TWM454101U - Hanging tag ring assembler - Google Patents

Description

Tag buckle assembly machine

This creation is about a tag buckle assembly structure, especially a device for a tag buckle assembly machine.

According to the products such as apparel and fabrics, it is usually necessary to attach a tag to display the manufacturer, trademark, material, origin and price of the product. The way in which the tag is linked to the product mainly includes There are two main connection types, such as a tag line with a double T-shaped head and a ring line that is fastened by a snap-on buckle. The use of the two tag-link types depends on the user's needs and is available on the market. The demand group exists.

The person who wants to improve in this creative work is specially thinking about the assembly problem of the loop wire. At present, when the relevant user wants to assemble the loop wire to the tag and the product, it is usually achieved by a hand-held ring marking gun. In this way, it is found in the actual application experience that there are still some problems. Because the lifting ring marking gun is used, the binding action of the operator's hand must be applied to complete the joint assembly action, so that the large number of tags are used. In terms of assembly work, the operator is bound to feel sore and discomfort due to the continuous repeated force exertion of the hand, which seriously affects the efficiency of the work and the health of the person.

Therefore, in view of the above-mentioned conventional problem of the connection and assembly of the loop wire, how to develop an innovative structure that is more ideal and practical, and the users are looking forward to it, and the relevant industry must strive to develop the goal and direction of the breakthrough.

In view of this, the creator has been engaged in the manufacturing development and design experience of related products for many years, and has designed and prudently targeted the above objectives. After the evaluation, the author will have a practical and practical creation.

The main purpose of this creation is to provide a tag buckle assembly machine, and the problem to be solved is to develop and innovate a breakthrough in how to develop a more ideal and practical innovative tag buckle assembly tool structure; The tag buckle assembly machine of the present invention is specially designed to assist in assembling and assembling one buckle end and one buckle end of the female buckle end with at least one tag and a labeling item; the technical feature of the present invention to solve the problem is to provide a The tag buckle assembly machine comprises a machine table, which is a hollow machine casing type having a work surface, the machine platform further comprising a positioning portion, a front side and an assembly space disposed inside, the work surface The utility model has a labeling work area adjacent to the front side; a child buckle end outlet tube is formed in a hollow vertical tubular shape and protrudes from the front side of the labeling work area of the machine work surface, and the child buckle end is led out of the tube The side is provided with a cross-shaped opening, thereby forming a cross-section of the sub-buckle outlet tube in the form of a C; a female end-end outlet is a label that is opened downwardly through the assembly space and is opened on the working surface of the machine. One working area, and the female buckle end outlet is located at a rear side spacing position of the sub-buckle end outlet tube, and a cross-sectional outlet opening of the female buckle end outlet tube and the sub-buckle end outlet tube is provided by a The long through slots are connected to each other; a buckle pushing module is disposed in the assembly space of the machine and adjacent to the position of the sub-button end outlet tube and the female buckle end outlet for receiving and pushing the buckle; The buckle end push-pull frame is assembled in the assembly space of the machine table by a vertical guide rail, and the buckle end push-up frame comprises a slide seat and a top push rod connected to the upper end of the slide seat, wherein The sliding seat can be moved up and down along the vertical rail group, and the top end of the pushing rod has a pushing portion and a sub-bucking end tube opposite to each other, and the pushing portion is used to push the buckle end of the buckle upward a female buckle end guiding tube; a female buckle end guiding swing frame, which is arranged in an assembly space of the machine table and can be oscillated up and down and corresponding to the labeling working area of the working table surface, the female buckle end guiding pendulum The frame includes a push-pull portion and is located at the One end of the push frame portion and one curved end portion disposed at the other end of the push frame portion, wherein the end of the curved extension portion has a female end end grip portion for grasping the female end portion of the buckle ring And the female buckle end grip portion has a different swinging angle of the female buckle end guiding swing frame, has a receiving state placed in the assembly space, and an assembled state of the spacing position directly above the sub-buckle end outlet tube The actuating base includes a front end, a rear end and a middle section between the front and rear ends, wherein the horizontal rail is assembled in the assembly space of the machine table. The rear end is connected to a telescopic driving device, and the telescopic driving device is installed at a certain position in the assembly space; an upper connecting rod is connected to the pusher portion and the actuating seat of the female button end guiding pendulum Between the front ends, when the actuating seat is moved forward and backward, the upper connecting rod can be driven to transmit the swinging guide by the upper connecting rod; the lower connecting rod is obliquely connected to the intermediate portion and the sub-bucking end connected to the actuating seat. Between the slides of the push-pull frame, when the actuator moves forward and backward The lifting movement can be generated by the lower linkage rod drive end pushing frame; the actuation stroke difference control unit comprises a limit stop portion and a releasable connection portion, wherein the limit stop portion is At a fixed position in the assembly space of the machine table, when the female buckle end gripping portion of the female buckle end guiding swing swings to the assembled state, the limiting stopping portion can block the operating state of the upper linking rod The releasable connecting portion is disposed at the front end of the actuating seat, and the type of the releasable connecting portion must be capable of being assembled to drive the upper connecting rod, but when the actuating state of the upper connecting rod is blocked, the release The type of the connecting portion can be disengaged from the upper connecting rod to release the state, so that the actuating seat only drives the lower connecting rod at this time, and the female snap end gripping portion of the female buckle end guiding swing swings to the assembled state. After positioning, the sub-clip end push-on frame will still be driven by the lower linkage rod and continue to rise, so that the sub-buckle end of the buckle ring and the female buckle end reach a snap-join state; thereby creating a unique design, the creation is compared with the previous In terms of technology, the user only needs to place the predetermined tag When a tagged item is placed on the first inserted end of the sub-outlet tube buckle, and the female snap sub buckle side end of the buckle to be reached in a snap-connected state, i.e. tag can snap through and disposed around the tagged item, when the action is completed After that, the user can pick up the labeling item, and the buckle ring is wound around, so that the hanging label can be firmly attached to the labeling item, so that the operator of the large-scale tag assembling operation can It is faster and more convenient to complete the assembly work of the tag, and it is not easy to produce fatigue under long-term operation, and thus can achieve many practical benefits such as greatly improving work efficiency, operation comfort and convenience of operation.

05‧‧‧ tag buckle assembly machine

10‧‧‧ machine

11‧‧‧Working surface

12‧‧‧ Positioning Department

13‧‧‧ front side

131‧‧‧Assembly space

14‧‧‧Labeling work area

20‧‧‧Sub-Button Export Tube

21‧‧‧ Sectional opening

22‧‧‧Limited margin

23‧‧‧Adjustment

30‧‧‧Female buckle end outlet

31‧‧‧Long trough

40‧‧‧ buckle push module

50‧‧‧Sub-clip end push-on frame

51‧‧‧Vertical rail set

52‧‧‧Slide

53‧‧‧Pushing rod

531‧‧‧Pushing Department

60‧‧‧Female buckle end guide

61‧‧‧Pushing Department

62‧‧‧Spinning branch

63‧‧‧Bend extension

64‧‧‧Female buckle end gripping department

70‧‧‧Acoustic seat

71‧‧‧Horizontal rail set

711‧‧‧ guiding slot

72‧‧‧ front end

73‧‧‧ Backend

74‧‧‧ Middle section

75‧‧‧ Telescopic drive

76‧‧‧guides

80‧‧‧Upper linkage

85‧‧‧Lower linkage

90‧‧‧Activity stroke difference control unit

91‧‧‧Limit stop

92‧‧‧Releasable connection

A‧‧‧ buckle

A1‧‧‧ child buckle

A2‧‧‧ female buckle end

B‧‧‧ tag

C‧‧‧labeled items

The first picture is a perspective view of the overall form of the creation.

Figure 2 is a partial enlarged view of the buckle ring pushing module of the present invention.

The third figure is a partial enlarged view of the setting type of the buckle end outlet tube of the present creation.

Figure 4 is a perspective view of the creation of the buckle.

Figure 5 is a plan view of the structure of the creation.

Figure 6 is a schematic diagram of the state of the creation action.

Figure 7 is a schematic diagram of the state of the creation action.

Figure 8 is a schematic diagram of the state of the creation action.

Figure 9 is a schematic diagram of the state of the creation action.

Figure 10 is a perspective view of the combination of the original buckle and the tag and labeling items.

Figure 11 is a partial enlarged view of another embodiment of the present invention.

Please refer to Figures 1 through 7 for a preferred embodiment of the present tag retaining ring assembly machine, but such embodiments are for illustrative purposes only and are not limited by this structure in the patent application. The tag buckle assembly machine 05 is specifically designed to assist in assembling a buckle A (1 shown in FIG. 4) having a buckle end A1 and a female buckle end A2, and assembling at least one tag B and a labeling item C. (Please refer to FIG. 7 , the labeling item C can be clothing, cloth, etc.), the tag buckle assembly machine 05 includes: a machine table 10 , which is a hollow casing having a work surface 11 The machine body 10 includes a positioning portion 12, a front side 13 and an inner assembly space 131. The work surface 11 has a labeling work area 14 adjacent to the front side 13; The tube 20 is in a hollow vertical tubular shape and protrudes from the front side 13 of the labeling work area 14 of the working table 11 of the machine table 10. The rear side of the sub-button end outlet tube 20 is provided with a cross-sectional opening 21, Thereby, the sub-buckle-end tube 20 is formed in a C-shaped cross section; a female-carrying end-conducting port 30 is formed in the labeling work area 14 of the working table 11 of the machine table 10 in a state of flowing downward through the assembly space 131. In one place, the female buckle end outlet 30 is located at a rear side spacing position of the sub-button end outlet tube 20, and between the female button end outlet port 30 and the cross-sectional end outlet tube 20 is provided with a cross-sectional opening 21 Connected by an elongated slot 31; a buckle push module 40 is disposed in the assembly space 131 of the machine 10 and adjacent to the position of the clip end outlet tube 20 and the female end end outlet 30 (here) Please refer to FIG. 2 for the purpose of accommodating and pushing the buckle A; a sub-buckle pushing frame 50 is provided on the machine table 10 by a vertical rail group 51. In the assembly space 131, the sub-buckle push-pull frame 50 includes a slide 52 and a push rod 53 connected to the upper end of the slide 52. The slide 52 can be limited along the vertical guide set 51. In the lifting movement, the top end of the push rod 53 has a pushing portion 531 which is opposite to the sub-buckle outlet tube 20 (refer to FIG. 6 here), and the pushing portion 531 is used to hold the ring A The buckle end A1 pushes up the sub-buckle end outlet tube 20; a female buckle end guide swing frame 60 is arranged in the assembly space 131 of the machine table 10 so as to be swingable up and down, and is adjacent to the labeling work area 14 of the work surface 11 At the corresponding position, the female buckle end guiding pendulum 60 includes a push-pull portion 61, a screw-shaped portion 62 disposed at one end of the push-pull portion 61, and a curved extension portion provided at the other end of the push-pull portion 61. 63, wherein the end of the curved extension 63 has a female end grip portion 64 for grasping the female snap end A2 of the buckle A; and the female snap end grip 64 is guided by the female snap end Send pendulum 60 swing The movable angle has a state of being placed in the assembly space 131 and an assembled state at a position directly above the sub-buckle outlet tube 20; the movable base 70 is disposed on the machine table 10 by a transverse rail set 71 The assembly space 131 is in a laterally movable and retractable state. The actuator base 70 includes a front end 72, a rear end 73, and an intermediate portion 74 interposed between the front and rear ends 72, 73. The rear end 73 is connected. a telescopic drive device 75 is mounted at a certain point in the assembly space 131; an upper linkage rod 80 is coupled to the pusher portion 61 and the actuation base 70 of the female end guide 500 Between the front ends 72, when the actuating base 70 is moved forward and backward, the upper connecting rod 80 can be driven to transmit the female end guiding swing 60 to swing; the lower connecting rod 85 is obliquely connected to the actuating base 70. Between the intermediate section 74 and the slider 52 of the sub-clamping end push-on frame 50, when the actuating base 70 moves forward and backward, the lower linkage rod 85 can be driven to drive the sub-clamping end pushing frame 50 to generate lifting movement; The control unit 90 includes a limit stop portion 91 and a releasable connection portion 92. (Please refer to the figures 5 and 7, 8, and 9 here), wherein the limit stop portion 91 is disposed at a fixed position in the assembly space 131 of the machine table 10, and when the female buckle end guides the swing frame 60 When the female buckle end gripping portion 64 is swung to the assembled state, the limiting stopper portion 91 can block the operating state of the upper linkage lever 80; the releasable connecting portion 92 is disposed at the actuation base 70. The front end 72, the releasable connection portion 92 is configured to be capable of being coupled to the upper linkage rod 80. However, when the actuation state of the upper linkage rod 80 is blocked, the releasable connection portion 92 can be configured with the upper portion. The interlocking lever 80 is disengaged in a released state, so that the actuating base 70 only drives the lower connecting rod 85 at this time, and the cymbal constitutes a position after the female snap end gripping portion 64 of the female snap end guiding pendulum 60 swings to the assembled state. The sub-clip end pusher 50 is still driven by the lower linkage rod 85 and continues to rise, so that the sub-buckle end A1 of the buckle A and the female snap end A2 are in a snap-fit state.

With the above structure design, the user only needs to place the predetermined tag B (one or more pieces) and the labeling item C are first inserted into the sub-buckle outlet tube 20, and the buckle A is actuated by the above-mentioned buckle pushing module 40 to make the sub-buckle end A1 and the female end end A2 When the buckle connection state is reached, the buckle A can be wound through the tag B and the labeling item C. After the action is completed, the user can pick up the labeling item C, and the buckle ring A is wound around. (As shown in Figure 10), the tag B can be firmly attached to the labeling item C, so that for a large number of tag assembly operators, the tag assembly operation can be completed more quickly and conveniently, and In the long-term operation, fatigue is not easy to occur, and many industrial benefits such as greatly improved work efficiency, operational comfort, and ease of operation can be achieved.

As shown in FIG. 11 , in the specific implementation of the present invention, an adjusting member 23 having a limiting edge 22 can be disposed on the working surface 14 of the working surface 11 so that the limiting edge 22 of the adjusting member 23 is The alignment is engaged with the outer periphery of the sub-slewing end of the tube 20, and by rotating the adjusting member 23, the limiting edge 22 can be released from the engaging state of the sub-cuffing end outlet tube 20, so that the sub-clamping end is provided with the tube 20 The detachable state (ie, can be withdrawn or loaded) allows the user to replace the optimal sub-bend outlet tube 20 according to the size of the different buckles A.

Please refer to the figures 2, 5, and 6, wherein the front and rear ends 72, 73 and the intermediate portion 74 of the actuating base 70 are respectively provided with guide members 76 for the lateral slide group 71 and the guide. The guiding portion 711 is disposed at a position opposite to the position of the member 76, so that the guiding member 76 extends through the guiding groove 711, and the driving base 70 can be slid along the guiding groove 711 by the guiding member 76. The bottom of the lower linkage rod 85 is coupled to the guide member 76 of the intermediate portion 74 of the actuating base 70 to transmit the buckle end through the lower linkage rod 85 when the actuator base 70 moves forward and backward. The push frame 50 produces a lifting motion.

Efficacy Description: The fact that the creative effect is improved is as follows: The "tag buckle assembly machine" disclosed in this creation is based on the prior art, and it is necessary to improve the conventional tag assembly work by the operator's hand holding the ring and the marking gun. In order to carry out the shortcomings caused by the assembly action, the user only needs to place the predetermined tag and labeling item by the present tag buckle assembly machine. First inserted on the sub-buckle end outlet tube, when the sub-buckle end of the buckle and the female buckle end reach the buckle connection state, the buckle can be arranged to pass through the tag and the labeling item, and when the action is completed, the user The labeling item can be picked up, and the buckle ring is wound around, so that the hanging label can be firmly attached to the labeling item, so that the operator of the large-scale tag assembling operation can be more fast, It is convenient to complete the assembly work of the tag, and it is not easy to cause fatigue when it is used for a long time, and it can achieve many practical benefits such as greatly improving work efficiency, operation comfort, and convenience of operation.

The disclosures of the above embodiments are used to specifically explain the present creation, and although the descriptions are made through specific terms, the scope of patents of the novel creation cannot be limited thereby; those skilled in the art can understand the spirit of the creation. Changes and modifications are made to the equivalent purpose, and such changes and modifications are to be included in the scope defined by the scope of the patent application as described later.

05‧‧‧ tag buckle assembly machine

10‧‧‧ machine

11‧‧‧Working surface

12‧‧‧ Positioning Department

13‧‧‧ front side

131‧‧‧Assembly space

14‧‧‧Labeling work area

20‧‧‧Sub-Button Export Tube

Claims (3)

A tag buckle assembly machine is specially designed to assist in assembling and assembling a buckle having a buckle end and a female buckle end with at least one tag and a labeling item. The tag buckle assembly machine comprises: a machine having a hollow machine casing type of a worktop, the machine includes a positioning portion, a front side and an assembly space disposed inside, the work surface has a labeling work area adjacent to the front side; The tube is in a hollow vertical tubular shape protruding from the front side of the labeling work area of the machine work surface, and the rear side of the sub-button outlet tube is provided with a cross-shaped opening, thereby forming the sub-buck end The cross-section of the outlet pipe is in the form of a C; a female buckle end outlet is formed in a labeling work area of the machine work surface of the machine through the assembly space downward, and the female buckle end outlet is located The rear side of the sub-buckle outlet tube is spaced apart from the rear side of the sub-buckle outlet tube, and the cross-sectional end of the sub-buckle end outlet tube is connected by an elongated through-groove; a buckle push-pull module is provided In the assembly space of the machine and adjacent to the sub-button end outlet tube and the female buckle end The position of the outlet is provided for accommodating and pushing the buckle; the ejector end of the sub-buckle is assembled in the assembly space of the machine by a vertical guide rail, the push-up end push-up frame includes a sliding seat And a top push rod connected to the upper end of the slide, wherein the slide can be along the vertical guide As a limit lifting movement, the top end of the push rod has a pushing portion and a sub-bucking end tube opposite to each other, and the pushing portion is used to push the sub-buckle end of the buckle upwardly to the sub-bucking end outlet tube; The buckle end guiding pendulum frame is arranged in an assembly space of the machine table and can be oscillated up and down and corresponding to the labeling work area of the work surface, the female button end guiding pendulum comprises a pusher frame portion, a rotary branch portion disposed at one end of the push-pull portion and a curved extension portion disposed at the other end of the push-pull portion, wherein the end of the curved extended portion has a female end grip portion for grasping the buckle The female buckle end portion has a different swinging angle of the female buckle end guiding swing frame, has a receiving state placed in the assembly space, and is spaced above the outlet end of the sub-buckle end outlet tube The assembled state of the position; the movable seat is laterally advanced and retractable by a lateral rail assembly in the assembly space of the machine, the actuating base includes a front end, a rear end, and the front and rear ends Intermediate section, wherein the rear end is connected to a telescopic drive device The driving device is installed at a certain point in the assembly space; an upper connecting rod is connected between the pushing portion of the female end guiding and the front end of the actuating seat to enable the actuating seat to move forward and backward The swinging rod is driven by the upper linkage rod to transmit the swing frame; the lower linkage rod is obliquely disposed between the middle portion connected to the actuating seat and the slider of the sub-buckle end pushing frame to act as the actuating seat When the movement is advanced and retracted, the lifting movement can be generated by the bottom linkage frame of the lower linkage rod drive; An actuation stroke difference control unit comprises a limit stop portion and a releasable connection portion, wherein the limit stop portion is disposed at a fixed position in the assembly space of the machine table, and the female buckle end guides the swing frame When the female end grip portion is swung to the assembled state, the limit stop portion can block the active state of the upper linkage rod; the releasable connection portion is disposed at the front end of the actuating seat to release the connection The type of the part shall be capable of assembling and connecting the upper linkage rod, but when the actuation state of the upper linkage rod is blocked, the type of the release connection portion can be released from the upper linkage rod to release the state. At this time, the movable seat only drives the lower linkage rod, and the female buckle end gripping portion of the female buckle end guiding swing frame is swung to the assembled state, and the sub-clamping end pushing frame is still driven by the lower linkage rod. Raise so that the sub-buckle end of the buckle and the female snap end are snap-connected. The tag buckle assembly machine according to claim 1, wherein the work surface labeling work area is provided with an adjustment member having a limit edge, so that the limit edge of the adjustment member is engaged with the buckle. By rotating the adjusting member, the limiting edge can be released from the engaging state of the sub-buckle-ending tube, so that the sub-bucking end-extracting tube is detachable, so that the user can follow different buckles. The size of the replacement is the best sub-buckle outlet tube. The tag buckle assembly machine according to claim 1 or 2, wherein the front end, the rear end and the middle section of the actuating seat are respectively provided with a guiding member such that the lateral sliding rail group and the guiding member are opposite to each other. Guide groove The movable member is inserted into the guiding groove, and the actuating seat can be slidably moved forward and backward along the guiding groove by using the guiding member; and wherein the top of the lower connecting rod is coupled to the sliding rail seat The guiding member of the middle section can generate lifting movement through the lower linkage rod drive end pushing frame when the actuating seat is moved forward and backward.