KR101759486B1 - Device for detecting iron powder in hot pepper - Google Patents

Abstract

The present invention relates to a flue gas detector, and more particularly, to a flue gas detector, which comprises a hopper into which red pepper powder containing lump is charged, a chamber in which a hopper is mounted, and a main transfer member which is contained in the chamber and moves red pepper powder in one direction; And a crushing and detecting unit having a crushing unit for crushing the red pepper powder transferred from the conveying unit into crushed powder and a crushing unit.

Description

Device for detecting iron powder in hot pepper

The present invention relates to a device for detecting flour contained in red pepper powder, and more particularly, to a flour detection device for detecting mixed metal substances by using magnetic force while sterilizing and discharging red pepper powder which is agglomerated.

Generally, a conventional red pepper powder manufacturing machine is constituted such that a pair of two crushing rollers are arranged in a multi-stage manner, and red pepper is put therebetween to forcibly crush. In the step of crushing red pepper using this red pepper powder manufacturing machine, the pulverized red pepper powder is pressed together by the pressure of the crushing roller and is discharged into a lump state. To loosen the red pepper powder, the operator may rub it by hand or use a separate flour detector to loosen the loose powder between the brushes.

Conventional flour detector has a configuration for releasing red pepper powder and detecting metal substances such as red powder contained in red pepper powder. As an example of such a metal material detection structure, a magnet is installed on the lower surface of a pearl dispenser, in which red pepper powder flows out as shown in Registration Practical Utility Model No. 20-0390486, and a metal material contained in red pepper powder is attached to the pearl To be selected.

However, there is a problem such as that the rice flour attached to the pearl may be washed away with red pepper powder.

Korean Registered Utility Model No. 20-0390486 (Notice of July 21, 2005) Korean Registered Patent No. 10-0912216 (Published on August 14, 2009) Korean Registered Utility Model No. 20-0219312 (Bulletin of April 2, 2001) Registered Utility Model No. 20-0219300 of the Republic of Korea (Announcement of April 2, 2001) Korean Utility Model Registration No. 20-0210531 (published on January 15, 2001)

The object of the present invention, which is devised to overcome the above-described problems, is to provide a method of separating red pepper flour from a red flour, crushing red pepper powder, and detecting a metallic material while blowing a horizontally rotating magnet rod and a fixed magnetic bar, .

In order to achieve the above-mentioned object, the present invention provides a copper dust detector comprising: a hopper into which red pepper powder containing a lump is introduced; a chamber in which a hopper is mounted; a transfer unit having a main transfer member for transferring red pepper powder in one direction; And a crushing and detecting unit having a crushing unit for crushing the red pepper powder transferred from the conveying unit into crushed powder and a crushing unit.

The crushing means includes a crushing container having a plurality of crushing holes on its side while being fixed to the body so that the red pepper powder transferred from the conveying portion flows into the crushing container, And a rotation shaft provided to be rotated by the second power source while the pressure member is mounted.

The crushing container further comprises a crushing protrusion mounted on the side surface with the crushing hole protruding inwardly.

The conveying portion includes at least one auxiliary conveying member disposed to the side of the main conveying member and provided to push the red pepper powder toward the main conveying member side, an auxiliary gear mounted on the main conveying member, an auxiliary gear mounted on the auxiliary conveying member, At least one first power source installed to rotate the gear independently or to rotate any one of the main gear and the auxiliary gear interlocked with each other and to connect the chamber and the body so that the red pepper powder transferred by the main transfer member flows into the crushing vessel And a conveying pipe.

The chamber is formed by dividing the space of the main conveying member and the space of the auxiliary conveying member so that the auxiliary conveying member has a predetermined height that can pass the red pepper powder into the space of the main conveying member. It is installed so as to have a width to which red pepper powder is injected.

On the other hand, the crushing and detecting section is provided with a stator stone bar fixedly fixed inwardly from the inner surface of the crushing container and inwardly protruding from the inner surface of the crusher vessel, and a rotor stone rod And detecting means.

At this time, the stator stone rod and the rotor stone rod are made to adsorb the metal material while striking the falling red powder passing through the crushing container.

The apparatus may further include an ultraviolet lamp attached to the inner surface of the body, the lower side of the stator stone bar.

Here, the body includes a first door that is opened and closed so that the shredding container can be visually recognized, and a second door that is opened and closed with a transparent material so that the detection means can be seen from the outside. In this second door, Is selectively installed.

Meanwhile, the flour detector according to the present invention further includes an exhaust unit having an exhaust pipe mounted on the body so as to exhaust the air inside the body to the outside.

Here, the exhaust unit may further include at least one of a filter for preventing the red pepper powder from being discharged from the body side of the exhaust pipe and an exhaust fan for exhausting the air inside the body.

As described above, according to the present invention, since the auxiliary conveying members disposed on both sides are pushed into the main conveying member while the main conveying member is conveyed, the width of the side surface of the hopper is much larger than when the conventional conveying member is one It is possible to make it wider, and it is possible to inject and transport a larger amount of red pepper powder.

Further, when the red pepper powder flows into the crushing container, the pressing member is rotated and pressed to the side by pressing the side surface, the crushing hole, the crushing protrusion and the pressing members to completely crush the red pepper powder to convert it into powder.

In addition, it is possible to completely adsorb the metal substances contained in the red pepper powder while scattering the red pepper powder falling from the crushing container by striking the rotator stones and the stator bar, and they are close to each other. Due to the magnetic field generated by the moving motion, Can be further improved.

In addition, it is possible to sterilize bacteria or viruses contained in red pepper powder by ultraviolet rays irradiated from an ultraviolet lamp mounted on the lower side of a stator stone rod, thereby providing clean red pepper powder.

In addition, when the air inside the body escapes through the exhaust port connected to the inside of the body or the air circulates smoothly as the outside air enters, and when the air pressure inside the body becomes strong, the air is forcedly circulated through the exhaust fan to maintain a constant internal pressure There is an effect that can be.

BRIEF DESCRIPTION OF THE DRAWINGS The accompanying drawings, which are incorporated in and constitute a part of the specification, illustrate preferred embodiments of the invention and, together with the description, serve to further the understanding of the technical idea of the invention, Should not be interpreted.
1 is a perspective view schematically showing a flour detector according to a preferred embodiment of the present invention.
2 and 3 are a plan view and a side view of the inside of the conveyance portion shown in Fig.
4 is a perspective view showing the upper part of the crushing portion shown in Fig.
Figs. 5 and 6 are perspective views showing a coupling structure including a crushing container mounted inside the crushing portion shown in Fig. 1. Fig.
FIG. 7 is a side view illustrating a coupling structure including a magnet rod mounted inside the shredding portion shown in FIG. 1; FIG.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. However, the detailed description of known functions and configurations incorporated herein will be omitted when it may unnecessarily obscure the subject matter of the present invention.

<Configuration>

As shown in FIG. 1, the copper dust detector according to a preferred embodiment of the present invention includes a transfer unit 100, a crushing and detecting unit 200, and an exhaust unit 300.

1 to 3, the transfer unit 100 includes a hopper 110, a chamber 120, a transfer tube 130, a main transfer unit 140, a main unit 141, an auxiliary transfer unit 150, And includes an auxiliary gear 151 and a first power source 160. The red pepper powder containing the lumps can be transferred to the crushing and detecting section 200 in the transfer section 100 to break up some of the red pepper powder lumps.

First, the hopper 110 is installed in the chamber 120 so that the red pepper powder can be injected into the chamber 120. At this time, the hopper 110 may be connected to the side wall of the chamber 120 as shown in FIG. As described above, a large amount of red pepper powder can be injected into the hopper 110, thereby preventing stagnation of red pepper powder attached to the inner wall surface due to the steep slope of the side wall. This may solve the inconvenience that the operator has to push when the red pepper powder stagnates on the inner wall surface of the gentle inclination of the hopper 110 as in the conventional art.

In addition, the chamber 120 may be embedded in the main transfer member 140 alone or may be embedded in the auxiliary transfer member 150 side by side. Here, the lower portion of the portion where the main conveying member 140 or the auxiliary conveying member 150 is installed can form a semi-circular curved surface which is substantially continuous on the side surface as in FIG. At this time, a boundary portion between the main transferring member 140 and the auxiliary transferring member 150 can have a height enough to pass red pepper powder.

The transfer tube 130 is installed by connecting the chamber 120 and the body 210 so as to transfer the red pepper powder transferred by the main transfer member 140 to the crushing and detecting unit 200.

1 and 2, the main transferring member 140 is embedded in the chamber 120 to transfer the red pepper powder introduced into the chamber 120 to the transfer pipe 130. The main transferring member 140 may be a screw installed to move the red pepper powder while rotating, or may be a conventional member capable of transferring the red pepper powder in one direction while reciprocating or rotating. Here, when the main transfer member 140 is a screw, a main gear 141 may be provided to transmit the power of the first power source 160 to the screw to rotate the screw.

2 and 3, the auxiliary conveying member 150 is disposed on one side or both sides of the main conveying member 140, and pushes the red pepper powder introduced into the chamber 120 toward the main conveying member 140 (Not shown). The auxiliary conveying member 150 may be a screw installed to move the red pepper powder while rotating, or may be a conventional member capable of conveying the red pepper powder to the main conveying member 140 while being reciprocated or rotated. Here, when the auxiliary conveying member 150 is a screw, an auxiliary gear 151 may be provided to transmit the power of the first power source 160 to the screw to rotate the screw. The auxiliary gear 151 may be rotated by the main gear 141 so as to engage with the main gear 141 and rotate separately from the main gear 141 by a separate power source. For example, the auxiliary conveying members 150 may be installed on both sides or one side of the main conveying member 140 in the center. Of course, only the main transfer member 140 may be installed with the auxiliary transfer member 150 removed. However, one or more auxiliary conveying members 150 may be installed in order to fill a large amount of red pepper powder in a short period of time while making the inclined area of the hopper 110 wide.

Meanwhile, as shown in FIGS. 1 and 4 to 7, the crushing and detecting unit 200 completely disintegrates a red lump of red pepper introduced from the conveyance unit 100 and then detects metallic materials such as flour. The crushing and detecting unit 200 includes a body 210, a rotating shaft 220, a crushing unit 230 and a detecting unit 240.

First, as shown in FIGS. 1, 4 and 7, the body 210 includes a crushing unit 230 and a detecting unit 240, and an exhaust unit 300 is installed therein. The body 210 is provided with a pressing member 232 of the crushing means 230 and a rotating shaft 220 on which the rotor stone bar 242 of the detecting means 240 is mounted, The second power source 221 may be mounted. The body 210 has a discharge port 211 located at the lower end thereof for discharging the red pepper powder falling from the crushing means 230 and the detecting means 240 through the crushing means 230 And a second door 213 provided so as to be able to see the inside where the stator rods 241 of the detecting means 240 are disposed . The first door 212 may be opened to check the degree of crushing of the red pepper powder contained in the crushing container 231 or to clean the foreign material falling on the crushing container 231. [ Can be installed. The second door 213 may be made of a transparent material so that the second door 213 can be seen inside. When the stator rods 241 are fixed to the inner surface of the second door 213, the rigid frame 214 is mounted It is possible. At this time, when the second door 213 is rotated and opened, the stator stone rods 241 are also rotated together, and the stator stone rods 241 may be installed in the frame 214 as well. The interior of the body 210 can be seen through the second door 213 and the metal door attached to the stator stone rod 241 and the rotor stone rod 242 is checked and then the second door is opened, 241 and the metallic stone attached to the rotor bar 242 can be removed.

4 to 6, the rotating shaft 220 passes through the crushing container 231 while being disposed in the height direction of the body 210, and is supported in the vicinity of the discharge port 211 below the stator stone rod 241 Respectively. A pressing member 232 is fixed to the rotating shaft 220 so as to rotate inside the crushing container 231 and a rotor stone 242 mounted to rotate between the stator stone rods 241 can be fixed. Details of the pressing member 232 and the rotor stone 242 will be described later. Therefore, the rotating shaft 220 can rotate the pressing member 232 and the rotor stone bar 242 while being rotated by the second power source 221.

The crushing means 230 includes a crushing vessel 231 and a pressurizing member 232. The crushing vessel 230 is a means for completely crushing the red pepper powder introduced through the transfer pipe 130 into powder.

Here, the crushing container 231 has a substantially bowl-like shape with its top surface opened and its bottom surface closed. The upper portion of the crushing container 231 is fixed to the body 210, and the rotating shaft 220 can be installed through the lower surface. At this time, for example, the upper surface of the body 210 and the flange 231a protruding outwardly from the upper portion of the crushing container 231 may be joined by separate members, or may be fixed by welding or bonding. The fixing jaw 231b protruding outward from the lower end of the crushing container 231 and the upper flange 231a and the upper portion of the body 210 The upper surface may be fixed through another fastening bar. Meanwhile, a plurality of crushing holes 213c may be formed in a part of the side surface of the crushing container 231, and one or more crushing protrusions 213d may be attached to the remaining portion. The shredding protrusions 213d may be provided together with the shredding holes 213c with respect to the entire side surface, or they may be separately provided.

At this time, the red pepper powder passing through the crush hole 213c is discharged to the outside and falls to the detecting means 240 side. The shredding protrusion 213d is a member which is mounted so as to be caught while the red pepper flake is moved by the pressing member 232 and shreds the red hot pepper flake together with the pressing member 232. [ The shredding protrusion 213d may be in the form of a bar having a predetermined height or in an embossed form. Of course, the red pepper flakes may be crushed and crushed on the side surface of the crushing vessel 231 in which the crushing hole 213c is machined.

The pressing member 232 is located inside the crushing container 231 and mounted on the rotating shaft 220 to rotate. The pressing member 232 can be made to be inclined at a predetermined plane angle so as to push the red pepper powder introduced into the crushing vessel 231 to the side while rotating. Therefore, when the pressing member 232 is rotated by the rotating shaft 220 and the inclined surface pushes the red pepper powder toward the side of the crushing container 231, the red pepper powder agglomerates the crushing hole 213c or the crushing protrusion 213d, And is then discharged to the outside through the crushing hole 213c.

On the other hand, the detection means 240 is means for striking and scattering red pepper passing through the crushing means 230, and adsorbing metal materials such as ground powder contained therein by a magnetic force. The detecting means 240 is provided with a stator stone bar 241 and a rotor stone bar 242.

1 and 7, the stator rods 241 are positioned below the crushing means 230, more specifically the crushing vessel 231, and are fixed to the inner surface of the body 210. At least one stator stone rod 241 may be provided in a planar radial shape when two or more stator rods 241 are provided. The stator stone rods 241 may be installed in one or more layers on the side surface. The stator stone rods 241 may be mounted not only on the inner surface of the body 210 but also on the frame 214 mounted on the second door 213.

The rotor rod 242 is fixed to the rotating shaft 220 passing through the crushing vessel 231. The rotor rods 242 may be installed in one or more than two, and may be installed in a radial form in a plane, or may be installed in one or more layers on the side. These rotor stator rods 242 are disposed so as to pass near the stator rods 241 while being rotated together with the rotating shaft 220. When the rotor stator rods 242 or the stator rods 241 are multilayered, Other magnet rods can be installed too far. Further, a strong magnetic field is generated while the rotor stone rod 242 rotates near the stator pole 241, and the attracting force of the metal material can act more strongly by the magnetic field.

In addition, the detection means 240 may further comprise an ultraviolet lamp 243. [ The ultraviolet lamp 243 is installed to sterilize bacteria, germs and viruses by irradiating ultraviolet rays to the red pepper powder passed through the stator stone rod 241 and the rotor stone rod 242.

The exhaust unit 300 is configured to align the pressure of the air generated inside the body 210 with the outside and appropriately disperse the flow of air generated in the body 210. The exhaust unit 300 includes an exhaust pipe 310 and an exhaust fan 320, as shown in FIGS. 1, 4 and 5.

First, the exhaust pipe 310 is installed on one side of the body 210 so as to discharge the air inside the body 210 to the outside. This exhaust pipe 310 can be installed at a position deviated from the opened upper surface of the crushing container 231 to minimize the phenomenon that the red pepper powder flowing into the crushing container 231 is discharged to the outside through the exhaust pipe 310 to be. Of course, the exhaust pipe 310 may be installed within the range of the open upper surface of the crushing container 231. [ A filter (not shown) may be mounted on a part of the body 210 of the exhaust pipe 310 so as to filter red pepper powder flowing into the exhaust pipe 310. Further, when the red pepper powder that has passed through the crushing container 231 drops, a downward flow is generated in the space immediately below the crushing container 231, and an upward flow is generated in the outer space, The exhaust pipe 310 can be discharged to the outside.

The exhaust fan 320 is installed to forcibly exhaust the air inside the body 210 through the exhaust pipe 310. This exhaust fan 320 is configured such that the pressure inside the body 210 is lower than that of the outside due to the rotation of the rotor stone 242 of the detecting means 240 and the pressing member 232 of the crushing means 230, Which may cause the red pepper powder to fall or be discharged to the discharge port 211, or the like. The rpm of the exhaust fan 320 may be adjusted and operated so as to maintain the same or similar pressure inside and outside the body 210 in order to solve this problem.

As described above, those skilled in the art will appreciate that the present invention may be embodied in other specific forms without departing from the spirit or essential characteristics thereof. It is therefore to be understood that the above-described embodiments are to be considered in all respects as illustrative and not restrictive. The scope of the present invention is defined by the appended claims, rather than the detailed description, and all changes or modifications derived from the meaning and scope of the claims and equivalents of the claims are to be construed as being included within the scope of the present invention do.

100:
110: Hopper
120: chamber
130: transfer pipe
140: Main conveying member
141:
150: auxiliary transfer member
151: Auxiliary gear
160: First power source
200: crushing and detecting section
210: Body
211: Outlet
212: First door
213: The second door
214: frame
220:
221: Second power source
230: Crushing means
231: Shredding container
231a: Flange
231b:
231c: crushing hole
231d: crushing projection
232: pressing member
240: detecting means
241: Stator pole
242: rotor magnet
243: Ultraviolet lamp
300:
310: Exhaust pipe
320: Exhaust fan.

Claims (7)

A transfer unit 100 having a chamber 120 in which a hopper 110 is mounted and a main transfer member 140 installed in the chamber 120 to move red pepper powder in one direction, ;
A body 210 through which red pepper is introduced from the feeding unit 100,
A crushing container 231 having a plurality of crushing holes 213c on its side and being installed in the body 210 so that the red pepper powder transferred from the transferring unit 100 flows into the inside of the crushing container 231, A pressing member 232 provided so as to pass through the crushing hole 213c while being pushed against the side surface of the crushing container 231 and a pressing member 232 which is provided so as to pass through the crushing container 231 while the pressing member 232 is mounted, A crushing means 230 having a crushing means 220,
A stator stone rod 241 fixed inwardly protruded from the inner surface of the body 210 to detect a metal material including loose powder from the red pepper powder passing through the crushing means 230 and a rotating shaft 220 built in the body 210 A crushing and detecting part 200 having a detecting means 240 having a rotor stone rod 242 provided so as to protrude and rotate and to pass near the stator stone rod 241;
An exhaust pipe 310 mounted on the body 210 and a part of the exhaust pipe 310 on the side of the body 210 of the exhaust pipe 310 are disposed at positions apart from the opened upper surface of the crush container 231 to exhaust air inside the body 210 to the outside, (300) having at least one of a filter for preventing the red pepper powder from being discharged and an exhaust fan (320) installed in the exhaust pipe (310) for forcibly discharging the air in the body (210) Made flour detector.
The method of claim 1,
The crushing container 231 further comprises a crushing protrusion 213d mounted inwardly with the crushing hole 213c at the side.
The method of claim 1,
The conveyance unit 100 includes at least one auxiliary conveyance member 150 disposed adjacent to the main conveyance member 140 in the chamber 120 and configured to push the red pepper powder toward the main conveyance member 140, An auxiliary gear 151 mounted on the auxiliary conveying member 150 and a main gear 141 or an auxiliary gear 151 independently rotated or interlocked with each other, At least one first power source 160 installed to rotate any one of the gears 151 and the gears 151 so that the red pepper powder transferred by the main transferring member 140 flows into the chamber 120 and the body 210, and a conveyance pipe (130)
The lower part of the chamber 120 is formed in a shape in which semicircular images are connected to each other on a side surface thereof. A main transfer member 140 and an auxiliary transfer member 150 are installed in a semicircular space,
The main conveying member 140 is installed to convey the red pepper powder to the conveying pipe 130,
The auxiliary conveying member 150 is installed to pass the red pepper powder into a space where the main conveying member 140 is installed,
And the hopper 110 is installed to have a width such that red pepper powder is injected into the space where the auxiliary conveying member 150 is installed on the side surface.
4. The method of claim 3,
The body 210 includes a first door 212 opened and closed to allow the user to visually confirm the crushing container 231 and a second door 213 opened and closed with a transparent material so that the detecting means 240 can be seen from the outside Respectively,
And a frame (214) for mounting the stator stone rod (241) is selectively installed in the second door (213). delete delete delete

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