CN217615697U - Innovative mechanism with high-speed dispensing and alignment sucking discs - Google Patents

Abstract

The utility model discloses a have high-speed point concurrently and glue innovation mechanism with counterpoint sucking disc is equipped with quick point gum machine in the top of a machine and constructs and counterpoint laminating mechanism, when making the clothes tablet put to this mechanism on, point glue operation and laminating operation can go on according to the preface is automatic, and can the outer fast completion clothes tablet to pasting.

Description

Innovative mechanism with high-speed dispensing and alignment sucking discs

Technical Field

The utility model relates to a have the innovation mechanism of high-speed point gum and counterpoint sucking disc concurrently, especially indicate that the point of making clothes cloth glues the operation and can accomplish fast on a tractor serves as a stand with the laminating operation.

Background

Along with the prevalence of wind tide in contact with outdoor nature, people have higher and higher requirements on wind resistance and rain resistance of clothes. In order to achieve complete waterproofing and windproof performance of clothes, a "seamless fit" clothing manufacturing technique has been developed and used by manufacturers in recent years. The existing 'seamless fitting' garment making process mainly comprises 1. Cutting cloth; 2. screen printing or dot printing and gluing; 3. aligning the cloth; 4. cold and hot press bonding; 5. finished products, and the like. The cloth cutting is carried out through a laser cutting machine, two formed clothes pieces are cut, the clothes pieces are respectively placed on screen printing or dotting gluing equipment through an operator to be glued at preset position points, the operator takes out the clothes pieces and covers the two clothes pieces in an aligning mode along glue on the edges of the clothes pieces, and then the clothes pieces are sent into a hot press to be subjected to hot pressing and gluing.

However, some of the disadvantages of the conventional bonding operation include:

1. the cloth is attached to the surface of the cloth by manual alignment of an operator, so that the quality of the cloth attachment is easily influenced by personal factors or other factors of the operator.

2. The dispensing operation and the bonding process are performed respectively, and repeated positioning is needed to be performed, so that the alignment and bonding efficiency is affected.

The creation people exists above-mentioned disappearance in view of current laminating operation, follows the manufacturing experience and the technological accumulation of its pursuing various articles for use, to the way of the research improvement of above-mentioned weak point, after continuous research, experimental improvement, development design finally the utility model discloses a have the innovation mechanism of high-speed point glue and counterpoint sucking disc concurrently, can eliminate the produced not enough of prior art center and lack in term.

SUMMERY OF THE UTILITY MODEL

Therefore, the utility model aims at providing a have high-speed point concurrently and glue the innovation mechanism of counterpoint sucking disc, make the laminating operation of cloth can accurate location, and can accomplish fast automatically.

According to the utility model discloses an aspect provides an innovative mechanism that has high-speed point concurrently and glue and counterpoint sucking disc, is equipped with support plate and point gum machine in the top of a platform and constructs, be equipped with on the support plate to the pad pasting piece, point gum machine constructs to be equipped with the point gum rifle, can glue the material of locating on the pad pasting piece.

Optionally, a Y-axis electric cylinder is spanned between the two X-axis electric cylinders by the dispensing mechanism, and the Y-axis electric cylinder can move along the two X-axis electric cylinders; the Y-axis electric cylinder is provided with a Z-axis electric cylinder, and the front end face of the Z-axis electric cylinder is provided with the glue dispensing gun, so that the glue dispensing gun can move along the X-axis direction, the Y-axis direction and the Z-axis direction according to the requirement of a preset position of a material, and the glue dispensing can be completed quickly.

Optionally, the opposite sticking module is a plane or an edge according to a range of mutual opposite sticking of the materials, and the disc opposite sticking module adopting the disc opposite sticking or the rod opposite sticking module adopting the rod opposite sticking is adopted.

Optionally, the disk body attaching module comprises a fixed sucker, a rotating sucker and a driving part, wherein the rotating sucker is connected with the driving part through a rotating shaft so as to be driven by the driving part to rotate and be attached to the fixed sucker relatively; the other ends of the fixed sucker and the rotary sucker are respectively communicated with a pipeline to a negative pressure source, so that the surfaces of the fixed sucker and the rotary sucker can generate negative pressure for adsorption.

Optionally, the rod body facing module is provided with a pair of facing rod portions at the front end of a rotating portion, the facing rod portions are at least provided with a fixed suction rod and a rotating suction rod, one end of the rotating suction rod is fixed at the tail end of an inclined plate, the inclined plate can rotate through a driving portion, and when the inclined plate rotates, the rotating suction rod can be driven to overturn to the upper end face of the fixed suction rod and be attached to the fixed suction rod.

Optionally, the fixed suction cup and the rotating suction cup are hollow, and a plurality of through holes are formed in the rod surface above the fixed suction cup and the rotating suction cup, so that the fixed suction cup and the rotating suction cup can be used for adsorbing a material sheet placed on the rod surface when a pipeline is communicated with a negative pressure source to generate negative pressure.

Optionally, the other ends of the fixed suction rod and the rotary suction rod are respectively communicated with a pipeline and externally connected to a negative pressure source; the fixed suction rod and the rotary suction rod are hollow, and a plurality of through holes are formed in the rod surface above the fixed suction rod and the rotary suction rod, so that the fixed suction rod and the rotary suction rod can be used for adsorbing a material sheet placed on the rod surface when the fixed suction rod and the rotary suction rod are communicated with a negative pressure source through pipelines to generate negative pressure.

According to the utility model discloses an innovation mechanism that has high-speed point concurrently and glue and counterpoint sucking disc is equipped with point gum machine on the board and constructs and laminating mechanism, when making the cloth put to this mechanism on, can accomplish fast and paste, do the utility model discloses a next purpose.

According to the utility model discloses an innovative mechanism that has high-speed point concurrently and glue and counterpoint sucking disc is equipped with the drive division and makes two sucking discs or sucking disc pole laminate relatively, deuterogamies a positive negative pressure auto-change over device, and the laminating operation that reaches the cloth can be accomplished fast, does the utility model discloses a still another purpose.

In order to further understand the objects, shapes, structural features and functions of the present invention, the embodiments are illustrated in the drawings, and the structure of the present invention is as follows:

drawings

The accompanying drawings, which are incorporated in and constitute a part of the specification, illustrate embodiments of the invention and together with the description, serve to explain the principles of the invention.

Fig. 1 is the utility model discloses have the three-dimensional combination map of high-speed point glue and counterpoint sucking disc's innovation mechanism concurrently.

Fig. 2 is a schematic perspective view of the innovative mechanism with high-speed dispensing and aligning suction cups of the present invention without dispensing mechanism.

Fig. 3 is a side view of the innovative mechanism with high-speed dispensing and aligning suction cups of the present invention without dispensing mechanism.

Fig. 4 is the utility model discloses it sets up the disk body to pasting the stereogram of module to having the innovative mechanism of high-speed point glue concurrently and counterpoint the sucking disc.

Fig. 5 is a schematic perspective view of the novel mechanism of the utility model with high-speed dispensing and aligning sucker, showing the module.

Fig. 6 is the utility model discloses have the disk body of the innovative mechanism of high-speed point glue and counterpoint sucking disc concurrently to the operation flow sketch map of pasting the module.

Fig. 7 is the utility model discloses it sets up the body of rod to pasting the stereogram of module to have the innovative mechanism of high-speed point glue concurrently and counterpoint the sucking disc.

Fig. 8 is a schematic perspective view of the rod body of the innovative mechanism with high-speed dispensing and alignment suction cup of the present invention.

Description of the reference numerals:

100: machine table

110. 120: support plate

200: glue dispensing mechanism

210. 220, and (2) a step of: x-axis electric cylinder

230: y-axis electric cylinder

240: z-axis electric cylinder

250: glue dispensing gun

300: disk body opposite-pasting module

310: fixed suction cup

320: rotary suction cup

330: driving part

340: rotating shaft

30. 40: pipeline

410: a first aligning plate

420: second alignment plate

410a, 420a: hollow-out part

430: first fabric

440: second cloth

500: stick body opposite sticking module

50: driving part

51: a first aligning plate

52: second alignment plate

51a, 52a hollowed-out parts

510: fixed suction rod

520: rotary suction rod

530: inclined plate

532: an axis.

Detailed Description

The innovative mechanism of the present invention with the functions of high-speed dispensing and alignment sucking disc, as shown in fig. 1 to 3, is provided with two carrier plates 110, 120 above a machine table 100, a pair of adhesive modules can be respectively installed above the surfaces of the two carrier plates 110, 120, and a linear slide rail is respectively installed at the two side ends of the two carrier plates 110, 120, and is located at different heights, so that the mechanism can be shifted back and forth alternately; a dispensing mechanism 200 is disposed above the machine 100, and the dispensing mechanism 200 is located above the two carrier plates 110 and 120, and can dispense the adhesive on the adhesive module mounted on the carrier plate.

As shown in fig. 1, a Y-axis electric cylinder 230 is disposed between two X-axis electric cylinders 210 and 220 in the dispensing mechanism 200, and the Y-axis electric cylinder 230 can move along the two X-axis electric cylinders 210 and 220; the Y-axis electric cylinder 230 is provided with a Z-axis electric cylinder 240, and the front end surface of the Z-axis electric cylinder 240 is provided with a dispensing gun 250. Thus, the dispensing gun 250 can move along the X-axis direction, the Y-axis direction and the Z-axis direction according to the requirement of the preset position of the cloth, so as to rapidly complete dispensing.

The utility model discloses a have the innovation mechanism of high-speed point gluing and counterpoint sucking disc concurrently, locate on the support plate and mainly provide the first cloth district and the second cloth district of cloth each other to pasting of cloth to can be plane or edge according to the mutual scope of pasting in first cloth district and second cloth district, and adopt the disk body to paste the volume disk body to the sticking module or adopt the body of rod to the body of rod of pasting to the sticking module.

Referring to fig. 1 and 5, a tray 300 is schematically illustrated above the board surfaces of the carrier boards 110 and 120, and as shown in the figure, the tray 300 includes a fixed suction cup 310, a rotating suction cup 320 and a driving portion 330. The rotary sucker 320 is connected to the driving part 330 via a rotating shaft 340 to be driven by the driving part 330 to rotate, and the rotary sucker 320 is rotated to be attached to the fixed sucker 310. The driving unit 330 may drive the rotary chuck 320 by using a hydraulic cylinder, a pneumatic cylinder, a motor, or the like, so as to rotate the rotary chuck 320. Furthermore, a pipeline 30 is provided, one end of the pipeline 30 is connected to the fixed chuck 310, the other end thereof is connected to the rotary chuck 320 via the inside of the rotating shaft 340, and the lower end of the pipeline 30 is connected to a negative pressure source (not shown). The fixed suction cup 310 and the rotary suction cup 320 are hollow, and a plurality of through holes are formed on the upper plate surface thereof, so that when the negative pressure is generated by communicating with a negative pressure source through the pipeline 30, the tablets placed on the plate surfaces of the fixed suction cup 310 and the rotary suction cup 320 can be adsorbed.

Referring to fig. 6, a bonding operation flow of the tray body to the bonding module 300 includes: (1) The fixed suction cup 310 and the rotary suction cup 320 are respectively provided with a first aligning plate 410 and a second aligning plate 420, and the first aligning plate 410 and the second aligning plate 420 are provided with preset hollow parts 410a and 420a so as to provide a first cloth 430 and a second cloth 440 which are prepared to be mutually attached for placement; (2) Placing the first cloth 430 and the second cloth 440 in the hollow parts 410a and 420a, and then starting the negative pressure source to make the first cloth 430 and the second cloth 440 fixed by the fixed suction cup 310 and the surface of the rotating suction cup 320; (3) Starting the glue dispensing mechanism 200, and gluing the peripheries of the first cloth 430 and the second cloth 440 according to a preset program; (4) starting the driving part 330 to rotate the rotary sucker 320; (5) When the rotary suction cup 320 covers the upper end of the fixed suction cup 310, the first cloth 430 and the second cloth 440 are attached to each other; (6) The negative pressure source is turned off, the driving part 330 is started to make the rotary suction cup 320 reversely rotate and return to the original position, and the next laminating operation is performed.

Referring to fig. 7 and 8, a stick-on-stick module 500 is schematically illustrated above the board surfaces of the carrier boards 110 and 120, as shown in the figure, the stick-on-stick module 500 has a fixed suction rod 510 and a rotating suction rod 520, the other ends of the fixed suction rod 510 and the rotating suction rod 520 are respectively communicated with a pipeline 40 and externally connected to a negative pressure source (not shown), the fixed suction rod 510 and the rotating suction rod 520 are hollow, and a plurality of through holes are formed on the upper surface of the fixed suction rod 510 and the rotating suction rod 520, so as to be capable of being used for adsorbing the material pieces placed on the surface of the fixed suction rod and the rotating suction rod 520 when the negative pressure is generated by communicating with the negative pressure source through the pipeline 40. The fixed suction rod 510 may be provided with a first aligning plate 51, the rotary suction rod 520 may be provided with a second aligning plate 52, and the rod surface without the aligning plate may be formed with predetermined hollowed portions 51a, 52a. In addition, one end of the rotary suction rod 520 is disposed at the rear end of a swash plate 530, and the swash plate 530 is driven by the driving part 50 to rotate around the axis 532. Therefore, when the second part and the first part of the clothes material sheet are respectively placed on the hollow parts 51a and 52a on the fixed suction rod 510 and the rotary suction rod 520, the clothes material sheet can be firstly fixed by negative pressure adsorption; when the driving part 50 drives the inclined plate 530 to rotate to drive the rotary suction rod 520, the first part of the clothes material sheet can be overturned above the fixed suction rod 510 along with the rotary suction rod 520, and is relatively attached to the second part on the rod surface of the fixed suction rod 510.

The utility model discloses a have the innovation mechanism of high-speed point gluing and counterpoint sucking disc concurrently, through the aforesaid constitution, can provide the shaping that can laminate fast of cloth really, can not only make productivity efficiency promote, more can improve the accurate nature of laminating.

In summary, the innovative mechanism of the present invention with high-speed dispensing and alignment sucking disc has an innovative structure that has not been found before, and has not been found in any publication, nor any similar product in the market, so that it has novelty without any doubt. In addition, the unique features and functions of the utility model are far from the comparability of the prior art, so the utility model has more progress than the prior art, conforms to the regulations of the patent law of China on the application requirements of the creation of patents, and is still legally applied for patent.

It should be understood that the foregoing is illustrative of the preferred embodiments of the present invention and that modifications and variations may be made in the invention without departing from the spirit of the invention.

Claims (7)

1. The utility model provides a have high-speed point concurrently and glue innovative mechanism with counterpoint sucking disc which characterized in that is equipped with support plate and point gum machine in the top of a board and constructs, be equipped with on the support plate and paste the module, point gum machine constructs and is equipped with the some gum guns, can glue locating the material of pasting on the module.

2. The innovative mechanism of both high-speed dispensing and alignment sucking disc as claimed in claim 1, wherein the dispensing mechanism spans a Y-axis electric cylinder between two X-axis electric cylinders, the Y-axis electric cylinder being capable of moving along the two X-axis electric cylinders; the Y-axis electric cylinder is provided with a Z-axis electric cylinder, and the front end face of the Z-axis electric cylinder is provided with the glue dispensing gun, so that the glue dispensing gun can move along the X-axis direction, the Y-axis direction and the Z-axis direction according to the requirement of a preset position of a material, and the glue dispensing can be completed quickly.

3. The innovative mechanism with both high-speed dispensing and alignment sucking disc as claimed in claim 1 or 2, wherein the aligning module adopts a disc body aligning module or a rod body aligning module according to the range of materials to be aligned with each other, which is a plane or an edge.

4. The innovative mechanism of both high-speed dispensing and aligning suction cup as claimed in claim 3, wherein said disk body aligning module comprises a fixed suction cup, a rotary suction cup and a driving portion, the rotary suction cup is connected to the driving portion via a rotating shaft to be driven by the driving portion to rotate and to be aligned with the fixed suction cup; the other ends of the fixed sucker and the rotary sucker are respectively communicated with a pipeline to a negative pressure source, so that the surfaces of the fixed sucker and the rotary sucker can generate negative pressure for adsorption.

5. The innovative mechanism of both high-speed dispensing and aligning suction cup as claimed in claim 3, wherein the rod-body-to-module has a pair of stick-parts at the front end of a rotation part, the pair of stick-parts has at least a fixed suction rod and a rotation suction rod, one end of the rotation suction rod is fixed at the tail end of a sloping plate, the sloping plate can be rotated by a driving part, and when the sloping plate is rotated, the rotation suction rod can be driven to turn over to the upper end surface of the fixed suction rod and stick to the fixed suction rod.

6. The innovative mechanism of both high-speed dispensing and aligning suction cup as claimed in claim 4, wherein the fixed suction cup and the rotating suction cup are hollow, and have a plurality of through holes formed on the upper rod surface thereof for allowing the suction of the material sheet placed on the rod surface thereof when the negative pressure is generated by connecting the suction cup to the negative pressure source through the pipeline.

7. The innovative mechanism of both high-speed dispensing and aligning suction cup as claimed in claim 5, wherein the other ends of the fixed suction rod and the rotary suction rod are respectively connected to a pipeline externally connected to a negative pressure source; the fixed suction rod and the rotary suction rod are hollow, and a plurality of through holes are formed in the rod surface above the fixed suction rod and the rotary suction rod, so that the fixed suction rod and the rotary suction rod can be used for adsorbing a material sheet placed on the rod surface when the fixed suction rod and the rotary suction rod are communicated with a negative pressure source through pipelines to generate negative pressure.

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