KR100983527B1 - Waste compression device having binding function - Google Patents

Abstract

The present invention relates to a waste compaction apparatus having a binding function for minimizing the phenomenon that the compressed waste is loosened by being able to bind in a state where the waste is compressed in a small volume. The waste compaction apparatus has a compression cylinder having an upper and a lower opening, a base having a catch for supporting a lower portion of the compression cylinder, a lower support portion that enters a lower portion of the compression cylinder from the base and supports the lower portion of the garbage in the compression cylinder; It is provided in the lower support part through the pressurizing member for entering the inside of the compression container to compress the garbage in the compression container from the upper part, the compression unit for pressurizing the pressing member, and the binding strap for binding the garbage. A plurality of lower binding grooves having openings for opening, a plurality of upper binding grooves provided in the pressing member to pass through the binding straps, and having lower openings for disengagement of the binding straps, corresponding to the lower binding grooves and the upper binding grooves. It includes a plurality of cutting grooves formed long in the compression cylinder of the position in the vertical direction.

Description

WASTE COMPRESSION DEVICE HAVING BINDING FUNCTION}

The present invention relates to a waste compaction apparatus, and more particularly, to a waste compaction apparatus having a binding function for compacting and compacting waste into a small volume.

Garbage generated at home or at work must be discharged in standard garbage bags, so if the amount of waste is large, the expenditure of purchasing standard garbage bags tends to be large. Therefore, in ordinary homes or workplaces, the garbage bags are stepped on or pressed by hand to contain as much garbage as possible. However, because the standard trash bag is a thin plastic material, it is easy to tear when pressurized, and thus it is difficult to contain a large amount of trash.

In order to solve this problem, a garbage compactor as disclosed in Korean Patent Publication No. 10-756543 has been proposed. This waste compactor is designed to reduce the volume of waste by compressing the waste inside the pressurized container with a hydraulic cylinder type compression means in the state where the waste is contained in the pressurized container. In addition, the waste compressed in the compression bin can be discharged by opening the opening / closing door of the compression bin.

However, such a waste compactor has a problem in that it is bulky or loosened again in the process of putting the compressed waste into a garbage bag because the waste is simply taken out of the compressed state. Compression can be maintained when there is a lot of moisture, such as food waste, but it is difficult to maintain a compressed state in the case of ordinary household garbage containing a lot of paper or vinyl because it is easily released and scattered in the process of removing the garbage from the compression bin after compression.

The present invention is to solve such a problem, an object of the present invention is to provide a waste compaction apparatus to minimize the phenomenon that the compressed waste is loosened by being able to bind in a state in which the waste is compressed in a small volume. It is.

According to the present invention, there is provided a garbage compaction apparatus having a binding function according to the present invention. A lower support part for entering a lower part of the compression container to support the lower part of the garbage, a pressing member for entering the compression container from the upper part to compress the garbage in the compression container, a compression unit for pressing the pressure member, and binding of the garbage A plurality of lower binding grooves are provided in the lower support portion for passing the binding straps for passing through the binding straps, and the pressing members are provided in the pressing member so that the binding straps pass therethrough. A plurality of upper binding grooves having openings for disengagement of the strap and corresponding positions with the lower binding grooves and the upper binding grooves It includes a plurality of cutting grooves formed longitudinally in the vertical direction in the compression cylinder.

The lower and upper binding grooves are characterized in that the plurality is arranged to cross each other.

The lower and upper binding grooves are characterized in that the opening width is formed narrower than the width thereof.

The compression unit includes a support rod extending upwardly from the base, an upper support coupled to an upper portion of the support rod, and a pressurization extended upwardly from the pressing member and supported by the upper support in a state in which rotation is limited. And a pressure knob coupled to the rod and the upper end of the pressure rod.

The compression unit is provided to the ratchet gear portion provided in the longitudinal direction in the pressing rod and the upper support to be caught in the ratchet gear portion in order to allow the lowering of the pressing rod and limit the rise, the ratchet by the user operation It further comprises a locking member for releasing the locking of the gear portion.

The compression unit has an operating lever, one end of which is rotatably connected to the upper support, and a retractable coupling to the operating lever, and is caught by the ratchet gear part when the operating lever rotates downward, and the operating lever is upward. And a spring retracting member having a catching jaw that does not catch the ratchet gear portion when rotating, and a spring for urging the retracting member toward the ratchet gear portion.

The compression unit includes a ratchet wheel rotatably installed on the upper support to be engaged with the ratchet gear part, an operating lever rotatably coupled up and down to the axis of the ratchet wheel, and when the operating lever rotates downward. And a one-way clutch provided between the ratchet wheel and the actuating lever to rotate the ratchet wheel and not to rotate the ratchet wheel when the actuating lever rotates upward.

The upper support is rotatably coupled to an upper portion of the support rod, and is bound to the support rod by a binding pin coupled to penetrate the upper support and the support rod, or is restrained by separation of the binding pin. do.

In addition, the waste compaction apparatus having a binding function according to the present invention is a compression bin with an open top and a closed bottom, a pressure member for entering the compression bin from the top to compress the waste inside the compression bin, A plurality of lower binding grooves provided at a bottom portion of the compression cylinder to pass through the binding straps and having an opening for detaching the binding straps from the upper portion thereof, and provided in the pressing member so that the binding straps pass therethrough. And a plurality of upper binding grooves having openings for detaching the binding straps, and a plurality of incision grooves extending in the vertical direction in the compression cylinder at a position corresponding to the lower binding grooves and the upper binding grooves.

The compression device includes a locking portion provided on an inner surface of the compression cylinder to hold the pressing member in a pressurized state, and a plurality of locking portions provided on the pressing member so as to be caught by the locking portion, and protruding in the direction of the edge of the pressing member. The member further includes.

The latching portion includes a ratchet gear portion that is formed to extend in the vertical direction on both inner surfaces of the compression cylinder, which face each other.

The compression device further includes an elastic member installed on the pressing member to push the locking member toward the locking portion, and a handle portion provided on the locking member to release the locking member and exposed on the pressing member.

The waste compaction apparatus having a binding function according to the present invention has an effect of minimizing the phenomenon that the compressed waste is loosened and scattered because it can be discharged in a state in which the waste compressed into a small volume is bound with a binding strap. Therefore, it is possible to minimize the volume of garbage in the garbage bag.

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

1 to 8 show a garbage compaction apparatus according to the first embodiment of the present invention. As shown in FIGS. 1 and 2, the waste compaction apparatus of the first embodiment is compressed from a compression cylinder 10 accommodating waste, a base 11 supporting a lower portion of the compression cylinder 10, and a base 11. The lower support portion 12 for entering the predetermined height into the lower portion of the cylinder 10 to support the waste in the compression cylinder 10, the pressing member 13 for compressing the waste in the compression cylinder 10, the pressing member 13 It is provided with a compression unit 30 for pressing.

The compression cylinder 10 has a cylindrical shape with the top and bottom open. Although the present embodiment shows only the compression cylinder 10 of a cylindrical shape, the compression cylinder 10 is not limited thereto, and may be in the shape of a polygonal cylinder such as a square or a pentagon with the upper and lower portions thereof open. The material of the compression cylinder 10 may be a resin or a metal having strength enough to withstand even when the waste is compressed therein.

The base 11 is in the form of a flat plate and may be formed of a resin or a metal material. As shown in Figure 2 and 4, the base 11 is formed with a locking groove 14 of a predetermined depth on the upper surface so that the lower end of the compression cylinder 10 can enter and engage. This prevents the compression cylinder 10 from being separated from the base 11 when the compression cylinder 10 is coupled to the base 11, and the lower end of the compression cylinder 10 when the compression of the waste is made in the compression cylinder 10. This is to prevent the damage or deformation of the compression cylinder 10 by being firmly supported in the entered state. Of course, the lower end of the compression cylinder 10, although not shown in the drawings, in addition to the locking groove 14 can also be firmly supported by the jaw protruding from the upper surface of the base 11 to support the outer periphery of the lower end of the compression cylinder 10. There will be.

The lower support part 12 which enters into the lower side of the compression cylinder 10 from the base 11 is formed integrally with the base 11 and is formed higher than the base 11. The upper surface of the lower support part 12 supports the lower part of the garbage accommodated in the compression cylinder 10.

The pressing member 13, which enters the compression cylinder 10 from the top of the compression cylinder 10 and compresses the waste, has a disc shape having an outer diameter substantially the same as the inner diameter of the compression cylinder 10. Of course, if the compression cylinder 10 is a polygon, the pressing member 13 may also be in the form of a polygonal plate. The pressing member 13 can compress the garbage in the compression cylinder 10 by lifting up and down in the compression cylinder 10 by the operation of the compression unit 30. The compression unit 30 for operating the pressing member 13 will be described later.

As shown in FIGS. 2 and 5, the pressing member 13 and the lower support part 12 include a plurality of upper portions through which a binding strap 15 for passing the compressed garbage in the compression container 10 can pass. The binding grooves 16 and the plurality of lower binding grooves 17 are respectively formed. And the compression cylinder 10 is formed with a plurality of cutting grooves 18 in the vertical direction at a position corresponding to the lower binding groove 17 and the upper binding groove 16. Incision grooves 18 are formed long vertically, as shown in FIG.

The upper and lower binding grooves 16 and 17 are formed so that the binding string 15 can pass through the binding string, and the plurality of the binding string 15 crosses each other so that the binding string 15 can be bound in the crossed state. Is arranged to. The lower binding grooves 17 have an opening 17a formed at an upper portion thereof so that the binding string 15 entering the inside thereof can be separated from the lower binding grooves 17 when binding the garbage. Similarly, the upper binding grooves 16 have an opening 16a formed at the bottom thereof. 5, the upper and lower binding grooves 16 and 17 are separated from the outside of the compression cylinder 10 by the user through the cutting groove 18 of the compression cylinder 10 in the state in which the waste W is compressed. After entering the binding straps (15) will be to bind the compressed garbage (W).

The upper and lower binding grooves 16 and 17 are formed such that the width of the openings 16a and 17a is smaller than the width thereof. This minimizes the entry of the waste W into the upper binding groove 16 or the lower binding groove 17 through the openings 16a and 17a when compacting the waste, thereby binding to the upper and lower binding grooves 16 and 17. It is to allow the string 15 to enter smoothly. In addition, when the binding strap 15 is bound, the binding strap 15 is separated through the openings 16a and 17a of the upper and lower binding grooves 16 and 17 so as to bind the compressed garbage (W). . The present embodiment shows a case where the cross-section of the upper and lower binding grooves 16 and 17 has a dovetail shape, but the upper and lower binding grooves 16 and 17 are not limited thereto, and the cross-sectional shape is cylindrical or polygonal. May be in the womb. In addition, the present embodiment exemplifies a form in which the upper and lower binding grooves 16 and 17 are directly formed in the lower support 12 or the pressing member 13, but these are pipe-shaped members having an opening cut in the longitudinal direction (not shown). C) may also be implemented by a configuration attached to the upper surface of the lower support 12 or the lower surface of the pressing member 13.

Compression unit 30 for pressing the pressing member 13 is coupled to the upper portion of the support rod 31, the support rod 31 extending upward from the base 11, as shown in Figures 1 to 5 It includes an upper support 32, a pressing rod 33 extending upwardly from the pressing member 13 and supported by the upper support 32 to be elevated, and a pressing handle 34 coupled to the upper end of the pressing rod 33. .

The support rod 31 has a rod shape having a long length in the vertical direction, and a lower end thereof is fixed to the base 11. The support jaw 31a is provided at the upper portion of the support rod 31 to support the upper support 32 so that the upper support 32 is not lowered while the upper support 32 is coupled to the outer surface thereof.

The upper support 32 has a coupling portion 32b having a coupling hole 32a fitted to the support rod 31 and an extension portion 32c extending in a cantilever shape from the coupling portion 32b. An elevating guide hole 32d is formed in the extension portion 32c to support the pressing rod 33 to be elevated. The pressure rod 33 and the elevating guide hole 32d are pressurized rods 33 in consideration of the fact that the upper binding groove 16 of the pressure member 13 should coincide with the cutting groove 18 of the compression cylinder 10. Since it must be elevated under the rotation limit state, it is preferable that the polygon is made.

The upper support 32 is fixed to the upper support rod 31 by a coupling pin 35 penetrating the upper support 32 and the support rod 31 in a state coupled to the upper support rod 31. In the state in which the binding pin 35 is removed, since the restraint of the upper support 32 is released, it can be separated from the support rod 31 as necessary, and the upper support 32 can be rotated in another direction.

The compression unit 30 has a ratchet gear portion 36 provided in the longitudinal direction in the pressing rod 33, and the upper portion so as to be caught by the ratchet gear portion 36 to allow the lowering of the pressing rod 33 and limit the rise. The support member 32 is provided with a locking member 37 provided to be able to move forward and backward. As shown in FIG. 7 and FIG. 8, the locking member 37 is supported by the spring 38 to maintain the contact with the ratchet gear part 36. The locking member 37 and the spring 38 are supported by the support plate 39 coupled to the lower surface of the upper support member 32 to prevent the detachment. The locking member 37 is provided with a handle 37a extending downward through the support plate 39. The user can release the restraining of the pressure rod 33 by pulling the handle 37a so that the locking member 37 is separated from the ratchet gear part 36.

As shown in FIG. 4, the compression unit 30 may compress the garbage by lowering the pressure member 13 inside the compression cylinder 10 by pressing the pressure knob 34 on the pressure rod 33. have. In addition, since the ratchet gear part 36 is caught by the catching member 37 in the compressed state of the garbage W, the lift is limited, so that the user can maintain the compressed state of the garbage even if the user releases the pressure of the pressing knob 34. . Therefore, in this state, the compressed garbage W can be bound using the binding string 15.

Compression unit 30 is provided with a pressing means to compress the waste with a greater force. 2 and 7, the pressing means is coupled to the operating lever 40 and the operating lever 40, one end is rotatably connected to the upper support 32, the operation lever 40 and the operation lever 40 ) Is provided with a retraction member 43 having a latching jaw 42 that is caught by the ratchet gear portion 36 when rotating downward and not caught by the ratchet gear portion 36 when the actuating lever 40 rotates upward. . It further includes a spring 44 coupled to the outer surface of the operating lever 40 to press the retracting member 43 toward the ratchet gear portion 36. Since the catching jaw 42 of the retracting member 43 should be caught by the ratchet gear part 36, the retracting member 43 should be retracted along the outer surface of the operating lever 40 in a restricted rotation state. To this end, the operation lever 40 is preferably made of a polygonal bar that can limit the rotation of the retraction member (43).

As shown in FIG. 5, the pressurizing means may lower the pressure rod 33 by repeatedly rotating the operation lever 40 up and down a predetermined section. The locking jaw 42 of the retraction member 43 is caught by the ratchet gear part 36 when the operating lever 40 is rotated downward, and the retraction member 43 is locked when the operating lever 40 is rotated upward. Since the jaw 42 is not caught by the ratchet gear part 36, the pressure rod 33 can be lowered. Since the operation lever 40 has a long length, it is possible to pressurize the pressure rod 33 with a large force by the principle of the lever.

Next, a method of compressing the waste using such a waste compactor and a method of binding the waste (W) compressed by the tie string will be described.

As shown in Fig. 1 and 2, the compression unit (30) on the opposite side of the compression cylinder (10) in the state in which the binding pin 35 that binds the upper support 32 of the compression unit 30 is usually removed Can be returned. In addition, if necessary, the user can separate the upper support 32 of the compression unit 30 from the support rod 31. Therefore, the user can use the general trash can in a state in which the compression bin 10 is mounted on the base 11.

After the garbage accumulates in the compression container 10, the garbage W may be compressed and bound. When compressing the garbage, as shown in Figures 2 and 3, after rotating the upper support 32 in a state in which the binding pin 35 is removed, the upper support 32 is positioned above the compression cylinder 10. The upper support 32 is bound again by the binding pin 35. If the amount of waste in the compression container 10 is small, it can additionally contain the waste. In this state, as shown in FIG. 4, the user presses the pressure knob 34 on the pressure rod 33 to compress the garbage. If the waste is a small amount or a well-compressed material, this operation alone can compress the waste to the desired level. The pressure rod 33 lowered by the pressurization can be maintained even if the user releases the pressurization of the pressurization knob 34 because the ratchet gear part 36 is caught by the catching member 37 and the lift is limited.

When the compression of the waste W is insufficient by only pressing the pressure knob 34 by hand, as shown in FIG. 5, the operating lever 40 is operated to allow the pressure rod 33 to descend to a large force. You can compact the trash. When the compression of the garbage (W) is made so that the position of the pressing member 13 reaches the position of the cutouts 18 of the compression cylinder 10 as in the example of FIG. 5, the compression operation is stopped and the garbage is bound.

When binding, as shown in FIG. 5, the binding strap 15 enters the upper binding groove 16 or the lower binding groove 17 through the cutting groove 18 of the compression cylinder 10 to bind the binding strap 15. ) To the other side and then back to the other side through the other upper or lower binding grooves (16, 17). In this state, the user can tie the tie string 15. When binding the waste (W) compressed by the binding straps 15, the binding straps 15 located in the upper and lower binding grooves 16 and 17 are connected to the upper and lower binding grooves through the respective openings 16a and 17a. They leave (16,17) and bind the garbage. After binding the plurality of straps 15 in this manner, as shown in Fig. 6, the bound waste W can be taken out in a compressed state. In this case, the compression cylinder 10 may be separated from the base 11 while the upper support 32 is rotated to the opposite side of the compression cylinder 10.

Thus, the waste (W) bound in the compressed state can maintain the compressed state even when separated from the compression cylinder 10, so that the bulky or loosened phenomenon does not occur again in the process of handling the waste bag. Therefore, it is possible to minimize the volume of garbage in the garbage bag.

9 illustrates a compression unit of a garbage compaction apparatus according to a second embodiment of the present invention. The second embodiment will be described mainly with the compression unit 130 because most of the configuration is the same as the first embodiment and the compression unit 130 is different from the first embodiment.

The compression unit 130 according to the second embodiment includes an upper support 132 coupled to the support rod 131, a pressure rod 133 supported on the upper support 132 so as to be elevated, and a ratchet provided on the pressure rod 133. The gear part 136 and the locking member (not shown) provided in the upper support 132 are provided. These configurations are substantially the same as the examples mentioned above. In addition, the compression unit 130 is provided on the ratchet wheel 140 rotatably installed on the upper support 132 to be engaged with the ratchet gear 136 of the pressure rod 133, and the shaft 141 of the ratchet wheel 140. It is provided with an operating lever 142 rotatably coupled up and down.

The ratchet wheel 140 rotates the ratchet wheel 140 when the operating lever 142 rotates downward and the ratchet wheel 140 rotates upward when the ratchet wheel 140 and the operating lever 142 are connected to each other. ) Is provided with a one-way clutch 150 that does not rotate. One-way clutch 150 is a latch provided to radially retreat to the engaging portion of the internal ratchet gear 151 provided in the ratchet wheel 140 and the operating lever 142 entering the interior of the ratchet gear 151. Members 152. Since the compression unit 130 rotates only in the direction in which the ratchet wheel 140 lowers the pressure rod 133 when the operation lever 142 is operated up and down, the compression unit 130 can be compressed to lower the pressure rod 133. have.

10 shows a garbage compaction apparatus according to a third embodiment of the present invention. In the third embodiment, the compression unit 230 includes a support rod 231 extending upward from the base 11, an upper support 232 coupled to the upper portion of the support rod 231, and an upward direction from the pressing member 213. An extension rod is provided with a pressure rod 233 provided with a male screw portion 234 screwed to the upper support 232 on its outer surface to move up and down, and a rotation knob 236 coupled to the upper end of the pressure rod 233. . In addition, the pressure member 213 is rotatably coupled to the pressure rod 233 through the rotation connecting portion 214, the guide rail provided on the inner surface of the compression cylinder (10) to move up and down in a limited rotation state in the compression cylinder (10) 215) up and down. The compression unit 230 may compress the garbage in the compression cylinder 10 by a large force by the user by lifting the pressure rod 233 by rotating the rotary handle 236.

11 to 13 illustrate a garbage compaction apparatus according to a fourth embodiment of the present invention. The fourth embodiment is to compress and bind the waste inside the compression container without pressurization using the compression unit.

As shown in Figures 11 and 12, the compression apparatus of the fourth embodiment includes a compression cylinder 310, the upper portion of which is opened and the lower portion thereof, and a pressing member 313 for compressing garbage in the compression cylinder 310. do. Here, although the compression cylinder 310 is shown as a rectangular shape, the compression cylinder 310 is not limited to this shape may be in the shape of a polygonal cylinder other than circular or square.

The upper binding grooves 316 and the lower binding grooves 317 through which the binding string 15 for binding the compressed waste may pass through the pressing member 313 and the bottom portion 311 of the compression container 310. Is formed. That is, in the fourth embodiment, the lower binding grooves 317 are formed inside the closed bottom portion 311 of the compression cylinder 310. The upper binding groove 316 and the lower binding groove 317 are substantially the same as the first embodiment. And the side of the compression cylinder 310 is formed in the cutting grooves 318 in the vertical direction at a position corresponding to the upper binding groove 316 and the lower binding groove 317.

In addition, the compression device according to the fourth embodiment includes a locking step for allowing the pressing member 313 to be kept in a pressurized state in the state in which the garbage in the compression cylinder 310 is compressed through the pressing member 313. The locking means is attached to the pressing member 313 so as to be caught by the locking portion 331 provided on both inner surfaces of the compression cylinder 310 facing each other, and protruding in the rim direction of the pressing member 313 to be caught by the locking portion 331. It is provided on the locking member 332, the locking member 332, the elastic member 333 for pushing the locking member 332 toward the locking portion 331, and the locking member 332 for releasing the locking member 332. It includes a handle portion 334 exposed on the pressing member 313. The locking portion 331 is configured in the form of a ratchet gear formed long in the vertical direction on both inner surfaces of the compression cylinder 310 facing each other.

Such a waste compaction apparatus presses the pressing member 313 into the compression cylinder 310 after storing the waste in the compression cylinder 310. The pressing member 313 may be pressed by the user's hand or foot or by using a separate compression means. At this time, the pressing member 313 may be kept in a pressurized state even if the user releases the pressurization because the latching members 332 of both sides are caught by the latching portion 331 of the ratchet gear shape of the inner surface of the compression cylinder 310. In this state, the user may bind the compressed garbage by entering the binding strap 15 into the upper and lower binding grooves 316 and 317. The method of binding the compressed garbage is the same as in the first embodiment.

After the compressed garbage is bound, as shown in FIG. 13, the handle 334 of the locking member 332 is pulled to release the locking of the pressing member 313, and then the pressing member 313 is pressed into the compression cylinder ( 310) Take out to the top. And the bound waste (W) is also discharged through the upper opening of the compression cylinder (310). Since the compression container 310 of the compression device is a closed portion thereof, it can replace the trash can in a general office or home. That is, the compression cylinder 310 can be used as a waste cylinder.

1 is a perspective view of a garbage compaction apparatus according to a first embodiment of the present invention, showing a state in which the compression unit is rotated and spaced apart from the compression cylinder.

Figure 2 is a perspective view of a garbage compaction apparatus according to the first embodiment of the present invention, showing a state in which the compression unit is positioned toward the compression cylinder.

3 is a cross-sectional view of the garbage compaction apparatus according to the first embodiment of the present invention, which illustrates a state in which the compacting unit is rotated and spaced apart from the compaction cylinder.

4 is a cross-sectional view of the garbage compaction apparatus according to the first embodiment of the present invention, which illustrates a state in which the garbage is pressed by pressing the pressure knob.

5 is a cross-sectional view of the garbage compaction apparatus according to the first embodiment of the present invention, which shows a state in which the operating lever is operated to compress the garbage and a state in which the garbage is bound by a binding strap.

6 is a perspective view of a garbage compaction apparatus according to a first embodiment of the present invention, which shows a state in which the garbage bound in the compressed state is separated from the compression container.

7 is an exploded perspective view showing an upper support, an operating lever, a locking member, and a retracting member of the garbage compaction apparatus according to the first embodiment of the present invention.

8 is an exploded perspective view of the upper support of the garbage compaction apparatus according to the first embodiment of the present invention.

9 is a perspective view showing a compression unit of the garbage compaction apparatus according to the second embodiment of the present invention.

10 shows a garbage compaction apparatus according to a third embodiment of the present invention.

11 is a perspective view of a garbage compaction apparatus according to a fourth embodiment of the present invention.

12 is a cross-sectional view of a garbage compaction apparatus according to a fourth embodiment of the present invention, which illustrates a state in which garbage is compressed and bound.

13 is a cross-sectional view of a garbage compaction apparatus according to a fourth embodiment of the present invention, which shows a state in which the pressing member and the compressed garbage are separated after binding the compressed garbage.

Explanation of symbols on the main parts of the drawings

10: compression cylinder, 11: bass,

12: lower support, 13: pressing member,

14: hanging groove, 15: ties,

16: upper binding groove, 17: lower binding groove,

18: incision groove, 30: compression unit,

31: support rod, 32: upper support,

33: pressure rod, 34: pressure knob,

35: binding pin, 36: ratchet gear unit,

37: locking member, 40: operating lever,

42: engaging jaw, 43: retreating member,

44: spring.

Claims (15)

A compression cylinder having an upper and a lower opening, a base having a locking portion supporting a lower portion of the compression cylinder, a lower support portion entering the compression cylinder from the base to support garbage in the compression cylinder, and the compression cylinder from the top. A pressurizing member for entering the inside of the compression container to compress the waste, a compression unit for pressurizing the pressurizing member, and a binding strap for binding the rubbish are provided in the lower support part, and the detachment of the binding strap on the upper portion thereof. A plurality of lower binding grooves having openings for opening, a plurality of upper binding grooves provided in the pressing member to allow the binding straps to pass through, and a plurality of upper binding grooves having openings for disengagement of the binding straps under the lower binding grooves; It characterized in that it comprises a plurality of incision grooves formed long in the up and down direction in the compression cylinder at a position corresponding to the upper binding groove Garbage compressor with a speed capability. The method of claim 1, The lower and upper binding grooves are garbage compression apparatus having a binding function, characterized in that the plurality is arranged to cross each other. The method of claim 1, And the lower and upper binding grooves have a width smaller than the width of the inside thereof. The method according to any one of claims 1 to 3, The compression unit includes a support rod extending upward from the base, an upper support coupled to an upper portion of the support rod, a press rod extending upwardly from the pressing member and supported by the upper support so as to be lifted and lowered, and the pressing Waste compaction apparatus having a binding function, characterized in that it comprises a pressing handle coupled to the top of the rod. delete delete delete The method of claim 4, wherein The upper support is rotatably coupled to an upper portion of the support rod, and is bound to the support rod by a binding pin coupled to penetrate the upper support and the support rod, or is restrained by separation of the binding pin. Garbage compactor with binding function. The method according to any one of claims 1 to 3, The compression unit includes a support rod extending upwardly from the base, an upper support coupled to an upper portion of the support rod, and screwed to the upper support on its outer surface so as to be elevated by rotation and upwardly extending from the pressing member. It includes a pressure rod provided with a male thread, and a rotary knob coupled to the upper end of the pressure rod, The pressurizing member is rotatably coupled to the pressurizing rod, the waste compaction apparatus having a binding function, characterized in that the lifting up and down along the guide rail provided on the inner surface of the compression cylinder to move up and down in a limited rotation state in the compression cylinder. At the bottom of the compression cylinder to pass through the compression cylinder, the upper portion of which is opened and the lower portion thereof, a pressing member which enters into the compression cylinder from the top and compresses the waste inside the compression cylinder, and a binding strap for binding the garbage. A plurality of lower binding grooves provided on the upper portion and having openings for detaching the binding straps; And a binding groove and a plurality of cutout grooves formed in the compression cylinder at a position corresponding to the lower binding groove and the upper binding groove in a vertical direction. The method of claim 10, The lower and upper binding grooves are garbage compression apparatus having a binding function, characterized in that the plurality is arranged to cross each other. The method of claim 10, And the lower and upper binding grooves have a width smaller than the width of the inside thereof. The method according to any one of claims 10 to 12, The compression device includes a locking portion provided on an inner surface of the compression cylinder to hold the pressing member in a pressurized state, and a plurality of locking portions provided on the pressing member so as to be caught by the locking portion, and protruding in the direction of the edge of the pressing member. Waste compaction apparatus with a binding function, characterized in that it further comprises a member. The method of claim 13, Wherein the engaging portion is a garbage compaction apparatus having a binding function, characterized in that it comprises a ratchet gear portion formed long in the vertical direction on each of the inner surface of the opposite sides of the compression cylinder. The method of claim 14, The compression apparatus further includes an elastic member installed on the pressing member to push the locking member toward the locking portion, and a handle portion provided on the locking member to release the locking member and exposed on the pressing member. Garbage compactor with a binding function characterized in.

Images