KR200284185Y1 - A manufacture apparatus of sink upper plate - Google Patents

Abstract

The present invention makes it easy to inhale dust generated while polishing the sink top plate made of artificial marble while improving the workability and productivity of the producer and worker, and can automatically cut and polish the mass of the product. It enhances productivity and economy due to production, and the combination of artificial marbles of different colors further enhances the aesthetics of the sink tops, thereby improving the efficiency of the overall sink tops, thereby improving the reliability and satisfaction of users' use. It is characterized by providing a manufacturing apparatus of the sink top plate to maximize the.

That is, the present invention, in order to achieve the above object, while processing the artificial marble in order to process the first auxiliary desk portion formed with a supply unit for supplying the sole and adhesive tape for wiping the dust on the artificial marble, processing the artificial marble A first conveying part which is brought into close contact with the part, a processing part having a cutting blade for cutting and polishing a required part of the artificial marble and cutting both ends of the artificial marble, and dust generated while cutting and grinding the artificial marble And a second conveying means for sucking and collecting dust, and a second conveying means for conveying the processed artificial marble onto a second auxiliary desk.

Description

A manufacturing apparatus of the sink top plate {A MANUFACTURE APPARATUS OF SINK UPPER PLATE}

The present invention relates to a device for manufacturing a sink top plate made of a material of artificial marble which is installed and used in the kitchen of a business place such as a general home or a restaurant in order to improve dignity and aesthetics.

More specifically, the first auxiliary desk portion formed with a supply unit for supplying the sole portion and the adhesive tape for wiping the dust on the artificial marble while sequentially transferring the artificial marble for forming the sink top plate, and the artificial marble to the processing unit A first transfer part to be brought into close contact with each other, a processing part having cutting edges to cut and polish a required portion of the artificial marble and to cut both ends of the artificial marble, and dust generated while cutting and grinding the artificial marble. By forming a suction dust collecting unit for suction and dust collection, and a second transfer means for transferring the processed artificial marble to the second auxiliary desk, it is possible to easily suck the dust generated while grinding the top plate of the sink made of artificial marble At the same time, it improves the work performance of producers and workers and the environment of the workplace. It can be cut and polished to improve the productivity and economy due to mass production of products. It is also possible to easily cut and polish different colored marbles, and the sink top is made of a combination of several artificial marbles processed according to the user's intention. The present invention relates to a device for manufacturing a sink top plate to further improve the aesthetic feeling and thereby to improve the efficiency of the overall sink top plate thereby maximizing user reliability and satisfaction.

In general, the sink is manufactured to an appropriate standard according to the specifications of the house, but a cabinet for storing kitchen utensils is formed, and a sink for washing dishes and a cooking unit for cooking food. It is a kitchen furniture made of a structure that can be installed to the stove by providing a support that is formed at a level slightly lower than the cooking portion on the side of the cooking portion usually flat.

The sink which is widely known and used at present is manufactured and used as artificial marble, but in order to process the artificial marble as a top plate of the sink, the worker works by holding a separate grinding machine with a cutting blade and a grinding blade directly. It is.

In order to form the top plate of the sink, dust generated while cutting and polishing the artificial marble with a grinding machine is not easily collected, and dust inhalation occurs in the worker's body, and at the same time, the risk of physical injury caused by manual work is caused. There is a problem that the working place is dirty and the workability of the worker is deteriorated, and the polished outer surface is not evenly formed due to the manual polishing of the worker, and there is no problem of the beauty of the overall artificial marble.

Therefore, due to the above problems, the artificial marble processing for forming the sink top plate conventionally performed has a limitation in productivity and efficiency, and it takes a lot of time to produce the sink top plate, which is not economical at the same time. There is always a problem that the user's processed product is not beautiful and the user's reliability is minimized and the satisfaction is minimized.

The present invention has been made to solve the problems of the prior art as described above has the following object.

The present invention makes it easy to inhale dust generated while polishing the sink top plate made of artificial marble while improving the workability and productivity of the producer and worker, and can automatically cut and polish the mass of the product. It enhances productivity and economy due to production, and the combination of artificial marbles of different colors further enhances the aesthetics of the sink tops, thereby improving the efficiency of the overall sink tops, thereby improving the reliability and satisfaction of users' use. The purpose is to provide a manufacturing apparatus of the sink top plate to maximize the.

That is, the present invention is a first auxiliary desk portion formed with a supply unit for supplying the sole portion and the adhesive tape for wiping the dust on the artificial marble while sequentially transferring the artificial marble, and the artificial marble in close contact with the processing unit (1) a suction part for collecting and collecting dust and dust generated during cutting and grinding of the artificial marble, and a processing part having a cutting blade for cutting and polishing a required portion of the artificial marble and cutting both ends of the artificial marble; And a dust collecting part and a second conveying means for conveying the processed artificial marble onto the second auxiliary desk.

1 is a schematic block diagram showing for explaining the present invention,

Figure 2 is an enlarged view of the main part for showing the present invention in detail,

3 is a schematic plan view showing to explain the present invention,

Figure 4 is a schematic configuration diagram for showing the flow relationship of the cutter blade of the present invention,

5 is an exemplary view showing a state in which the sink top plate is processed by the present invention,

Figure 6 is a state diagram made of a shape suitable for using the sink top plate processed for the present invention.

<Explanation of symbols for the main parts of the drawings>

1: 1st auxiliary desk 2: 2nd auxiliary desk

3: sole part 4: tape supply part

5: adhesion means 5a: lever

5b: Contact part 5c: Guide

6,6 ': Transportation 7: Processing department

8: Frame 9, 10, 11, 11 ', 16: Drive motor

9b, 10b: Grinding machine 9b ': Polishing blade

9b ": cutting edge 11b, 11b ': cutting blade

12: Feed roller 12 ': Gear

14, 14a: cylinder 15: suction dust collector

17, 18: Rotary lever 17a, 18a: Threaded rod

19: shelf 20: top plate

Hereinafter, the present invention described above in more detail by the accompanying drawings as follows.

As shown in Figures 1 to 4, the manufacturing apparatus of the sink top plate according to the present invention, the main component is installed on the upper part of the shelf 19 having a three-dimensional shape of a rectangular shape, and fits the height of the shelf 19 The auxiliary desks (1) and (2) are formed at the front and rear ends, respectively, wherein the first auxiliary desk (1) formed at the front end of the shelf (19) has a predetermined plate-shaped artificial body having a certain standard. The sink top plate 20, which is marble, is to be sequentially supplied, and the sole portion 3 for wiping the upper and lower surfaces of the sink top plate 20 before processing is predetermined on the upper and lower surfaces of the first auxiliary desk 1. The tape supply unit 4 is formed at the position of and the tape supply unit 4 for supplying the adhesive tape attached to the upper and lower surfaces so that the pre-processing sink top plate 20 passing through the sole part 3 is not detached when being cut. 1 is formed on the secondary desk (1) and the machining unit (7) shelf 19, respectively, A contact means 5 for contacting and supplying artificial marble passed through the process is formed at a predetermined position of the auxiliary desk 1, and the upper end of the shelf 19 is processed with the sink top plate 20 before the process. In order to facilitate the transfer of the sink top plate 20 afterwards, the transfer means 6 and 6 'formed with a feed roller 12 in which a plurality of gears 12' are pressurized by the link 12a are formed on both sides of the processing unit. It is formed on the shelf 19, the lower end of the shelf 19, the drive motor 16 for rotationally driving the feed roller 12 is formed in connection with the gear by a chain, the transfer means (6) Up and down reciprocating motion by the cylinder 14 between the (6 '), the grinding machine (9b) for cutting and polishing the sink top plate 20 before the processing is formed on the upper and lower surfaces of the shelf, respectively In front of the grinding machine 9b, one cutting edge 9b ″ and one cutting edge 9b ″ are located between the cutting edge 9b ″. A drive motor 9 is formed at the rear end of the grinding machine 9b to drive the cutting blade 9b "and the grinding blade 9b 'at the rear end of the grinding machine 9b'. A suction dust collecting part 15 is formed at an outer portion of 9b) to easily suck dust generated by the driving of the cutting blade 9b ″ and the grinding blade 9b ′ and transfer the dust to a dust collector (not shown). Cutting blades 11b and 11b 'for cutting both side ends of the sink top plate cut by the grinding machine 9b are formed at the front and rear ends of the frame 8, respectively. The top plate 20 is transferred to the second auxiliary desk 3 by the second transfer means 6 ', and is formed by the sink top plate 20 after processing by the operator.

In addition, the drive shafts of the rotary levers 17 and 18 are connected to the first frame 8 and the second frame 8a, and the rotations are respectively provided to the first frame 8 and the second frame 8a. Screw rods 17a and 18a are rotated by the rotation of the levers 17 and 18 so as to move the grinding machines 9b and 10b finely.

On the other hand, the present invention can be variously modified in the configuration consisting of the above configuration and may take various forms.

Next will be described in more detail with respect to the present invention configured as described above.

It is to improve the workability and productivity by automatically cutting and polishing the artificial marble which is the material of the sink top plate 20 before processing.

That is, the sink top plate 20 to be processed is sequentially placed on the upper part of the first auxiliary desk 1 formed at the front end of the shelf 19, and then the apparatus having the above configuration is driven.

At this time, while the sink top plate 20 is sequentially supplied before wiping off the foreign matter such as dust on the upper and lower surfaces by the sole portion 3 and then cut when the sink target plate 20 is cut before processing The adhesive tape supplied from the tape supply unit 4 is attached so as not to be separated.

When the adhesive tape is attached, the adhesive tape is adhered in one direction by the adhesion means 5 so as to be sequentially transferred by the feed roller 12 of the transfer means 6, and the transfer means 6 is transferred up and down. The roller 12 is formed, and a plurality of gears 12 'are provided on one side of the feed roller 12 by the pressure, and the gears of the lower end are driven by a sprocket and a chain connected to the drive motor 16. Received and driven.

At this time, the contact means 5 is to rotate the lever (5a) according to the processing standard of the artificial marble 20 to be able to arbitrarily adjust the contact portion (5b) by the guide (5c).

In addition, it is to be able to adjust the width of the feed roller 12 by rotating the handle (6a) of the upper portion of the artificial marble in accordance with the thickness of the artificial marble.

The part to be cut and polished in the pre-processing sink top plate 20 transferred by the transfer part 6 is made by the grinding machines 9b and 10b.

At this time, the grinding machine 9b receives the driving rotation of the driving motor 9 and the cutting blade 9b "and the grinding blade 9b 'are simultaneously rotated to cut and polish the driving motor 9. The power transmission is made by the connection of the pulley and the belt, and the necessary part of the sink top plate 20 is cut by the rotational drive of the cutting blade 9b "and the grinding blade 9b 'of the grinding machine 9b. And being ground, but easily suctioning dust such as stone powder generated while the suction dust collecting part 15 formed at the outer portion of the grinding machine 9b is cut and polished and transferred to the dust collector (not shown) through the hose. Let's go.

In addition, the grinding machine 10b formed at the lower end of the shelf also processes the lower end of the sink top plate 20 by the above means.

The sink top plate 20 processed as described above is a cutting blade for up and down reciprocation by the pistons 14 and 14a formed on both sides of the rear end of the first frame. Both ends of the artificial marble 20 are cut by (11b) and (11b ').

At this time, the cutting blade (11b) (11b ') is rotated by the power of the drive motor (11) (11'), the power transmission of the drive motor (11b) (11b ') is made of a connection of the pulley and the belt. You lose.

The artificial marble processed through all processes as described above is transferred to the second auxiliary desk through the second transfer means, and the operator applies an adhesive to bond the cutting portions to form the sink top plate 20 after processing. According to the needs of the user using the sink top plate, the sink top plate of various colors that have been cut and polished can be replaced with each other to cause the overall aesthetics.

On the other hand, the rotary levers formed at both ends of the first frame and the second frame may be used by rotating the rotary lever according to the width of the portion to be cut of artificial marble.

5 is an exemplary view showing a state in which the sink top plate 20 is processed by the cutting blade 9b ″ and the grinding blade 9b 'of the grinding machine 9b and 10b, and FIG. The cut and polished sink top plate 20 is shown a state diagram made by bending and bonding in a shape suitable for the operator to install in the sink.

As described above, the present invention has a first auxiliary desk on which the supply means is formed, and the first conveying unit for transporting the artificial marble in close contact with the processing unit while transporting the artificial marble sequentially and the adhesive tape, and transporting the artificial marble. A processing unit for cutting and polishing a required portion of the artificial marble; a suction dust collecting unit for sucking and collecting dust generated while cutting and polishing the artificial marble; and a second for transferring the processed artificial marble to a second auxiliary desk. By forming the conveying means, there is an effect of improving the workability of the producer and the operator and the environment of the workplace due to the effect of easily suctioning dust generated while polishing the top plate of the sink made of artificial marble, and automatically cutting and polishing It is possible to achieve the rough production of the product, which has the effect of improving productivity and economics, It is possible to easily cut and polish artificial marbles of different colors, and the combination of several artificial marbles processed according to the user's intention makes the overall efficiency of the sink top plate more effective due to the effect that the aesthetics of the sink top plate is caused more. At the same time, several effects can be obtained, such as improving the user's reliability and satisfaction.

Claims (2)

In the upper part of the shelf 19 having a three-dimensional shape of a rectangular shape, the main component is installed, and the auxiliary desks 1 and 2 that fit the height of the shelf 19 are connected to the front and rear ends, respectively. To the first auxiliary desk (1) formed on the front end of the shelf 19 to sequentially supply the sink top plate 20, which is an artificial marble of a predetermined plate shape having a predetermined standard, the sink top plate before processing The brush part 3 for wiping the upper and lower surfaces of the 20 is formed at predetermined positions on the upper and lower surfaces of the first auxiliary desk 1, and the sink top plate 20 which has passed through the sole part 3 is formed. Tape feeding part 4 for supplying the adhesive tape attached to the upper and lower surfaces is formed on the first auxiliary desk 1 and the processing part 7 lathe 19 so as not to be separated when cutting). The contact means (5) by contacting and supplying artificial marble passed through the above process is a supplementary measure It is formed at a predetermined position of (1), and a plurality of gears 12 'are provided at an upper end of the shelf 19 to easily convey the sink top plate 20 before the processing and the sink top plate 20 after the processing. Feed means (6, 6 ') having a feed roller (12) formed by a link (12a) is formed on each side of the lathe 19 of the processing unit, respectively, the lower end of the shelf (19) feed roller 12 Drive motor 16 for rotating the drive) is formed to be connected to the gear by a chain, and the upper and lower reciprocating motion by the cylinder 14 between the conveying means (6, 6 '), Grinding machine (9b) for cutting and polishing the sink top plate 20 before the processing is formed on the upper and lower surfaces of the shelf, respectively, two cutting edges (9b ") and the cutting in front of the grinding machine (9b) One grinding blade 9b 'positioned between the blades 9b ", and the cutting edge 9b" and the rear end of the grinding machine 9b; A driving motor 9 is formed to rotate the mandrel 9b ', and dust generated by driving the cutting blade 9b "and the polishing blade 9b' is formed on the outer side of the grinding machine 9b. Suction dust collector 15 for easily suctioning and transporting to a dust collector (not shown) is formed, and cutting blades 11b and 11b 'for cutting both side ends of the sink top plate cut by the grinding machine 9b. It is formed at the front and rear ends of the frame 8, and the sink target plate 20 processed in the above process is transferred to the second auxiliary desk (2) by the second transfer means (6 ') to Apparatus for producing a sink top plate having a feature that the sink top plate 20 is formed after processing. The driving shaft of the rotary levers 17 and 18 is connected to the first frame 8 and the second frame 8a, and each of the first frame 8 and the second frame 8a is connected to each other. It is rotated by the rotary drive of the rotary lever (17) 18, the screw top bar (17a) (18a) is formed to move the grinding machine (9b, 10b) finely characterized in that the apparatus for manufacturing a sink .