TWM525901U - Cutting mechanism improvement for sleeve labeling machine - Google Patents

Description

Cutting machine cutting mechanism improvement

This creation is about the improvement of the cutting mechanism of a sleeve labeling machine, especially a simple setting, easy to operate and use, and the label sleeve can be cut smoothly, and the cutting surface of each label sleeve is not skewed or Cutting and burr-free flatness and uniformity, and the cutting mechanism of the sleeve machine that is extremely practical, ideal and progressive.

According to the method of cutting the tubular label sleeve by the existing sleeve labeling machine, as shown in the first figure, it is mainly around the central column 10 which provides the flat tubular label sleeve opening and guiding action, and has many plans. The cutter holders 20 are respectively provided with cutters 21 corresponding to the label sleeves A on the respective cutter holders 20, and the cutters 21 of the cutter holders 20 are collectively driven by the first drive belt 22, and The second driving belt 23 is driven to perform a synchronous turning operation; according to this, after the cutters 21 are driven to rotate synchronously, the label sleeve A stretched by the center pillar 10 is displaced to the set position, and then can be instantaneously rotated. The cutters 21 are cut together, and the expected sleeve movement is performed on the work.

In the above embodiment, the cutting operation can be performed on the label sleeve. However, since the cutting operation is performed by a plurality of cutters 21, the cutters 21 are respectively assembled on different cutter holders 20, And each of the cutter holders 20 and the corresponding cutters 21 has a plurality of assembly and locking components, so that each of the cutters 21 is set in a position, and it is very difficult to maintain the same horizontal plane. When the cutter 21 synchronously rotates and performs a cutting action on the label sleeve A, the cutting of the label sleeve A is performed. In the face, it is easy for the cutters 21 to be not in the same horizontal plane, and the skewing or the unevenness of the burrs may occur, and the label sleeves after the cutting are not uniform and the quality is unstable. Moreover, the production and assembly of the plurality of sets of cutter holders 20 are also troublesome, inconvenient, and costly.

The main purpose of this creation is to provide an improvement of the cutting mechanism of the labeling machine, which can improve the above-mentioned defects, and the cutting of the label sleeve is smooth, and the cutting surface of each label sleeve is not skewed, The flatness and uniformity of no step and no burrs, as well as the making, assembly and assembly of the label sleeve cutting mechanism are simpler, more convenient and economical.

In order to achieve the above object, the present invention comprises a cutting seat, a label sleeve is provided in the cutting seat, and a cutter is arranged on the side of the label sleeve, and the cutter is driven by the driving device corresponding to the direction of the label sleeve. According to the cutting action, the label sleeve of the cutting sleeve is sleeved on the workpiece, and the cutter on the side of the label sleeve is directly displaced by the driving device. The label sleeve is cut, and the cut surface of each label sleeve has a flat and uniform effect without skew, no step and no burrs.

In order for your review board to have a better understanding and recognition of the purpose, characteristics and efficacy of this creation, please refer to the drawings and examples for details:

A‧‧‧ label set

B‧‧‧Works

10‧‧‧ center column

20‧‧‧Cutter

21‧‧‧Cutter

22‧‧‧First drive belt

23‧‧‧Second drive belt

30‧‧‧Cut seat

301‧‧‧ label sleeve

40‧‧‧Cutter

400‧‧‧blade

401‧‧‧ cut

402‧‧‧Stag

4021‧‧‧ sharp edge

50‧‧‧ drive

501‧‧‧ drive belt

502‧‧‧Linear slides

503‧‧‧Drive motor

504‧‧‧ sensor

The first figure is a schematic diagram of the operation of the conventional label sleeve cutting device.

The second figure is a perspective view of the present embodiment.

The third figure is a bottom view of the second figure.

The fourth figure is a front view of the second figure.

The fifth figure is a schematic plan view of the embodiment of the sleeve under the present creation.

The sixth figure is a schematic plan view of the label sleeve set by the present invention in the working object embodiment.

The seventh figure is a schematic plan view of an embodiment of the cutting action performed on the label sleeve by the present invention.

The eighth figure is a three-dimensional diagram of the seventh figure.

Please refer to the second, third and fourth figures. The cutting mechanism of the sleeve labeling machine is improved, and comprises a cutting seat 30. The cutting seat 30 is provided with a label sleeve 301, and the label of the cutting seat 30 A cutter 40 is disposed on one side of the sleeve 301; the cutter 40 is provided with a blade 400 corresponding to the direction of the label sleeve 301 of the cutting seat 30, and the cutter 40 is driven by the driving device 50 to correspond to the direction of the label sleeve 301. Displacement; the driving device 50 includes at least a driving belt 501 for the cutter 40 to be fixed thereon, and a linear sliding rail 502 for the cutter 40 to be slid thereon, and the driving motor 503 for driving the driving belt 501 to be displaced, and at least one sensor 504 limits the range of displacement of the cutter 40 in the cutting seat 30, wherein the cutter 40 is mounted on the driving belt 501, and is driven by the driving motor 503 as the driving belt 501 is driven, corresponding to the cutting seat 30. The label sleeve 301 is displaced in the direction of the cutter block 301. The linear slide rail 502 is mounted on the cutter holder 30. The cutter 40 is slidably disposed on the linear slide rail 502 to improve the stability and smoothness of the displacement. The range of displacement of the cutter 40 can be sensed and the drive motor 503 can be braked.

In the above, the cutter 40 is provided with a cut portion 401 and a thorn portion 402. The thorn portion 402 is provided at the cut portion 401, and a sharp edge 4021 is provided at the outermost end of the thorn portion 402. The thorn portion 402 and the cut portion are provided. Between the 401 is connected by a blade 400, and the blade 400 is connected to the sharp edge 4021 by an arc or a diagonal line, and the sharp edge 4021 and the blade 400 correspond to the direction of the label sleeve 301 of the cutting seat 30.

As described above, the drive motor 503 is a servo motor.

That is, with the above-mentioned composition, please cooperate with the fifth, sixth, seventh, and eighth diagrams. When the sleeve labeling machine performs the sleeve labeling operation, the workpiece B that is to be set with the label sleeve is transported to the cutting seat. 30 below, and corresponds to the label sleeve 301, and then the opened label sleeve A is driven, and is placed on the circumference of the work object B via the label sleeve 301 of the cutting seat 30, followed by The driving motor 503 of the driving device 50 will be controlled to rotate, and the driving belt 501 and the cutter 40 mounted on the driving belt 501 are displaced toward the label sleeve 301 of the cutting seat 30, and the cutting is performed. The knife 40 is provided with a thorn portion 402 protruding from the cutting portion 401, and the sharp edge 4021 of the thorn portion 402 and the blade edge 400 correspond to the direction of the label sleeve 301 of the cutting seat 30, so that the cutter 40 can be displaced. When the sharp edge 4021 first punctured the corresponding label sleeve A, and then the cutting edge 400 is used to cut the label sleeve A once, and the cut surface of the label sleeve A is not skewed, no step and no flash. Flattening effect.

In the above, when the driving device 50 drives the cutter 40, since the cutter 40 is subjected to a linear displacement and one-time cutting action, the cut label sleeve A is cut without unevenness, no break, and no burr flattening effect. Then, the label sets A which are cut one by one will always maintain the uniformity. Naturally, the subsequent shrinking and packaging of the label sleeve A on the work B can also achieve the desired effect of improving the texture.

In other words, using this creation will have at least the following advantages:

1. Simple to set up and economical.

2, easy to operate, easy to use, and easy to implement.

3. The label sleeve can be smoothly cut, and the cutting surface of each label sleeve has a flat and uniform effect without skew, no step and no burrs. .

In summary, the cutting mechanism of a sleeve labeling machine is improved, which is obviously more conventional. With better performance and performance, its device and structure are not complicated and cumbersome. However, the overall operational concept is rich in the specificity of implementation, and it is not used by similar products at present. To apply for the "newness, progress" requirements, I would like to ask the reviewing committee to review and grant patents.

However, the above description is only a preferred embodiment of the present invention, and the changes and modifications of the effects of the present invention in accordance with the spirit of the present invention should still be included in the scope of the patent application of the present invention.

30‧‧‧Cut seat

301‧‧‧ label sleeve

40‧‧‧Cutter

400‧‧‧blade

401‧‧‧ cut

402‧‧‧Stag

4021‧‧‧ sharp edge

50‧‧‧ drive

501‧‧‧ drive belt

502‧‧‧Linear slides

503‧‧‧Drive motor

504‧‧‧ sensor

Claims (8)

The cutting mechanism of a sleeve labeling machine is improved, comprising a cutting seat, the cutting seat is provided with a label sleeve, and a cutting knife is arranged on a label sleeve side of the cutting seat, the cutting knife is provided with a cutting edge corresponding to the cutting The direction of the label sleeve of the cutting seat is linearly displaced by the driving device to drive the direction of the label sleeve corresponding to the cutting seat. The cutting mechanism of the sleeve labeling machine according to claim 1, wherein the driving device comprises at least a driving belt for fixing the cutter, and a linear sliding rail for sliding the cutter, and The drive motor drives the drive belt displacement and at least one sensor limits the range of the cutter displacement in the cutting seat. The cutting mechanism of the sleeve labeling machine described in claim 2 is improved, wherein the linear sliding rail is installed in the cutting seat. The cutting mechanism of the sleeve labeling machine described in claim 2 is improved, wherein the sensor senses the range of the cutter displacement and brakes the driving motor. The cutting mechanism of the sleeve labeling machine according to claim 1, wherein the cutting blade is provided with a cutting portion and a thorn portion, the thorn portion protruding from the cutting portion, and the outermost end of the thorn portion is provided The sharp edge, the thorn and the cut portion are joined by the blade and correspond to the direction of the label sleeve of the cutting seat. The cutting mechanism of the sleeve labeling machine according to claim 5 is improved, wherein the cutting edge of the cutting knife is connected to the sharp edge by an arc or a diagonal line. The cutting mechanism of the sleeve labeling machine according to claim 5 is improved, wherein the cutting edge and the cutting edge of the cutting knife correspond to the label sleeve direction of the cutting seat. The cutting mechanism of the sleeve labeling machine according to claim 2 is improved, wherein the driving motor of the driving device is a servo motor.