KR200352569Y1 - Device for pressing garlic - Google Patents

Abstract

The present invention relates to a garlic press, the body portion consisting of a cylindrical receiving table having a plurality of discharge holes, a connecting rod extending therefrom and a fixed portion integrally fixed to the end thereof and through the guide groove formed in the center; A gripping portion having a drive gear arranged on the stator, the gripping portion extending from a portion thereof and capable of gripping; A first spur gear having a gear ratio greater than that of the drive gear and being geared to the fixture, a second spur gear fixed on the same axis and having a smaller gear ratio, the rack gear meshed with and inserted into the guide groove; It is configured to include an operation portion made of a pressing plate replaceably provided at one end thereof.

According to the present invention, by adjusting the gear ratio between the driving gear and the gear meshed with the gear, it causes a large action force even with a small grip force, which enables very easy garlic pressing operation, and because the acting force acts vertically above the garlic, the crushing Efficiency is further enhanced, and the crushing force is maximized even with a small force, thereby greatly increasing the convenience of using the garlic press.

Description

Garlic Presser {DEVICE FOR PRESSING GARLIC}

The present invention relates to a garlic compactor, and more particularly, to an improved garlic compactor to compact and crush the garlic used as a seasoning when cooking food with a small force simply and easily.

In general, garlic contains a large amount of various nutrients, and is widely used as a seasoning or with meat in general homes and restaurants.

In particular, in order to be used as a seasoning is required to be provided in a state that is pressed or crushed well.

The general method of crushing or crushing the garlic is to put the garlic in a small mortar and crush it with a mortar (same as crush or crush), or put the garlic on a cutting board and finely grind it with a knife.

However, when using a mortar is too much force and cumbersome, and when using a knife, it is difficult to grind because it is difficult to grasp when the size of the garlic is squeezed out or crushed finely. The cook's hand may be injured.

In an effort to solve such a problem, the practical publication 2000-8392 (garlic cutter) and the registration room 20-166489 (1999.10.27) "garlic cutter grinder" have been disclosed.

However, these disclosed techniques rotate the two operating parts 2 and 3 around the hinge 1 through the grip force of the user as shown in FIG. 1, respectively. There is no big problem when crushing 1 or 2 garlic, because it was configured in the form of crushing (chopping, chopping) the garlic located between the pressing plate 4 and the pressing tube 5 fixed to the When the garlic needs to be crushed, of course, due to the reduction of grip force for a long time, it still requires a lot of power, which does not fundamentally solve the above problem.

In particular, since these technologies utilize the rotational force around the hinge 1, the pressing plate 4 is not pressed vertically with the pressing cylinder 5, and thus the distance from the hinge 1 to the pressing plate 4 is reduced. Since the rotational operation to the radius to be in close contact with the object obliquely, the grip force of the user was not converted to 100% by the force to crush garlic, there was also a disadvantage that the efficiency of the compactor is significantly lower.

The present invention was conceived to solve this problem in consideration of all the problems of the prior art as described above, and by controlling the gear ratio that is internally causes a large pressing force even with a small force of the user to easily crush a large amount of garlic at once It is, of course, an object of the present invention to provide a garlic press of that type which has been improved to enable rapid and easy grinding.

1 is an exemplary view showing an example of a garlic compactor according to the prior art,

Figure 2 is a sectional view and enlarged perspective view showing the main portion of the garlic compactor according to the present invention,

3 is an exemplary view showing another example of the holder for a garlic press according to the present invention,

Figure 4 is an exemplary use state of the gripper for garlic press according to the present invention,

5 is an exemplary view showing a dashed portion of the operating part of the garlic compactor according to the first embodiment of the present invention,

6 and 7 is an exemplary operating state shown by some dashed process of the operating part of the garlic compactor according to the second embodiment of the present invention,

8 and 9 is an exemplary operating state diagram showing the dashed portion of the operating part of the garlic press according to the second embodiment of the present invention.

♧ description of the symbols for the main parts of the drawing ♧

100 .... body 110 .... storage stand

120 .... Connecting rod 130 .... Fixture

200 .... grip 210 .... loading

220 .... Handle 230 .... Drive Gear

300 .... operating part 310 .... operating rod

320 .... Compression Plate 330 .... Rack Gear

340 .... hanger 350,350 '.... first spur gear

360,360 '.... Second Spur Gears

The present invention, in order to achieve the above technical problem, a cylindrical housing having a plurality of discharge holes, the connecting portion extending therefrom and the body portion consisting of a fixed fixedly fixed to the end of the end and the guide groove is formed through the center; ; A gripping portion having a drive gear arranged on the stator, the gripping portion extending from a portion thereof and capable of gripping; A first spur gear having a gear ratio greater than that of the drive gear and being geared to the fixture, a second spur gear fixed on the same axis and having a smaller gear ratio, the rack gear meshed with and inserted into the guide groove; Provided is a garlic compactor comprising an operating portion consisting of a compaction plate replaceably provided at one end thereof.

In addition, the present invention is a cylindrical housing having a plurality of discharge holes, a connecting portion extending therefrom and a body portion consisting of a fixed fixedly fixed to the end thereof and the guide groove in the center; A gripping portion having a drive gear arranged on the stator, the gripping portion extending from a portion thereof and capable of gripping; A first spur gear installed on the fixed base and having a gear ratio equivalent to that of the drive gear, a second spur gear fixed on the same axis and having a smaller gear ratio and engaged with the drive gear, engaged with the first spur gear, and in the guide groove. Provided is a garlic press comprising a rack gear is inserted, the operation portion consisting of a pressing plate replaceably provided at one end thereof.

In addition, the present invention is a cylindrical housing having a plurality of discharge holes, a connecting portion extending therefrom and a body portion consisting of a fixed fixedly fixed to the end thereof and the guide groove in the center; A gripping portion having a drive gear arranged on the stator, the gripping portion extending from a portion thereof and capable of gripping; Provided is a garlic compactor comprising an operating unit consisting of a pressurized plate that is installed on the fixed base and meshed with the drive gear and inserted into the guide groove, replaceably provided at one end thereof.

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

Figure 2 is a cross-sectional view showing the main configuration of the garlic compactor according to the present invention and enlarged perspective view, Figure 3 is an exemplary view showing another example of the holder for a garlic compactor according to the present invention, Figure 4 is a garlic compactor according to the present invention It is an exemplary use state diagram of the molten gripping part.

As shown in Figure 2, the present invention garlic compactor is largely divided into a body portion 100, gripping portion 200 and the operating portion 300.

Body portion 100 is made of a cylindrical holding table 110, one surface of which is open, a connecting table 120 extending from the receiving table 110, and a fixing table 130 integrally connected with the connecting table 120.

The storage unit 110 has a plurality of discharge holes 112 arranged in a predetermined shape on the closed surface so that the crushed garlic crushed to form the space at the same time the garlic is received and discharged to the outside Have

Here, the holder 110 is not limited to the one-piece, such as shown in the figure can be various modifications, for example, as shown in Figure 3, the engaging ring 122 is integrally formed in the connecting rod 120 and the storage box 110 ' On the upper surface of the) is formed a flange-shaped locking jaw 116 having a cutting groove 118 so that the locking jaw 116 is connected to the locking ring 122 while the cutting groove 118 does not interfere with the connecting rod 120. The storage container 110 ′ may be configured to be easily replaced by being fitted with the locking ring 122 in a locked form.

In addition, it is possible to form a discharge hole 112, such as (a) as illustrated in the bottom surface of the housing 110 ', as well as the shape of the discharge slit 114 (blade) as shown in (b) illustrated It may be configured to have a shape such as the (usually) to be pressed into a thin piece of garlic (other pressing objects) to be pressed (slicing).

Therefore, the pressing object accommodated in the storage rack 110 or the storage container 110 'may be garlic, vegetables, fruits, various seasoning objects.

As shown in the enlarged perspective view of FIG. 2, the connecting table 120 is preferably formed in a form extending to a bar or a bar at a part of the outer circumferential surface of the opposing side receiving table 110 in which the discharge hole 112 is formed.

This is to insert the garlic between the space in which the connecting rod 120 is not formed so that it can be easily put into the storage unit 110, if it has such a function, the shape of the connecting rod 120 is any shape It is okay to take.

The guide 130 has a rectangular guide groove 132 is formed in the longitudinal direction of the present invention garlic compactor, penetrating the center thereof, as in the perspective view enlarged in Figure 1, the installation grooves 134 are formed on both sides do.

In addition, the installation groove 134 is a portion of which is drilled in communication with the guide groove 132, it is not necessarily limited to the rectangular shape in the shape may have a variety of shapes such as cylindrical.

The gripping portion 200 is a rod 210 having at least one thread 212 at a predetermined interval on a portion of the length, as shown in Figure 4, and the inside is hollow to be fitted to the rod 210, one end is closed The other end is opened, the inner circumferential surface of the handle 220 is coupled to the length adjustable with a thread 222 corresponding to the thread 212, and integrally formed on one end of the rod 210 and the rotating shaft 232 It consists of a drive gear 230 which is built up in the fixed base 130 by.

Thus, by rotating the handle 220, the length of the grip portion 200 can be adjusted to be long or short through the tooth coupling between the threads (212, 222), which is less force because the longer the grip portion 200 is It is possible to further enhance the ease of use.

As shown in FIG. 2, the operation part 300 is inserted into the guide groove 132 and penetrates through the operation rod 310 to be disposed up and down, and a pressing plate fixed to one end of the operation rod 310. 320, the rack gear 330 fixed to both sides of the operating rod 310, the hooking hole 340 integrally formed at the other end of the operating rod 310, and the fixing rod 130, are properly disposed. It is configured to include a plurality of gears that are coupled to the rack gear 330 and the drive gear 230 in various forms.

The pressing plate 320 is a disc-shaped member having a diameter corresponding to that of the storage container 110, and has a predetermined thickness and has a crushing protrusion 322 on one end surface thereof, that is, the surface contacting the inner bottom surface of the storage container 110. ) Are protruding a number.

The crushing protrusion 322 is arranged in a shape corresponding to the above-described discharge hole 112 is preferably provided to be fully inserted into the discharge hole 112 when pressing the garlic (G) of the pressing plate 320. Do.

In addition, in some cases, the pressing plate 320 may be in the form of a pilgrim without the crushing protrusion 322, but is preferably formed integrally with the operating rod 310, but is not limited thereto. It may also be separable in a manner.

The rack gear 330 is attached and fixed in the form of two sides facing the length of the operation rod 310, and both sides are particularly preferably manufactured by attaching a plate-like member having a plurality of gear grooves, in some cases May be manufactured by producing a gear groove in the operating rod 310 itself.

In addition, the operating rod 310 including the rack gear 330 is not limited to the quadrangle shown can be freely modified to correspond to the various shapes of the guide groove 132 is inserted.

The hook 340 is preferably formed in a ring shape as a means for allowing the operation rod 310 to be easily walked while keeping the present invention garlic press while preventing it from being separated from the guide groove 132.

Hereinafter, embodiments of the various operation units 300 according to the arrangement of the gears described above will be described in detail.

First, Figure 5 is an exemplary view showing a part of the operating part of the garlic compactor according to the first embodiment of the present invention broken line, Figure 6 and Figure 7 is a partial broken line of the operating part of the garlic compactor according to the second embodiment of the present invention 8 and 9 are exemplary operating state diagrams shown by partially dashing the operating part of the garlic compactor according to the second embodiment of the present invention.

[First Embodiment]

As shown in FIG. 5, the rack gear 330 is formed to have a rather large area, and a second spur gear 360 is engaged with the rack gear 330.

The second spur gear 360 is integrally formed on the upper surface of the first spur gear 350 with the same axis and has a radius smaller than that of the first spur gear 350.

In addition, the first spur gear 350 is meshed with the driving gear 230, where the driving gear 230 is smaller in diameter than the first spur gear 350, for example, similar to the second spur gear 360. Preferably, the gear ratio is adjusted to have a diameter.

In addition, the first spur gear 350 and the second spur gear 360 are installed on the installation groove 134 of the fixing unit 130 shown in FIG. 2 with the same rotation axis 370 as the rotation center thereof. The drive gear 230 is installed on the same installation groove 134 so as to be rotatable about another rotation shaft 232 while being adjacent to the rotation shaft 370.

Therefore, the force applied by the gripper 200 appears to be converted into a force larger than the force applied to the pressing plate 320 while passing through the plurality of gears, and thus a plurality of garlic or crushed and ground objects It can easily be crushed or cut off.

The operating relationship is that the rotational movement of the gripping portion 200, that is, the rotational movement of the gears interlocked therewith by the pinch and the retraction change into a linear movement through the rack gear 330 and finally the pressing plate 320 is broken, It acts as a vertical load directly above the grinding objects to provide a great breaking force.

Second Embodiment

6 and 7, the first spur gear 350 ′ is meshed with the rack gear 330, and the drive gear 230 is meshed with the second spur gear 360 ′. As in the first embodiment, the second spur gear 360 'is integrally formed on the upper surface of the first spur gear 350' with the same axis and has a radius smaller than that of the first spur gear 350 '. Is formed.

In addition, the drive gear 230 preferably has a larger gear ratio (controlled by varying the number of gears or the radius of the gear) than the second spur gear 360 'so that a quick acting force can be generated even with a small force.

In addition, as in the first embodiment, the first spur gear 350 'and the second spur gear 360' have the same rotation shaft 370 as the center of rotation thereof, and the mounting groove 134 of the stator 130 is provided. The drive gear 230 is installed on the same installation groove 134 so as to be rotatable about another rotation shaft 232 while being adjacent to the rotation shaft 370.

Accordingly, the force applied by the gripper 200 may move the pressing plate 320 more quickly while passing through the plurality of gears, thereby compressing the pressing objects including a small amount of garlic G in a short time. In addition, although the storage 110 in which the garlic G is illustrated in FIG. 7 is described in the form in which the storage stand 110 is disposed at an upper position, the hooking hole 340 and the storage position are 180 °. It is more practical and desirable to use that the stand 110 is completely inverted from each other.

Third Embodiment

8 and 9, the drive gear 230 is directly engaged with the rack gear 330.

This has the advantage that the configuration is simple and easy to install and beautiful in appearance.

Moreover, in the case of the third embodiment, since the grip force of the user is transmitted by the force of compressing the garlic (G) at a ratio of 1: 1, the structure is simple and easy to manufacture, but a large amount of garlic (G) at once is a short time. Rather than using it for compressing, relatively small amount of garlic (G) is suitable for home use, sometimes pressing as necessary.

The working relationship of the present invention made of such a configuration is as follows.

First, the target garlic (G) is introduced into the storage unit 110 through the space between the connecting rod (120).

Accordingly, at least one garlic (G) is stacked or arranged in a predetermined shape inside the storage (110).

When garlic (G) is accommodated, the user is pinched in the direction in which the two handles 220 are close to each other while holding the gripper 200.

At this time, the handle 220 of the gripping portion 200 can be rotated and adjusted according to the user's selection.

When the gripping portion 200 is retracted, the driving gear 230 is integrally formed at one end thereof and rotatably installed around the rotation shaft 232.

The drive gear 230 transmits the rotational force to the driven gear 350, the actuating gear 360 or the rack gear 330, respectively, in the form of the first, second, and third embodiments described above, and eventually the rack gear 330. Will make linear movement.

Therefore, the rack gear 330 is to close the pressing plate 320 fixed to the operating rod 310 toward the bottom surface of the storage box 110, the pressing plate 320 is garlic (G) Garlic (G) is crushed, crushed, or crushed by applying a strong load to it.

At this time, by adjusting the gear ratio of the gears meshed with the drive gear 230 can be used as a garlic press according to the characteristics of the application.

Subsequently, the crushed portion of the crushed garlic is discharged through the discharge hole 112, and the mashed operation is terminated by receiving it in a separate container.

As described in detail above, the garlic compactor according to the present invention provides the following effects.

First, by adjusting the gear ratio between the drive gear and the gear meshed with the gears, it is possible to make a very easy garlic pressing work with a small force to produce a large force.

Second, since the acting force acts vertically above the garlic, its crushing efficiency is further enhanced.

Third, since the crushing force is maximized with little force, the convenience of using the garlic compactor is greatly improved.

Claims (4)

It consists of a cylindrical holder (110) having a plurality of discharge holes (112), a connecting rod (120) extending therefrom, and a holder (130) fixedly integrally formed at an end thereof with a guide groove (132) formed therethrough. Body portion 100; A holding part (200) having a driving gear (230) arranged on the fixing base (130), the rod (210) being formed to extend from a portion thereof to be gripped; A first spur gear 350 arranged in the fixing unit 130 to be engaged with the drive gear 230 and engaged therewith; a second spur gear 360 fixed on the same axis and having a smaller gear ratio; The garlic compactor comprising a working gear 300, which is engaged with the rack gear 330 inserted into the guide groove 132, and a pressing plate 320 that is replaceably provided at one end thereof. It consists of a cylindrical holder (110) having a plurality of discharge holes (112), a connecting rod (120) extending therefrom, and a holder (130) fixedly integrally formed at an end thereof with a guide groove (132) formed therethrough. Body portion 100; A holding part (200) having a driving gear (230) arranged on the fixing base (130), the rod (210) being formed to extend from a portion thereof to be gripped; A first spur gear 350 ′ which is installed on the fixing base 130 and has a gear ratio equivalent to that of the drive gear 230, and a second fixed gear that is coaxial with the driving gear 230 and has a smaller gear ratio than that; Operation unit consisting of a spur gear 360 ', a rack gear 330 meshed with the first spur gear 350' and inserted into the guide groove 132, and a crimp plate 320 replaceably provided at one end thereof. Garlic squeezer, including 300. It consists of a cylindrical holder (110) having a plurality of discharge holes (112), a connecting rod (120) extending therefrom, and a holder (130) fixedly integrally formed at an end thereof with a guide groove (132) formed therethrough. Body portion 100; A holding part (200) having a driving gear (230) arranged on the fixing base (130), the rod (210) being formed to extend from a portion thereof to be gripped; The operating unit 300 is made up of the rack gear 330, which is installed on the fixing unit 130 and engaged with the drive gear 230, and is installed in the guide groove 132, the compression plate 320 is provided to be replaced at one end thereof. Garlic squeezer, including). The method according to any one of the preceding claims, The gripping portion 200 is a garlic presser further comprises a length adjustable handle 220 is inserted into a portion of the length of the rod 210 is fixed in a screwed manner.