CN111572933B

CN111572933B - Wine bottle labeling machine

Info

Publication number: CN111572933B
Application number: CN202010489552.9A
Authority: CN
Inventors: 姜志写
Original assignee: Yiwu Xinmin Daily Necessities Co ltd
Current assignee: Zibo Zhide Light Industry Products Co ltd
Priority date: 2020-06-02
Filing date: 2020-06-02
Publication date: 2021-10-12
Anticipated expiration: 2040-06-02
Also published as: CN111572933A

Abstract

The invention discloses a wine bottle labeling machine, the structure of which comprises: the invention realizes the matching of the needle threading and labeling roller and the label strip, the winding of the label strip into the bottom of the outer thick cushion roller, the friction effect of the separated convex cushion frame position is formed by rolling the frame plate cushion, the adhesive sliding of the rubber surface is matched to form the whole sectioning effect of the label strip through the needle shooting tube, the convex hook pulling extension and pressing phenomenon is formed on the included angle surface of the adhered label, the corners of the adhered label are formed into four needle penetrating holes to facilitate the pattern hooking and the uniform rolling effect of the label on the glass cambered surface, the whole label bending surface and the wine bottle rolling included angle are in a quantitative uniform adjusting effect, and the central counterweight angle adjusting frame forms a micro-motion effect of supporting the sliding groove.

Description

Wine bottle labeling machine

Technical Field

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

Background

Red wine bottle is outstanding thick ground glass wall casing, conveniently deposits the grape wine fermentation for a long time, and the body smooth surface in adaptation later stage pastes the mark anti-drop effect, lets the smooth luminance of whole bottle compress tightly the sticker and pastes the mark formation integration and encapsulate the processing effect in batches, and the public shortcoming of treating the optimization of prior art has:

the glass surface of the wine bottle is smooth and easy to cause the phenomenon of idle rotation labeling in the rolling process, so that the uniform angle of labeling is uneven, the consistent precision continuity processing degree is reduced, the stretching anti-wrinkling wiping and pressing covering of the whole labeling arc side surface is enabled to generate the phenomenon of drawing of the adhesive paper, the paster is blown to cause the radian of the paper surface bubbles, the labeling qualification rate of the wine bottle is reduced, the homogeneity of the interference glass surface label is attractive, and the error phenomenon of subsequent continuous supply batch operation is caused for the arc pressing surface.

Disclosure of Invention

Aiming at the defects in the prior art, the invention aims to provide a wine bottle labeling machine, which solves the problems that the glass surface of a wine bottle is smooth and easy to cause idle labeling in the rolling process, the uniform angle of labeling is not uniform, the uniform precision continuity processing degree is reduced, the stretching, wrinkle resistance, wiping and pressing coverage on the side surface of the whole labeling arc generates the paper sticking phenomenon, the sheet sticking is blown to cause the radian of paper surface bubbles, the labeling qualification rate of the wine bottle is reduced, the homogeneity and the attractiveness of glass surface labels are interfered, and the error phenomenon of subsequent continuous batch operation is caused to an arc pressing surface.

In order to achieve the purpose, the invention is realized by the following technical scheme: a wine bottle labeling machine structurally comprises: the needle threading and labeling device comprises a rack shell groove seat, an auxiliary bottle cotton cylinder, a needle threading and labeling roller, a label strip, a pull pressure rod frame, a winding disc seat and a bearing rod seat, wherein the needle threading and labeling roller is arranged on the right side of the auxiliary bottle cotton cylinder and is parallel to each other, the auxiliary bottle cotton cylinder is mechanically connected with the rack shell groove seat and is perpendicular to each other, the needle threading and labeling roller and the label strip are in clearance fit, the label strip is mechanically connected with the winding disc seat and is positioned on the same vertical surface, the winding disc seat is nested in the right upper corner of the rack shell groove seat, the pull pressure rod frame is mechanically connected with the rack shell groove seat and is positioned on the same vertical surface, the winding disc seat is mechanically connected with the bearing rod seat and is collinear in axle center, the needle threading and labeling roller is provided with an arc frame sliding shuttle plate, a needle shooting tube, a roller rotating frame plate pad, a cross axle center wheel, an outer thick pad roller and a frame rail ring frame, the arc frame sliding shuttle plate is mechanically connected with the needle shooting tube and is positioned on the same inclined line, the needle shooting tube and the outer thick pad roller are in interference fit, the cross axle center wheel is mechanically connected with the arc frame shuttle plate and is positioned on the same vertical surface, the outer thick pad roller and the frame rail ring frame are nested into a whole, the axle centers of the outer thick pad roller and the frame rail ring frame are collinear, the roller rotating frame sheet pad and the frame rail ring frame are buckled together and are positioned on the same vertical surface, the roller rotating frame sheet pad and the outer thick pad roller are in clearance fit and are positioned on the same vertical surface, and the outer thick pad roller is installed on the right side of the auxiliary bottle cotton cylinder and is positioned on the same horizontal plane.

In order to optimize the technical scheme, the method further comprises the following steps:

as a further improvement of the invention, the arc frame sliding shuttle plate consists of a curved track groove, an angle spread sliding support seat, a flat and horizontal sliding shuttle block and a reinforcing rib lining plate, wherein the curved track groove is mechanically connected with the angle spread sliding support seat, the flat and horizontal sliding 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 positioned on the same vertical surface.

As a further improvement of the invention, the spread angle sliding support seat consists of an inner wheel carrier swing rod, a pulley groove, a spread angle steel rib plate and a reverse buckling groove vertical plate, wherein the reverse buckling groove vertical plate is inserted and embedded in the spread angle steel rib plate and is positioned on the same vertical surface, and the spread angle steel rib plate is mechanically connected with the pulley groove through the inner wheel carrier swing rod.

As a further improvement of the invention, the horizontal sliding shuttle block consists of a shuttle wheel body, a strut short rod, a horizontal clamping plate frame and a counterweight balance plate, wherein the strut short rod and the horizontal clamping plate frame are buckled together and are positioned on the same vertical surface, the horizontal clamping plate frame is inserted and embedded in the inside of the shuttle wheel body, and the counterweight balance plate is provided with two counterweight balance plates which are respectively embedded at the left side and the right side of the shuttle wheel body.

As a further improvement of the invention, the roller rotating frame piece pad consists of a rubber top arc pad chamber, a frame piece clamping groove plate and a gradient lining frame wheel, wherein the rubber top arc pad chamber is nested on the top of the frame piece clamping groove plate and is positioned on the same vertical surface, and the frame piece clamping groove plate is mechanically connected with the gradient lining frame wheel.

As a further improvement of the invention, the rubber top arc cushion chamber consists of an arc petal inner chamber, a through hole thick plate cushion, a bent buckling rolling plate and a rubber convex cushion strip, wherein the arc petal inner chamber is arranged inside the through hole thick plate cushion, and the through hole thick plate cushion is buckled with the rubber convex cushion strip through the bent buckling rolling plate and is positioned on the same arc surface.

As a further improvement of the invention, the gradient liner frame wheel consists of a gradient plate truss, a separation grooved wheel, a liner frame plate seat and a counterweight ball, the gradient plate truss is arranged inside the separation grooved wheel, the liner frame plate seat is inserted and embedded under the bottom of the gradient plate truss and is positioned on the same vertical surface, and the counterweight ball is in clearance fit with the separation grooved wheel.

As a further improvement of the invention, the inner wheel frame swing rod is of an inclined swing rod structure with the bottom end and the middle section provided with the rollers, so that the double-position rollers can conveniently collide and swing the whole sliding angular distance to form the correction effect of the wine bottle angle orientation during slipping.

As a further improvement of the invention, the transverse clamping plate frame is a combined plate frame structure with double wing plates on the side and a middle thick transverse plate, so that the left and right wingspans can be unfolded conveniently to assist the transverse plate to cooperate with the central transverse plate to form a correcting and balancing rotation effect of a three-position horizontal position.

As a further improvement of the invention, the through-hole thick plate pad is of a bent plate pad structure with left and right three-way holes and a concave arc in the middle, so that the friction coefficient and the top support radian after the whole section of lamination and thickening can be conveniently and elastically improved by the thick bottom.

As a further improvement of the invention, the gradient plate truss is of a combined plate frame structure with left and right gradient spiral laminated plate frames and three inserted cross rods in the middle, so that the interlocking rolling unloading effect of the arch bridge type cushion support formed with the occlusion groove in the process of pressing and pasting the frame sheet is facilitated.

Advantageous effects

The invention relates to a wine bottle labeling machine, wherein a worker supports a cotton cylinder and a needle-threading labeling roller to hold a wine bottle through a rack shell groove seat frame, then a shaft-driven bearing rod seat drags a winding belt disk seat to draw a label strip to be matched with a pull-pressing rod frame to settle so as to form labeling operation, during which the roller rotation of the wine bottle moves through a bent track groove winding frame unfolding angle sliding support seat and a flat cross sliding shuttle block of an arc frame sliding shuttle plate respectively, the top pressure deceleration adjustment operation is performed when an included angle is formed between an unfolding angle steel rib plate and a back buckling groove vertical plate in a pulley groove by the top swinging of an inner wheel frame swinging rod, the support short rod is driven by a sliding shuttle wheel body to be occluded with a cross clamping frame plate to form a balance operation effect, a reinforcing rib lining plate is enabled to be continuously inserted into the surface of the wine bottle by inserting a quarter-pitch intermittent label along the rotation of a cross shaft center wheel to push a roller frame pad to be occluded with an outer thick pad roller and the frame ring frame to be accelerated and connected with the wine bottle frame so as to enable the wine bottle to be inserted into the surface of the bottle to be tangentially rolled, the effect is adjusted independently of speeding up beverage bottle labeller, and the uniformity orientation and the fineness that the guarantee label pasted and protects.

The invention has the following advantages after operation:

the application is worn needle and is pasted mark roller and label strip and cooperateed, through the bottom that the label strip winds into outer thick pad roller, form through roller revolving rack piece pad and separate into protruding pad frame position friction degree effect, the bonding of deuterogamying rubber face is slided and is drawn the whole segmentation effect to the label strip through the needle-shooting pipe of formation, the contained angle face that pastes the label forms protruding thorn hook and draws the extension and cover the phenomenon, let to paste mark label corner formation four and wear the needle hole convenient decorative pattern hook and draw and the even roll effect of label at the glass cambered surface, make holistic label bending surface and beverage bottle roll contained angle be quantitative unanimous adjustment effect, let central counter weight angle modulation frame form a fine motion protective effect that fills up and prop the spout.

Drawings

Other features, objects, and advantages of the present invention will become more apparent from the following detailed description of the embodiments of the invention when taken in conjunction with the accompanying drawings, in which:

fig. 1 is a schematic structural view of a wine bottle labeling machine according to the present invention.

FIG. 2 is a detailed cross-sectional structure diagram of the needle threading and labeling roller, the arc frame shuttle plate and the roller rotating frame plate pad of the present invention.

Fig. 3 is an enlarged cross-sectional structural view of the extended angle sliding support of the present invention in a working state.

Fig. 4 is an enlarged sectional structural view of the horizontal sliding shuttle block in the operating state of the present invention.

FIG. 5 is a schematic cross-sectional view of the rubber-topped arc cushion chamber of the present invention in working condition.

FIG. 6 is a schematic cross-sectional view of the gradient bushing wheel of the present invention in operation.

Description of reference numerals: a frame shell groove seat-1, an auxiliary bottle cotton cylinder-2, a needle-threading labeling roller-3, a label strip-4, a drawstring pressure bar frame-5, a belt winding disc seat-6, a bearing rod seat-7, an arc frame sliding shuttle plate-3A, a needle shooting tube-3B, a roller rotating frame sheet pad-3C, a cross axle wheel-3D, an outer thick pad roller-3E, a frame rail ring frame-3F, a bent rail groove-3A 1, an angle expansion sliding support seat-3A 2, a flat cross sliding shuttle block-3A 3, a reinforcing rib lining plate-3A 4, an inner frame swinging rod-3A 21, a pulley groove-3A 22, an angle expansion reinforcing steel bar plate-3A 23, a reverse buckling groove vertical plate-3A 24, a shuttle wheel body-3A 31, a strut short rod-3A 32, a cross clamp-3A 33, a balance plate-3A 34, a rubber top arc pad chamber-3C 26 and a rubber top arc pad chamber-1C, The device comprises a support plate clamping groove plate-3C 2, a gradient support wheel-3C 3, an arc valve inner chamber-3C 11, a through hole thick plate pad-3C 12, a bent buckling rolling plate-3C 13, a rubber convex pad strip-3C 14, a gradient plate truss-3C 31, a separation grooved wheel-3C 32, a support plate seat-3C 33 and a balance weight ball-3C 34.

Detailed Description

In order to make the technical means, the creation characteristics, the achievement purposes and the effects of the invention easy to understand, the invention is further described with the specific embodiments.

The first embodiment is as follows:

referring to fig. 1-6, the present invention provides a wine bottle labeling machine, which comprises: the needle threading labeling machine comprises a rack shell groove seat 1, an auxiliary bottle cotton cylinder 2, a needle threading labeling roller 3, a label strip 4, a pull strip pressure lever frame 5, a winding disc seat 6 and a bearing rod seat 7, wherein the needle threading labeling roller 3 is installed on the right side of the auxiliary bottle cotton cylinder 2 and is parallel to each other, the auxiliary bottle cotton cylinder 2 is mechanically connected with the rack shell groove seat 1 and is vertical to each other, the needle threading labeling roller 3 and the label strip 4 are in clearance fit, the label strip 4 is mechanically connected with the winding disc seat 6 and is positioned on the same vertical surface, the winding disc seat 6 is nested at the upper right corner of the rack shell groove seat 1, the pull strip pressure lever frame 5 is mechanically connected with the rack shell groove seat 1 and is positioned on the same vertical surface, the winding disc seat 6 is mechanically connected with the bearing rod seat 7 and is collinear in axis, the needle threading labeling roller 3 is provided with an arc frame sliding shuttle plate 3A, a needle shooting tube 3B, a roller rotating frame piece pad 3C, a cross axis wheel 3D, The roller comprises an outer thick pad roller 3E and a frame rail ring frame 3F, wherein the arc frame sliding shuttle plate 3A is mechanically connected with a needle shooting tube 3B and is positioned on the same inclined line, the needle shooting tube 3B and the outer thick pad roller 3E are in interference fit, a cross axle center wheel 3D is mechanically connected with the arc frame sliding shuttle plate 3A and is positioned on the same vertical surface, the outer thick pad roller 3E and the frame rail ring frame 3F are nested into a whole, the axes of the outer thick pad roller and the frame rail ring frame are collinear, a roller rotating frame sheet pad 3C and the frame rail ring frame 3F are buckled together and are positioned on the same vertical surface, a roller rotating frame sheet pad 3C and an outer thick pad roller 3E are in clearance fit and are positioned on the same vertical surface, and the outer thick pad roller 3E is installed on the right side of the auxiliary cotton cylinder 2 and is positioned on the same horizontal plane.

Referring to fig. 2, the arc-frame sliding shuttle plate 3A is composed of a curved rail groove 3A1, an angular spread sliding support seat 3A2, a flat transverse sliding shuttle block 3A3 and a reinforcing rib lining plate 3A4, the curved rail groove 3A1 is mechanically connected with the angular spread sliding support seat 3A2, the flat transverse sliding shuttle block 3A3 and the curved rail groove 3A1 are in clearance fit, the curved rail groove 3A1 is inserted and embedded on the left side of the reinforcing rib lining plate 3A4 and is located on the same vertical plane, and the reinforcing rib lining plate 3A4 pulls the curved rail groove 3A1 to rotate to form the operation effects of double-rail superposition balance and synchronous fine adjustment and correction of the angular spread.

Referring to fig. 3, the angle-expanding sliding support seat 3a2 is composed of an inner wheel frame swing rod 3a21, a pulley groove 3a22, an angle-expanding reinforcing steel plate 3a23, and a left-hand buckle groove upright plate 3a24, the reverse buckling groove vertical plate 3A24 is inserted and embedded in the spread angle steel rib plate 3A23 and is positioned on the same vertical plane, the spread angle steel rib plate 3A23 is mechanically connected with the pulley groove 3A22 through an inner wheel carrier swing rod 3A21, the inner wheel carrier swing rod 3A21 is an inclined swing rod structure with a bottom end and a middle section provided with rollers, so that the double-position rollers can conveniently collide and swing the whole sliding angular distance to form the correction effect of the wine bottle angle orientation during slipping, the angle spreading angle steel rib plate 3A23 is propped against the inner wheel carrier swing rod 3A21 to form the angle rolling flattening frame taking effect during collision, and the plate can be propped open at an excessively high rotating speed of the whole roller in the idling process to reduce the friction included angle and reset and adjust the swing effect, so that the consistent orientation processing quality of the wine bottle labeling is ensured.

Referring to fig. 4, the horizontal shuttle 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, the strut short rod 3A32 is buckled with the cross clamping plate frame 3A33 and is positioned on the same vertical plane, the cross clamping plate frame 3A33 is inserted and embedded in the shuttle wheel body 3A31, two counterweight balance plates 3A34 are arranged and respectively embedded at the left side and the right side of the shuttle wheel body 3A31, the transverse clamping plate frame 3A33 is a combined plate frame structure with double wing plates on the side and a middle partition thick transverse plate, so that the left and right wingspans can be unfolded conveniently to assist the transverse plate to match with the central transverse plate to form a correcting balance rotation effect of a three-position horizontal position, through horizontal splint frame 3A33 grafting counter weight balance plate 3A34 form three-position diaphragm stack correction cooperation counter weight balanced operation effect that deflects about, avoid pasting the mark and wind into the bubble drumhead that air pressure produced, wrap the degree of consistency and the stretch-draw comfort level of whole roll-in.

The working process is as follows: the worker supports the auxiliary bottle cotton cylinder 2 and the needle threading and labeling roller 3 to hold the wine bottle through the frame shell groove seat 1, then the shaft-driven bearing rod seat 7 is dragged to draw the label strip 4 around the belt disc seat 6 to be matched with the pull-press belt frame 5 to settle to form labeling operation, during the labeling operation, the roller rotation of the wine bottle passes through the bent track groove 3A1 around the frame spreading angle sliding support seat 3A2 and the flat transverse sliding shuttle block 3A3 to respectively move, the inner wheel frame swing rod 3A21 pushes the spreading angle steel rib plate 3A23 and the reverse buckling groove vertical plate 3A24 in the pulley groove 3A22 to form jacking and decelerating adjustment operation when an included angle is idle rotation, then the pulley body 3A31 drives the strut short rod 3A32 to be meshed with the transverse clamping plate frame 3A33 to be penetrated with the balance plate 3A34 to form a balance operation effect, the reinforcing rib 3A4 is connected with the needle tube 3B in a splicing short cross rotation mode to push the roller rotation frame plate 3D to push the roller rotation plate 3C to be meshed with the outer clamping plate 3A34 to be meshed with the needle tube 3C to be meshed with the needle tube 3F fast-lifting ring roller, make the needle-shooting pipe 3B last quarter interval intermittent type formula interlude label suction wine bottle surface and carry out the tangent roll-in operation effect of cambered surface, the autonomic regulation effect of speed-up wine bottle labeller ensures the uniformity orientation and the fineness that the label pasted and protects.

Example two:

referring to fig. 1 to 6, the present invention provides a wine bottle labeling machine, which is otherwise the same as embodiment 1 except that:

referring to fig. 2, the roller rotating frame plate pad 3C is composed of a rubber top arc pad chamber 3C1, a frame plate slot plate 3C2, and a gradient lining wheel 3C3, the rubber top arc pad chamber 3C1 is nested on the top of the frame plate slot plate 3C2 and is located on the same vertical surface, the frame plate slot plate 3C2 is mechanically connected with the gradient lining wheel 3C3, and the gradient lining wheel 3C3 forms a bridge type pressure-bearing unloading top rotation effect by using the rubber top arc pad chamber 3C1 to pad the glass surface of the wine bottle through a convex pad.

Referring to fig. 5, the rubber top cushion chamber 3C1 is composed of an arc petal inner chamber 3C11, a through hole thick plate cushion 3C12, a bent buckling rolling plate 3C13 and a rubber convex cushion strip 3C14, the arc petal inner chamber 3C11 is installed inside the through hole thick plate cushion 3C12, the through hole thick plate cushion 3C12 is buckled with the rubber convex cushion strip 3C14 through the bent buckling rolling plate 3C13 and is located on the same arc surface, the through hole thick plate cushion 3C12 is a left and right bent plate cushion structure with a middle rear concave arc of a three-way hole, so that the friction coefficient and the top support arc after the whole section of lamination is thickened are conveniently lifted by the thick bottom springing, and the bent buckling rolling plate 3C13 and the rubber convex cushion strip 3C14 are pushed up by the through hole thick plate cushion 3C12 to form a flexible packing effect of an arc convex friction wine bottle glass arc surface.

Referring to fig. 6, 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, 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 is located on the same vertical surface, the counterweight ball 3C34 and the separation grooved wheel 3C32 are in clearance fit, the gradient plate truss 3C31 is a combined plate frame structure with gradient spiral overlapped plate frames on the left and right and inserted in the middle of the three cross bars, an arch bridge type pad support interlocking rolling unloading effect of an engagement groove is conveniently formed in the process of pressing and attaching a frame sheet, a plate stressed surface operation of pulling frame bearing is formed by rotating the gradient plate truss 3C31 by the counterweight ball 3C34, the safety coefficient of linkage of the whole labeling machine frame is ensured, and the twisting resistance and the torsion bending of the whole labeling machine is prevented.

The top rotating chopping and cutting needle frame protection pumping effect is formed through the previous labeling, the roller rotating operation of the whole wine bottle is facilitated, the large-amplitude slipping idle rotation of the wine bottle needs to press and cover the rack piece clamping groove plate 3C2 through the rubber top arc pad chamber 3C1 of the roller rotating rack piece pad 3C, the rubber convex pad strip 3C14 is supported to flexibly wrap and increase the pressure coefficient of the surface of the friction wine bottle through the arc petal inner chamber 3C11 top rotating through hole thick plate pad 3C12 and the bent buckling rolling plate 3C13, the limiting counterweight ball 3C34 rollers are erected up and down between the gradient plate truss 3C31 in the separation grooved wheel 3C32 and the lining rack plate seat 3C33 of the gradient lining rack wheel 3C3, the top pressing unloading auxiliary operation effect is formed, and the pad protection of the whole rack is matched with the rolling sliding labeling card to form the continuous package pressing and anti-slip effect.

The invention achieves the effects of matching the needle threading labeling roller 3 with the label strip 4, winding the label strip 4 into the bottom of the outer thick cushion roller 3E, forming the friction degree effect of separating into convex cushion frame positions through the roller rotating frame sheet cushion 3C, forming the segmented cutting effect of the label strip through the needle shooting tube 3B in a whole body by matching with the bonding sliding of the rubber surface, forming the convex thorn hook pulling extending and pressing covering phenomenon on the included angle surface of the adhered label, forming four needle punching holes at the corners of the adhered label so as to facilitate the pattern hooking and the uniform rolling effect of the label on the glass cambered surface, leading the whole label bending surface and the wine bottle rolling included angle to be in the quantitative consistent adjusting effect, leading the central counterweight angle adjusting frame to form the micro-motion protection effect of a cushion support sliding chute, thereby solving the problems that the glass surface of the wine bottle is smooth and the idle labeling is easy to cause in the rolling process, the uniform angle orientation of labeling is uneven, the processing degree of the uniform precision continuity is reduced, the stretching anti-wrinkling wiping and pressing cover on the side face of the whole labeling arc covers the drawing phenomenon of paper sticking, the air blowing of a paster causes the radian of paper surface bubbles, the labeling qualification rate of a wine bottle is reduced, the homogeneity of labels on glass surfaces is disturbed, and the problem of the error phenomenon of the follow-up continuous batch operation is also caused for the arc pressing surface.

The specific embodiments described herein are merely illustrative of the invention. Various modifications or additions may be made to the described embodiments or alternatives may be employed by those skilled in the art without departing from the scope of the invention or exceeding the scope of the claims appended hereto.

Claims

1. A wine bottle labeling machine, the structure of which comprises: a frame shell groove seat (1), an auxiliary bottle cotton cylinder (2), a needle threading labeling roller (3), a label strip (4), a pull belt The pressing rod frame (5), the tape winding reel seat (6), and the bearing rod seat (7) are characterized in that:

The needle threading labeling roller (3) is installed on the right side of the auxiliary bottle cotton cylinder (2), and the auxiliary bottle cotton cylinder (2) is mechanically connected with the frame shell groove seat (1). The labeling roller (3) is matched with the labeling strip (4), the labeling strip (4) is mechanically connected with the tape winding reel seat (6), and the tape winding reel seat (6) is nested in the frame shell In the upper right corner of the slot seat (1), the tape tension rod frame (5) is mechanically connected with the rack shell slot seat (1), and the tape winding reel seat (6) is mechanically connected with the bearing rod seat (7);

The needle threading and 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), and an outer thick pad roller (3E), frame rail ring frame (3F);

The arc frame shuttle plate (3A) is mechanically connected with the needle injection tube (3B), the needle injection tube (3B) is matched with the outer thick pad roller (3E), and the cross axis wheel (3D) is connected with the arc frame The shuttle plate (3A) is mechanically connected, the outer thick pad roller (3E) and the frame rail ring frame (3F) are nested into one, the roller turret pad (3C) and the frame rail ring frame (3F) Buckled together, the roller turret pad (3C) is matched with the outer thick pad roller (3E), and the outer thick pad roller (3E) is installed on the right side of the auxiliary bottle cotton cylinder (2);

The arc-frame shuttle plate (3A) is composed of a curved track groove (3A1), a flared sliding support seat (3A2), a flat horizontal shuttle block (3A3), and a reinforcing rib lining plate (3A4). (3A1) is mechanically connected with the angular slide support seat (3A2), and the flat horizontal shuttle block (3A3) is matched with the curved track groove (3A1), and the curved track groove (3A1) is inserted into the reinforcing rib lining plate the left side of (3A4);

The open angle sliding support seat (3A2) is composed of an inner wheel frame swing rod (3A21), a pulley groove (3A22), an open angle steel plate (3A23), and a reverse buckle groove vertical plate (3A24). The plate (3A24) is inserted into the interior of the angle-opening reinforcement plate (3A23), and the angle-expanding reinforcement plate (3A23) is mechanically connected to the pulley groove (3A22) through the inner wheel frame swing rod (3A21);

The flat horizontal shuttle block (3A3) is composed of a shuttle wheel body (3A31), a short support frame (3A32), a horizontal splint frame (3A33), and a counterweight balance plate (3A34). 3A32) is fastened together with the horizontal splint frame (3A33), the horizontal splint frame (3A33) is inserted into the interior of the shuttle wheel body (3A31), and the counterweight balance plate (3A34) is provided with two Nested on the left and right sides of the shuttle wheel body (3A31);

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 On the top of the frame card slot plate (3C2), the frame card slot plate (3C2) is mechanically connected with the gradient lining frame wheel (3C3);

The rubber top arc gasket chamber (3C1) is composed of an arc flap inner chamber (3C11), a through-hole thick plate gasket (3C12), a curved buckle coil (3C13), and a rubber convex gasket (3C14). The inner chamber (3C11) is installed in the interior of the through-hole thick plate gasket (3C12), and the through-hole thick plate gasket (3C12) is fastened together with the rubber convex gasket strip (3C14) through the bending coil plate (3C13);

The gradient lining wheel (3C3) is composed of a gradient plate truss (3C31), a separating sheave (3C32), a lining plate seat (3C33), and a counterweight ball (3C34), and the gradient plate truss (3C31) is installed on the Inside the separation sheave (3C32), the lining plate seat (3C33) is inserted under the bottom of the gradient plate truss (3C31), and the counterweight ball (3C34) is matched with the separation sheave (3C32).

2 . The wine bottle labeling machine according to claim 1 , wherein the inner wheel frame swing rod ( 3A21 ) is an inclined swing rod structure with rollers at the bottom end and the middle section. 3 .

3. A wine bottle labeling machine according to claim 1, characterized in that: the horizontal splint frame (3A33) is a combined plate frame structure with a double-wing plate and a thick horizontal plate at the side.