KR20010099462A - Manufacture method of fan - Google Patents

Abstract

The present invention in the fan manufacturing method of the outer periphery-sealed wire plate,

The present invention relates to a fan manufacturing method for inserting and inserting fan strings by suspending arbitrary points of the outer side of the flat plate so that they can be randomly applied to any shape fan.

For this purpose, the outer periphery of the front panel material cut into the shape of the front panel by matching the adhesive surfaces of the fabric for fan manufacturing formed of two sheets before and after each other, without being limited to the position and shape of the top, bottom, left and right stitches, According to the shape and structure of the fan blade, a plurality of locations are arbitrarily set and sealed from one location, and randomly applied to any fan of any shape and structure, so that the fan blade is inserted from the unsealed portion. It is to provide a debt manufacturing method that can produce a quick, easy and sophisticated debt.

Description

Manufacturing Method of Fan

The present invention relates to a fan manufacturing method for manufacturing a combination of fan meat and the outer periphery closed plate.

Conventionally, two front panel members are bonded to each other on both sides of a fan meat and bonded to each other, and then cut into a fan shape.

There is a risk of protruding the ends of the fan blades, the loss of material that is cut and discarded together with the front panel material, and the economical disadvantage of cutting individual debt one by one.

In order to solve such a disadvantage, this is a Korean Patent Registration No. 0303700 (January 13, 2001) "Method for manufacturing fan of outsourcing type fan paper", which is coated with a thermoplastic polyethylene film on the back side. As applied to the surface plate that is thermocompression bonding,

It is difficult to apply to the method of manufacturing by applying an adhesive to the fan meat or by applying the adhesive after sealing the outer periphery of the front panel material in advance, other than the method of coating the thermoplastic poly ethylene film on the back, There are also difficulties in applying other types of adhesives and working methods.

Also, as shown in Figs. 1, 2, and 4, when one part of the outer periphery of the fan frame is to be left in the outer periphery of the panel, or in similar or other structured liabilities, There are a few disadvantages to doing sophisticated work.

In particular, the present invention has a shortcoming in dealing with the Korean Utility Model Registration No. 0150573 (1999.04.08) "Foldable debt of easy manufacturing" or similar structural debts preceded by the applicant.

The present invention, in order to solve the above problems, the outer periphery of the line face plate to cut in the shape of the face plate by joining the adhesive surface of the fabric for fabrication fan formed in the front, rear two sheets, the suture of the upper, lower, left, right Regardless of the position and shape to be used, according to the shape and structure of the fan blade, a plurality of locations are arbitrarily set and sealed from one location, and are randomly applied to any shape and structure fan, making it easy and quick. In addition, this paper proposes a method of manufacturing a fan of outsourcing type faceplate that can manufacture sophisticated fan.

Figure 1 is an exploded perspective view of the disconnection of one embodiment of the top suture method of the present invention

2 is a cutaway partial cutaway front view of a side suture one embodiment "example" of the present invention;

Figure 3 is a partial cutaway front view of one embodiment "example" cited in the folding liabilities of the present invention;

4 is a cutaway partial cutaway front view of a lower suture one embodiment "example" of the present invention;

5 is a cut-away partial cutaway front view of the plate-bonded one embodiment "Example" of the present invention;

Figure 6 is a reference diagram of one embodiment "example" of the outer frame coating method of the prior art

Figure 7 is a reference diagram of one embodiment "example" of the outer feather collar installation method of the prior art

* Explanation of symbols for main parts of the drawings

1: fan

2: face plate

3: suture part

4: cavity

5: expansion coefficient

6: outer frame

7: feather

The present invention is the outer periphery of the front plate material to cut in the shape of the front plate by joining the adhesive surfaces to be bonded to each other of the fabric for fan production formed of two sheets before, after,

With the optimum shape and standard for quick and precise manufacturing, it is possible to arbitrarily set a number of locations from one location according to the shape and structure of the fan blade, without having to focus on the location of the top, bottom, left and right stitches. In suture,

Preferred embodiments of the present invention are described in detail with reference to the drawings, characterized in that by applying randomly to the fan of any shape and structure to enable a precise and precise manufacturing operation as follows.

Figure 1 shows an embodiment "example" of the present invention the top closure method

It is cut to a standard that reduces the size of the face plate 2 to the size of the outer periphery frame 6 of the fan blade 1, and finishes with an outer periphery frame 6 that lubricates the periphery of the outer periphery of the finished fan. As the best way to bark

As shown in FIG. 1, the use of the expansion coefficients 5 of the fan blades 1 that are already registered and used, or intentionally forming similar or other irregularities, is known in the prior art shown in FIGS. 6 and 7. In proportion to the Korean Utility Model Registration No. 0150573 (1999.04.08), the direction of the work process of inserting and inserting the fan blades (1) between the front and rear two board plates (2) is inserted into the adhesive processing machine. , The state of being pushed in a uniform omni-directional direction, so that the state of fastening of the sealing part 3 and the elastic modulus 5 which is arbitrarily formed radially at different angles from one place to a plurality of places is easily released. It's a good way to get things done quickly and precisely.

Therefore, using the existing expansion coefficient 5 or intentionally forming other irregularities in this way is also the same in the seals or joints described in FIGS. 2 to 5 below.

In addition, Figure 2 is preferable when the horizontal transfer of the left or right direction should be performed in the state in which the fan (1) is inserted into the front plate (2), depending on the adhesive to be used, the bonding method and the structure of the bonding processing machine As a method, it is particularly useful for the automation of horizontal registration automatic transfer.

On the other hand, in such a side-end closure type, in the case of a manual production machine

In order to be suitable for ergonomic practice, it is also desirable to set the working line of the shovel-mounted work to an arbitrary rectangle.

Figure 3 is citing the structure of the domestic utility model registration No. 0150573 (2000.04.08) "Easy to manufacture folding debt" which is another prior proposal of the applicant,

As an embodiment "example" of the method of applying the present invention to a folding liability,

The two front and back plates (2) cut to the shape and size to be manufactured are matched with each other, so as to coincide with and settle with the projections of the unevenness formed on the upper and lower ends of the left and right ends (1). It is to sew a number of places from one place, and then attach and spread fan meat (1) by inserting it. (Detailed reference of manufacturing method: Domestic Utility Model Registration No. 0150573 (2000.04.08)

Fig. 4 shows an embodiment "example" in which the technical details of the present invention are applied to typical single-line fans which have been introduced. As shown in this figure, the shape, structure and work of the fan blade 1 are shown. According to the method, the desired position of the lower end of the front panel member 2 is optionally sealed, and the method of inserting and mounting downward from the unsealed upper end of the front panel member 2,

This inserting method is not only settled in place by the shape and weight of the fan and the body of the fan (1), but also vertically inserted only by inserting the fan (1) on the side plate (2), fine fluctuations Since it is not easy to move upward, it remains mounted without being disengaged, thus providing the most desirable efficiency especially for the automation of vertically matched automatic feeding.

FIG. 5 shows an embodiment of a method of applying the technical details of the present invention to a fan blade 1 formed by a combination of a divided shape such as a conventional craft blade or a wire wire which forms a unique shape of the fan blade 1 " In particular, such a plate joining method is applied to roll-shaped fabrics such as thermoplastic film or a resin film coated with a predetermined adhesive component on the back surface, paper, woven fabric, and nonwoven fabrics. In the process of gravure printing or cutting into the front panel member 2 while uncoupling the adhesive surfaces of the two rolls in the back state by facing each other, according to the shape and structure of the fan blade 1 By manufacturing and mounting thermo-pressure heaters of predetermined shape and standard from one place to many places and joining them together at the same time, there is no special process. It is to provide an efficient method that can be used to manufacture the finished plate material (2).

Therefore, in the adhesive component and the bonding method used in the above-mentioned joining methods, the shape of the fan and the method of manufacturing work, including the fan blade (1) or the side plate member (2), as well as the case of special use of the fan It shall be selected and selected arbitrarily, unless it is a special case, separate or separate the application or coating of adhesive components according to the process of sealing the outer circumference or joining the center and the final front bonding process to complete the fan. Careful setup is inevitably desirable so that it is not incurred.

According to some preferred embodiments of the present invention, a film of thermoplastic synthetic resin is coated on the back surface of the fabric for the front panel material 2 as in the prior art, and thermocompression bonding is performed from the outer periphery or the center bonding to the final front bonding process. and,

In order to reduce the process and cost of coating the film of the thermoplastic synthetic resin material, or the process from the purchase of the fabric on the roll (ROLL) to the finish of cutting to the standard of printing paper through the coating process, The urgent supply and demand of the fabric for the front panel material (2) is impossible, and an alternative to the ordinary sheet-shaped fabric which is already cut without the adhesive component is inevitably required, and the front panel material ( When the fabric of 2) is like a special woven fabric, the water-soluble adhesive ingredient is printed (coated) on the back by double-sided printing which prints the front and the back side simultaneously when printing the calligraphy or pattern on the front panel (2). There is a method of using, and the hardness selection after the adhesive curing of the water-soluble adhesive component at this time to suit the type and purpose of the fan to be completed Innovation and preferably

In this manner, the adhesive component of the synthetic resin system which has thermoplasticity and recurability, or the similar adhesive component is also used. It is preferable for rapid curing between printing process and bonding process.

In addition, in a special case in which the sealing of the outer circumference is processed in advance, and then the adhesive component is applied to the front panel member 2 or the adhesive component is applied to the fan skin 1, a plurality of the front panel members 2 are aligned and pressed. After mounting on, glue paste, starch paste, and chemical glue (glue) are used to selectively apply and harden only the side surfaces of the outer peripheral part of the panel 2 to be sealed, and can be separated and used one by one. It is.

The unique effect of the present invention configured as described above, the outer periphery of the front plate (2) to match the two front and rear sheets to each other in order to manufacture quickly and precisely without regard to the type and shape or specification of the liabilities to be manufactured Regardless of the position of the top, bottom, left and right, the suture part (3) to be formed on the plate surface is randomly set at random from one place to form the optimal size and shape. The rapid insertion and elaboration of the work takes place.

In addition, by mixing the methods of Figures 1 to 5 according to the manufacturing method, including the type and shape or standard of the fan, it is possible to perform more quickly and easily.

The present invention configured as described above can be manufactured by applying randomly to any shape and structure of the fan, it is possible to quickly and precise manufacturing work, there is an effect that the disadvantages of inconsistency are eliminated.

Claims (1)

In the fan manufactured by combining the fan blade (1) and the front panel member (2), the front panel member (2) cut together in the shape of the front panel by joining the adhesive surfaces to be bonded to each other of the fabric for fabricating the fan made of two sheets before and after (2) ) The outer periphery of) is the optimum shape and standard for the rapid and precise manufacturing of the fan, regardless of the position of the top, bottom, left and right, and the number of stitching points. Forming the sealing part 3 by arbitrarily setting a plurality of places, randomly applied to any shape and structure of the fan, it is configured to quickly insert the fan (1) to manufacture a sophisticated fan Debt manufacturing method characterized in that.