KR200219305Y1 - A transfer apparatus of red pepper milling machine - Google Patents

Abstract

The present invention relates to a conveying apparatus of a pepper mill for transporting a red pepper powder ground in the milling process of red pepper to another grinder, comprising: a first grinding unit for cutting and milling peppers fed from a hopper; Hopper of the other grinder which collects the 1st conveying part which conveys the red pepper which cut | disconnected from the grinding | pulverization part, the 2nd grinding part for repulverizing the conveyed cut | disconnected pepper, and discharges it to the outside, It is roughly divided into a 2nd conveying part for conveying to the side, and a driving means for giving a driving force to a 1st, 1, 2 grinder and a 1st and 1st conveying part.

The second conveying part is formed by the lower housing for agglomerating the red pepper which is crushed from the second grinding part and discharged to the outside, the upper housing connected to the upper side of the lower housing and having an opening at the upper end, and the driving force transmitted from the driving means. It is composed of a screw shaft for rotatably housed in the lower housing to convey the ground pepper.

The present invention can prevent the external scattering of red pepper powder by the second transfer unit, there is an advantage to improve the working environment of the worker.

Description

A TRANSFER APPARATUS OF RED PEPPER MILLING MACHINE}

The present invention relates to a pepper grinder, and more particularly, to a pepper mill grinder conveying device for transporting to prevent the external scattering of red pepper powder powder in the grinding process of red pepper and re-crushed with another grinder.

Conventionally, a separator for cutting peppers to separate pepper seeds for grinding the pepper, and a grinder for grinding the separated peppers into powders are manufactured separately, so that the user must purchase the two machines together. The disadvantage was the need to crush peppers repeatedly.

In addition, the grinder has a disadvantage in that the coil is burned by the overload of the motor for rotating the rotary blade when the pepper is stopped by the rotary blade rotated when cutting a large amount of pepper.

As a prior art of the pepper crushing device for solving the above problems is disclosed in Korean Utility Model Publication No. 90-9833 'pepper crushing device', as shown in Figure 1,

The first grinder 200 for cutting and grinding the peppers fed from the hopper 110, the conveying means for transporting the pepper cut from the first grinder 200, and re-pulverized the transferred cutting pepper to the outside It is roughly divided into a second grinding machine 400 and a first and second grinding machines 200 and 400 and driving means for imparting driving force to the conveying means.

The first mill 200 has a housing 210 in which the fixed blade members 244 are arranged at regular intervals on the inner wall, and is rotatably received in the housing 210 and fixed blade members 244 on the outer circumferential surface thereof. Cutter blade member 242 corresponding to the) is composed of a cylindrical member 220 is formed in a helical shape, and the shaft member 230 for keying the inside of the cylindrical member 220 to transmit the rotational force of the motor.

In addition, the conveying means has a housing 310 in which both ends of the first grinder 200 and the second grinder 400 communicate with each other, and a sorting network 330 for sorting pepper seeds is installed on the bottom thereof, and the housing 210. It is composed of a screw 320 for rotatably accommodated in the inside of the) to transfer the pepper cut from the first grinder 200 to the second grinder 400 side.

In addition, the second crusher 400 has a predetermined volume therein, the upper surface of which is opened so as to communicate with the housing 310 of the conveying means, and one side of which is opened so as to communicate with the outside, and the center of the body 410. Drive shaft 420 is rotatably installed in the vertical, the body 435 coupled to the outer side of the drive shaft 420 and a plurality formed integrally by welding at different heights on the outer peripheral surface of the body 435 Two blade members 430 and the discharge network 440 is installed on one side opening of the main body 410 and formed with a plurality of through holes for the external discharge of the red pepper powder.

A plurality of fixed blades 414 corresponding to the blade member 430 are coupled to the inner wall of the main body 410 so as to protrude inward, and the fixed blades 414 are exchanged for exchange at the outer side of the main body 410. Bolted to be detachable.

The main body 410 of the second grinder 400 has a flange portion 412 bent at right angles at an end of one side thereof so as to be combined with a container (sack) capable of containing red pepper powder to prevent external scattering of red pepper powder. .

Since the body 435 is fitted to the outer circumferential surface of the driving shaft 420 and the blade member 430 is integrally formed, the body 435 is interlocked when the driving shaft 420 is transmitted from the second motor 510 to be coupled to the blade member 430. Rotated).

The blade member 430 is composed of a plurality of blades, and is divided into first, second, third, and fourth blades 432, 434, 436, and 438 installed at different angles and different angles on the outer circumferential surface of the drive shaft 420.

The first blade 432 is installed of the second, third, fourth blades (434, 436, 438) in order to prevent the red pepper is crushed back by the rotating centrifugal force of the blade member 430 back to the screw 320 side of the transfer means It is installed downward in the opposite direction and has a downward pressing force when the blade member 430 rotates.

The driving means rotates the first motor 520 to impart the driving force to rotate the cylindrical member 220 and the screw 320 of the first grinder 200 and the drive shaft 420 of the second grinder 400. The second motor 510 for imparting the driving force for the drive, and the belt 540 and the pulley 530 for transmitting the driving force of the respective motors to the first and second grinding machines (200, 400) and the screw (320) side.

Unexplained reference numeral '120' is axially coupled to the inside of the hopper 110 to be axially coupled to interlock with the shaft member 230 of the first crusher 200 shows a guide rod 120 for assisting the introduction of pepper. .

By the way, when the red pepper powder in the powdered state is crushed during the red pepper is discharged through the discharge port is scattered to the outside to enter the bronchus of the worker, there was a problem that causes the inconvenience of the worker.

In addition, the red pepper powder is discharged to the outside by centrifugal force generated by the rotation of the cutting blade during the red pepper powder discharging process, and when it is rotated at high speed, the ground powder of red pepper powder is scattered to the outside and hinders the working environment. When this is rotated at a low speed, workability is somewhat deteriorated.

The present invention is to solve this problem in consideration of the above-mentioned problems, its purpose is to keep the environment of the workplace clean even at high speed while the pepper to be transported to the other grinder side while preventing the external scattering during the regrinding process of pepper It is to provide a feed device of the grinder.

1 is a cross-sectional view showing an example of a conventional pepper mill;

Figure 2 is a perspective view showing a transport device of a pepper mill according to the present invention,

3 is an exploded perspective view showing the main portion of Figure 2,

4 is a state diagram used in the present invention.

Explanation of symbols on the main parts of the drawings

610: lower housing 612: inlet hole

612a: inclined surface 620: upper housing

625a: opening 630: screw shaft

632: helix 635: discharge piece

637: Pulley 638: Belt

The present invention for achieving the above object is a pulverizing unit for pulverizing the pepper injected from the hopper, a conveying means for discharging the pulverized pepper from the crushing unit to the outside, and the pulverizing unit and the conveying means as a driving force of the motor In the pepper mill composed of a drive means for rotating,

A lower housing for agglomerating the red pepper which is conveyed by the conveying means from the crushing unit and discharged from the outside;

An upper housing connected to an upper side of the lower housing and having an opening formed at an upper end thereof;

It is characterized in that the upper and lower housings are configured by a screw shaft for rotatable shaft coupled by the driving force transmitted from the driving means for conveying the crushed pepper.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

The conveying apparatus of the pepper mill according to the embodiment of the present invention, the first milling unit 200 and the first milling unit 200 for cutting and grinding the pepper introduced from the hopper 110, referring to FIGS. The first conveying unit for transferring the pepper cut from the), the second grinding unit 400 for re-crushing the discharged cut pepper to be discharged to the outside, and the other grinder to collect the red pepper crushed from the second grinding unit and discharged outside The second conveying part for conveying to the hopper side of 700, and the driving means for giving a driving force to the 1st 1st grinding machines 200 and 400 and the 1st and 1st conveying parts are classified roughly.

The first grinding part 200 has a housing 210 in which the fixed blade members 244 are arranged at regular intervals on the inner wall, and is rotatably received in the housing 210 and fixed blade members on the outer circumferential surface thereof. Cutter blade member 242 corresponding to 244 is composed of a cylindrical member 220 formed in a spiral shape, and the shaft member 230 for keying the inside of the cylindrical member 220 to transmit the rotational force of the motor .

In addition, the first conveying unit has a housing 310 having both ends communicating with the first grinding unit 200 and the second grinding unit 400, respectively, and having a sorting network 330 for sorting pepper seeds on the bottom thereof. It is composed of a screw 320 for rotatable inside the housing 210 to transfer the pepper cut from the first grinding unit 200 to the second grinding unit 400 side.

In addition, the second grinding portion 400 has a predetermined volume therein, the upper surface is opened to communicate with the housing 310 of the transfer portion, and one side is opened so as to communicate with the outside, and the center of the body 410 Drive shaft 420 is rotatably installed in the vertical, the body 435 coupled to the outer side of the drive shaft 420 and a plurality formed integrally by welding at different heights on the outer peripheral surface of the body 435 Two blade members 430 and the discharge network 440 is installed on one side opening 625a of the main body 410 and formed with a plurality of through holes for external discharge of red pepper powder.

The second conveying unit is connected to the lower housing 610 for aggregating the red pepper pulverized from the second grinding unit 400 and discharged to the outside, and the upper housing connected to the upper side of the lower housing 610 and having an opening 625a formed at the upper end thereof. 620 and the screw shaft 630 for rotatably housed in the upper and lower housings (610, 620) by the driving force transmitted from the driving means for conveying the crushed pepper.

The upper housing 620 may be integrally formed, but as illustrated in the drawing, the first upper housing 622 and the lower housing 610 communicate with the inside of the first upper housing 622 formed by bending the opening 625a for manufacturing convenience. It is preferable to have a structure separated by the second upper housing 625 is installed.

In addition, the screw shaft 630 is axially coupled to the inside of the upper and lower housings (610, 620), is rotatably supported by a bearing 640 to assist the dust and rotation, the driving force is transmitted from the drive means at the bottom Pulleys 637 connected to the belt 638 are installed.

In detail, the screw shaft 630 has a spiral spiral portion 632 formed on the outer circumferential surface of the shaft, and a discharge piece 635 for discharging red pepper pulverized on the upper end of the spiral portion 632 to the outside is integrally formed. have.

The lower housing 610 is formed with a concave hole 612 for guiding the red pepper crushed and discharged in the center of one side, the inclined surface 612a having an inclination angle on the edge of the concave hole 612 is formed.

That is, in order to easily guide the pepper discharged to the inside of the upper and lower housings (610 and 620), the inlet hole 612 is formed in an appropriate size at the center of one side of the lower housing 610, and the inclined surface having an appropriate inclination angle at the edge thereof. It is formed.

The blade member 430 is divided into a plurality of first, second, third, and fourth blades 432, 434, 436, and 438 installed on the outer circumferential surface of the drive shaft 420 at different angles from each other.

The driving means includes a first motor 520 for applying a driving force for rotating the cylindrical member 220 and the screw 320 of the first grinding part 200, and a driving shaft 420 of the second grinding part 400. The second motor 510 provides a driving force for rotating, and the belt 540 and the pulleys 530 for transmitting the driving force of the respective motors to the first and second crushers 200 and 400 and the screw 320. .

The drive shaft 420 of the second grinding unit 400 is connected to the pulley 530 of the second motor 510 by a separate belt 540, and the pulley 637 of the second conveying unit is connected by the belt 638. It is connected to work together.

Unexplained reference numeral '120' is axially coupled to the inside of the hopper 110 is axially coupled to interlock with the shaft member 230 of the first crushing unit 200 shows a guide rod 120 for assisting the introduction of pepper '650' shows a hose 650 of flexible material for guiding the red pepper, which is installed in the opening 625a of the upper housing 620, to be transported through the second conveying part, to another grinder 700 side.

According to the operation of the present invention having such a configuration, when power is applied to the first and second motors 520 and 510, the driving force of the motor is transmitted to the respective pulleys 530 through the belt 540 so that the first grinding part 200 is provided. The shaft member 230 and the screw 320 of the transfer means and the drive shaft 420 of the second mill 400 is rotated.

Subsequently, when the pepper is introduced through the hopper 110, the guide rod 120 is rotated to push the pepper into the interior of the first mill 200, and the pepper is inserted into the shaft of the first mill 200. The member 230 is cut and pulverized while being rotated.

At this time, the cutter blade member 242 and the fixed blade member 244 intersect with each other in accordance with the rotation of the shaft member 230 to prevent the scattering of pepper powder while improving the grinding workability of the pepper during the grinding process of the pepper. While cutting and grinding while being introduced into the housing 310 of the first transfer portion.

Then, when the screw 320 of the first conveying part is rotated, the cut pepper is transferred to the second grinding part 400 side on the left side by the screw type rotation of the screw 320 and then falls to the second grinding part 400 side. And is injected into the main body 410 of the second mill 400.

Cutting pepper introduced into the second grinding unit 400 is pulverized by the rotation of the plurality of blade member 430 rotated by the rotation of the drive shaft 420, the discharge network by the centrifugal force according to the rotation of the blade member 430 Through the through hole 440 has a process that is discharged to the outside.

At this time, the operation of the second grinding unit 400 is the driving force of the second motor 510 is transmitted to the drive shaft 420 is rotated, by the rotation of the drive shaft 420 the shaft coupled body 435 is interlocked to rotate The blade member 430 integrally formed on the outer circumferential surface of the body 435 is also interlocked.

And, the pepper milled in the powder state in the second mill 400, the centrifugal force of the blade member 430 is rotated (more specifically, the lateral rotational force acting on the bent surface 430b of the blade members 430) It is moved to the discharge network 440 by.

Pepper discharged to the discharge network 440 to the outside is introduced into the inside through the inlet hole 612 of the lower housing 610, and then, as the screw shaft 630 is rotated to the screw rotation of the spiral portion 632 By the upper side.

At this time, the screw shaft 630 is rotated by the pulley 637 is rotated in conjunction with the belt 638 by the rotation of the drive shaft 420, the belt 638 is rotated.

Subsequently, the pepper conveyed upward by the spiral portion 632 of the screw shaft 630 is discharged to the outside through the opening 625a of the upper housing 620 by striking the rotating discharge piece 635. The discharged pepper is conveyed to the hopper side of the other grinder 700 while passing through the hose 650 connected to the opening 625a.

The present invention described above is to prevent the external scattering of red pepper powder by applying a transfer device to the crusher of the same application, but can be widely applied to the existing red pepper grinder.

The transfer device of the present invention pepper grinder described above is to improve the structure to prevent the external scattering of red pepper powder during the transfer process of red pepper, according to the present invention the blade member at high speed Even if it is rotated, it can be transferred to the other grinder side while preventing the crushed pepper to be scattered outside, has the effect of improving the working environment of the operator.

Claims (4)

In the pepper grinder composed of a pulverizing unit for pulverizing the pepper fed from the hopper, a conveying means for discharging the pulverized pepper from the crushing unit to the outside, and a driving means for rotating the pulverizing unit and the conveying means by the driving force of the motor In A lower housing 610 for agglomerating the red pepper which is conveyed by the conveying means from the crushing unit and discharged from the outside; An upper housing 620 connected to an upper side of the lower housing 610 and having an opening 625a formed at an upper end thereof; The upper and lower housings (610, 620) of the pepper mill, characterized in that the screw shaft 630 is rotatably coupled by a driving force transmitted from the driving means to convey the ground pepper. According to claim 1, wherein the screw shaft 630 has a spiral spiral portion 632 is formed on the outer peripheral surface of the shaft, the discharge piece 635 for discharging the pepper crushed on the upper end of the spiral portion 632 to the outside is It is formed integrally, the transfer device of the pepper mill, characterized in that the pulley 637 is installed at the lower end of the drive means is transmitted by the belt 638 from the drive means. According to claim 1, The lower housing 610 is formed in the concave hole 612 for guiding the red pepper pulverized in one side center, Feeder of the pepper mill, characterized in that the inclined surface (612a) having an inclination angle formed on the edge of the recess hole (612). The pepper mill according to any one of claims 1 to 3, wherein a bearing 640 for rotating the screw shaft 630 is installed at the center of the upper housing 620 and the lower housing 610. Conveying device.