CN111572933A - A wine bottle labeling machine - Google Patents

Abstract

The invention discloses a wine bottle labeling machine, the structure of which comprises: a frame shell groove seat, an auxiliary bottle cotton drum, a needle-threading labeling roller, a label strip, a belt-pulling and pressing rod frame, a belt-winding reel seat, and a bearing Rod seat, the invention realizes the use of the needle threading labeling roller to match the label strip, the label strip is wound into the bottom of the outer thick pad roller, and the roller turret sheet pad is separated into convex pads. The effect, combined with the bonding and sliding of the rubber surface, forms the effect of segmenting the label tape through the injection needle tube, forming a convex barb hook stretching and pressing phenomenon on the included angle surface of the label, so that the corners of the labeling label form four corners. One perforated hole is convenient for the pattern hook pulling and the uniform rolling effect of the label on the glass curved surface, so that the overall label curved surface and the wine bottle rolling angle have a quantitative and consistent adjustment effect, so that the center counterweight angle adjustment rack forms a The fretting protection effect of the cushion chute.

Description

A wine bottle labeling machine

technical field

The invention relates to a wine bottle labeling machine, which belongs to the field of labeling machinery.

Background technique

The red wine bottle is an outstanding thick frosted glass wall shell, which is convenient for long-term storage of wine fermentation, and it is suitable for the smooth surface of the bottle body in the later stage to carry out labeling and anti-shedding effect, so that the smooth and translucent of the entire bottle body is formed by pressing the sticker label. For the integrated batch packaging processing effect, the shortcomings of the current technology common to be optimized are:

The glass surface of the wine bottle is smooth and it is easy to cause the phenomenon of idling labeling during the rolling process, so that the uniform angle of the labeling is not uniform, and the degree of consistent precision and continuous processing is reduced, so that the entire labeling arc side is stretched and wrinkled resistant. Pressing and covering produces the phenomenon of sticking paper, which leads to the bulging of the patch, which causes the bubble arc on the paper surface, which leads to a decrease in the qualified rate of the wine bottle labeling, which interferes with the homogeneous and beautiful appearance of the glass surface label, and also causes the subsequent continuous supply of the arc pressure surface. Errors in batch operations.

SUMMARY OF THE INVENTION

In view of the deficiencies in the prior art, the purpose of the present invention is to provide a wine bottle labeling machine, so as to solve the phenomenon that the glass surface of the wine bottle is smooth and easy to cause idle labeling during the rolling process, so that the uniform angle of labeling is not uniform. , and the degree of consistent precision and continuous processing is reduced, so that the stretch, anti-wrinkle and smearing on the side of the entire labeling arc will produce the phenomenon of sticking paper, which will cause the patch to be inflated and cause the bubble arc on the paper surface, resulting in the labeling of the wine bottle. The pass rate drops, which interferes with the homogeneous and beautiful appearance of the label on the glass surface, and also causes errors in the batch operation of the subsequent continuous supply to the arc-pressed surface.

In order to achieve the above purpose, the present invention is achieved through the following technical solutions: a wine bottle labeling machine, the structure of which includes: a frame shell groove seat, an auxiliary bottle cotton cylinder, a needle threading labeling roller, a label strip, Pulling and pressing rod frame, tape winding reel seat, bearing rod seat, the needle labeling roller is installed on the right side of the auxiliary bottle cotton drum and parallel to each other, and the auxiliary bottle cotton drum is mechanically connected with the rack shell groove seat And they are perpendicular to each other, the needle threading labeling roller and the label strip adopt clearance fit, the label strip and the tape winding reel base are mechanically connected and are on the same vertical plane, and the tape winding reel base is nested in the machine. In the upper right corner of the rack shell slot seat, the belt tension rod rack is mechanically connected with the rack shell slot seat and is on the same vertical plane, the tape winding reel seat is mechanically connected with the bearing rod seat and the axis is collinear, so The needle threading and labeling roller is provided with an arc frame shuttle plate, a needle injection tube, a roller turntable pad, a cross-axis wheel, an outer thick pad roller, and a frame rail ring frame. The arc frame shuttle plate and the needle injection tube are provided. Mechanically connected and on the same oblique line, the injection needle tube and the outer thick pad roller adopt an interference fit, the cross axis wheel and the arc frame shuttle plate are mechanically connected and are on the same vertical plane, the outer thick The pad roller and the frame rail ring frame are nested into one body and the axis is collinear. The outer thick pad roller adopts clearance fit and is on the same vertical plane, and the outer thick pad roller is installed on the right side of the auxiliary bottle cotton drum and on the same horizontal plane.

In order to optimize the above technical solutions, further measures are taken as follows:

As a further improvement of the present invention, the arc-frame shuttle plate is composed of a curved track groove, an angle sliding support seat, a flat and horizontal shuttle block, and a reinforcing rib lining plate, and the curved track groove is mechanically connected to the angle sliding support seat. , the flat horizontal shuttle block and the curved track groove are in clearance fit, and the curved track groove is inserted and embedded on the left side of the reinforcing rib lining plate and is on the same vertical plane.

As a further improvement of the present invention, the open-angle sliding support seat is composed of a swing rod of an inner wheel frame, a pulley groove, an open-angle reinforced plate, and a reverse buckle groove vertical plate, and the reverse buckle groove vertical plate is inserted into the expanded angle steel plate. Inside and on the same vertical plane, the expansion angle steel plate is mechanically connected with the pulley groove through the swing rod of the inner wheel frame.

As a further improvement of the present invention, the flat horizontal shuttle block is composed of a shuttle wheel body, a short support frame, a horizontal bridge frame, and a counterweight balance plate, and the short support frame and the horizontal bridge frame are fastened together and are On the same vertical plane, the horizontal splint frame is inserted into the inside of the shuttle wheel body, and two counterweight balance plates are provided and are respectively nested on the left and right sides of the shuttle wheel body.

As a further improvement of the present invention, the roller turret pad is composed of a rubber top arc pad chamber, a frame card slot plate, and a gradient lining wheel, and the rubber top arc pad chamber is nested on the top of the frame card slot plate. On the same vertical plane, the frame card slot plate is mechanically connected with the gradient lining frame wheel.

As a further improvement of the present invention, the rubber top arc pad chamber is composed of an arc flap inner chamber, a through-hole thick plate pad, a curved buckled plate, and a rubber convex gasket, and the arc flap inner chamber is installed in the through-hole thick plate pad. Inside the plate pad, the through-hole thick plate pad is fastened together with the rubber convex washer strip through the bending plate and is on the same arc surface.

As a further improvement of the present invention, the gradient lining wheel is composed of a gradient plate truss, a separating sheave, a lining plate seat, and a counterweight ball. The gradient truss is installed inside the separating sheave, and the lining plate The seat is embedded under the bottom of the gradient plate truss and is on the same vertical plane, and the counterweight ball and the separating sheave adopt clearance fit.

As a further improvement of the present invention, the inner wheel frame pendulum rod is an inclined pendulum rod structure with rollers at the bottom end and the middle section, which is convenient for the two-position rollers to collide and swing the overall sliding angular distance to form the correcting effect of the wine bottle angle when slipping. .

As a further improvement of the present invention, the horizontal splint frame is a combined plate frame structure with a double-wing plate and a thick horizontal plate on the side, which is convenient for the left and right wings to spread the auxiliary horizontal plate and cooperate with the central horizontal plate to form a three-level horizontal position correction balance Rotation effect.

As a further improvement of the present invention, the through-hole thick plate pad is a curved plate pad with three through-holes on the left and right with a concave arc in the middle, which is convenient for the thick bottom to elastically improve the friction coefficient and top support radian after the entire stack is thickened.

As a further improvement of the present invention, the gradient plate truss is a composite plate frame structure with three horizontal bars in the middle of the left and right gradient spiral laminated plate frames, which is convenient for the interlocking of arch bridge-type pad supports that form an occlusal groove during the process of pressing and pasting the frame. Roller unloading effect.

beneficial effect

The invention is a wine bottle labeling machine. The staff supports the wine bottle through the frame shell groove seat frame protecting the auxiliary bottle cotton cylinder and the needle threading labeling roller, and then the shaft bearing rod seat is pulled around the belt reel seat to pull it. The labeling strip cooperates with the pull-and-pressing rod rack to settle to form a labeling operation. During this period, the roll of the wine bottle passes through the curved track groove of the arc-frame shuttle plate, moves around the frame-spanning angle sliding support seat and the horizontal shuttle block respectively, and passes through the inner wheel. The rack swing bar in the pulley groove top swings the extension angle steel plate and the anti-buckle groove vertical plate to form an angle of the top pressure deceleration adjustment operation when idling, and then drives the short rod of the bracket to engage the horizontal splint frame through the shuttle wheel body to balance the balance weight. The plate forms a balanced operation effect, so that the insertion of the reinforcing rib liner in the injection needle tube is short, and the rotation of the cross axis wheel pushes the roller turret pad to engage the outer thick pad. The needle tube continuously inserts the label at a quarter-spacing interval and draws the label into the surface of the wine bottle to perform the tangential rolling operation effect on the camber surface, which speeds up the self-adjusting effect of the wine bottle labeling machine and ensures the consistent orientation and fineness of the labeling.

The advantages that can be achieved after the operation of the present invention are as follows:

The needle threading labeling roller is used to match the label strip, and the label strip is wound into the bottom of the outer thick pad roller. Adhesion and sliding form the effect of segmenting and cutting the label tape as a whole through the injection needle tube, forming a convex barb hook stretching and pressing phenomenon on the included angle surface of the label, so that four needle holes are formed at the corner of the label label to facilitate pattern hooks The uniform rolling effect of pulling and labeling on the curved surface of the glass makes the overall label curved surface and the rolling angle of the wine bottle a quantitative and consistent adjustment effect, and the center counterweight angle adjustment rack forms a micro-movement of a cushion chute protective effect.

Description of drawings

In order to illustrate the technical solutions of the embodiments of the present invention more clearly, the accompanying drawings in the description of the embodiments will be described in detail below, so that other features, purposes and advantages of the present invention will become more obvious:

FIG. 1 is a schematic structural diagram of a wine bottle labeling machine of the present invention.

Fig. 2 is a detailed cross-sectional structural schematic diagram of the needle-piercing labeling roller, the arc-frame shuttle plate, and the roller turret pad of the present invention.

FIG. 3 is an enlarged cross-sectional structural schematic diagram of the working state of the angle-opening sliding support seat of the present invention.

FIG. 4 is a schematic view of the enlarged cross-sectional structure of the working state of the smooth horizontal shuttle block of the present invention.

FIG. 5 is a schematic cross-sectional structural diagram of the rubber-top arc pad chamber in the working state of the present invention.

FIG. 6 is a schematic cross-sectional structural diagram of the working state of the gradient liner wheel of the present invention.

Explanation of reference numerals: rack shell groove seat-1, auxiliary bottle cotton drum-2, needle labeling roller-3, label strip-4, tensioning and pressing rod rack-5, tape winding reel seat-6, Bearing rod seat-7, arc frame shuttle plate-3A, needle tube-3B, roller turret pad-3C, cross axle wheel-3D, outer thick pad roller-3E, frame rail ring frame-3F, bending Track groove-3A1, angle sliding support seat-3A2, horizontal shuttle block-3A3, reinforcing rib lining plate-3A4, inner wheel frame swing rod-3A21, pulley groove-3A22, angle steel plate-3A23, reverse buckle Groove vertical plate-3A24, shuttle wheel body-3A31, support short rod-3A32, horizontal splint frame-3A33, counterweight balance plate-3A34, rubber top arc pad chamber-3C1, frame card slot plate-3C2, gradient Liner wheel-3C3, inner chamber of arc flap-3C11, through-hole thick plate gasket-3C12, bending coil plate-3C13, rubber convex gasket-3C14, gradient plate truss-3C31, separation sheave-3C32, lining frame Plate seat-3C33, counterweight ball-3C34.

Detailed ways

In order to make the technical means, creative features, achievement goals and effects realized by the present invention easy to understand, the present invention will be further described below with reference to the specific embodiments.

Example 1:

1-6, the present invention provides a wine bottle labeling machine, the structure of which includes: a frame shell groove seat 1, an auxiliary bottle cotton cylinder 2, a needle labeling roller 3, a label strip 4, a pull The belt pressing rod frame 5, the tape winding reel seat 6, the bearing rod seat 7, the needle labeling roller 3 is installed on the right side of the auxiliary bottle cotton cylinder 2 and parallel to each other, the auxiliary bottle cotton cylinder 2 and the frame The shell and slot bases 1 are mechanically connected and perpendicular to each other, the needle labeling roller 3 and the label strip 4 adopt clearance fit, and the label strip 4 is mechanically connected with the tape winding reel base 6 and is on the same vertical plane, The tape winding reel seat 6 is nested in the upper right corner of the rack shell slot seat 1, and the tape tensioning rod bracket 5 is mechanically connected with the rack shell slot seat 1 and is on the same vertical plane. The seat 6 is mechanically connected with the bearing rod seat 7 and the axis is collinear. The needle labeling roller 3 is provided with an arc-frame shuttle plate 3A, a needle injection tube 3B, a roller turret pad 3C, a cross-axis wheel 3D, The outer thick pad roller 3E, the frame rail ring frame 3F, the arc frame shuttle plate 3A is mechanically connected with the injection needle tube 3B and is on the same oblique line. The injection needle tube 3B and the outer thick pad roller 3E adopt interference fit, The cross axis wheel 3D is mechanically connected with the arc frame shuttle plate 3A and is on the same vertical plane, the outer thick pad roller 3E and the frame rail ring frame 3F are nested into one body and the axis is collinear, the said The roller turret pad 3C and the frame rail ring frame 3F are fastened together and are on the same vertical plane, and the roller turret pad 3C and the outer thick pad roller 3E adopt clearance fit and are on the same vertical plane, The outer thick pad roller 3E is installed on the right side of the auxiliary bottle cotton cylinder 2 and is on the same horizontal plane.

Please refer to FIG. 2 , the arc-frame shuttle plate 3A is composed of a curved track groove 3A1, a corner sliding support seat 3A2, a horizontal shuttle block 3A3, and a reinforcing rib lining plate 3A4. The support base 3A2 is mechanically connected, and the horizontal shuttle block 3A3 and the curved track groove 3A1 adopt clearance fit, and the curved track groove 3A1 is inserted into the left side of the reinforcing rib lining plate 3A4 and is on the same vertical plane. The rib lining plate 3A4 is pulled and the curved track groove 3A1 is rotated to form the double track superposition balance and the synchronous fine-tuning and correction operation effect of the spread angle.

Please refer to FIG. 3 , the angled sliding support seat 3A2 is composed of an inner wheel frame swing rod 3A21, a pulley groove 3A22, a angled reinforced plate 3A23, and an upright plate 3A24. The upright plate 3A24 is inserted into the Inside and on the same vertical plane, the angle-opening steel plate 3A23 is mechanically connected to the pulley groove 3A22 through the inner wheel frame swing rod 3A21, and the inner wheel frame swing rod 3A21 is the bottom end and the middle belt. The inclined swing bar structure of the rollers is convenient for the two-position rollers to collide and swing. The overall sliding angular distance forms the correction effect of the wine bottle angle when slipping. The rolling effect is smooth, and the entire roller rotates too fast during the idling process, which will stretch the plate for the angle reset of the deceleration friction and adjust the swing effect to ensure the consistent orientation of the wine bottle labeling to the processing quality.

Please refer to FIG. 4 , the horizontal shuttle block 3A3 is composed of a shuttle wheel body 3A31, a short supporting frame 3A32, a horizontal splint frame 3A33, and a counterweight balance plate 3A34. The short supporting frame 3A32 and the lateral splint frame 3A33 Buckle together and are on the same vertical plane, the horizontal splint frame 3A33 is inserted into the interior of the shuttle wheel body 3A31, and two counterweight balance plates 3A34 are provided and are respectively nested in the shuttle wheel body 3A31 On the left and right sides, the horizontal splint frame 3A33 is a combined plate frame structure with a double-wing plate and a thick horizontal plate on the side, which is convenient for the left and right wingspan to spread the auxiliary horizontal plate and the central horizontal plate to form a three-level correction balance rotation The effect is that the horizontal splint frame 3A33 is inserted into the counterweight balance plate 3A34 to form a three-dimensional horizontal plate superimposed correction and balance operation effect of the counterweight left and right deflection, avoiding the labeling and wrapping into the air pressure to produce bubble drum surface, and ensuring the uniformity and tension of the overall rolling. Pull comfort.

Workflow: The staff supports the wine bottle through the rack shell groove seat 1, the auxiliary bottle protection cotton cylinder 2 and the needle labeling roller 3, and then the shaft bearing rod seat 7 pulls the tape reel seat 6 to pull the label strip The belt 4 cooperates with the pulling and pressing rod frame 5 to settle to form a labeling operation, during which the roll of the wine bottle moves through the curved track groove 3A1 of the arc frame shuttle plate 3A around the frame and the angle sliding support seat 3A2 and the horizontal shuttle block 3A3 respectively. , through the inner wheel frame swing rod 3A21 in the pulley groove 3A22, the top pressure deceleration adjustment operation when the angle reinforced plate 3A23 and the anti-buckle groove vertical plate 3A24 form an angle of idling, and then through the shuttle wheel body 3A31 to drive the support frame short The rod 3A32 engages the horizontal splint frame 3A33 and inserts the counterweight balance plate 3A34 to form a balanced operation effect, so that the insertion of the reinforcing rib lining plate 3A4 in the injection needle tube 3B is short along the cross axis wheel 3D rotates and pushes the roller turret pad 3C to engage the outer thickness The pad roller 3E and the frame rail ring frame 3F speed up the supply of wine bottles, so that the injection needle tube 3B continuously inserts the label at a quarter-spacing interval and draws the label into the surface of the wine bottle for camber tangent rolling operation effect, speeding up the wine bottle labeling machine The self-adjusting effect of self-adjustment ensures the consistent orientation and fineness of labeling.

Embodiment 2:

Please refer to Figure 1-Figure 6, the present invention provides a wine bottle labeling machine, other aspects are the same as Embodiment 1, the difference is:

Please refer to FIG. 2 , the roller turret pad 3C is composed of a rubber top arc pad chamber 3C1, a frame card slot plate 3C2, and a gradient lining frame wheel 3C3, and the rubber top arc pad chamber 3C1 is nested in the frame card slot. On the top of the plate 3C2 and on the same vertical plane, the frame card slot plate 3C2 is mechanically connected with the gradient lining frame wheel 3C3, and the gradient lining frame is supported by the rubber top arc pad chamber 3C1 convex pad to support the glass surface of the wine bottle. Wheel 3C3 forms an arch bridge-type pressure-relieving top-turning effect.

Please refer to FIG. 5 , the rubber top arc pad chamber 3C1 is composed of an arc flap inner chamber 3C11, a through-hole thick plate pad 3C12, a curved buckle coil 3C13, and a rubber convex gasket 3C14. The arc flap inner chamber 3C11 is installed Inside the through-hole thick plate gasket 3C12, the through-hole thick plate gasket 3C12 is buckled together with the rubber convex gasket 3C14 by the bending plate 3C13 and is on the same arc surface. The through-hole thick plate gasket 3C12 is: The curved plate pad structure with the rear concave arc in the middle of the three through holes on the left and right is convenient for the thick bottom to elastically improve the friction coefficient and the top support arc after the whole section of the stack is thickened. The rubber convex gasket strip 3C14 forms the flexible wrapping effect of the curved convex surface rubbing the curved surface of the wine bottle glass.

Please refer to FIG. 6 , the gradient lining wheel 3C3 is composed of a gradient plate truss 3C31, a separation sheave 3C32, a lining plate seat 3C33, and a counterweight ball 3C34, and the gradient plate truss 3C31 is installed inside the separation sheave 3C32, The lining plate seat 3C33 is inserted under the bottom of the gradient plate truss 3C31 and is on the same vertical plane. The counterweight balls 3C34 and the separation sheave 3C32 adopt clearance fit, and the gradient plate truss 3C31 is a left and right with gradient The combined plate frame structure of the three cross bars in the middle of the spiral stack plate frame is convenient for the arch bridge-type pad support interlocking rolling unloading effect that forms the occlusal groove in the process of pressing and pasting the frame, and the gradient plate truss is rolled through the counterweight ball 3C34. 3C31 forms the load-bearing plate force surface operation of the pull frame, which ensures the safety factor of the linkage of the whole frame, and protects the labeling roller from twisting and bending.

Through the previous labeling, the top-turning guillotine cutting through the needle holder protects and squeezes the effect, which is convenient for the rolling operation of the entire wine bottle, and the large-scale slipping and idling of the wine bottle needs to pass through the rubber top arc pad chamber 3C1 of the roller turret pad 3C Laminate the card slot plate 3C2 of the shelf, through the inner chamber 3C11 of the arc flap, the thick plate pad 3C12 and the bending plate 3C13 hold up the rubber convex gasket strip 3C14 The flexible wrapping increases the pressure coefficient of friction on the surface of the wine bottle, ensuring The separation sheave 3C32 of the gradient lining wheel 3C32 The inner gradient plate truss 3C31 and the lining plate base 3C33 are set up and down with limit counterweight balls 3C34 to roll to form the auxiliary operation effect of top pressure and unloading, so that the cushioning of the whole frame can be matched with each other. Rolling and sliding labels form a continuous wrapping and anti-slip effect.

In the present invention, through the mutual combination of the above components, the needle threading labeling roller 3 is used to cooperate with the label strip 4, and the label strip 4 is wound into the bottom of the outer thick pad roller 3E, and formed by the roller turret pad 3C. It is separated into convex pads, and the friction effect is combined with the adhesion and sliding of the rubber surface to form a whole section cutting effect on the label tape through the needle tube 3B, and the convex barbed hook is stretched and pressed on the angle surface where the label is pasted. , let the corners of the labeling label form four needle holes to facilitate the pattern hook pulling and the uniform rolling effect of the label on the glass curved surface, so that the overall label curved surface and the wine bottle rolling angle have a quantitative uniform adjustment effect, so that the The center counterweight angle adjustment frame forms a fretting protection effect of a cushion chute, so as to solve the phenomenon that the glass surface of the wine bottle is smooth and the phenomenon of idling labeling during the rolling process is easily caused, so that the uniform angle of the labeling is not uniform. , and the degree of consistent precision and continuous processing is reduced, so that the stretch, anti-wrinkle and smearing on the side of the entire labeling arc will produce the phenomenon of sticking paper, which will cause the patch to be inflated and cause the bubble arc on the paper surface, resulting in the labeling of the wine bottle. The pass rate drops, which interferes with the homogeneous and beautiful appearance of the label on the glass surface, and also causes errors in the batch operation of the subsequent continuous supply to the arc-pressed surface.

The specific embodiments described herein are merely illustrative of the invention. Those skilled in the art to which the present invention pertains can make various modifications or additions to the described specific embodiments or substitute in similar manners, but will not depart from the present invention or go beyond what is defined in the appended claims scope.

Claims (9)

1. A wine bottle labeling machine structurally comprises: frame shell groove seat (1), assist cotton section of thick bamboo of bottle (2), wear needle and paste mark roller (3), label strip (4), stretching strap depression bar frame (5), around tep reel seat (6), bearing rod seat (7), its characterized in that:

the needle threading and labeling roller (3) is arranged on the right side of an auxiliary bottle cotton cylinder (2), the auxiliary bottle cotton cylinder (2) is mechanically connected with a rack shell groove seat (1), the needle threading and labeling roller (3) is matched with a label strip (4), the label strip (4) is mechanically connected with a tape winding disc seat (6), the tape winding disc seat (6) is nested at the right upper corner of the rack shell groove seat (1), the pull tape pressing rod frame (5) is mechanically connected with the rack shell groove seat (1), and the tape winding disc seat (6) is mechanically connected with a bearing rod seat (7);

the needle threading and labeling roller (3) is provided with an arc frame sliding shuttle plate (3A), a needle shooting tube (3B), a roller rotating frame sheet pad (3C), a cross axle center wheel (3D), an outer thick pad roller (3E) and a frame rail ring frame (3F);

arc frame shuttle board (3A) and penetrate needle tubing (3B) mechanical connection, penetrate needle tubing (3B) and cooperate with outer thick pad roller (3E), cross arbor wheel (3D) and arc frame shuttle board (3A) mechanical connection, outer thick pad roller (3E) and frame rail ring frame (3F) nestification are integrative, roller revolving frame piece pad (3C) and frame rail ring frame (3F) lock are in the same place, roller revolving frame piece pad (3C) and outer thick pad roller (3E) cooperate, outer thick pad roller (3E) are installed in the right side of assisting bottle cotton section of thick bamboo (2).

2. A wine bottle labelling machine according to claim 1, wherein: arc frame shuttle board (3A) comprises curved track groove (3A1), exhibition angle sliding support seat (3A2), flat horizontal sliding shuttle piece (3A3), strengthening rib welt (3A4), curved track groove (3A1) and exhibition angle sliding support seat (3A2) mechanical connection, flat horizontal sliding shuttle piece (3A3) cooperatees with curved track groove (3A1), curved track groove (3A1) are inserted and are inlayed in the left side of strengthening rib welt (3A 4).

3. A wine bottle labelling machine according to claim 2, wherein: the angle spread sliding support seat (3A2) is composed of an inner wheel frame swing rod (3A21), a pulley groove (3A22), an angle spread steel rib plate (3A23) and a reverse buckle groove vertical plate (3A24), wherein the reverse buckle groove vertical plate (3A24) is inserted and embedded in the angle spread steel rib plate (3A23), and the angle spread steel rib plate (3A23) is mechanically connected with the pulley groove (3A22) through the inner wheel frame swing rod (3A 21).

4. A wine bottle labelling machine according to claim 2, wherein: the horizontal sliding shuttle block (3A3) is composed of a shuttle wheel body (3A31), a strut short rod (3A32), a horizontal clamping plate frame (3A33) and a counterweight balance plate (3A34), wherein the strut short rod (3A32) is buckled with the horizontal clamping plate frame (3A33), the horizontal clamping plate frame (3A33) is inserted and embedded in the shuttle wheel body (3A31), and the counterweight balance plate (3A34) is provided with two parts which are respectively embedded at the left side and the right side of the shuttle wheel body (3A 31).

5. A wine bottle labelling machine according to claim 1, wherein: roller revolving frame piece pad (3C) comprises gluey top arc pad room (3C1), frame piece draw-in groove board (3C2), gradient liner frame wheel (3C3), gluey top arc pad room (3C1) nests on the top of frame piece draw-in groove board (3C2), frame piece draw-in groove board (3C2) and gradient liner frame wheel (3C3) mechanical connection.

6. A wine bottle labelling machine according to claim 5, wherein: rubber top arc fills up room (3C1) and comprises arc lamella inner chamber (3C11), through-hole thick plate pad (3C12), curved book board (3C13), the protruding pad strip of rubber (3C14) of buckling, arc lamella inner chamber (3C11) is installed in the inside of through-hole thick plate pad (3C12), through-hole thick plate pad (3C12) are buckled through bending and are rolled up board (3C13) and the protruding pad strip of rubber (3C14) and are in the same place.

7. A wine bottle labelling machine according to claim 5, wherein: the gradient liner wheel (3C3) is composed of a gradient plate truss (3C31), a separation grooved wheel (3C32), a liner frame plate seat (3C33) and a counterweight ball (3C34), wherein the gradient plate truss (3C31) is installed inside the separation grooved wheel (3C32), the liner frame plate seat (3C33) is inserted and embedded under the bottom of the gradient plate truss (3C31), and the counterweight ball (3C34) is matched with the separation grooved wheel (3C 32).

8. A wine bottle labelling machine according to claim 3, wherein: the inner wheel carrier swing rod (3A21) is of an inclined swing rod structure with a roller at the bottom end and a middle section.

9. A wine bottle labelling machine according to claim 4, wherein: the transverse clamping plate frame (3A33) is a combined plate frame structure with a double wing plate middle partition thick transverse plate at the side.

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