TWI330611B - An auto-pasting machine for label adhesion - Google Patents

Description

1330611 • P IX. Description of the Invention: [Technical Field] The present invention relates to an automatic labeling machine, and more particularly to a machine that can be automatically labeled on an electronic component storage plastic disk. [Prior Art]

Among electronic component reel packaging materials, embossed carrier tape is an important product. The electronic component carrier tape mainly uses the surface mount tedmalogy (SMT) packaging method to attach and carry 1C components and passive components, and protects the carrier by its antistatic property and avoids static damage to surrounding components. Among them, the above 1C components include s〇j, SOT, SOP, SOIC.

, TSOP, TSSOP, BGA, TGFP, PLCC and other integrated circuits ‘passive components include various electronic products such as SWITCH, SOO^T, CONNECTOR.

In order to facilitate the classification and feeding of electronic component carrying tapes, the t-seven 7C pieces are generally reeled in a winding manner to receive (four) age-old (four) towels. In addition, each plastic disc must be difficult to attach before the (4) electronic component carrier tape, so that the data can be obtained by using the surface. Observing and production process On the plate: Cheng =:=, the human hand paste method is no longer cost. Therefore, the development of the second labeling machine to replace the human resources is a major issue. (4) Automatic stickers 6 1330611 « > [Summary of the Invention] • The main purpose of the present invention is to provide an automatic labeling machine that uses mechanical automation to replace the traditional manual hand-paste method, and attaches a label to a sticker ( Plastic plate). A second object of the present invention is to provide an automatic labeling machine that can be formed into a smaller volume. A further object of the present invention is to provide an automatic labeling machine which can be connected with a tape winding machine of a φ electronic component carrying tape to form a plurality of working processes such as a continuous labeling and a winding electronic component carrier tape, thereby achieving labor saving and time saving effects. . To achieve the above object, the automatic labeling machine of the present invention comprises a body, a feeding assembly, a label separating unit, a label carrying unit and a positioning unit. The feeding base assembly and the label separating component are disposed on the base of the body and have a discharge port; the feeding assembly comprises a control clip and a fixing clamp, and the control clip and the fixing clip correspond to the discharge opening Forming a working pass, the track is disposed between the control clip and the discharge opening; the label separation assembly includes a conveying table, a pushing member and a first air discharging unit, and the pushing member is coupled to the conveying One end of the table, one side of the pushing member has a reclaiming space, the outlet direction of the first air outlet unit is directed toward the reclaiming space; the label carrying assembly moves between the working channel and the reclaiming space and includes an inhalation * The unit, and the positioning assembly is moved between the inside and the outside of the working channel and includes a rotating head; and a mobile station can be further provided for carrying the label carrying component and the positioning component. With the above composition, a plurality of articles to be attached can be positioned by the control clip and the fixed clip 7 - check and pick and place '-to be attached (4) by the HJ fixed oil and positioned by the positioning; the label is separated and transported ― Label paper tape, and the label separated from the label paper can be taken and transported through the display contracting component, and finally adhered to the silk job, and the mechanical automatic bonding operation is completed to save labor and time. The invention is also provided by (4) the axial control tube is arranged on the discharge port, and the invention is combined with the automatic tape carrier of the electronic component bearing (4), and is effectively coherent. Labeling and each of the carrying belts are used as sharp points to save effort and save time. The invention also includes the platform further comprising a platform, an active roller-first-passive rolling reduction-second passive roller; the rotation of the active roller enables the first-shaped column and the second column to be Separating and transporting the wire roller with the wire roller and using the lion's top to extinguish the label paper, and reading the thrust of the air discharged from the first air outlet unit, so that the label can be peeled off by itself to achieve automatic separation of the label efficacy. The label carrying assembly further includes a loading platform and a first air outlet unit; the loading platform can use the air suction unit to adsorb a label, so that the second air outlet unit can be used to prevent the label from being attached to the bearing On the stage, β achieves the effect of automated labeling. The above and other objects, features, and advantages of the present invention will become apparent from the claims. Referring to Figures 1 to 7, the automatic 1330611 labeling machine of the preferred embodiment of the present invention comprises a body 1, a feeding component 2, a label separating component 3, a mobile station 4, a label carrying component 5, and A positioning assembly 6, and the label 81 on the woven paper strip 8 is adhered to a sticker 7 in a mechanically automated manner. The feeding component 7 and the positioning component 6 are automatically supplied and positioned by the feeding component 2 and the positioning component 6 , and the tag 81 is automatically provided by the tag separating component 8 and then moved by the carrier of the mobile station 4 . The wearing unit 5 can transport the label 81 from the label separating unit 3 to the feeding unit 2, and the label 81 is adhered to the object to be attached 7. As shown in Fig. 2, it is a perspective view of the article to be attached 7 of the present invention. The object to be attached 7 of the embodiment is a plastic disc for winding the electronic component carrying tape, and the to-be-applied object 7 is formed by combining two circular plates 72, and the surface of one of the two circular plates 72 is an adhesive surface 721. (the bottom surface in the figure), and the adhesive surface 721 is provided with a predetermined adhesive labeling portion 722. A sandwiching portion 723 is formed between the two circular plates 72, and a shaft hole 71 is disposed at a center of the two circular plates 72. Moreover, the two circular plates 72 are further provided with a positioning hole 73 adjacent to the peripheral position, and the positioning hole 73 is used for sensing by the positioning sensor 64 (described in detail later). Referring to Fig. 1 again, the body 1 includes a base 11, a partition 12 and a cover 13. A discharge port U1 is formed on the base 11, and the base 11 is mainly provided for the supply assembly 2 and the label separation assembly 3. The partition 12 is coupled to the base 11 for separating the supply assembly 2 and the label separation assembly 3. The cover 13 is detachably attached to the base u, and the clip separation assembly 3 is exposed outside the cover 13 so that the user can easily place the label tape 8 on the label. On component 3. 9 1330611 In addition, a through port 131 is formed on the cover 13 to align the discharge opening ill. In addition, three positioning pillars 14 are disposed around the opening 131, and the positioning pillar 14 can guide a plurality of objects to be attached 7 The stack is neatly stacked, and the to-be-attached item 7 can pass through the opening 131 and the discharge opening 111. In the present embodiment, the discharge port 111 and the port 131 match the shape of the object to be attached 7 to have a circular shape. Referring again to Figures 1, 3 and 4, the supply assembly 2 includes a control clip 21 and a retaining clip 22. The control clip 21 and the fixing clip 22 are parallel to the

The pedestal 11' is disposed coaxially between the opening 131 and the discharge port in; wherein the fixing clip 22 is closer to the discharge opening 111 than the control clip 21. In the present invention, the control clip 21 and the retaining clip 22 are used for the closing operation </ </ RTI> for engaging and leaving the sandwiching portion 723 of the object to be attached 7. For example, when the control clip 21 and the fixing clip 22 are in a closing motion, the control moxibustion 21 and the fixing clip 22 are respectively engaged in the upper and lower portions 723 of the different objects 7 to be attached, and the upper and lower portions are different. The sticker 7 can not only be dropped, but also can support a plurality of articles 7 to be attached thereon, so that the plurality of articles 7 to be attached are supported.

Downward or downward; or, when the control clip 21 and the clamp 22 are opened, the stack 7 to be placed can be dropped toward the discharge port lu. The 'feeding unit 2 can effectively control, pick up and release the lining material 7^ in the axial direction to complete the upper working operation', which can greatly reduce the volume of the labeling machine. Automatically in this embodiment, the control clip 21 and the retaining clip 22 are approximately 'and have the same components and actuation modes. In the case of the case of the town, the fixed clip 22 is equally available. As shown in FIG. 3, the tube includes a second half ring body 211 and two second links 212, each of which has two notches 213, one end of each of the half ring bodies 211. Each of the movable ends 214 is pivotally connected to the partition 12, and the other end of each of the half-rings 211 is pivotally connected to one end of each of the links 212, and each of the links is at the other end of the 212. The movable arm is pivotally connected to the operating arm of the operating cylinder 23 such as a hydraulic system; and the two arms are pushed and pulled by the operating arm of the operating cylinder 23 to be 2, and the control is lost 21 to open and close. Thus, the solid and clip 22 can also perform the same opening and closing cooperation. The control clip 21 and the fixed lock 22 form a working channel 221 corresponding to the discharge port 1U. Furthermore, the feeding assembly 2 further comprises four guiding rods 24 for guiding and stabilizing the axial drop movement of the object to be attached 7 in the working channel 22ι. One end of each of the guiding rods 24 is combined with the base u and perpendicular to the base 11 , and each of the guiding rods 24 is located in the notch 213 of each of the half rings 211 to avoid the four guiding rods When the object 7 to be moved in the axial direction is guided, the opening and closing cooperation of the control clip 21 and the fixing clip 22 are affected. Referring again to Figures 3 through 6, the standard separation assembly 3 includes a transport station 31, a pusher member 32, and a first air outlet unit 33. The transport platform 31 includes a platform 311, a driving roller 312, a first passive roller 313, a second passive roller 314, and a label sensor 315. As shown in FIGS. 5 and 6, the platform 311 is slidably attached to the partition 12 by a shaft 316 and is placed for a label tape 8 which is coupled to one side of the platform 311. It is used to detect the presence or absence of the label paper 8 on the platform 311, so as to notify the user to supplement at any time. The active roller 312, the first passive roller 313 and the second passive roller 314 are respectively pivotally connected to the flat 1330611 table 311 by two ends, and the active roller 312 can be rotated by a motor 34. The first-passive roller 313 and the second passive roller 314 are frictionally driven between the active roller 312 and the active roller 312. Therefore, when the motor 34 drives the active roller 312 to rotate, the f-passive roller 3Π and the second passive roller 314 respectively located on the upper and lower sides of the active roller 312 can be the same as the active roller. The label tape 8 is clamped to form upper and lower nip points %, 91 ′ and the tape 8 is advanced to achieve the function of transporting the label tape 8 .

Referring to the fifth and sixth figures, the direction of the traveling temple is changed by the pushing member 32 around the upper and lower sides, and the label 81 is caused by the label paper 8 Stripped. More detailed ancient group ^ label paper tape 8 when winding around the Lang pusher 32, because the ^ belt 8 suddenly changes the direction of travel and is pressed by the upper clamping point 90, point pressure on the 81 can be used from. The top material k is placed between the upper and lower two clamping points 90, 91 'and avoiding falling; the connection between the upper and lower two clamping points 90, 91 is preferably connected to the line + & The pushing member 312 and the adjacent clamping point 91 of the embodiment are arranged side by side outside the active roller cylinder opening/closing platform 3U, so that the label paper tape 8 is transported from the outer signing Wei. Effectively, the label 81 moves in the direction of the flat"n; ^ the money 81 is gradually separated from the shift: the thousand mouth 311 is reversed, and is nearly parallel to the platform 311, so that the wearable 81 can smoothly fall on the The tag carries component 5. The door: ί 'As shown in Figures 5 and 6, the pushing member 32 and the base 11 form a reclaiming space 32, and the first air outlet unit 33 is coupled to the partition 12 of the 12-1213011. And the first air outlet unit 33 is provided with a plurality of air outlets 33i' for blowing air toward the take-up space 321, so that the thrust is provided on the label 81 which is gradually separated. &gt; Referring again to Figs. 3 and 4, the mobile station 4 can rotate the susceptor 11 in parallel by the fulcrum 41 as a center of rotation. The mobile station 4 is divided into two ends by the support shaft 41. The end is connected to an operating arm of the operating cylinder 42 such as a hydraulic system, and the arm of the operating cylinder 42 is telescopically used to control the mobile station 4. Rotate. The other mobile station 4 of the support shaft 41 is used to carry the label carrying assembly 5 and the positioning assembly 6. Thereby, the marker remaining member 5 is movable between the material passage 221 and the reclaiming space 321, and the positioning assembly 6 is movable between the inside and the outside of the working passage 221. Referring again to Figures 3, 6 and 7, the label carrier assembly 5 includes a base 51 and a carrier 52. The base 51 is fixed to the mobile station 4; the loading platform 52 is coupled to the base 51, and the loading platform 52 is connected to a suction unit 53 and a second air outlet unit 54. A plurality of air holes 521 are provided for inhaling and blowing out air. As shown in FIGS. 3 and 7, the positioning assembly 6 includes a base 61, a positioning table 62, a rotating head 63, and a positioning sensor 64. The base 61 is fixed on the mobile station 4. The positioning platform 62 can be lifted and combined on the base 61. The rotating head 63 is rotatably and protrudedly disposed on the positioning base 62. The rotating head 63 has at least one positioning protrusion 631, so that the shaft hole 71 of the object to be attached 7 is fitted to the rotating head 63. The rotating head 63 is rotated and positioned. Moreover, the positioning sensor 64 is coupled to the fixed one-stage table 62, mainly for sensing the positioning hole 73 on the object to be attached 7; more specifically, when the object to be attached 7 is rotated with the rotating head 63, The positioning sub-L 73 pair: ^ When the positioning sensor 64 is positioned, the positioning sensor 64 can correct the signal and then complete the positioning operation of the object to be attached 7. The automatic labeling machine of the present invention describes the operation of the label 81 from the adhesive portion 722 of the sticker 7 as follows: · As shown in Fig. 8, the plurality of to-be-attached articles 7 are first placed according to the positioning post 14 The adhesive side 2 is untied and arranged on the feed turn 2 and the adhesive side 721 of the to-be-applied item 7 is directed toward the discharge opening 111. At this time, as shown in Fig. 9, the control clip 21 and the fixing clip 22 are both closed, and the control item 21 supports the object to be attached 7 stacked thereon. The label carrying assembly 5 and the positioning assembly 6 are located in the working channel 221; wherein the carrying platform and the positioning table 62 have not been raised and are located at the lowest position, the rotating head has no rotation and its spindle and the output The mandrels of the spout 111 coincide. Referring to FIG. 10, when the control clip 21 is opened, the first to-be-applied item 7 attached to the control clip 21 of the plurality of items to be attached 7 is dropped onto the fixing clip 22' Changed by the fixing clip 22 branch; in addition, Nie placed on the first to-be-applied item 7, and the second item to be attached 7" remains stacked on the first item to be attached 7'. As shown in Fig. 11, the control clip 21 performs a closing action, and the control clip 21 extends into the clamping portion 723 of the second object to be attached 7", to support the second object to be attached 7", so that the remaining to be attached The object 7 can continue to be stacked on the second object to be attached 7" to effectively control the object to be attached. The eye is fixed according to Fig. 12, and the second sticker 7 is fixed.

1330611 I The fixed loss 22 is opened, so that the first to-be-attached item 7 is dropped onto the positioning table 62; at this time, the shaft hole 71' of the first to-be-attached item 7' has not been engaged with the rotating head 63. Therefore, the rotation of the rotary head 63 allows the shaft hole 71 to be engaged with the rotary head 63 and received by the rotary head 63, and the positioning hole 73 is sensed by the positioning sensor 64 for positioning operation. .

^ As shown in Fig. 13, when the first to-be-attached item 7' is positioned, the 'position table 62 starts to rise to the highest position, and the fixed loss 22 performs a closing action, that is, the first to-be-attached The object 7, the interposing portion 723, to fix the =-to-be-applied item 7, and then the first-to-be-applied item 7, to start the sticking of the corpse/Γ, the first item to be attached 7, is fixed The rear positioning table 62 descends and disengages from the first object to be attached 7, as shown in FIG. 15 , by the action arm of the action rainbow 42 , the == storage component 5 and the positioning component 6 leave the

8=:===...,--subtraction of the second side of the dragon--(4) by (4) the standard of the 81' label bearing component 5, the suction of the single blow and the iron 81, which falls smoothly on the 戟The gravity of the 5 &quot; person 4 is such that the surface of the standard rubber is firmly adsorbed to the bearing; the table 52 is attached to the table 81, and the above is not shown in Fig. 16, the label 81, Piece 5X. 4 is rotated again to make the carrier 22]t, and the rotating head 63 and the component 6 return to the operation. Since the fixing clip 22:=discharges, one of the first to-be-applied items 7 that has been solidified is positioned, 15 1330611, the carrying table 52 can adhere the label 81' to the first to-be-applied item 7, and pasted On section 722'. Wherein, the process of attaching raises the loading platform 52 to the most position, and the air suction unit 53 stops acting, and the second air outlet unit 54 discharges air from the plurality of air holes 521 by air. The thrust prevents the label 81' from continuing to be attached to the carrying platform 52, and the label 8i can be smoothly adhered to the adhesive portion 722 by the adhesive surface. Referring to FIG. 17, in order to make the label 81 adhered, the first to-be-attached item 7' can be finally dropped by the discharge port lu, and the mobile station 4 must be moved away from the working channel 221, when When the fixing clip 22 is opened, the first to-be-applied item 7' can pass through the working channel 221 and fall out from the discharging port lu to complete the pasting operation of the first to-be-applied item 7'. As shown in Fig. 18, the retaining clip 22 is closed again, and the label bearing assembly 5 and the positioning assembly 6 are again moved back into the working channel 221, and under the opening of the control clip 21, the second sticker is attached. The object 7" can be dropped onto the fixing clip 22, and the picker performs the same steps as described above to repeat the labeling work. The labeling machine of the present invention can be mechanically attached. The method of automation effectively replaces the traditional manual hand labeling method. • Furthermore, the automatic labeling machine of the present invention can be connected to a tape winding machine of an electronic component carrier tape, for example, a Japanese-style model TWA_631 卷 tape and reel switch, mainly The object to be attached 7 dropped by the discharge port 111 can be subjected to subsequent processing, such as winding the electronic component carrier tape, forming a continuous labeling and winding the electronic component carrier tape, etc., to save labor and time. . Effect. —16 — ~UO丄1

I The automatic labeling machine of this month uses the control clip 21 and the fixed clip .22 secret type ship _ to make the dragon tube, shout and supply the upper and the attached item 7 ' to make the invention The self-sufficiency machine can greatly reduce the dumping; and 'use the standard separation component 3 to transport, clamp and push the label paper strip 8 so that the labeling 81 on the label paper strip 8 passes the pushing member The peeling label 81 can be smoothly attached to the carrying table 52 by using the first air outlet sheet το 33 and the thrust and attraction force generated by the air suction unit 53. And; the label bearing assembly 5 and the positioning assembly 6 are moved to a predetermined position by the rotation of the click wire table 4; and the positioning assembly 6 can position the object to be attached 7 clamped by the fixing clip 22, so that the The label 81 carried by the carrying table % can be smoothly adhered to the adhesive portion 722 of the to-be-applied item 7. Thereby, the self-adhesive labeling machine of the invention can replace the traditional artificial hand sticking method by mechanical automatic means, thereby saving manpower and time. While the present invention has been disclosed in its preferred embodiments, the invention is not intended to limit the invention, and the invention may be variously modified and modified without departing from the spirit and scope of the invention. The scope of protection is subject to the definition of the scope of the patent application. —17 — 1330611 BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an exploded perspective view of a preferred embodiment of the present invention. Fig. 2 is a perspective view of a sticker to be attached in accordance with a preferred embodiment of the present invention. Figure 3: Overall plan view of a preferred embodiment of the invention. Figure 4 is a partially enlarged perspective view of the supply assembly, the label separation assembly and the positioning assembly of the preferred embodiment of the present invention. Figure 5 is a partially enlarged perspective view of the label separation assembly of the preferred embodiment of the present invention.

Figure 6 is a partially enlarged side elevational view of the label separation assembly of the preferred embodiment of the present invention. Figure 7 is a side plan view of a preferred embodiment of the invention. Figure 8 is a schematic illustration of the overall actuation of a preferred embodiment of the present invention. Fig. 9 is a schematic view showing the placement of a sticker to be attached to a preferred embodiment of the present invention. Fig. 10 is a schematic view showing the operation of the control clip and the object to be attached in the preferred embodiment of the present invention.

Figure 11 is a schematic view showing the operation of the control clip of the preferred embodiment of the present invention. Fig. 12 is a schematic view showing the operation of the fixing clip, the object to be attached and the positioning assembly in the preferred embodiment of the present invention. Figure 13 is a schematic view showing the operation of the fixing clip of the preferred embodiment of the present invention. Figure 14 is a schematic view showing the operation of the positioning assembly of the preferred embodiment of the present invention. Figure 15 is a view showing the label peeling and receiving of the preferred embodiment of the present invention. The operation of the force is not intended to be 0. Fig. 16 is an illustration of the operation of the label carrying assembly of the preferred embodiment of the present invention - 18 - 1330611. Figure 17 is a schematic view showing the operation of the fixing clip and the object to be attached in the preferred embodiment of the present invention. Figure 18 is a schematic view showing the operation of the control clip and the object to be attached in the preferred embodiment of the present invention. [Main component symbol description]

1 Body 11 Base 111 Outlet 12 Separator 13 Cover 131 Port 14 Positioning post 2 Feeding assembly 21 Control clip 211 Half ring 212 Connecting rod 213 Notch 214 Active fulcrum 22 Fixing clip 221 Working channel 23 Action cylinder 24 Guide rod 3 Label separation assembly 31 Conveying table 311 Platform 312 Active roller 313 First passive roller 314 Second passive roller 315 Label sensor 316 Shaft 32 Pusher 321 Reclaiming space 33 First air outlet unit 331 Air hole 34 motor 4 mobile station 41 support shaft 1330611

42 Action cylinder 5 Label carrier assembly 51 Base 52 Carrier 521 Air hole 53 Suction unit 54 Second air outlet unit 6 Positioning assembly 61 Base 62 Positioning table 63 Rotating head 631 Positioning projection 64 Positioning sensor 7 To-be-attached item 7, first To be attached 7" Second to-be-attached item 71 Shaft hole 71, shaft hole 72 Round plate 721 Adhesion surface 721, Adhesion surface 722 Adhesion portion 722, Adhesion portion 723 Clamping portion 723, Clamping portion 723, 'Clamping portion 73 Positioning hole 8 label paper strip 81 label 81, label 90 upper clamping point 91 lower clamping point 100 tape winding machine

Claims (1)

Patent application scope: An automatic labeling machine, comprising: a body, a discharge port is provided by a base; a feeding component, at least one control clip and a fixing clip are disposed at a discharge opening of the base, and The discharge port correspondingly forms a working channel, and the fixing loss is between the control clip and the discharge port; a label separating component is disposed on the base and includes a conveying platform, a ▲ pushing member and an n-gas unit, wherein the pushing member is coupled to the conveying, and one side of the pushing member has a reclaiming space, the first An outlet direction of an air outlet unit faces the reclaiming space; a label carrying component 'moves between the working channel and the reclaiming space, and includes a suction unit; and 2 a positioning component that moves inside the button and External and contains a rotating head The self-myster labeling machine of the first aspect of the patent, wherein: the second::== the mobile station is rotated on the base for not wearing the load bearing assembly and the positioning assembly. The self-myster labeling machine of the first or second aspect of the invention, wherein the end end of the tube 2 comprises a partition plate, the partition plate is coupled to the base, and the second system comprises a second half ring body and two a connecting rod, one of the half ring bodies is movably connected to the partition plate, and each material ring body is framed at the other end of the connecting arm of each of the two connecting rods - the operating cylinder 4. The automatic labeling machine according to the first or second aspect of the patent application scope, wherein the conveyor platform comprises a platform, an active roller and a =, the platform domain is on the base. The m-column and the first movable body are pivotally connected above the platform, and the active roller and the 5 are respectively driven to the upper (four) point and rubbed against each other. 1' The label carrying assembly further comprises a carrying platform, wherein the carrying device can: lift and connect the suction unit, and the air suction unit draws air from a plurality of air holes on the σ. The automatic labeling machine according to the item 1 or 2, wherein the second member further comprises a positioning table, wherein the positioning table can be disposed on the positioning table so as to protrude from the rotating head and can declare a patent fine! Or the automatic body of the second item, the body further comprises a cover body, the cover body is covered on the=the upper part of the cover separation component is exposed outside the cover body, and the cover body is provided with a port corresponding to the mouth The discharge port and the working channel, the control clip and the solid clamp; between the port and the discharge port. 8. According to the self-myster labeling machine mentioned in the third item of the application, in the middle, the fixing clip comprises a two-half ring body and two two-links, and the half-ring body=live=Γ_ on the partition plate The other end of each of the half-rings is pivotally connected to the ends of the two links, and each of the ends is lightly connected to the action arm of an action cylinder. 9. According to the self-secreting machine mentioned in Item 4 of the full-time application, the conveyor station further includes a second passive roller, and the active roller and the second -22 - 1330611 are formed between the passive rollers. And the rubbing is driven, the top 'pushing piece is between the upper nip point and the lower nip point. • 1G, according to the patent application, according to item 4 of the self-myster labeling machine, wherein the 'conveyor station further includes a label sensor, the label sensor is coupled to the platform for detecting the presence or absence of the platform label. The automatic labeling machine according to the fifth aspect of the invention, wherein the = label carrying component further comprises a second air outlet unit, wherein the first air outlet unit is connected to the carrying platform, and the second air outlet unit is A plurality of air holes on the carrying platform discharge air. The automatic labeling machine of claim 6, wherein the component further comprises a positioning sensor H, the positioning sensor being coupled to the clamping table for sensing and positioning the object to be attached. 3. The automatic labeling machine according to Item 7 of the patent application, wherein the periphery of the opening is provided with three positioning pillars for guiding a plurality of to-be-attached objects. The automatic labeling machine according to the eighth aspect of the invention, wherein the two half-rings of the lost weight and the two half-rings of the fixed clip have two concaves on the inner peripheral wall of each half ring. And the feeding assembly further comprises four guiding cups, one end of each guiding rod is coupled to the base and perpendicular to the base, and each guiding rod is located in each of the notches. ~ 23 —