecting motor 73 is provided with a driving pulley 761, one end of the collecting roller 75 is provided with a driven pulley 762, a transmission belt 763 is wound between the driving pulley 761 and the driven pulley 762, and the collecting motor 73 can drive the collecting roller 75 to rotate through the driving pulley 761, the driven pulley 762 and the transmission belt 763; the waste collecting component 7 further comprises a fixed material rod 77, a material collecting groove axially arranged is formed in the outer edge of the material collecting roller 75, a magnet is embedded into the material collecting groove, the fixed material rod 77 can be inserted into the material collecting groove in a matched mode, and the outer edge of the fixed material rod 77 protrudes out of the outer wall of the material collecting roller 75.

Detailed implementation the utility model discloses the time, this kind of labeller's work flow as follows:

the label material roll penetrates into the flip quick-change labeling machine according to a preset mode, the quick clamping component is turned down and fastened, the flip component 3 is placed down and abutted against the main body side plate 11, at the moment, the flip roller 35 and the label pressing backing paper shaft 52 are pressed, the backing paper of the label material roll is clamped between the flip roller 35 and the label pressing backing paper shaft 52, and the flip roller 35 generates elastic deformation.

The tape driving motor 51 drives the label backing paper pressing shaft 52 to rotate and pulls the label backing paper to move towards the direction of the waste collecting assembly 7, and at the moment, the feeding assembly 2 slowly rotates under the damping action of the rotary damping device 23, so that the label tape between the stripper plate 34 and the feeding assembly 2 is in a pre-tightening state, and certain tension exists. In the process of continuously advancing the label tape, the labels on the label tape are separated from the label base paper on the stripper plate 34 and move onto the label jacking assembly 6, and the label sensing optical fiber device 68 senses that the preset position is reached, so that the tape driving motor 51 stops driving.

When the label base paper moves towards the waste collecting component 7 to separate the labels on the stripper plate 34, the label base paper between the label base paper pressing shaft 52 and the waste collecting component 7 is in a loose state, the lower swing sensing piece 373 drives the lower swing sensing piece 373 to rotate around the gravity sensing rotating shaft 371 under the action of the gravity rod 374 until the lower swing sensing piece 373 rotates to the matching position of the lower swing sensor 375, the lower swing sensor 375 senses the position, at this time, the material collecting motor 73 drives the material collecting roller 75 in the waste material collecting assembly 7 to rotate and wind the label base paper on the waste material collecting roller 75 until the label base paper is tensed, at this time, the gravity rod 374 is lifted under the action of the label base paper, further drives the lower swing sensing piece 373 to leave the sensing position of the lower swing sensor 375, at this time, the material collecting motor 73 stops working, and the waste material collecting assembly 7 stops collecting the waste materials, so that the material is collected repeatedly.

The separated labels stay on the label jacking assembly 6, and whether jacking is performed or not can be selected according to different conditions of the size, the shape, the type and the stay state of the labels.

When the label on the label lifting assembly 6 is removed, the label sensing optical fiber device 68 senses no label, and the material belt driving motor 51 drives the label backing paper pressing shaft 52 to rotate and pull the label backing paper to continue moving, and so on.

While the preferred embodiments of the present invention have been described, the present invention is not limited to the above embodiments, and those skilled in the art can make various equivalent modifications or substitutions without departing from the spirit of the present invention, and such equivalent modifications or substitutions are intended to be included within the scope of the present invention as defined by the appended claims.

Claims (10)

1. The utility model provides a flip quick change labeller which characterized in that: including labeler main part (1) and feed subassembly (2), flip subassembly (3), quick clamp assembly (4), material area drive assembly (5), label jacking subassembly (6) and receipts waste material subassembly (7) of setting on labeler main part (1), feed subassembly (2) are used for placing label material area coiled material, flip subassembly (3) can more the label trade the material area and be arranged in separating label jacking subassembly (6) with the label on the label material area, material area drive assembly (5) are used for driving the label material area and pay-off forward, label jacking subassembly (6) are used for the label jacking, it is used for retrieving label base stock to receive waste material subassembly (7).

2. A flip cover quick change labeler according to claim 1 wherein: feed subassembly (2) establish feed cylinder (22) outside feed back shaft (21) including feed back shaft (21) and the cover that sets up on labeller main part (1), feed cylinder (22) one end internally mounted has rotary damping device (23), the one end and the feed back shaft (21) non-fixed connection of rotary damping device (23), the other end and feed cylinder (22) fixed connection of rotary damping device (23), feed cylinder (22) are provided with benchmark panel (24) at its end fixing, and install on feed back shaft (21) feed cylinder (22) through feed roller bearing (25), and feed cylinder (22) surface is equipped with a plurality of expansion pieces (26).

3. A flip cover quick change labeler according to claim 1 wherein: flip subassembly (3) are including flip frame (31) and flip rotation axis (32), flip handle (33), stripper plate (34) and flip cylinder (35) of setting on flip frame (31), flip cylinder (35) are used for the cooperation the material area drive assembly (5) and drive label material area are carried forward, flip frame (31) articulate on labeller main part (1) through flip rotation axis (32), be provided with material area spacing ring (36) on flip rotation axis (32).

4. A flip cover quick change labeler according to claim 3 wherein: the flip frame (31) comprises two frame vertical plates (311), a frame connecting plate (312) and a frame connecting rod (313) which are connected between the two frame vertical plates (311), a gravity sensing device is further arranged on the flip frame (31), the gravity sensing device comprises a gravity sensing rotating shaft (371) arranged on the flip frame (31) and a gravity sensing swing arm (372) arranged on the gravity sensing rotating shaft (371), a lower swing sensing piece (373) is arranged on the gravity sensing swing arm (372), a gravity sensing lever (374) is arranged at the free end of the gravity sensing swing arm (372), and a lower swing sensor (375) matched with the lower swing sensing piece (373) is arranged on the labeler main body (1).

5. A flip cover quick change labeler according to claim 1 wherein: the quick clamp assembly (4) comprises a quick clamp module (41) and a buckle module (42) which are matched with each other;

the quick clamp module (41) comprises a quick clamp main body (411), one end of the quick clamp main body (411) is hinged to the labeler main body (1) through a quick clamp hinge shaft (412), a quick clamp handle (413) is arranged at the free end of the quick clamp main body (411), a quick clamp lock catch (414) is arranged on the lower side of the quick clamp main body (411), a pressing block (415) is fixedly arranged on the quick clamp main body (411), and an elastic pressing column (416) used for pressing the flip cover component (3) is arranged on the pressing block (415);

the handle module (42) comprises a handle main body (421) and a handle reset spring (422), the handle main body (421) is hinged to the label machine main body (1) through a handle hinge shaft (423), the upper free end of the handle main body (421) is provided with a handle lock catch (424) matched with the quick clamp lock catch (414), the lower free end of the handle main body (421) is provided with a handle connecting rod (425), one end of the handle reset spring (422) is connected to the handle connecting rod (425) through a first spring connecting seat (426), and the other end of the handle reset spring (422) is connected to the label machine main body (1) through a second spring connecting seat (427).

6. A flip cover quick change labeler according to claim 1 wherein: the material belt driving assembly (5) comprises a material belt driving motor (51) fixed on a labeling machine main body (1) and a label pressing base paper shaft (52) installed on the labeling machine main body (1) in a hinged mode, a driving synchronous wheel (53) is arranged on an output shaft of the material belt driving motor (51), one end of the label pressing base paper shaft (52) is provided with a driven synchronous wheel (54), a synchronous belt (55) is arranged between the driving synchronous wheel (53) and the driven synchronous wheel (54) in a winding mode, the material belt driving motor (51) can drive the label pressing base paper shaft (52) to rotate through the driving synchronous wheel (53), the synchronous belt (55) and the driven synchronous wheel (54), the label pressing base paper shaft (52) is used for being matched with the flip cover assembly (3), the label pressing base paper shaft (52) is installed on the labeling machine main body (1) through a label pressing base paper bearing (56), and the driving motor (51) is installed on the labeling machine main body (1) through a driving motor installation seat (57) .

7. A flip cover quick change labeler according to claim 1 wherein: the label jacking assembly (6) comprises a jacking assembly base plate (61) and a lifting cylinder (62) which are fixed on the labeler main body (1), wherein a lifting guide post (64) is arranged on the jacking assembly base plate (61) through a sliding sleeve (63), a lifting limit plate (65) is arranged at the lower end part of the lifting guide post (64), a supporting plate base plate (66) is arranged at the upper end part of the lifting guide post (64), an output shaft of the lifting cylinder (62) is fixedly connected to the supporting plate base plate (66) and can drive the supporting plate base plate (66) to move up and down along the axial direction of the lifting guide post (64), a label supporting plate (67) is fixedly arranged at the upper part of the supporting plate base plate (66), a label sensing optical fiber device (68) is arranged at the bottom part of the supporting plate base plate (66), and sensing grooves matched with the label sensing optical fiber device (68), the lifting cylinder (62) is installed on the labeler body (1) through a cylinder installation seat (69).

8. A flip cover quick change labeler according to claim 1 wherein: the waste collecting component (7) comprises a collecting motor seat (71) and a collecting fixing block (72) which are fixed on the labeler main body (1), wherein a collecting motor (73) is arranged on the collecting motor seat (71), a collecting fixing shaft (74) is arranged on the collecting fixing block (72), a collecting roller (75) is arranged on the collecting fixing shaft (74) through a collecting roller bearing, a driving belt pulley (761) is arranged on an output shaft of the collecting motor (73), a driven belt pulley (762) is arranged at one end of the collecting roller (75), a transmission belt (763) is wound between the driving belt pulley (761) and the driven belt pulley (762), and the collecting motor (73) can drive the roller (75) to rotate through the driving belt pulley (761), the driven belt pulley (762) and the collecting transmission belt (763),

receive waste material subassembly (7) still including fixed material pole (77), receive material cylinder (75) outer along being provided with the receipts material recess that an axial set up, it has magnet to receive the embedding in the material recess, but fixed material pole (77) cooperation is inserted receive in the material recess and the outer evagination in receiving material cylinder (75) outer wall of edge of fixed material pole (77).

9. A flip cover quick change labeler according to claim 1 wherein: the label machine is characterized by further comprising a label machine bottom plate (81), wherein a sliding guide rail (82) is arranged on the label machine bottom plate (81), a sliding seat (83) is arranged on the sliding guide rail (82), a sliding mounting plate (84) is arranged on the sliding seat (83), the label machine main body (1) is fixedly mounted on the sliding mounting plate (84) through a label machine supporting frame (85), and a sliding limiting block (86) is arranged on the label machine bottom plate (81);

the labeling machine main body (1) comprises two main body side plates (11) and a main body bottom plate (12) fixedly arranged at the bottoms of the two main body side plates (11), and a side plate connecting plate (13) is arranged between the two main body side plates (11).

10. A flip cover quick change labeler according to claim 1 wherein: the feeding assembly (2) is detachably fixed on the labeler main body (1) in a low mode through a feeding assembly clamping block (101), and a feeding limiting block (102) is further arranged on the labeler main body (1).

Images