JPH07439Y2 - Thread holding mechanism of tag printing device with thread - Google Patents

Description

[Detailed Description of the Invention] (Industrial field of application) The present invention relates to a thread pressing mechanism of a tag printing device with a thread, and in particular, a single-leaf tag is sent out one by one to perform printing on the tag. The present invention relates to a thread pressing mechanism of a tag printing device with a thread.

(Prior Art) Conventionally, each single leaf tag is sent out from a tag hopper that stores a plurality of single leaf tags attached with threads for hanging on a product etc. into a predetermined transport path and a predetermined printing is performed. A threaded tag printing device is known in which a printing tag is discharged and stored in a stacker or the like after printing by a mechanism.

However, when sending out the single-leaf tags to which the above-mentioned hanging thread is attached one by one, the thread is also pulled out into a predetermined transport path. There is a problem that it is difficult to actually send out the yarn smoothly, that is, it is difficult to send out the single leaf tag, because the plurality of yarns of the single leaf tag are entangled with each other. Therefore, there is a problem in that the printing work efficiency is lowered, for example, the printing work is often stopped and it is necessary to loosen the yarns in advance so that the yarns do not get entangled with each other.

Incidentally, such a problem occurs regardless of whether the thread is attached to the side edge portion or the rear edge portion of the single-leaf tag.

(Problems to be solved by the invention) The present invention has been made in view of such circumstances, and a thread for feeding out the single-leaf tags one by one from a tag hopper in which a plurality of single-leaf tags with threads are stacked for printing by a printing mechanism. In a tag printing device with a tag, a thread holding mechanism of a tag printing device with a thread is provided, which enables a stable feeding of a single-leaf tag by allowing the threads attached to the single-leaf tag to be pulled out smoothly without being entangled with each other. The task is to do.

(Means for Solving the Problem) That is, the present invention is directed to a single-leaf tag being sent out when a single single-leaf tag is sent out by pressing all the threads of a plurality of single-leaf tags. A mechanism that allows one thread to be pulled out without being entangled with other threads, and a tag hopper that stacks and stores a plurality of single-leaf tags to which hanging threads are attached, respectively.
In a tag printing device with a thread having a sending mechanism for sending a single leaf tag from the tag hopper to a predetermined transport path, and a printing mechanism for printing information of predetermined contents on the single leaf tag sent by the sending mechanism , A thread pressing surface is formed on one side different from the tag mounting surface formed on the tag mounting frame of the tag hopper, and between the thread pressing member detachable from the tag mounting frame and the thread pressing surface. A thread pressing mechanism for a tag printing device with a thread, characterized in that the thread is pressed onto the sheet, and the thread is pulled out one by one by sending out the single leaf tag.

(Operation) In the thread pressing mechanism of the above-described tag printing device with thread, the threads of each single-leaf tag are collectively pressed by the thread pressing member on the thread pressing surface of the tag mounting frame. When a single leaf tag is sent out from the hopper, only one thread attached to the single leaf tag is pulled out from the bundle of the pressed threads and entangled with other threads. It enables stable delivery of single-leaf tags.

(Embodiment) Next, an embodiment of the present invention will be described with reference to FIGS. 1 to 3 by taking as an example a case of a tag printing device with a thread for performing printing of a thermal transfer system as a printing mechanism.

FIG. 1 is a cross-sectional side view of a tag attaching device with thread 1 provided with a thread pressing mechanism 1A according to this embodiment, FIG. 2 is the same as the partially omitted plan view, and FIG. 3 is the same as the thread pressing mechanism 1A. It is a partially cutaway perspective view of a part. The tag printing device with thread 1 includes a pair of left and right main frames 2 (FIG. 2), a tag hopper 3 that can store a plurality of single-leaf tags T in a stack, and one single-leaf tag T from the tag hopper 3. A feeding mechanism 4 for feeding each one, an intermediate conveying mechanism 5, a pusher roller mechanism 6,
It has a printing mechanism 7 and a discharging mechanism 8.

The tag hopper 3 includes a pair of left and right hopper frames 9
It is possible to accommodate a plurality of stacked single-leaf tags T, and the weight 10 applies a predetermined load.
The bottom of the tag hopper 3 is open and opposed to the upper surface of the feeding mechanism 4.

Further, as shown in FIGS. 2 and 3, a tag mounting frame 11 and a thread pressing member 12 for pressing the thread S of the single-leaf tag T are arranged at the bottom of the tag hopper 3.

A tag mounting surface 11A is formed on the upper surface of the tag mounting frame 11, and a thread pressing surface 11B is formed on one side surface different from the tag mounting surface 11A. A pair of thread pressing member guide grooves 11C are formed on the left and right outer surfaces of the tag mounting frame 11, and the fixing recesses 11D are communicated with the respective grooves 11C.
And the limit switch near the bottom
11E is provided. Further, a thread passage notch 11F is formed at the center of the tip of the thread S in the delivery direction.

The thread pressing member 12 is made of, for example, a steel plate material having appropriate elasticity, and the tag mounting frame 11
A cushion member 13 made of, for example, a foam material is provided at the tip portion on the side, that is, the tip portion facing the thread pressing surface 11B. The yarn S is bundled between the cushion member 13 and the yarn pressing surface 11B of the tag mounting frame 11 and is pressed in the state of being extended in the lengthwise direction so that the yarn S can be stably fed out. It is a guarantee.

The thread pressing member 12 is engaged with and removable from the tag mounting frame 11, and has a pair of engagement holding portions 12A and a pair of engagement protrusions 12B formed at the tip of the engagement holding portions 12A.
Have been formed. Further, a limit switch pressing portion 12C is formed at the lower end of the thread pressing member 12.
The pressing portion 12C presses the limit switch 11E so that the attachment of the thread pressing member 12 can be confirmed.

In addition, the thread S of the single-leaf tag that has been fed out is the same as the discharge mechanism 8 described above.
A pair of thread groove frames continuously arranged up to
It is guided in the thread groove 15 formed by 14. However, at the portion of the printing mechanism 7, the thread S once
And passes between a platen 50 and a thermal head 51 described later.

The delivery mechanism 4 has a delivery roller 16 arranged to face the bottom of the tag hopper 3 and a delivery DC motor 19 that rotationally drives the delivery roller 16 via belts 17 and 18. is doing.

As shown in FIG. 1, a feeding gap adjusting frame 20 is provided on the front surface of the tag hopper 3 so that the feeding gap adjusting frame 20 can be moved up and down, and a cam roller 21 is operated to vertically move along a fixed frame (not shown). Then, one single-leaf tag T can be sent out from between the lower end portion and the tag mounting frame 11.

The intermediate conveying mechanism 5 includes two pairs of guide width adjusting support shafts 22 provided between the pair of left and right main frames 2 and yarn groove frames 14, and a single leaf along the guide width adjusting support shafts 22. It has a pair of left and right center support frames 23 that can reciprocate in the width direction of the tag T. The central support frame 23 extends from the portion of the tag mounting frame 11 to the portion of the printing mechanism 7 described later.

The central support frame 23 includes the hopper frame 9,
A guide width adjusting pulse motor 24 for the single-leaf tag T, a belt rotating pulse motor 25, and a pair of belt opening / closing solenoids 26 are provided.

The guide width adjusting pulse motor 24 includes a pair of left and right guide width adjusting shafts with a timing belt 27.
Connect this to 28. The guide width adjusting threaded shaft 28 is used for the thread groove frame 14 and the main frame 2.
The central support frame 23 opens and closes in the vertical direction in FIG. 2 by its rotation, so that the guide width of the single leaf tag T can be adjusted. A tongue piece 29 for detection is provided on one side surface of the one central support frame 23, and this can be detected by the sensor 30 for adjusting the guide width.

The belt rotation pulse motor 25 is a timing belt.
This is connected to the flat belt 32 by 31. Further, an opening / closing frame 34 is rotatably pivotably mounted on an opening / closing fixed rotating shaft 33 of the central support frame 23, and a pair of left and right round belts 35 are provided on the opening / closing frame 34. The pair of right and left round belts 35 and the pair of left and right flat belts 32 sandwich the left and right ends of the single-leaf tag T from above and below and can convey the same.

The flat belt 32 is opened by the opening / closing mechanism of the intermediate conveyance mechanism 5.
The round belt 35 is brought into and out of contact with the round belt 35, but since this opening / closing mechanism is not directly related to the gist of the present invention,
The description is omitted here.

Further, the central support frame 23 has a transmission type first sensor.
38, the second sensor 39, the third sensor 40 and the fourth sensor 41 are provided so that passage of the single-leaf tag T can be detected.

Next, the pusher roller mechanism 6 will be described. The pusher roller mechanism 6 is for transferring and transporting the single-leaf tag T transported by the intermediate transport mechanism 5 to the printing mechanism 7 of the next stage. The pusher roller mechanism 6 includes a pair of left and right drive rollers 42 and a pair of the drive rollers 42. It has a pair of left and right driven rollers 43 that come into contact with and separate from each other. A printing pulse motor 44 is connected to the drive roller 42 via a timing belt 45 and is driven and rotated.

Although the drive roller 42 and the driven roller 43 are brought into contact with and separated from each other by the opening / closing mechanism of the pusher roller mechanism 6,
This opening / closing mechanism is not directly related to the gist of the present invention, so the description thereof will be omitted.

Next, the printing mechanism 7 will be described. The printing mechanism 7 may be of any type, but is, for example, a thermal transfer type printing mechanism, which supplies a platen 50, a thermal head 51 facing the platen 50, and an ink ribbon R for thermal transfer. It has a shaft 52 and a winding shaft 53.
It is assumed that the platen 50 is rotationally driven by the printing pulse motor 44 via the timing belt 54.

The thermal head 51 can be moved up and down by a vertical movement solenoid 61 during printing. That is, when the printing operation is required, it is moved downward, and when the single-leaf tag T with the thread S passes through the thermal head 51 portion, it is moved upward to open a space through which the platen 50 can pass. is there. The thermal head 51 can be opened and closed by an opening / closing lever (not shown) when the thermal transfer ink ribbon R is loaded. Such a mechanism is directly related to the gist of the present invention. Since it is not a thing, its explanation is omitted.

Next, returning to FIG. 1, the discharge mechanism 8 will be described. The discharging mechanism 8 includes a discharging DC motor 76 and a discharging DC motor 76.
It has a drive roller 78 and a driven roller 79 which are driven by a DC motor 76 via a belt 77. Further, a fifth sensor 80 is provided, and the printed single-leaf tag T is discharged on the discharging chute 81.

A case where printing is performed on the single-leaf tag T using the thread-attached tag printer 1 having the above-described configuration will be described below.

First, the thermal transfer ink ribbon R is loaded into the tag printing device 1 with a thread, and a desired number of single-leaf tags T are loaded into the tag hopper 3 to start printing.

When this printing is started, one sheet of single-leaf tag T is delivered from the tag hopper 3 to the intermediate transport mechanism 5 by the delivery roller 16. The thread S attached to the fed single-leaf tag T is the tag mounting frame 11 in the thread pressing mechanism 1A.
It is pressed in a state that it is bundled together with the other thread S between the thread pressing surface 11B and the cushion member 13 of the thread pressing member 12, but this pressing force pulls out only one from the bundle. Since the cushion member 13 is deformable when the yarn S is pulled out, the yarn S of the single-leaf tag T that is sent out is pulled out from this bundle without being entangled with other yarns S. As the single-leaf tag T is transferred, it passes through the thread passing notch 11F and is further guided in the thread groove 15.

The single-leaf tag T sent from the sending mechanism 4 passes through the intermediate transport mechanism 5 and the pusher roller mechanism 6, is printed by the printing mechanism 7, and is then stored in a predetermined stacker or the like by the discharging mechanism 8. It will be.

In this way, when the single-leaf tag T is sent out from the tag hopper 3, the yarn S is appropriately prevented from being entangled with other yarns S.

When a thread is attached to the side edge portion of the single-leaf tag, a mechanism similar to the above-described thread pressing mechanism 1A can be provided on the side surface of the single-leaf tag.

(Effect of the Invention) As described above, according to the present invention, the thread for suspending is pressed between the thread pressing surface of the tag mounting frame and the thread pressing member,
Since the threads are pulled out one by one by sending out the single-leaf tags, the bundled threads are pulled out one by one without being entangled with each other, and the single-leaf tags with threads can be conveyed and printed. It can be performed smoothly and stably.

[Brief description of drawings]

FIG. 1 is a sectional side view of a tag printing device 1 with a thread provided with a thread pressing mechanism 1A according to an embodiment of the present invention. FIG. 2 is the same as the partially omitted plan view, and FIG. 3 is the same as the thread pressing mechanism 1A. It is a partially cutaway perspective view of a part. 1 ... Tag printing device with thread 1A ... Thread holding mechanism 2 ... Pair of left and right main frames 3 ... Tag hopper 4 ... Feeding mechanism 5 ... Intermediate transport mechanism 6 ... Pusher roller mechanism 7 ... Printing mechanism 8: Ejection mechanism 9: Pair of left and right hopper frames 10: Weight 11: Tag mounting frame 11A: Tag mounting surface 11B: Thread pressing surface 11C: Thread pressing member guide groove 11D: Fixed Recess 11E …… Limit switch 11F …… Notch for thread passage 12 …… Thread pressing member 12A …… A pair of engaging and holding portions 12B …… A pair of engaging protrusions 12C …… Limit switch pressing portion 13 …… Cushion member 14 ...... A pair of thread groove frames 15 ...... Thread groove 16 ...... Outgoing rollers 17,18 ...... Belt 19 ...... Outgoing DC motor 20 ...... Outgoing clearance adjusting frame 21 ...... Cam rollers 22 …… A pair of guide width adjustment support shafts 23 …… Left and right middle pair Central support frame 24 …… Pulse motor for adjusting guide width 25 …… Pulse motor for belt rotation 26 …… A pair of solenoids for opening / closing belt 27 …… Timing belt 28 …… A pair of left and right shafts with screw for adjusting guide width 29 …… Tongue for detection 30 …… Sensor for adjusting guide width 31 …… Timing belt 32 …… A pair of left and right flat belts 33 …… Fixed rotating shaft for opening and closing 34 …… Opening and closing frame 35 …… A pair of left and right round belts 38 …… ... 1st sensor 39 ... 2nd sensor 40 ... 3rd sensor 41 ... 4th sensor 42 ... left and right pair of drive rollers 43 ... left and right pair of driven rollers 44 ... printing pulse motor 45 ...... Timing belt 46 …… A pair of opening / closing solenoids 50 …… Platen 51 …… Thermal head 52 …… Ink ribbon R supply shaft 53 …… Ink ribbon R winding shaft 54 …… Timing belt 61 …… For vertical movement Solenoy 76: DC motor for discharge 77: Belt 78: Driving roller 79: Driven roller 80: Fifth sensor 81: Chute for discharge T: Single-leaf tag S: Thread of single-leaf tag T: R ... ... Ink ribbon for thermal transfer

Claims (1)

[Scope of utility model registration request] 1. A tag hopper for accommodating a plurality of single-leaf tags, each having a hanging thread attached thereto, and a feeding mechanism for feeding one single-leaf tag from the tag hopper to a predetermined conveyance path. In a tag printing device with a thread, which has a printing mechanism for printing information of a predetermined content on a single-leaf tag sent by a sending mechanism, one side different from the tag mounting surface formed on the tag mounting frame of the tag hopper. A thread pressing surface is formed on the tag holding frame, and the thread is held between the thread pressing member that is attachable to and detachable from the tag mounting frame and the thread pressing surface, and the threads are drawn out one by one by sending out the single leaf tag. A thread holding mechanism for a tag printing device with a thread, which is characterized by being advanced.