KR200252550Y1 - Dewatering bag - Google Patents

Abstract

The dehydration bag forms a dehydration line junction line by dotted line bonding, and the upper part of the dehydration line junction line becomes a product containing water or a waste storage space, and a water dehydration port is formed between the junction point and the junction point of the dehydration line junction line to dehydrate the contents. Is done.

A drainage line junction line is formed below a predetermined distance from the dehydration line junction line, and a water drainage port is formed between the junction point and the junction point of the drainage line junction line to discharge the dehydrated water.

Fold up the part below the drain point joint line to prevent the discharge of unwanted water, and if you want to drain the water, lower the part below the drain point junction line to perform the dehydration function.

Description

Dewatering bag {DEWATERING BAG}

The present invention relates to a dewatering bag, and more particularly, to a dewatering bag and a dewatering device using the same, which enables to effectively separate and remove water during dewatering packaging or food waste collection of water-containing products.

Conventionally, when discharging agricultural products or food waste containing water, and put in a separate dehydration container to sufficiently dehydrate the water and then discharged using a collection bag. The collection bags for treating such water-containing products or food waste were not used in the form of plastic bags without considering functional aspects for dehydration. Therefore, in the related art, it has to go through a cumbersome and unsanitary procedure of transferring from a dehydration container to a collection bag, and after discharging the collection bag due to structural problems of the collection bag, that is, all parts except the inlet of the product or garbage are sealed. There was no way to prevent the remaining moisture from agglomerating at the bottom of the bag, and sometimes to tear it off or to puncture the bottom of the bag, which caused unintended release of the product or garbage and also for hygiene reasons. It created a very poor environment.

In view of these problems, a structure for discharging water through a hose-type drain pipe formed at the bottom of the bag has been recently proposed. After the discharge of water, the drain pipe is lifted up and tied together with the bundle at the upper part of the bag. Is not leaked at all and, if necessary, the water drainage is removed by removing the water accumulated on the bottom of the bag. The problem is that when the drain pipe is released, the drain pipe part should be inclined to the bottom to smoothly drain the water. Therefore, a great amount of care and space are required. After draining to the end of the drain pipe, the part is pulled up. There was an unsanitary problem that the worker had to touch the drain hole by hand.

The present invention is devised to solve the above problems of the prior art, the first object of the present invention is separated into the dewatering and draining portion to perform a smooth dehydration and drainage function, drainage is required by the position shift of the drainage If not, provide a dehydration bag for the disposal of water-containing products or food wastes to prevent further drainage.

Another object of the present invention is to perform the position shift of the drainage by a moving member attached to the outer surface of the envelope or an extension of the envelope itself, and such a movable member or extension can further strengthen the bundle of the envelope. will be.

Another object of the present invention is to provide an additional dewatering device that can complement the dehydration function of the bag and the fixing of the bag in using the dewatering bag according to the present invention.

In order to achieve the above object of the present invention, the dewatering bag according to the present invention forms a dehydration point junction line by connecting the dotted line at the bottom of the envelope, and the upper part of the dehydration point junction line becomes the storage space of the dehydrated contents and the junction point of the dehydration point junction line. Water dehydration port is formed between the junction and the junction to allow water dehydration to occur. The discharge of moisture takes place.

The part below the drainage line fold line is folded upward to attach a drainage drawstring in the form of an end portion attached to the envelope body, or to partially cut the side portion of the bag itself to serve as the drainage drawstring.

Further, the dewatering device for assisting the dehydration bag of the present invention has a structure in which a dewatering groove is formed in a portion of the side and the bottom, the insertion groove is formed is inserted into the lower both sides of the bag, further dewatering the envelope In addition to securing the device, it includes a drainage guide to induce a smooth flow of moisture in the bag.

1 is a perspective view showing the overall structure of the dehydration bag according to the present invention.

FIG. 2 is an enlarged view of region S of FIG. 1; FIG.

Figure 3 is a front view of the dewatering device according to the present invention.

4 is a plan view of the dehydration apparatus according to the present invention

5 is a view showing a drainage induction band mounted to the dewatering device of FIG.

6 is an enlarged view of a part of the dewatering device equipped with the drainage guide of FIG.

7 is a view showing another embodiment of the present invention.

<Description of the code | symbol about the principal part of drawing>

10, 40 ----- Dehydration bag 11a, 40a ----- Top bundle

13 ----- Drain pull L1, 45 ----- Dehydration line

L2, 47 ----- Drain line junction 20 ----- Dewatering device

23a ----- Side Dewatering Groove 23b ----- Bottom Dewatering Groove

25 ----- Handle 27 ----- Support

29 ----- Envelope insertion groove 30 ----- Drainage guide

35 ----- Insert 43 ----- Drain pull

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

1 is a perspective view showing the overall structure of the dehydration bag according to the present invention, Figure 2 is an enlarged view of the S region of Figure 1, as shown, the upper end of the dewatering bag 10 is formed as a top bundle (11a) And, in the center of the side facing the center of the one side is provided with a drain pull string (13), the drain pull string 13 is attached to the upper end of the central one side to be attached and detachable and to the lower end It is fixedly bonded. The bag 10 divides the lower end portion 11b on the basis of the dehydration point junction line L1, and the drain point junction line L2 is formed at the lower end portion 11b.

When contents such as agricultural and marine products or food waste containing water in the direction of the arrow of FIG. 1 are introduced into the bag 10, the product or garbage is isolated (stored) by the dehydration point junction line L1 and the water in the waste Dehydration is carried out between the junction point and the junction point of the dehydration line junction L1, and subsequently, the dehydrated water is discharged to the outside of the envelope 10 through the junction point and the junction point of the drainage junction line L2. When the bag 10 is filled with the product or garbage by the continuous execution of this process, the top bundle 11a is bundled. After the discharge of the water after a certain time is completed, the drainage pull string 13 of the bag 10 is separated and the drainage line junction L2 of the lower portion 11b is lifted up to be located above the dehydration line junction line L1. Tied together with the top bundle (11a) to suppress further moisture discharge.

On the other hand, since the water in the product or food waste is not completely discharged over time, if the additional water is agglomerated in the lower end portion (11b) through a dehydration point junction line (L1) after a certain time, the drain pull string (13) Loosen and rehydrate.

Finally, if the contents contain water, the product is shipped through a packaging step, and if it is food waste, it is moved to a collection site.

Although the dehydration bag 10 and the drainage pull string 13 preferably use a normal vinyl material, it is not particularly limited, and for convenience of explanation, only one dehydration point junction line L1 is cited, but preferably dewatering A plurality of dehydration line junction lines L1 are formed between the dotted line junction L1 and the drainage line junction line L2, and the gap between the junction point and the junction point becomes narrower as it proceeds downward from the upper dehydration line junction line L1. The structure is to prevent the outflow of contents while ensuring a smooth dehydration function.

3 is a front view of the dewatering device according to the present invention, Figure 4 is a plan view, as shown, the dewatering device 20 to assist the dewatering bag of the present invention is a handle 25, side dewatering groove 23a The main body 21 is formed with a bottom drain groove 23b and an envelope insertion groove 29, and a support 27 supporting the main body 21.

The dehydration device 20 is provided inherently in the dehydration bag of the present invention, but in some cases may be used alone without embedding the envelope, in this case the side dewatering groove (23a), bottom drain groove (23b) and insert the envelope Dehydration and drainage are achieved through the groove (29).

The lower part of the main body 21 has a convex shape in the center part, which is intended to induce a smooth discharge of moisture by inserting the lower end part 11b of FIG. 2 into the insertion groove 29 of the side.

The support 27 is usually fixed so that the main body 21 is seated on the ground, but it may be provided in the form of a wheel so that movement is desired when a large amount of product or garbage is to be processed.

Arrows in the drawing indicate the direction in which the collection bag of the present invention is inserted.

The dewatering device 20 preferably uses a conventional plastic material, but is not particularly limited. In addition, the dewatering device 20 proposes a cylindrical dewatering device, but may be any type including a rectangular or similar shape.

FIG. 5 shows a drainage induction belt installed in the dehydration apparatus of FIGS. 3 and 4, and FIG. 6 is a partial enlarged view of the dewatering apparatus in which the drainage induction apparatus of FIG. 5 is mounted. A drainage groove 31 is formed on the front side thereof, and a locking jaw 33 for fastening the garbage bag 10 of the present invention and the dewatering device 20 of FIG. 3 is formed on the upper side thereof, and the envelope of FIG. 3 on the lower side thereof. The insertion groove 35 is formed in the insertion groove 29 to be inserted together with the envelope 10 of the present invention.

When a product or waste containing moisture is put into the bag 10 and stacked in a large amount, the time at which the upper portion of the water is discharged by the stacked product or waste becomes very long, and during this time, the waste creates an unsanitary environment with odor. The drainage guide 30 of the present invention is provided inside both sides of the garbage bag 10 of the present invention to induce a smooth discharge of moisture through the side.

Insertion portion 35 is inserted into the lower end portion 11b of the bag 10 to function to maintain the lower end portion (11b) that the drainage action occurs without wrinkles.

Although not shown in the drawings, the dewatering device may be formed as a portion of the inner surface of the groove to seat the drainage guide, in this case the locking step 33 may be omitted. In addition, in order to discharge the desired level of water may be pressed to press the upper side of the dehydrator using a pressure plate or the like to induce additional water discharge.

The drainage guide 30 is preferably a conventional plastic material, but is not particularly limited.

7 is a view showing another embodiment of the present invention, as shown, the upper end of the dewatering bag 10 according to another embodiment of the present invention is formed as a top bundle portion (40a), facing one side The drain opening part 43 is partially cut off from the bag body by the sealing line Lc. Although the drain port pulling portion 43 is temporarily bonded to the envelope body by dotted line bonding, the drainage pulling portion 43 is separated from the main body at the time of lifting the pulling portion 43 to be described later.

Envelope 40, the dehydration point junction line 45 is used as a reference to distinguish the lower end, the lower end portion is formed with a drain point junction line 47.

When moisture-containing agricultural and marine products or food wastes are introduced into the bag 40, the contents are isolated by the dehydration line junction 45, and the water in the product or waste is bonded to the junction point of the dehydration line junction 45. The dehydrated water is discharged to the outside of the envelope 40 through the junction point and the junction point of the drainage line junction 47. When the bag 40 is filled with products or garbage by the continuous execution of this process, the upper bundle part 40a is bundled. After the discharge of the water after a predetermined time is completed, the drainage pulling portion 43 on the side of the bag 40 is separated from the main body so that the drainage line junction line 47 of the lower portion is lifted up above the dehydration line junction line 45 so as to be positioned above the upper end. Bundled together with the bundle 40a suppresses further water discharge.

Subsequently, when a certain amount of time has elapsed and additional moisture is agglomerated in the lower end portion through the dehydration point junction line 45, the drainage pull portion 43 is released, and the water is re-extracted and then tied together with the upper bundle portion 40a.

Finally, if the contents contain water, the product is shipped through a packaging step, and if it is food waste, it is moved to a collection site.

The present invention is to put agricultural water products or food waste containing a large amount of water into a dehydration bag formed with a dehydration junction and a drainage junction, and after the dehydration through the water dehydration port between the dehydration junction and the drainage junction between the drainage junction Through the discharge is made possible smooth dehydration is possible.

In addition, after the water is discharged, the water drainage port is positioned above the water dehydration port through the drainage pull string on the outer surface of the bag or the pull portion on the side of the bag, thereby preventing further discharge of unwanted water. When the drainage drawstring is pulled out, the drainage drain is placed at the same or lower than the drainage drain to drain the water. Since the drainage part of the bag does not come into contact with the workforce, it is possible to clean or sanitarily package or collect moisture-containing agricultural and marine products or garbage.

Claims (4)

In the dehydration bag in which the drain hole is formed in the main body: The upper end portion is formed as an upper bundle portion 11a, and a drainage pull string 13 is attached to one side of the bag to be attached and detached and fixedly bonded to the opposite side, and a dehydration dot line isolating the contents containing the introduced water. A dewatering bag, characterized in that a drainage line joining line (L2) is formed for discharging the water discharged between the junction point (L1) and the junction point (L1) of the junction line (L1) to the outside of the bag. The method of claim 1, wherein a plurality of dehydration line junction line (L1) is formed between the dehydration line junction line (L1) and the drainage line junction line (L2), and proceeds downward from the upper dehydration line junction line (L1) between the junction point and the junction point Dehydration bag, characterized in that the narrow gap formed. The dewatering bag according to claim 1, wherein the drainage drawstring (13) is a drainage drawer (43) formed by being partially cut from the bag body by an encapsulation line (Lc). The method according to claim 3, wherein a plurality of dehydration line junction lines (L1) are formed between the dehydration line junction line (L1) and the drainage line junction line (L2), and proceed from the upper dehydration line junction line (L1) to the lower side between the junction point and the junction point. Dehydration bag, characterized in that the narrow gap formed.