KR101393619B1 - Consisting of a double-outlet container bag endothelial and it contains the container bag - Google Patents

Abstract

The present invention relates to an endothelium for a container bag with a double-outlet and the container bag including same. The present invention includes: a cylindrical endothelium (1) which includes an inner outlet over unit (11) installed on the inner side of the endothelium outlet (10) by a heat-sealing unit (11); a parallelepiped or cylindrical integument outlet (2) which is formed to surround the endothelium, and is installed to extend in the vertical direction to penetrate the endothelium inlet (20) and endothelium outlet (10) of the endothelium (1) in the center of the upper and lower side; an integument (2) including the integument outlet; four handle units (70) installed to be spaced apart by a predetermined space on the both side surfaces of the upper part of the integument (2); and binding straps (60) of the endothelium inlet (20) and endothelium outlet (10).

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a double-

The present invention relates to an endothelium for a container bag having a double outlet port and a container bag including the same, in order to prevent the foreign matter present between the endothelium and the outer skin from being discharged.

In general, container bags are mainly used when transporting large quantities of granular materials such as resins or chemicals such as resins or cements to land and sea.

The container bag is made of a fibrous material or a synthetic resin material to maintain the outer shape of the container bag and to maintain the strength of the container bag. In addition, the inner bag is formed with a waterproof vinyl or the like to be combined with the inner surface of the outer bag, .

As described above, the inner skin can be separated from the outer skin and the contents are stored in the inner skin, and the length of the inner skin is made much larger than the length of the skin.

In the outer configuration of the outer bag of the container bag, a bag body having a volume capable of containing dripping water is formed, a lid is formed on the upper part of the bag body, and a bottom part is formed on the lower part of the bag body. The lid part and the bottom part are respectively opened.

A carrying rope is fitted around the upper side of the bag body.

In addition, the inner skin has a shape such that the upper and lower portions are open like a skin.

When the container is to be transported using the container bag, the cover is opened, the upper end of the inner cover is fixed, and the contents are inserted. When the contents are completely inserted, the upper end of the inner cover and the cover of the outer cover are tied together.

Then, the fork of the forklift is inserted into the insertion port in the pallet by using a forklift (forklift) in a state where the carrying rope is hooked to the hook of the conveying device or the container bag is placed on the pallet, Lifting it up, transporting it, and storing it at the place of delivery.

In the Korean Registered Patent Publication No. 1010321470000 (Apr. 22, 2011), a plurality of support members are provided with bent surfaces at both ends thereof, and the bent surfaces are coupled to the outer wall member through the cut-out holes of the inner wall member, , Granules, powder materials and other bulk materials, it is possible to fundamentally prevent damage to the inner and outer surfaces due to the expansion pressure generated by accommodating the materials as fluent materials such as granular materials, powder materials and other bulk materials, There is disclosed a container bag manufacturing method and a container bag structure in which the economical efficiency in which containers can be housed relatively densely as compared with conventional container bags as the pressure from the container body to the outer wall member is small,

Korean Patent Registration No. 1011444320000 (May 02, 2012) discloses an outer member having one side open and a flat cross-section; And an inner skin which is partitioned and joined to each other so as to form a corner space at each corner of the outer skin inside the outer skin, The outer circumferential length L220 of the outer circumference, the circumferential length L210 of the outer circumference and the circumferential length L100 of the outer member satisfy the following relational expression 1, and the inner circumference of the outer member, Wherein the tensile strength (?) Of the member inner foil satisfies the following relational expression (2): " (1) "

[0004] In Korean Patent Registration No. 1010115030000 (Jan. 21, 2011), a fabric made of a flexible synthetic resin material is divided into an outer wall member 10 constituting a box-shaped envelope 1 in the form of a rectangular sheet having a long length, A plurality of inner wall members 21 constituting the inner wall member 20 are cut and then rounded at the center in the lengthwise direction of the plurality of outer wall member 10 and the inner wall member 21 cut out to maintain the bent shape, (21) is formed by sewing the inner wall member (21) inside the outer wall member (10) by forming the inner wall member (100, 210) And then cuts the rectangular inlaid material 220 having a long length in the direction of the length of the fabric made of a synthetic resin material having a different elasticity, The inward member 220 is sewn together with the triple superimposed sewing line 221 to form the inlaid member 22 in the rhomboid shape so that the inner side of the inner wall member 21 The sewn inner skin 20 and the inward member 22 are sewn between the outer wall members 10 forming the envelope 1 on which the foam is formed, The inner skin 20 and the inward member 22 are inserted into the double overlapped sewing line 101 so as to be sewn with the quadruple superimposed sewing line 222 and the inner skin 20 and the inward member 22 are sewn on the outer skin 1 ) Of the bottom surface of the container,

A fabric made of a flexible synthetic resin material is made up of an outer wall member (10) constituting a box-shaped envelope (1) in the form of a rectangular sheet having a long length in a longitudinal direction and a fabric made of a flexible synthetic resin material, In which the inner wall member 21 constituting the box-shaped inner film 20 is formed in the inner wall member 21. The inner wall member 21 is made of a synthetic resin material having flexibility The inward member (22) is formed by joining the inward cuts (220) cut in the shape of a rectangle long in the longitudinal direction into a rhombic shape. The inward cut sheets (220) are cut into respective inner wall members 21 and the inner fold 20 and the inner fold member 22 joined together by the triple superposed stitching line 221 are connected to each other Is inserted into the double overlapped sewing line 101 sewn between the sash members 10 to form a quadruple superposed sewing line 222 and the inner sheet 20 and the inward feeding member 22 are sewn on the bottom surface of the sheath 1 A container bag manufacturing method and a container bag having a container bag structure formed up to 2/3 in height are disclosed,

A domestic registered utility model registration No. 2004132090000 (Mar. 29, 2006) discloses a reinforcing bar comprising a reinforcing bar 1 having a plurality of through holes at the center in the form of a cross-shaped barrier rib, A first inner member 3 provided with an inner skin 2 and a second inner skin 4 made of a waterproof material having a circular shape (circular opening with upper and lower openings) A deformed second inner member 6 in which the upper and lower portions of the second inner member 5 are heat shrunk or the upper and lower portions are narrowed and the outlet is narrowed; A structure of the container bag is shown in which the upper and lower portions are provided with the charging and discharging ports and the outer skin 7 having the plurality of moving rings 20 at the upper edge portion thereof.

1. Korean Patent Registration No. 101032147 2. Korean Patent Registration No. 101144432 3. Korean Patent Registration No. 101011503 4. Domestic Registration Utility Model Registration No. 200413209

As described above, the conventional technique is disadvantageous in that foreign substances existing between the outer shell and the inner skin are discharged to the lower part together through the discharge port, or foreign substances located on the outer surface of the discharge port are mixed when discharging the raw material through the discharge port, It is a task.

In order to solve the above-described problems, the present invention provides an end effector comprising: an end effector (10); and a discharge port inner overhang (11) provided by a heat fusion portion (15) thermally welded to the inside of the end effector outlet (1), a rectangular parallelepiped shape or a cylindrical shape formed so as to embed the inner skin (1) and having an inner skin insertion port (20) and an inner skin discharge port (10) An outer covering 2 having an outer covering opening 30 and a covering opening 40 extending downward from the outer covering 2, four knobs 70 spaced apart from each other at both sides of the outer covering 2, It is an object of the present invention to provide an endothelium for a container bag and a container bag including the same, wherein the endothelial inlet 20 of the container bag 1 and the outlet 60 constituted of the bundle cord 60 at the endothelial outlet 10 are double-

In the present invention, by using the double-ended end caps, it is possible to prevent the foreign substances present between the capsules and the end caps from being discharged to the lower portion together through the discharge port, or to prevent the foreign substances attached to the lower portion of the container bag from being mixed Thereby preventing the foreign matter from being contained in the raw material, thereby reducing the defective rate of the raw material.

Fig. 1 Detail view of an endothelium for a container bag having a double outlet of the present invention
In the case where the sizes of the discharge port and the inner overflow portion of the discharge port are different (1A)
When the sizes of the discharge port and the inner overflow portion of the discharge port are the same (1B)
Fig. 2 Detail view of the container back side including the inner bag for the container bag in which the outlet of the present invention is double
Fig. 3 is a sectional view of the container bag according to the present invention,
Fig. 4 is a view showing the state of use of the container bag including the inner bag for the container bag,

In order to solve the above-described problems, the present invention provides an apparatus for manufacturing an end effector, comprising: an end effector (10); a cylindrical inner shell (11) provided with an outward inner overhang (11) provided by a heat- And an inner skin insertion port (20) and an inner skin discharge port (10) are formed in a rectangular parallelepiped shape or a cylindrical shape formed so as to embed the inner skin (1) A cover 2 having a casing outlet 30 and a casing inlet 40 extending downward from the casing 2; four handles 70 spaced apart from each other at both sides of the casing 2; 1 and a bundling cord 60 at an end portion 10 of the endotracheal tube 10 and a container bag including the same.

The container bag inner skin of the present invention has a cylindrical shape and a lower inner skin discharge port formed in a double shape and thermally fused to the inside of the lower portion to provide the discharge port inner overpop portion 11,

In use, the inner skin discharge port 10 located at the inner lower portion is raised to the side surface portion of the outer skin along with the outer skin discharge port, and only the discharge inner skin overburden portion 11 is positioned vertically to discharge the material contained in the inner skin to the lower portion, So as not to be mixed with the exhausted raw material.

The envelope of the present invention uses the conventional rectangular parallelepiped or cylindrical shape as it is.

In the present invention, when the inner bag and the outer bag of the container bag are embedded and fixed, the inner bag and the outer bag are thermally fused, sewn or fixed with tape as in the prior art, Do.

In addition, the present invention can be applied to a bag or a strap at the inlet and outlet of a cylindrical or rectangular parallelepiped container bag, and the handle portion is the same as the handle of a conventional container bag.

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

FIG. 1 is an enlarged view of an inner surface of a container bag according to a first embodiment of the present invention; FIG. 2 is a sectional view of the inner bag of FIG. FIG. 3 is a full view of a container bag including an inner bag for a container bag having a double outlet port of the present invention. FIG. 4 is a front view of the inner bag for a container bag having a double outlet port of the present invention. And shows the state of use of the container bag including the inner bag 1, the outer skin 2, the inner skin discharge port 10, the discharge port inner overload portion 11, the heat fusion portion 15, the inner skin discharge port 20, 30, the outer jacket 40, the bundle strap 60, and the handle 70 are shown.

As shown in FIG. 1 to FIG. 3, the inner bag for a container bag,

An inner end discharge port 10 provided at the lower portion of the cylindrical inner skin 1 and an outlet inner end overhang portion 11 provided by a heat sealed portion 15 thermally fused to the inside of the endothelium discharge outlet 10,

A container bag including an endothelium for a container bag having a dual outlet of the present invention

A cylindrical inner skin 1 provided with an inner skin discharge port 10 and a discharge port inner skin overflow portion 11 provided by a heat fusion portion 15 thermally fused inside the inner skin discharge port 10;

A jacket outlet 30 (see FIG. 1) provided at the upper and lower portions provided at the center of the upper and lower portions so as to allow the inner and outer jackets 20 and 10 of the inner jacket 1 to pass therethrough, ) And a sheathing inlet (40)

Four knobs 70 spaced apart from each other on both sides of the upper surface of the outer shell 2,

It can be understood that the structure is constituted by the bundle 20 and the bundle cord 60 at the inner and outer discharge ports 10 and 10 of the inner layer 1, respectively.

Explaining how to use it,

3, the end effector 10 is bundled with the bundle strap 60, and then the raw material to be moved to the inside of the container bag is filled through the end effector inlet port 20, and then the bundle strap 60 are bundled and moved to the place to be unloaded by using the handle 70 installed on the upper edge,

The bundle strap 60 of the outlet is disassembled and the outlet 10 of the outlet is raised together with the outlet outlet 30 of the outer shell 2 to the upper side of the lower side and only the outlet inner side overburden portion 11 is lowered So that the raw material inside the container bag is discharged downward.

The container bag of the present invention can be easily recycled when the inner bag is pulled strongly by separating the inner bag from the outer bag.

The inner skin 1, the outer skin 2, the inner skin discharge port 10, the discharge port inner overload portion 11, the heat fusion portion 15, the inner skin discharge port 20, the outer skin discharge port 30, The strap 60, the handle 70,

Claims (2)

An endothelium for a container bag having a double outlet,
An inner end discharge port 10 provided at the lower portion of the cylindrical inner skin 1 and a discharge port inner overhang portion 11 provided by a thermal welding portion 15 thermally fused inside the end discharge port 10 Characterized in that the outlet port comprises a double outlet.
A container bag including an inner bag for a container bag having a double outlet,
A cylindrical inner skin 1 provided with an inner skin discharge port 10 and a discharge port inner skin overflow portion 11 provided by a thermal fusion portion 15 thermally fused to the inside of the inner skin discharge port 10; A jacket outlet 30 extending upward and downward and formed to penetrate the inner and outer jackets 20 and 10 of the inner and outer jackets 1 and 2 at the center of the upper and lower portions, A pair of grips 70 provided on both sides of the upper surface of the outer shell 2 at a predetermined interval and a pair of grips 70 provided on the inner and outer jackets 20 and 20, (10), and a bundling cord (60).

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