KR101560806B1 - Ballon flower strippers - Google Patents

Abstract

The present invention relate to a balloon flower root peeling device, which comprises: a casing comprised of a casing main body, a balloon flower root-insertion hopper, a balloon flower root-guiding piece, a washing water-retrieving guide, a peeled balloon flower root-discharging hole, and an opening-closing door; a first peeling unit including a hollow shaft, a plurality of high-pressure air/washing water discharging pipes, and a peeling brush; a second peeling unit having a shaft and a peeling foam; a first guide member having a first guide body and a balloon flower root bark fall-opening; a second guide member having a second guide body and a plurality of water supplying holes; a driving unit for driving the first peeling unit and the second peeling unit; a high-pressure air/washing water supplying unit connected to the hollow shaft; a bark collecting container provided on an inner surface of the casing main body; a washing water-collecting tank for charging the washing water; and a controller for controlling the driving unit and the high-pressure air/washing water supplying unit.

Description

Ballon flower strippers

The present invention relates to a bellows stripper.

As shown in FIG. 1, the Korean Utility Model Registration No. 0325302 (Registered on Aug. 23, 2003, designation: Ginseng Removal Unit) of Korean Registered Trademark No. 0325302 has a structure in which a molten metal pipe 20 to be sprayed with high- (20) formed with a plurality of discharge holes (17) for discharging the molten metal discharged from the molten metal pipe (20) is rotated by the power of the motor, the ginseng A plurality of stopping jaws 30 are formed so as to extend from the inner side surface to the both end portions of the rotator 20 and the portion where the jet holes 25 are formed is formed in the inner peripheral surface of the rotator 20 , And a moving device (50) for moving the molting pipe (20) to the left and right so that the molten metal is sprayed evenly from the molten metal pipe (20) .

In this conventional technique, the stopping jaws for pulling up the ginseng inside the spinneret are formed so as to extend to both ends of the spinneret, so that a large amount of ginseng reaches the position where the molten resin is sprayed, and the molten- The ginseng is bent and cleaned, and the ginseng is placed close to the inner surface of the spinneret, so that the ginseng is removed and washed with a strong water pressure, and furthermore the reciprocating water pipe is reciprocated by the reciprocating moving device. Whereas, in the case of root vegetables such as bellflower having a long length and a small diameter, the peeling is not easy and it is damaged.

As shown in FIG. 2, Korean Patent Laid-Open Publication No. 2012-0042332 (published on Mar. 5, 2012, entitled " A partition plate for guiding a loading position of a large wave relative to the conveying conveyor, the partition plate being arranged on the conveying conveyor so as to arrange the large waves to be loaded at a predetermined interval, A jet nozzle unit installed at a predetermined distance in the fore and aft direction so as to be able to remove the outer skin from the large waves by ejecting a compressed air pressure to the large waves conveyed along the conveying conveyor, A detection means for spraying the compressed air pressure through the injection nozzle onto the outer surface of the large wave, A transfer preventing conveyor installed above the conveying conveyor to press the stem portion of the major wave so as to prevent the major wave from flowing when the outer shell of the major wave is removed by the compressed air pressure; And an auxiliary jet nozzle unit connected to the cylinder so as to be able to adjust the ejection position of the jet nozzle according to the length of the major wave so as to be movable in the left and right direction.

Such prior art techniques are capable of reducing the cost of large waves by increasing work efficiency by peeling off the outer surface of the large waves conveyed along the conveying conveyor automatically by peeling them using compressed air pressure. On the other hand, there was.

SUMMARY OF THE INVENTION It is an object of the present invention, which is created to solve the above-mentioned problems, to provide a bellows stripper capable of easily peeling a bellflower having a long length and a small thickness.

The above and other objects can be accomplished by the provision of a bellows-feeding hopper provided on an upper surface of a casing body, a bellows guide piece mounted on an inner surface of the casing body, A casing having a discharge port provided at a lower portion of a front surface of the casing and having an opening / closing door provided on a side surface of the casing body; A plurality of high-pressure air / wash water discharge tubes extending to communicate with an outer circumference of the hollow shaft, and a plurality of high-pressure air / water discharge tubes positioned at a lower portion of the bellows input hopper and having both ends supported by the casing body, A first removing means having a releasing brush formed; A shaft disposed at a lower portion of the first separating means and having both ends supported by the casing body, and a second separating means having a separating foam provided on an outer periphery of the shaft; A first guide body which is located at a lower portion of the second demolding means and whose lower end is bent and extends to a vicinity of the release guide, and which is divided into a plurality of portions, and a bellows- A first guide member having a first guide member; A second guide body attached to an inner surface of the casing body so as to be positioned below the dropping bellows opening of the first guide member; a second guide member having a plurality of water holes formed in the second guide body; Driving means provided on an outer surface of the casing main body for driving or disengaging the first lifting means and the second lifting means; A high-pressure air / wash water supply means communicated with the hollow shaft; A shell structure provided on an inner surface of the casing body so as to be positioned at a lower end of the second guide body, the shell structure having a hollow structure with an opened upper surface; A washing water recovery tank installed at a lower portion of the casing body to fill washing water dropped through the water hole of the second guide body with a hollow structure having an opened upper surface; And a controller provided on the outer surface of the casing to control the driving means and the high-pressure air / wash water supply means.

Preferably, the release foam of the second release means of the present invention is a sponge foamed by mixing synthetic resin and talc powder.

Preferably, the driving means of the present invention includes: a base frame mounted on a side surface of the casing main body; A motor provided on an upper surface of the base frame; A first pulley provided at one end of the shaft; A second pulley provided at one end of the hollow shaft; A pulley belt interlocking the motor and the first and second pulleys; And a protective cap attached to an upper surface of the base frame and a side surface of the casing body to enclose the motor, the first and second pulleys, and the pulley belt.

Preferably, the present invention further includes a shell collecting box built in a lower portion of the casing main body so as to be positioned below the second guide body, with the upper surface of the present invention being an open hollow structure, Is opened by opening the opening / closing door.

Preferably, the cleaning nozzle further comprises a plurality of cleaning nozzles provided on an inner surface of the casing body so as to be positioned below the second detachment means of the present invention, the cleaning nozzle being in communication with the high-pressure air / Further comprising: a vibrator provided on a lower surface of the casing and having vibration means incorporated therein; a load cell provided on one side of the vibrator main body; and a vibrator comprising a plurality of dustproof casters provided on a lower surface of the vibrator main body, The wash water recovery tank further includes a recovery valve having a filter communicated with the high pressure air / wash water supply means 90, and the vibrator and the recovery valve are controlled by the controller.

As described above, the present invention has an effect that it is possible to easily peel off the platens with a long and thin thickness.

1 is a perspective view showing a ginseng breaking machine according to an embodiment of the prior art.
2 is a perspective view showing a large wave breaking machine according to another embodiment of the prior art.
Fig. 3 is a front view showing a bellows stripper according to the present invention. Fig.
Fig. 4 is a side sectional view of Fig. 3; Fig.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.

3 and 4, a bellows stripper 100 according to the present invention includes a casing 10, a vibrator 20, a first stripping means 30, a second stripping means 40, a cleaning nozzle 50, The first guide member 70, the second guide member 80, the high pressure air / wash water supply means 90, the shell collecting box WT, the wash water recovery tank RT and the controller COM ).

The casing 10 includes a casing main body 11 having a rectangular hollow structure made of steel or non-steel metal, a bellows input hopper 12 provided on the upper surface of the casing main body 11, A washing water collecting guide 13 mounted on the inner surface of the casing main body 11 and positioned below the blind hole guide piece 15, An opening and closing door 17 provided on a side surface of the casing main body 11;

The bellows input hopper 12 is detachably provided at the upper end of the casing main body 11.

The bellows guide piece 15 is positioned below the first bellows means 30 to guide the bellows 110 which has been released so as to be preferably introduced into the second bellows means 40, And is divided into a plurality of portions on the inner surface.

The washing water recovery guide 13 cleans and drops the surface of the webbing 110 from which the washing water sprayed by the washing nozzle 50 provided at the lower part of the first and second removing means 30 (40) And a plurality of columns vertically spaced from the inner surface of the casing main body 11 so as to be preferably recovered to the wash water recovery tank RT described later.

The opening and closing door 17 is provided on the lower side of the casing body 11 and is a door provided for removing the shell 120 collected in the shell collection box WT described later.

The vibrator 20 includes a vibrator main body 21 provided on the lower surface of the casing 10 and incorporating vibrating means (not shown), a load cell WS provided on one side of the vibrator main body 21, And a plurality of dustproof casters 23 provided on the lower surface of the dustproof casing 21.

Here, the vibrating means incorporated in the vibrator main body 21 is included in a generic technique which is constituted by combining a vibration inducing member such as a driving motor and a cam, or can be realized by an electric or electromagnetic vibration device. Will be omitted.

The load cell WS is provided to measure the total weight of the casing 10 to be seated on the upper part of the vibrator 20, the parts to be built in, and the balloon to be fed.

The first removing means 30 includes a hollow shaft 31 positioned at the lower portion of the bellows input hopper 12 and having both ends supported by bearings in the casing main body 11 and a hollow shaft 31 extending in communication with the outer periphery of the hollow shaft 31 A plurality of high pressure air / wash water discharge pipes 33 and a discharge brush 35 formed on the outer periphery of the hollow shaft 31. At the end of the high-pressure air / wash water discharge pipe 33, a discharge hole 33a is provided.

Here, the removing brush 35 may be composed of a brush made of a synthetic resin such as PE, PP, or PET, or a metallic brush, and is limited to being fixed to the hollow shaft 31 in the present embodiment, It can be realized in a detachable configuration.

The second demolding means 40 includes a shaft 41 disposed at the lower portion of the first demolding means 30 and having both ends supported by the casing main body 11 and a separating foam 43 provided at the outer periphery of the shaft 41 ). Herein, the unifoaming foam 43 is provided so that the surface of the unwashed bellows 110 in which the bark 120 of the bellows 200 has been stripped by the first removing means 30 has been completely melted to achieve complete unloading.

The release foam 43 of the present invention is a sponge type foamed by mixing synthetic resin and talc powder.

The bellows 110 in which the bark 120 is removed by the first bell removing means 30 is inserted into the bellows guide piece 15 interposed between the first bell removing means 30 and the second bell removing means 40 So that it is preferably introduced into the second removing means 40.

A plurality of cleaning nozzles (50) are provided on the inner surface of the casing body (11) so as to be positioned below the second detachment means (40). Since the cleaning nozzle 50 is injected at a high pressure, the molten metal can be released without falling vertically. In this case, the upper surface of the first guide member 70, which will be described later, .

The driving means 60 includes a base frame 61 attached to the side surface of the casing main body 11; A motor 62 provided on an upper surface of the base frame 61; A first pulley (64) provided at one end of the shaft (41); A second pulley 63 provided at one end of the hollow shaft 31; A pulley belt 65 for interlocking the motor 62 and the first and second pulleys 63; And a protective cap 66 attached to the upper surface of the base frame 61 and the side surface of the casing main body 11 so as to embed the motor 62, the pulleys 63 and 64 and the pulley belt 65 .

The motor 62 of the present embodiment can be variously modified by a VS motor, an inverter motor, a servo motor, or the like with a structure in which a speed reducer is provided on a rotary shaft.

The first pulley 64 and the second pulley 63 have the same diameter. In this case, the number of rotations of the first pulverizing means 30 and the second pulverizing means 40 is the same, It is possible to realize different numbers of revolutions of the removing means 30 and 40 in advance.

The first guide member 70 includes a first guide body 71 and a second guide body 70. The first guide body 70 has an upper end positioned at a lower portion of the second demolding unit 40 and a lower end bent to be adjacent to the release guide 14, And a bellows shell drop opening portion 73 formed in the first guide body 71. Here, the first guide body 71 is configured such that the blowing bellows 110 is vertically dropped, moved along a slope, and finally dropped into a shell collection box (WT). The bellows shell drop opening 73 may be formed in the first guide body 71, but the present invention is not limited thereto.

The second guide member 80 includes a second guide body 81 attached to the inner surface of the casing main body 11 so as to be positioned below the bellows shell drop opening 73 of the first guide member 70, And a plurality of water holes 83 formed in the guide body 81. The second guide body 81 is sloped downward so that the molten blooms 120 slip along the inclined surface and fall freely into the shell collecting box WT to be collected and collected on the inner surface of the casing body 11. [ Respectively.

The high-pressure air / wash water supply means 90 is mounted on the outer surface of the casing main body 11. Here, the high-pressure air / wash water supply means 90 is in communication with one end of the hollow shaft 31 and the cleaning nozzle 50. Further, the high-pressure air / wash water supply means 90 selectively supplies high-pressure air or wash water to the hollow shaft 31, and supplies the wash water to the wash nozzle 50.

The shell collecting box WT is a hollow structure having an opened upper surface and is built in a lower portion of the casing main body 11 so as to be positioned below the second guide body 81. Here, the bellflowering hull 120 collected in the shell collecting box WT is removed by opening the opening / closing door 17.

The wash water recovery tank RT is a hollow structure having an opened upper surface and is built in a lower portion of the casing main body 11 so as to fill wash water dropped through the water supply holes 83 of the second guide body 81. Here, a recovery valve (FV) with a filter incorporated therein is provided below the wash water recovery tank (RT), and the recovery valve (FV) is connected to the high pressure air / wash water supply means (90).

The controller COM is provided on the outer surface of the casing main body 11 and controls the vibrator 20, the driving means 60, the high-pressure air / wash water supply means 90 and the wash water recovery tank RT. The controller COM is constituted by an operation panel to which a display panel is attached so that the user can operate the platemaking machine 100 of the present embodiment.

Hereinafter, the operation of the blowing machine 100 will be briefly described.

When the user operates the controller COM, the power is supplied to the vibrator 20, the driving means 60, and the high-pressure air / wash water supply means 90 to be ready for work.

When the bellows 200 is inserted into the bellows input hopper 12 provided at the upper portion of the casing main body 11, the bellows shell 120 of the bellows 200 is released by the first removing means 30 rotated by the engagement. Here, the molten bellows 110 and the bellflower shell 120 are simultaneously dropped so as to remove the remaining bellflower shell 120 from the surface of the bellows 110 that has been removed by the second bell removal means 40.

At this time, wash water or high-pressure air is supplied from the discharge hole (33a) of the first removing means (30).

At this time, the washing water is sprayed from the washing nozzle 50 to remove the foreign substances adhering to the surface of the molten metal 110 and the molten metal 120 is removed from the molten metal 110, Is guided by the first guide member 70 and is discharged through the final unwinding bellows discharge port 14 and the bellows shell 120 is guided by the second guide member 80 and collected in the final bark collecting box WT The washing water drops through the water hole 83 of the second guide member 80 and is recovered to the washing water recovery tank RT.

Then, the washing water filled in the washing water recovery tank RT is purified by the filter valve FV, and is then returned to the high-pressure air / wash water supply means 90. [

When the bellflower removing process is completed, the user operates the controller COM to stop the bellflower removing machine 100, so that all of the brewing processes are performed. Is completed.

While the present invention has been described with reference to exemplary embodiments, it is to be understood that the invention is not limited to the disclosed exemplary embodiments.

10: Casing
11: main body casing 12: bellows input hopper
13: wash water recovery guide 14: release paper bleed outlet
15: bellows guide 16: opening / closing door
20: The vibrator
21: vibrator main body 23: anti-vibration castor
30: first breaking means
31: hollow shaft 33: high pressure air / wash water discharge pipe
35: Breakthrough brush
40: second breaking means
41: shaft 43:
50: Cleaning nozzle
60: driving means
70, 80: Guide member
90: High pressure air / wash water supply means
100: Bellflower
WS: Load cell
WT: Picking shell
RT: wash water recovery tank
COM: Controller

Claims (5)

A bellows input hopper provided on an upper surface of the casing main body; a bellows guide piece mounted on an inner surface of the casing main body; and a bellows guide piece attached to an inner surface of the casing main body, A casing having a discharge port provided in a lower portion of a front surface of the casing and an opening and closing door provided in a side surface of the casing body;
A plurality of high-pressure air / wash water discharge tubes extending to communicate with the outer circumference of the hollow shaft, and a plurality of high-pressure air / water discharge tubes positioned at the lower end of the bellows input hopper and having both ends supported by the casing body, A first removing means having a releasing brush formed;
A shaft disposed at a lower portion of the first separating means and having both ends supported by the casing body, and a second separating means having a separating foam provided on an outer periphery of the shaft;
A first guide body which is located at a lower portion of the second demolding means and whose lower end is bent and extends to a vicinity of the release guide, and which is divided into a plurality of portions, and a bellows- A first guide member having a first guide member;
A second guide body attached to an inner surface of the casing body so as to be positioned below the dropping bellows opening of the first guide member; a second guide member having a plurality of water holes formed in the second guide body;
Driving means provided on an outer surface of the casing main body for driving or disengaging the first lifting means and the second lifting means;
A high-pressure air / wash water supply means communicated with the hollow shaft;
A shell structure provided on an inner surface of the casing body so as to be positioned at a lower end of the second guide body, the shell structure having a hollow structure with an opened upper surface;
A washing water recovery tank installed at a lower portion of the casing body to fill washing water dropped through the water hole of the second guide body with a hollow structure having an opened upper surface;
And a controller provided on an outer surface of the casing to control the driving means and the high-pressure air / wash water supply means,
Wherein the exfoliation foam of the second exfoliation means is a sponge formed by mixing synthetic resin and talc powder,
The driving means includes: a base frame mounted on a side surface of the casing main body; A motor provided on an upper surface of the base frame; A first pulley provided at one end of the shaft; A second pulley provided at one end of the hollow shaft; A pulley belt interlocking the motor and the first and second pulleys; And a protective cap mounted on an upper surface of the base frame and a side surface of the casing body so as to house the motor, the first and second pulleys, and the pulley belt,
Further comprising a shell collecting case built in a lower portion of the casing main body so as to be positioned below the second guide body with a hollow structure having an opened top surface, wherein the bellflower shell collected in the shell collecting box is opened Removed,
And a plurality of cleaning nozzles provided on an inner surface of the casing body so as to be positioned below the second detachment means, wherein the cleaning nozzle is in communication with the high pressure air / wash water supply means,
Further comprising: a vibrator provided on a lower surface of the casing and having vibration means incorporated therein; a load cell provided on one side of the vibrator main body; and a vibrator comprising a plurality of dustproof casters provided on a lower surface of the vibrator main body,
The washing water recovery tank further includes a recovery valve having a filter communicated with the high-pressure air / wash water supply means (90)
Wherein the vibrator and the recovery valve are controlled by the controller. delete delete delete delete

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