KR102331527B1 - apparatus of cleaning laver drying board for laver drying machine - Google Patents

Abstract

The present invention relates to a hair growth cleaning device for removing foreign substances remaining on the surface of a hair length dryer of a Haitai dryer. A plurality of distribution pipes coupled to the supply pipe and the main air supply pipe to be spaced apart from each other and equipped with a valve for opening and closing a sub flow path communicating with the main flow path, and at the end of the distribution pipe extending along the direction parallel to the extension direction of the main air supply pipe The inner accommodating space is gradually narrowed toward the bottom, and the discharge slit discharges the air supplied in the direction parallel to the extension direction of the main air supply pipe so that the foreign substances attached to the feet at the bottom can be separated by the discharge air. and the formed unit injection nozzle. According to the hair growth cleaning device of the Haitai dryer, it provides an advantage of effectively separating foreign substances while blowing air in a state in close proximity to the hair growth.

Description

Haitai dryer balsam cleaning device {apparatus of cleaning laver drying board for laver drying machine}

The present invention relates to a hair growth cleaning device for a Haitai dryer, and more particularly, to a hair growth cleaning device for a Haitai dryer capable of separating foreign substances remaining in the hair growth by air discharging.

In general, dried laver is prepared in a way that the dried laver is separated from the dried laver after it is minced, mixed with water, and then spread thinly on the foot length and dried.

Recently, the Haitai dryer, which automates the production process of dried laver, is being used to reduce labor and increase productivity.

These Haitai dryers are registered as domestic utility model No. 20-0295361, domestic registered utility model No. 20-0255590, domestic published patent No. 2003-0023222, domestic registered utility model No. 20-0277920, and domestically registered utility model No. 20- 292229, etc. are disclosed in various ways.

The above-mentioned Haitai dryers are configured to shape, dehydrate, dry and separate Haitai while transporting the foot length hanger in a towing state to the main transport chain that is transported on an endless track.

When the seaweed produced through the drying process in the Haitai dryer is separated from the baljang by a separator, foreign substances may remain in the baljang, and a device for removing such foreign substances is proposed in Korean Patent Laid-Open No. 10-2009-0060972 have.

However, in the case of spraying the cleaning liquid, it is difficult to provide stable foreign material separation efficiency because the spraying pressure and the spraying amount are different with respect to the spraying area.

In addition, wastewater is generated by additionally applying a cleaning solution, a facility for treating it is required, and a secondary problem occurs in that it is difficult to stabilize the molding quality in the Haitai molding process due to the cleaning solution remaining in the foot after the cleaning process. do.

The present invention was devised to improve the above problems, and an object of the present invention is to provide an apparatus for cleaning hair growth of a Haitai dryer capable of efficiently separating foreign substances from hair growth by air jetting.

In order to achieve the above object, the hair growth cleaning device of the Haitai dryer according to the present invention includes a molding part for molding the Haitai on the feet supported on a foot length hanger conveyed by a main transport chain, and dehydrating the Haitai formed by the molding part. Foreign substances remaining on the surface of the coarse bales that have been roughed by the separation part of the haetae dryer comprising a dehydrating part for dehydrating, a drying part for drying the algae dehydrated by the dehydrating part, and a separating part for separating the algae dried on the bales from the bales In the cleaning device to remove, it is installed in the frame to extend along a direction orthogonal to the transport direction of the feet length hanger from the upper portion of the transfer guide of the frame provided with a transfer guide for supporting the transfer of the foot length hanger from the lower part of the foot length hanger. and a main air supply pipe having a main flow path through which air is supplied; a plurality of distribution pipes coupled to the main air supply pipe to be spaced apart from each other and equipped with a valve for opening and closing a sub flow path communicating with the main flow path; At the end of the distribution pipe, it extends in a direction parallel to the extension direction of the main air supply pipe, but as it goes toward the bottom, the internal accommodating space is gradually narrowed, and foreign substances attached to the feet at the bottom are separated by the discharge air. and a unit injection nozzle having a discharge slit for discharging the air supplied in a direction parallel to the extension direction of the main air supply pipe.

According to one aspect of the present invention, the main air supply pipe is formed as a circular pipe to receive air supplied from the air supply unit, and is coupled to the outside of the main air supply pipe so that the main air supply pipe is accommodated therein and has a cross section a square tube formed in this square shape, both edges of the main air supply tube are exposed, and the distribution tube is coupled to the outer surface in communication with the main flow path; a rotation support unit coupled to the frame to rotatably support the square tube; a tilting link having one end coupled to a portion exposed from the square tube of the main air supply tube; and a tilting interlocking unit for tilting the tilting link to correspond to the transfer cycle of the footrest.

In addition, a foreign material collecting hopper provided at the bottom of the transfer guide and provided with a collection space with an open upper part to collect foreign substances separated from the bale, and a lower end of the foreign material collecting hopper to transfer the collected foreign substances by rotation It is preferable to include a; a suction fan having a built-in screw and coupled to an exhaust pipe connected through an outlet formed on the side of the foreign material collecting hopper to generate a suction force.

According to the hair growth cleaning device of the Haitai dryer according to the present invention, it provides an advantage of effectively separating foreign substances while blowing air in a state in close proximity to the hair growth.

1 is a view showing a Haitai dryer to which a hair growth cleaning device according to the present invention is applied;
Figure 2 is a detailed perspective view of the foot cleaning device of Figure 1,
3 is a view showing some elements of FIG. 2 extracted,
Figure 4 is an enlarged perspective view showing an extract of the air supply system of Figure 3,
5 is a cross-sectional view showing the hair growth cleaning device of FIG. 2 from another angle;
Figure 6 is a perspective view showing the feet mounted on the feet hanger of Figure 1;

Hereinafter, an apparatus for cleaning the hair growth of a Haitai dryer according to a preferred embodiment of the present invention will be described in more detail with reference to the accompanying drawings.

1 is a view showing a Haitai dryer to which a hair growth cleaning device according to the present invention is applied, FIG. 2 is a detailed perspective view of the hair growth cleaning device of FIG. 1, and FIG. 3 is a view showing some elements of FIG. FIG. 4 is an enlarged perspective view illustrating the air supply system of FIG. 3 , and FIG. 5 is a cross-sectional view illustrating the hair growth cleaning apparatus of FIG. 2 from another angle.

1 to 5 , the Haitai dryer 100 according to the present invention includes a frame 110 , a forming unit 120 , a dehydrating unit 130 , a drying unit 140 , a separating unit 150 , and a change of track. A unit 160 and a foot cleaning device 200 are provided.

The molding unit 120 molds the foot length mounted on the foot length hanger 102 that is transferred by the main transfer chain 170 .

Here, the foot length 30 is mounted to be arranged in a number in the longitudinal direction of the foot length hanger 102 as shown in FIG.

In the forming unit 120 , a first forming machine 121 and a second forming machine 123 for forming each haitai are installed to be spaced apart from each other along the conveying direction of the sub conveying chain 180 .

The dewatering unit 130 transfers the sub transfer chain 180 so that it can be ridden by the foot length mounted on the foot length hanger 102 that is transferred by the sub transfer chain 180 through the forming unit 120 . It is installed after the forming part 120 based on the direction.

The dewatering unit 130 includes a dewatering unit 131 composed of a lower dewatering plate 131a and an upper dewatering plate 131b installed opposite to each other so as to be in close contact with and separated from each other along the transfer direction of the sub-horizontal transfer chain 180 . Two are installed spaced apart.

The drying unit 140 receives the foot length hook 102 mounted on the main transport chain 170 through the dehydration unit 130 to dry the haitai by hot air.

The separation unit 150 can separate the dried haetae from the foot length 30 mounted on the foot length hanger 102 that enters the transport trajectory of the main transport chain 170 through the drying unit 140 . it is made to be

The foot length conversion device 190 is installed between the foot length cleaning device 200 and the molding unit 120 disposed on the transfer track of the main transfer chain 170 so that the foot length hanger 102 can be turned over.

The main transport chain 170 removes the estrous hook lowered from the dewatering unit 130 by the orbital change unit 160 with the drying unit 140 , the separating unit 150 , the foot cleaning device 200 and the foot length conversion device 190 . ) is installed in the frame 110 to cycle through the endless track.

A U-shaped interference hole 172 having a receiving groove is coupled to the chain ring of the main transport chain 170 at regular intervals so that both ends of the foot length hanger 102 can enter and advance at a predetermined depth.

The orbit conversion unit 160 converts the orbit of the plurality of foot hangers 102 from the main transfer chain 170 to the sub transfer chain 180 to be simultaneously transferred to the forming unit 120, and the forming unit 120 and When the return position is reached after passing through the dewatering unit 130 , the transport trajectory of the foot length hanger 102 is changed to be transported by the main transport chain 170 .

As described above, the detailed structure of the forming unit 120, the dewatering unit 130, the drying unit 140, the separating unit 150, and the orbital conversion unit 160 is described in detail in Korean Patent Registration No. 10-0775673. Therefore, a detailed description thereof is omitted.

The foot cleaning device 200 is installed between the separating part 150 and the forming part 120 .

In the illustrated example, the hair growth cleaning device 200 is installed between the separation unit 150 and the hair growth conversion device 190 .

The hair growth cleaning device 200 is configured to remove foreign substances remaining on the surface of the foot hair 30 that have passed through the separation unit 150 by air discharging.

The foot cleaning device 200 includes a main air supply pipe 210 , a square pipe 220 , a distribution pipe 230 , and a unit injection nozzle 240 .

The main air supply pipe 210 is provided at the upper part of the transport guide 115 of the frame 110 in which the transport guide 115 for supporting the transport of the height holder 102 is provided in the lower part of the height holder 102. It is installed in the frame 110 to extend along a direction orthogonal to the transport direction and has a main flow path 212 to which air is supplied, and is formed in a circular tube shape.

The main air supply pipe 210 has one end connected to the air supply pipe of the air supply unit 250 to receive the air supplied from the air supply unit 250 , and the other end is closed. The main air supply pipe 210 is rotatable with respect to the supply pipe of the air supply unit 250, and the connection part is coupled to be sealed.

The square tube 220 is coupled to surround the main air supply tube 210 to provide ease of coupling of the distribution tube 230 to be described later.

The square pipe 220 is coupled to the outside of the main air supply pipe 210 so that the main air supply pipe 210 is accommodated therein and has a rectangular cross-section, and both edges of the main air supply pipe 210 are exposed to be coupled. The distribution pipe 230 on the outer surface is coupled to communicate with the main flow path (212). The square pipe 220 is connected to the main air supply pipe 210 so that air introduced through the main air supply pipe 210 can be supplied to a distribution pipe 230 to be described later.

The distribution pipe 230 is coupled to the main air supply pipe 210 through a square pipe 220 to be spaced apart from each other, and a valve 235 for opening and closing the sub flow path 232 communicating with the main flow path 212 is mounted. Here, the sub-channel 232 passes through the square tube 220 and is formed to communicate with the main air supply tube 210 .

The unit injection nozzle 240 is extended along the direction parallel to the extension direction of the main air supply pipe 210 at the end of the distribution pipe 240, and the inner accommodating space is gradually narrowed toward the bottom. The cross section is formed in an inverted triangle shape and a discharge slit 242 for discharging the air supplied in the direction parallel to the extension direction of the main air supply pipe 210 so as to separate foreign substances attached to the foot 30 at the bottom by the discharge air, the main air supply pipe It is formed to extend along a direction parallel to the extension direction of 210 .

The rotation support unit 260 is coupled to the frame 110 to rotatably support the square tube 220 . The rotation support unit 260 is positioned above the square tube 220 and the square tube 240 passes through the vertical support bar 264 extending downward from the upper support bar 262 supported by the frame 110 . It is constructed with bearings installed to rotatably support the

One end of the tilting link 272 is coupled to a portion exposed from the square tube 220 of the main air supply pipe 210 and extends in a direction perpendicular to the extension direction of the main air supply pipe 210 .

The tilting interlocking unit 280 tilts the tilting link 272 to correspond to the transfer period of the foot length hanger 102 .

The tilting interlocking part 280 causes the unit injection nozzle 240 to descend close to the foot length 30 when the main transport chain 170 is stopped, and in the section where the main transport chain 170 is transported, the unit injection nozzle (240) tilts the tilting link 272 in the vertical direction so as not to interfere with the transfer of the foot length hanger (102).

The tilting interlocking unit 280 interferes with the cam 284 coupled to the tilting main rotation shaft 282 rotated by the driving unit 294 that is controlled and driven by the control unit 292 to tilt the other end of the tilting link 272 . It consists of a number of tilting relay elements. The tilting relay element is coupled to the first relay link 284 vertically raised and lowered by interference by the cam 284, and the upper end of the first relay link 284 is extended in a direction parallel to the tilting link 272. The second relay link 286 and the other end of the tilting relay shaft 287 and the tilting relay shaft and the tilting link 272 that are coupled to the other end of the second relay link and rotate in association with the advance and retreat of the second relay link 286 It is a third relay link 288 that is coupled between and vertically elevates.

The foreign material collecting hopper 300 is provided at the bottom of the transfer guide 115 and an open upper collecting space 302 is provided to collect the foreign material separated from the foot.

The transfer screw 310 is built in to transfer the foreign material collected at the lower end of the foreign material collection hopper 300 from one side to the other side by rotation.

The suction fan 330 is coupled to the exhaust pipe 320 connected through the outlet 302 formed on the side of the foreign material collecting hopper 300 to generate a suction force.

Reference numeral 340 is a filter that blocks the passage of foreign substances introduced through the exhaust pipe 320 and discharges air.

The hair growth cleaning device of the Haitai dryer has a valve 230 in a state in which the unit injection nozzle 240 descends close to the foot length 30 when the main transfer chain 170 is stopped according to the transfer cycle of the foot length hanger 102 . ) is opened to separate foreign substances by air discharge, and in the section where the main transport chain 170 is transported, the tilting link 272 rises, and the jet nozzle 240 of the stage stops the transport of the foot hanger 102. Maintain the elevated state without interfering.

As described above, according to the hair growth cleaning apparatus of the Haitai dryer according to the present invention, it provides an advantage of effectively separating foreign substances while discharging air in a state close to the hair growth.

110: frame 120: molded part
130: dehydrating unit 140: drying unit
150: separation unit 160: orbital conversion unit
200: foot cleaning device 210: main air supply pipe
220: square tube 230: distribution tube
240: unit injection nozzle

Claims (4)

A molding unit for forming the scabies on the foot poles supported on a foot hanger transported by the main transport chain, a dehydrating unit for dehydrating the scabies formed by the molding unit, and a drying unit for drying the dehydrated scabs by the dehydrating unit In the cleaning device for removing foreign substances remaining on the surface of the balsam that has been roughed by the separation part of the haitai dryer comprising:
A main flow path that is installed in the frame to extend in a direction perpendicular to the transport direction of the foot length hanger from the upper portion of the transfer guide of the frame provided with a transfer guide for supporting the transfer of the foot length hanger in the lower part of the foot length hanger, and air is supplied a main air supply pipe having a;
a plurality of distribution pipes coupled to the main air supply pipe to be spaced apart from each other and equipped with a valve for opening and closing a sub flow path communicating with the main flow path;
At the end of the distribution pipe, it extends in a direction parallel to the extension direction of the main air supply pipe, but as it goes toward the bottom, the internal accommodating space is gradually narrowed, and foreign substances attached to the feet at the bottom are separated by the discharge air. and a unit injection nozzle having a discharge slit for discharging the air supplied in a direction parallel to the extension direction of the main air supply pipe so as to be able to do so. The method of claim 1, wherein the main air supply pipe is formed in a circular pipe to receive the air supplied from the air supply unit,
The main air supply pipe is coupled to the outside of the main air supply pipe to be accommodated therein, the cross section is formed in a rectangular shape, both edges of the main air supply pipe are exposed to be coupled, and the distribution pipe is coupled to the outside surface in communication with the main flow path. square tube;
a rotation support unit coupled to the frame to rotatably support the square tube;
a tilting link having one end coupled to a portion exposed from the square tube of the main air supply tube;
and a tilting interlocking unit for tilting the tilting link to correspond to the transfer cycle of the foot length hanger. [Claim 3] The hair growth cleaning device of the Haitai dryer according to claim 2, further comprising: a foreign material collecting hopper provided at the bottom of the transfer guide and having an open collecting space at the top so as to collect the foreign materials separated from the hair growth. The method according to claim 3, wherein a transfer screw for transferring the collected foreign material by rotation is built-in at the lower end of the foreign material collection hopper,
and a suction fan coupled to an exhaust pipe connected through an outlet formed on the side of the foreign material collection hopper to generate suction force.

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