KR102018250B1 - The apparatus and method for manufacturing tea leaves filter - Google Patents

Abstract

The present invention provides an apparatus (100) for manufacturing a tea leaf filter. The apparatus comprises a filter part manufacturing part (120) manufacturing a filter part (220) which includes a filter having a plurality of fine holes for passing water and filtering tea leaves, and an edge having an end portion bent downward by a predetermined width while surrounding the circumference of the filter, to be insertedly bonded to a predetermined position of the inside of a can body (210) manufactured by a can body manufacturing part (110). The filter part manufacturing part (120) includes: a paper material punching part (123) punching a paper material to form a hole therein such that the filter is exposed; a hot air heating part (124) heating, with hot air, a coated surface of the paper material punched by the paper material punching part (123); a compressing and heating part (125) compressing the filter against the paper material heated by the hot air heating part (124), and heating the filter; and a filter compression and paper material punching part (127) forming the edge such that the end portion is bent downward by the predetermined width by inserting the paper material having the edge and the compressed filter, while forming the edge by punching, by the compressing and heating part (125), the paper material against which the filter is compressed and heated. Thus, the apparatus can overcome limitations resulting from the characteristics of the paper material, which is disposable, in mass production by automating a work process to which a conventional manufacture of paper cups is applied.

Description

Tea leaf filter manufacturing apparatus and method {The apparatus and method for manufacturing tea leaves filter}

The present invention relates to an apparatus and method for manufacturing tea leaf sieves, and more particularly, when a tea is poured into a cup of green tea, black tea, persimmon leaf tea, chrysanthemum tea, and the tea leaves are poured with water to drink, The present invention relates to a tea leaf filter manufacturing apparatus and method for inserting and fixing a car so that only the car can be passed through the upper part where the tea leaf is placed, and thereby allowing only the tea to be intoxicated while eliminating inconveniences such as the dryness of the tea leaf into the mouth.

Paper cup is a representative example of a variety of disposable products that are used a lot in order to pursue the convenience in life, as shown in Figure 1, while cutting the side (1) and the base (2) while unwinding the paper fabric wound in roll form By rolling the side edges (1) roundly to form a tapered cylindrical body (4) having a diameter of the upper part and a diameter of the lower part is smaller than the diameter of the upper part, the base (2) cut in a circular shape is formed around the outer circumference. It is bent downward by a predetermined interval to form a downward bent portion (3) to be inserted into the inside of the cylinder (4), roll the outer periphery of the upper portion of the cylinder (4) to the outside to form the curling portion (5), the lower portion of the cylinder ( While folding the entire circumference of the lower end of 4) inward, the lower end of the cylinder 4 is joined to enclose the downward bent portion 3 of the base 2, and the heel 6 is formed by the rolling process to form the paper cup 7. To manufacture.

As an example of an apparatus for manufacturing such a paper cup, Patent No. 1108612 (name of the cup inspection apparatus of the paper cup maker), as shown in Figure 2, the three turntable (1) (2) (3) is organically It is provided and rotated by a control part, respectively.

One side of the first turntable 1 is provided with a side forming part 10 for supplying one by one in a state in which the cut side material A 'is laminated and being rolled round to form a cylindrical side A. That is, in the side molding part 10, the cut sides are rolled round and pressurized in a state in which heat is applied in the process of transferring them one by one to be cylindrically supplied to the first turntable 1.

The first turn table 1 is rotated in a clockwise direction, and a plurality of holders 11 are formed along the circumferential direction to receive and drive a paper cup supplied from the side forming part 10.

In addition, one side of the first turn table 1 is provided with a base supply unit 20 for cutting and supplying the base B, which is part of the second turn table 2 in the upper position of the first turn table 1 Is installed so as to overlap the rotational drive is provided with a plurality of base holder 21 in the circumferential direction. That is, in the side forming part 10, the base B corresponding to the underlay of the paper cup is cut and molded in a circle on the second turn table 2, and then supplied through the holder 11 of the first turn table 1. Will be inserted into the interior of the cylindrical side (A).

In addition, a third turn table 3 of another type is also installed on the other side of the first turn table 1 so as to be rotated and partially rotated. On the third turn table 3, a disk-shaped disk is formed on a cylindrical side A. FIG. A base portion 30 for completely adhesive molding the base B and a curling molding portion 40 for rolling the upper end of the paper cup are installed.

In addition, the third turn table 3 is formed of a disc body, and a plurality of molding holders 31 are installed to overlap with a part of the first turn table 1 along the circumferential direction, The government 30 and the curling molding unit 40 are installed. In the base portion 30, the base B is inserted and fastened into the cylindrical side A from the first turn table 1 to the third turn table 3 side, and then the bottom of the side A. At the same time by applying heat to pressurize as a separate pressing member not shown to form an integral bond.

In addition, after the base is adhesively molded in the base 30, the base is transferred to the opposite curling part 40 by the rotational force of the third turntable 3, and then heat is also applied by the curling mold not shown. While pressing, the upper end of the paper cup (C) is rolled in a circular shape, thereby completing the molding of the paper cup (C).

In addition to these paper cups, a lid that is required for storing food in a cup, a container, or the like, and a cup holder for holding a hot drink or a cup containing food, is also used. Patent No. 1043133 (Invention: Paper Lid) Like the cylindrical upper and lower curling apparatus for manufacturing equipment, and Patent No. 1702314 (name of the invention: disposable cup sleeve and its manufacturing method), the lid and the cup holder are also manufactured according to each characteristic.

On the other hand, in the case of drinking tea concerned with water in the form of dried foods such as green tea, black tea, persimmon leaf tea, and chrysanthemum tea, when the tea bags are not packed in tea bags, the leaves of the tea leaves enter the mouth or hit around the mouth while drinking.

Therefore, when you drink green tea, etc. into a disposable paper cup and pour water into it, insert the tea leaf filter into the upper part where the green tea is placed inside the disposable paper cup so that only the tea can pass through it. There was a need to prevent the entry of the car and to drink only the car you were drinking.

From this, as shown in FIG. 3, the tubular body 210 having a predetermined width and tapered in correspondence with the cup, the tubular body 210 opened up and down, and the tubular body 210 are maintained in a predetermined position inside the cup. The filter unit 220 is formed of a filter net having a plurality of fine holes formed therein so that water passes through and filters the tea leaves, and an edge which is bent downward at a predetermined width while surrounding the filter net. With the tea leaf filter body 200 having, the dried tea leaves will remain at the bottom of the paper cup so that the tea leaves can be enjoyed without having to separately remove the dried tea leaves to be treated.

In order to pursue the convenience of life by manufacturing these tea leaf sieves in a single-use and large quantity, paper materials must be included. It is necessary to improve the workability while increasing the reliability and reliability.

Patent No. 1043133 (Invention name: Upper and lower curling device for paper lid manufacturing equipment) Patent No. 1702314 (Invention name: Disposable cup sleeve and its manufacturing method)

The present invention has been made to solve the above problems, while overcoming the limitations of the characteristics of the paper material in the production of disposable and large-volume with the automation of the work process applying the conventional paper cup manufacturing, while working more robust, stable and reliable An object of the present invention is to provide an apparatus and a method for producing tea leaf sieves that improve the qualities.

In order to solve the above problems, the present invention, the cylindrical body manufacturing portion for manufacturing a cylindrical body 210 having a predetermined width and tapered corresponding to the cup, to maintain the insertion state at a predetermined position inside the cup, the top and bottom open 110; In order to be inserted and bonded to a predetermined position inside the cylinder 210 manufactured by the cylinder manufacturing unit 110, a filter net formed with a plurality of fine holes through which water passes and the tea leaves are filtered out, and surrounds the filter net around the end. A filtration unit manufacturing unit 120 for manufacturing a filtration unit 220 formed of an edge bent down a predetermined width; And, in the state in which the filtration unit 220 manufactured in the filtration unit manufacturing unit 120 is inserted into the inside of the cylinder 210 manufactured by the body manufacturing unit 110, folding the lower portion of the cylinder 210 And a coupling part and a bonding part 130 which are joined to each other while auditing the edge bent portion of the filter part 220, wherein the filter part manufacturing part 120 is punched to form holes in the paper fabric to expose the filter net. Paper fabric punching unit 123, the hot air heating unit 124 for heating the coated surface of the paper fabric punched by the paper fabric punching unit 123 with hot air, the paper fabric heated in the hot air heating unit 124 Pressed heating unit 125 for crimping and heating the filter net, and the crimp heating unit 125 by punching the paper fabric press-heated by the filter net to form the rim, the rim formed filter network crimped paper fabric rotating plate Insert it at 128 Be constant width downwardly bent to provide a tea leaf ash material manufacturing apparatus 100 is provided with a filtering net of the paper pressing fabric punching forming section 127 which forms the border characterized.

Preferably, the filtration unit manufacturing unit 120, at the front end of the paper fabric punching unit 123, a paper fabric transfer unit installed to smoothly transport the paper fabric supplied in the form of roll from one side to the other side ( 122) and the paper fabric conveyed from the paper fabric conveying unit 122 is punched by the paper fabric punching unit 123, hot air heating unit 124, crimp heating unit 125 while being transported from one side to the other side. In order to sequentially perform the heating and the heating, the filter network may be further provided with a pressurized paper sheet conveying unit 126 is installed between the pressing unit 125 and the filter paper crimping paper punching forming unit 127.

In addition, in order to solve the above problems, the present invention, to maintain the insertion state in a predetermined position inside the cup, to have a predetermined width and tapered corresponding to the cup, manufacturing a cylinder 210 which is opened up and down (S110); In order to insert and bond to a predetermined position inside the cylinder 210 manufactured in the step (S110), the water is passed through the filter and the tea leaves are filtered to form a plurality of fine holes, and surrounding the periphery of the filtering network and a predetermined width at the end portion Manufacturing a filter unit 220 having a downwardly bent edge (S120); And, in the state in which the filter unit 220 manufactured in the step (S120) is inserted into the inside of the cylinder 210 manufactured in the step (S110), folding the lower portion of the cylinder 210 to the filtration unit ( Joining and bonding step (S130) for wrapping and bonding the edge of the bent portion 220, comprising the step of manufacturing the filter 220 (S120), in the paper fabric, forming a hole to expose the filter network The first step (S121) punched to, the second step (S122), the second step (S122) of heating the paper surface of the paper fabric punched in the first step (S121) with hot air A third process (S123) for pressing and heating the filter network to the fabric, and punching the paper fabric that the filter network is pressed and heated in the third process (S123) to form the rim, while forming the rim network filter paper crimped paper fabric Inserted into the rotating plate, the tip is lowered Bent so provides a fourth process, the tea leaves manure body manufacturing method according to claim, including (S124) of forming the border.

According to the apparatus and method for manufacturing tea leaf sieve according to the present invention having the above-mentioned solution, the filter part inserted into and adhered to the inside of the cylinder is punched to form a hole so that the filter net is exposed to the paper fabric, and the coated surface of the punched paper fabric After heating with hot air, the filter net is crimped and heated, and the filter net is pressed to form a rim by punching the heated paper fabric, and the rim is formed so that the edge is bent downward by a predetermined width by inserting the rim of the filter paper crimped paper into the rotating plate. By making the product, the tea leaf filter sieve having a more stable and stable and high reliability and good workability is produced.

1 shows a manufacturing process of a typical paper cup,
2 shows an example of an apparatus for manufacturing the paper cup of FIG.
3 shows an example of using a tea leaf filter,
Figure 4 is a simplified block diagram showing the tea leaf filter manufacturing apparatus according to an embodiment of the present invention,
Figure 5 shows the tubular manufacturing portion in the tea leaf manipulator manufacturing apparatus according to an embodiment of the present invention,
Figure 6 shows the filter manufacturing unit in the tea leaf filter manufacturing apparatus according to an embodiment of the present invention,
7 is a flow chart showing a tea leaf filter manufacturing process according to an embodiment of the present invention,
8 illustrates a process of manufacturing a tea leaf filter sieve by the tea leaf manipulator manufacturing method according to an embodiment of the present invention,
FIG. 9 illustrates a paper fabric in which the filter network is pressed and heated during the tea leaf filter manufacturing process of FIG. 8;
10a and 10b shows a tea leaf manipulator produced by the tea leaf manipulator manufacturing method according to an embodiment of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings, which are intended to be described in detail so that those skilled in the art can easily implement the present invention. It is not intended that the technical spirit and scope of this invention be limited. Terms used to define relative positions such as front, rear, left, right, up and down, inside and outside are based on the accompanying drawings.

Figure 4 is a simplified block diagram showing the tea leaf filter manufacturing apparatus according to an embodiment of the present invention, Figure 5 shows a tubular manufacturing portion in the tea leaf filter manufacturing apparatus according to an embodiment of the present invention, Figure 6 is this invention In the tea leaf filter sieve manufacturing apparatus according to the embodiment of the present invention.

The tea leaf filter body manufacturing apparatus 100 according to the embodiment of the present invention, as shown in FIG. 4, includes a tubular body manufacturing unit 110, a filtration unit manufacturing unit 120, and a coupling and bonding unit 130.

As shown in FIG. 5, the cylindrical body manufacturing unit 110 includes a frame 111, a paper supplying unit 112, a cylindrical molding unit 113, and a cylindrical conveying unit 114. In order to maintain the insertion state at the position between the bottom in the middle, the cylindrical body 210 which has a predetermined width and is formed to be tapered corresponding to the paper cup, and is opened up and down.

The frame 111, the cylinder 210 is formed of a paper fabric, so that the above configuration to be inserted into the cylindrical mounting hole of the rotating plate 115 to be transported while rotating the formed cylinder 210 can be installed.

The base paper supply unit 112 is installed on one side of the frame 111, while receiving a plurality of sheets of paper fabric cut in a fan shape for cylindrical molding, while taking out the sheet from the lower side to the other side, the cylindrical molded part It is supplied to 113 to operate to shape the cylinder.

The cylindrical molding part 113 is installed on the other side of the paper supply part 112, and the paper fabric received from the paper supply part 112 is placed in a molding frame and then lowered in the folded state at both sides by bending means. The end which abuts with the ultrasonic welding machine is crimped | molded, and a cylinder is shape | molded.

The cylindrical conveying part 114 is installed on the other side of the cylindrical forming part 113, and after horizontally conveying the cylindrical body formed by the cylindrical forming part 113 to the other side, rotates 90 ° vertically (⑬) to operate to mount to the cylindrical mounting hole of the rotating plate (115).

As described above, the cylinder 210 manufactured by the cylinder manufacturing unit 110 is inserted into and coupled to the filtration unit 220 manufactured by the filtration unit manufacturing unit 120. Fold the lower part to wrap the lower part of the filter unit 220, and then rolled to join, a plurality of cylindrical through holes that are installed adjacent to the other lower part of the cylindrical forming part 113 and can mount the cylinder (circumference) The rotating plate 115 formed along the direction transfers a cylindrical body mounted on the cylindrical mounting hole while the rotating shaft rotates by a driving device to a rotating plate (not shown) separately installed and driven.

The frame 111, the paper supplying unit 112, the cylindrical forming unit 113, the cylindrical conveying unit 114, and the rotating plate 115, which have been briefly described above, are generally used for an apparatus for manufacturing a paper cup, a paper lid, or the like. The detailed description is similar to that of the structures to be applied.

As illustrated in FIG. 6, the filtration unit manufacturing unit 120 includes a frame 121, a paper fabric conveying unit 122, a paper fabric punching unit 123, a hot air heating unit 124, and compression heating. It comprises a portion 125, the filter paper crimping paper fabric conveying unit 126 and the filter paper crimping paper fabric punching forming unit 127, and inserted into a predetermined position inside the cylinder 210 manufactured by the cylindrical fabrication unit 110 To be bonded, the filter unit 220 is formed of a filter net formed with a plurality of micropores through which water passes and the tea leaves are filtered out, and an edge that is bent downward by a predetermined width while surrounding the filter net.

The frame 121 is punched to form a hole to expose the filter net, and heated the coated surface of the punched paper fabric with hot air, press-heated the filter network to the heated paper fabric, the filter network is press-heated paper Forming a border by punching the fabric, inserting the filter paper crimped paper fabric formed with the border into the rotating plate to form a border to bend down a predetermined width, and the above configuration for transferring the paper fabric from one side to the other side To be installed.

)을 일 측에서 타 측으로 원활하게 이송되도록 작동한다. 이 발명의 실시 예에서 종이원단은, 기어드 모터의 작동에 의해 소정 속도를 유지하게 회전하는 롤러 사이에서 이송되게 할 수 있다.The paper fabric conveying unit 122 is installed on one side of the frame 121, the paper fabric supplied in the form of a roll (

) Works to transfer smoothly from one side to the other. In the embodiment of the present invention, the paper fabric can be transported between the rotating rollers to maintain a predetermined speed by the operation of the geared motor.

)하도록 펀칭하게 작동한다.The paper fabric punching unit 123 is installed on the other side of the fabric conveying unit 122, and forms a hole in the paper fabric supplied through the fabric conveying unit 122 to expose the filter network (

It works to punch.

The hot air heating unit 124 is installed on the other side of the paper fabric punching unit 123, and operates to heat the coated surface of the paper fabric punched by the paper fabric punching unit 123 with hot air. In an embodiment of the present invention, hot air may be supplied through a ring blower.

The pressing heating unit 125 is installed on the other side of the hot air heating unit 124, and operates to compress and heat the filter net conveyed while being separately supplied to the paper fabric heated by the hot air heating unit 124. In the embodiment of the present invention, the crimp heating may be heated in a state in which the heated iron is pressed and pressed.

)이, 일 측에서 타 측으로 상기 종이원단 이송부(122)의 속도와 동일하게 이송되도록 작동하여, 상기 종이원단 이송부(122)에서 이송된 종이원단이, 상기 종이원단 펀칭부(123), 열풍 가열부(124), 압착 가열부(125)에서 펀칭과 가열을 순차적으로 수행할 수 있게 한다. 이 발명의 실시 예에서 여과망이 압착 가열된 종이원단은, 기어드 모터의 작동에 의해 소정 속도를 유지하게 회전하는 롤러 사이에서 이송되게 할 수 있다. 또한 이 과정에서 롤 형태의 상기 여과망도 펀칭 가열된 종이원단에 공급될 수 있게 된다.The filter paper crimp paper feed unit 126 is installed on the other side of the crimp heating unit 125, the paper fabric press-heated the filter network in the crimp heating unit 125 (

) Is operated so that one side to the other side at the same speed as the paper fabric conveying unit 122, the paper fabric conveyed from the paper fabric conveying unit 122, the paper fabric punching unit 123, hot air heating In the unit 124 and the compression heating unit 125, the punching and the heating may be sequentially performed. In the embodiment of the present invention, the filter cloth is press-heated paper fabric, it can be transferred between the rotating roller to maintain a predetermined speed by the operation of the geared motor. Also in this process, the filter network in the form of a roll can be supplied to the punched heated paper fabric.

)한다. 그리고 상기 테두리가 형성된 여과망 압착 종이원단을 회전판(128)의 여과부 거치공에 삽입하여 끝 부분이 소정 폭 하향 절곡되게 상기 테두리를 형성(

)하도록 작동한다.The filter paper crimping paper fabric punching forming unit 127 is installed on the other side of the filter paper crimping paper fabric conveying unit 126, and is conveyed from the filter paper crimping paper fabric conveying unit 126, The filter network punches the press-heated paper fabric to form the rim (

)do. And inserting the filter paper crimped paper fabric formed in the rim into the filter portion mounting hole of the rotating plate 128 to form the rim so that the end portion is bent downward a predetermined width (

It works.

)를, 별도로 설치 구동되는 상기 회전판으로 이송한다.As such, the filtration unit 220 manufactured by the filtration unit manufacturing unit 120 is inserted into and coupled to the inside of the cylinder 210 manufactured by the body manufacturing unit 110, and the lower portion of the cylinder 210. Circumferentially provided with a plurality of filter mounting holes which are installed adjacent to the upper side of the other side of the filter cloth crimping paper punching forming portion 127 to fold the inner portion of the filtration unit 220 to roll and bond the circumference thereof. The rotating plate 128 is formed along the direction of the filter unit mounted to the filter unit mounting hole of the rotating plate 128 while the rotating shaft is rotated by the driving device (

) Is transferred to the rotating plate which is installed and driven separately.

The coupling and joint 130 is rotated in a state in which the cylinder 210 manufactured by the cylinder manufacturing unit 110 is mounted in the cylinder mounting hole of the rotating plate 115, and mounting of the filtering unit of the rotating plate 128. Inserted into and coupled to the filtration unit 220 manufactured in the filtration unit manufacturing unit 120 that rotates in a state mounted on the ball, in this state is transferred to the rotating plate is installed and driven separately, the lower portion of the cylinder 210 Fold and wrap the lower portion bent downward at the edge of the filter unit 220 to operate the bonding.

The coupling and bonding unit 130 briefly described above is similar to the structures generally applied to a device for manufacturing a paper cup, a paper lid, and the like, and thus a detailed description thereof will be omitted.

Tea leaf filter manufacturing method according to an embodiment of the present invention having the configuration as described above in detail with reference to the accompanying drawings as follows.

7 is a flowchart illustrating a tea leaf manipulator manufacturing process according to an embodiment of the present invention, Figure 8 shows a process for manufacturing tea leaf manipulator with a tea leaf manipulator manufacturing method according to an embodiment of the present invention, Figure 9 In the process of manufacturing tea leaf sieve of Figure 8, the filter network shows the press-heated paper fabric, Figures 10a and 10b shows the tea leaf sieve produced by the method of manufacturing tea leaf sieve according to an embodiment of the present invention.

First, in the cylindrical body manufacturing unit 110, as shown in Figs. 7 and 8, the taper has a predetermined width and is tapered in correspondence with the cup so as to maintain an insertion state at a position between the bottom in the middle or the middle of the paper cup. It is formed, to manufacture the cylinder 210 opened up and down (S110).

A cylindrical body 210 is manufactured by joining both ends of the paper sheet 112 while cutting the paper fabric stacked in a fan shape to form a cylindrical body in the cylindrical forming unit 113 and then bonding both ends thereof. .

The cylindrical body 210 manufactured as described above is rotated vertically in the cylindrical conveying part 114 and then placed in the cylindrical mounting hole of the rotating plate 115 at the lower part, and manufactured in the filtering part manufacturing part 120. In a state in which the filter unit 220 is inserted into and coupled to the inside, the lower part of the cylinder 210 is folded inward to wrap the lower part of the filter unit 220 and then transfer to the rotating plate that is separately installed and driven to roll-bond.

Next, in the filtration unit manufacturing unit 120, to be inserted and bonded to a predetermined position inside the cylinder 210 manufactured in the step (S110), the water passes through the filter and the tea leaves to filter the filter network is formed with a plurality of fine holes And, surrounding the periphery of the filter net to produce a filter portion 220 consisting of a rim that is bent downward at a predetermined width (S120).

)에, 상기 여과망이 노출되게 구멍을 형성하도록 상기 종이원단 펀칭부(123)에서 펀칭한다(S121).Specifically, the paper fabric conveyed by the paper fabric conveying unit 122 (

), And punched in the paper fabric punching unit 123 to form a hole to expose the filter network (S121).

)의 코팅된 면을, 상기 열풍 가열부(124)에서 열풍으로 가열한다(S122).Paper fabric punched in the first step (S121) (

The coated surface of the) is heated by hot air in the hot air heating unit 124 (S122).

In the second process (S122) while pressing the heating filter on the coated surface of the paper fabric heated in the compression heating unit 125, the compression heating (S123).

In the process of manufacturing the tea leaf manipulator by the tea leaf manipulator manufacturing method according to an embodiment of the present invention, an example of the paper fabric that the filter network is pressed and heated as shown in FIG.

)을, 상기 여과망 압착 종이원단 이송부(126)에서 이송하면서 상기 여과망 압착 종이원단 펀칭 성형부(127)에서 펀칭하여 상기 테두리를 형성(

)하고, 이어서 상기 테두리가 형성된 여과망 압착 종이원단을 상기 회전판(128)의 여과부 거치공에 삽입하여 끝 부분이 소정 폭 하향 절곡되게 상기 테두리를 형성(

)한다(S124).In the third step (S123), the filter paper is press-heated paper fabric (

) Is punched by the filter paper crimped paper fabric punching molding unit 127 while conveying from the filter paper crimped paper fabric conveying unit 126 to form the rim (

Then, insert the filter paper crimped paper fabric formed with the rim into the filter portion through hole of the rotating plate 128 to form the rim so that the end portion is bent downward a predetermined width (

(S124).

Here, when the rim is punched through the filter portion 220 of the rotating plate 128 is inserted into the filter, the diameter of the filter 220 is larger than the filter portion of the rotating plate 128 The end portion is bent downward by a predetermined width as it is inserted.

)되어, 상기 통체 제조부(110)에서 제조된 통체(210)의 내부에 삽입 결합시킨 상태에서, 상기 통체(210)의 하부를 안으로 접어 상기 여과부(220)의 하부를 감싼 후 롤레팅 접합하도록, 별도로 설치 구동되는 상기 회전판으로 이송한다.The filtration unit 220 manufactured as described above is mounted on the filtration unit mounting hole of the upper rotating plate 128 (

), In the state of inserting and coupling into the inside of the cylinder 210 manufactured by the cylinder manufacturing unit 110, the lower portion of the cylinder 210 is folded in to wrap the lower portion of the filtering unit 220 and then rolled bonding In order to transfer to the rotary plate to be installed and driven separately.

And in the coupling and bonding portion 130, the cylinder 210 manufactured in the step (S110) is rotated in a state mounted on the cylindrical mounting hole of the rotating plate 115, the filtering portion of the rotating plate 128 mounted Insert and couple the filtration unit 220 manufactured in the step (S120) to rotate in a state mounted on the ball, and in this state is transferred to the rotating plate is installed and driven separately, folding the lower portion of the cylinder 210 Rolling bonding while wrapping the lower portion bent downward at the edge of the filter unit 220 (S130).

Examples of the tea leaf manipulators produced by the tea leaf manipulator manufacturing method according to an embodiment of the present invention, as shown in Figure 10a and 10b.

The tea leaf strainer 100 manufactured by the apparatus and method according to the embodiment of the present invention as described above can be used as a disposable tea leaf strainer in a cup to pursue convenience and reliability in life.

This invention is not limited to the above embodiments, various modifications are possible within the scope of the invention described in the claims, and such modifications are also included within the scope of the invention.

100: tea leaf filter body manufacturing apparatus according to an embodiment of the present invention
110: cylinder manufacturing unit
111: frame
112: paper supply unit
113: cylindrical molded part
114: cylinder transfer part
115: rotating plate
116: rolling portion
120: filtration unit manufacturing unit
121: frame
122: paper fabric transfer unit
123: paper fabric punching unit
124: hot air heating unit
125: crimp heating part
126: filter paper crimp paper transfer unit
127: Filtering Net Press Paper Punching Forming Part
128: rotating plate
130: joining and joining
200: tea leaf filter
210: cylinder
220: filtration unit

Claims (3)

A tubular manufacturing unit (110) for manufacturing a tubular body (210) having a predetermined width and tapered in correspondence with the cup so as to maintain an insertion state at a predetermined position inside the cup;
In order to be inserted and bonded to a predetermined position inside the cylinder 210 manufactured by the cylinder manufacturing unit 110, a filter net formed with a plurality of fine holes through which water passes and the tea leaves are filtered out, and surrounds the filter net around the end. A filtration unit manufacturing unit 120 for manufacturing a filtration unit 220 formed of an edge bent down a predetermined width; And,
In the state in which the filtration unit 220 manufactured in the filtration unit manufacturing unit 120 is inserted into and coupled to the inside of the cylinder 210 manufactured by the body manufacturing unit 110, the lower part of the cylinder 210 is folded and the filtration is performed. Includes; coupling and bonding portion 130 for auditing the edge of the bending portion of the portion 220;
The filtration unit manufacturing unit 120,
A paper fabric punching part 123 punched to form holes in the paper fabric to expose the filter network;
Hot air heating unit 124 for heating the coated surface of the paper fabric punched in the paper fabric punching unit 123 with hot air,
Press heating unit 125 for pressing and heating the filter network to the paper fabric heated in the hot air heating unit 124,
While forming the rim by punching the paper fabric press-heated by the filtration network in the squeezing heating unit 125, the rim is formed by inserting the squeezed filtration net fabric paper into the rotary plate 128 so that the end portion is bent downward by a predetermined width. Tea-filter manipulator manufacturing apparatus 100, characterized in that it comprises a filter network crimping paper fabric punching forming portion 127 to form a border. The method of claim 1,
The filtration unit manufacturing unit 120,
At the front end of the paper fabric punching unit 123, a paper fabric conveying unit 122 is installed to smoothly transport the paper fabric supplied in roll form from one side to the other side,
The paper fabric conveyed from the paper fabric conveying unit 122, while being transferred from one side to the other side, punching and heating in the paper fabric punching unit 123, hot air heating unit 124, compression heating unit 125 sequentially Tea leaf filter sieve manufacturing apparatus characterized in that it further comprises a filter network crimping paper fabric conveying unit 126 is installed between the pressing heating section 125 and the filter paper crimping paper fabric punching forming section 127 ( 100). Manufacturing a cylindrical body 210 having a predetermined width and tapered in correspondence with the cup and maintaining the inserted state at a predetermined position inside the cup (S110);
In order to insert and bond to a predetermined position inside the cylinder 210 manufactured in the step (S110), the water is passed through the filter and the tea leaves are filtered to form a plurality of fine holes, surrounding the perimeter and the predetermined width at the end portion Manufacturing a filter unit 220 having a downwardly bent edge (S120); And,
In the state in which the filtration unit 220 manufactured in the step (S120) is inserted into the cylinder 210 manufactured in the step (S110), the lower part of the cylinder 210 is folded to the filtration unit 220. Includes bonding and bonding step (S130) while wrapping the border bent portion of,
Manufacturing the filter unit 220 (S120),
A first step (S121) of punching a hole in the paper fabric to expose the filter network;
A second step (S122) of heating the coated surface of the paper fabric punched in the first step (S121) with hot air;
A third step (S123) of pressing and heating the filter network to the paper fabric heated in the second step (S122),
In the third step (S123), while forming the rim by punching the paper fabric press-heated by the filter network, the rim is formed by inserting the filter paper crimped paper fabric formed in the rotating plate to bend down the predetermined width downward. Tea leaf filter sieve manufacturing method comprising a fourth step (S124).

Images