JP3181950U - Telescopic packing tool - Google Patents

Abstract

The present invention provides a stretchable packing device that prevents water from being wetted by rainwater from the outside through water repellent treatment, and can be used by reversing the inner and outer peripheral surfaces so that the contents of a package can be grasped and recognized from the outside. .
A packing body is provided to cover an object to be packed by an elastic means and to protect the object to be packed by a buffer means. At least one of the inner and outer peripheral surfaces of the packing tool body 1 is configured to be water-repellent, or the packing tool body 1 is configured as a bag shape that covers the upper surface of the packaged object and the lower part is opened, or packing. The inner and outer peripheral surfaces of the tool main body 1 may be configured so as to be able to be covered with being reversed with respect to the packaged object. The water repellent treatment is configured by applying a water repellent 5 to the inner and outer peripheral surfaces of the fabric packaging body 1 or by forming the material itself of the packaging body 1 as a non-permeable synthetic resin film material. Further, the inner and outer peripheral surfaces of the packing tool main body 1 are configured to be provided with an identification means 4 that can be covered with being reversed with respect to an object to be packed and can identify the inner and outer peripheral surfaces by appearance.
[Selection] Figure 1

Description

  This device prevents, for example, those items to be packed when moving furniture, figurines, and other various items due to relocation, moving, etc., from damage caused by external impact or contact, and from rainwater etc. The present invention relates to a telescopic packing tool that can protect an object to be packed and that can identify the object to be packed even in a packed state.

  Conventionally, a protective cover for carrying furniture shown in Patent Document 1 has been proposed to protect various kinds of transported goods accompanying relocation, moving, and the like. This protective cover is disposed in a state where a rubber string is stretched in the trunk circumferential direction of a cloth cylindrical body in which a cushioning material is enclosed, and the entire surface of the cylindrical body is quilted. It is assumed that this protective cover is covered with a transported object such as furniture to be transported, so that it is fitted with the elasticity of the rubber string to prevent the furniture from being damaged, and is reduced in size when not in use so that it is convenient to carry.

Japanese Patent Laid-Open No. 10-175668

  However, in this conventional protective cover, the cylindrical body is made of quilted cloth. For example, when the outdoor movement work is performed in the rain, rainwater enters the cylindrical body, and the cylindrical body itself Not only becomes moisture and becomes bulky but also oozes out from rainwater entering from the opening due to the opening of the cylindrical body being located on the top surface of the packaged item and the cylindrical body itself. There is also a possibility that furniture etc. may be damaged by rainwater. Not only that, but if it remains wet due to the ingress of rainwater, corrosion and foul odors may occur during storage, and even if it is dried to remove it, it is reduced by the elasticity of the rubber band inside. It is difficult to dry sufficiently because it is in a state.

  In addition, since the front and back of the cylindrical body of the protective cover is made constant, it is difficult to use it upside down. If the package is covered, the contents of the package itself are visually recognized from the outside. Since the confirmation cannot be performed, for example, when there are a large number of items to be packed, when the handling method, the moving destination, etc. thereof are different from each other, confusion arises and is troublesome.

  Therefore, the present invention has been devised in view of the conventional circumstances as described above, and its purpose is to apply a water repellent treatment to the material forming the packaging itself or to use a water repellent material from the outside. In addition to protecting the package, the packaging itself is easy to handle and can be used upside down so that the contents of the package are externally exposed. It is to provide a stretchable packaging device that can be recognized and recognized separately.

In order to solve the above-described problem, a description will be given by adding reference numerals in the embodiments described later. In this device, the article P to be packed is covered by the elastic means 3 so as to be in close contact with the buffer means 2. In the stretchable packaging tool comprising the packing tool body 1 that protects the article P to be packed, at least one of the inner and outer peripheral surfaces of the packing tool body 1 is water-repellent or the packing tool body 1 is packed. It is characterized in that it is formed as a bag shape covering the object P, or the inner and outer peripheral surfaces of the packaging body 1 are reversed with respect to the packaged object P and can be covered.
The water repellent treatment is configured by applying a water repellent 5 to at least one of the inner and outer peripheral surfaces of the cloth packaging body 1, or the material itself of the packaging body 1 is made of a non-permeable synthetic material. It can be configured by being a resin film material.
Either one of the opening parts of the packing body 1 formed in a cylindrical shape is closed by connecting the peripheral edge of a predetermined-shaped closing piece 6 to the opening part, or one of the opening parts of the cylindrical part is focused. It can be configured to be closed and closed.
The inner and outer peripheral surfaces of the packing tool main body 1 can be configured with an identification means 4 that can identify the inner and outer peripheral surfaces by appearance.
Further, in the stretchable packaging device including the packaging device body 1 that covers the packaging material P so as to be in close contact with the elastic means 3 and protects the packaging material P with the buffer means 2, the packaging device body 1 includes At least one of the inner and outer peripheral surfaces of the tool body 1 is water-repellent, and is formed in a bag shape that covers the article to be packed P. It is characterized in that it can be reversed and covered.
More specifically, in the stretchable packaging tool including the packing tool body 1 that covers the packing object P so as to be in close contact with the elastic means 3 and protects the packing object P with the buffer means 2, 1, both the inner and outer peripheral surfaces of the packaging body 1 are water-repellent and formed in a bag shape or a cylindrical shape covering the article P, and the inner and outer circumferential surfaces of the packaging body 1 are packed. It is characterized in that it comprises an identifying means 4 which can be covered by being inverted inside and outside with respect to the tool P and which can identify the inner and outer peripheral surfaces.
Furthermore, in the stretchable packaging device comprising the packaging device body 1 that covers the packaging material P so as to be in close contact with the elastic means 3 and protects the packaging material P with the buffer means 2, the packaging device body 1 includes: By enclosing the synthetic resin cotton material between the fabrics that will be the front and back materials of the packaging body 1, or by separating a large number of air bubbles or air chambers between the superimposed non-permeable synthetic resin film materials, respectively. By being continuously arranged in this state, the buffer means 2 is formed so as to be water-repellent on both the inner and outer peripheral surfaces, and is formed in a bag shape or a cylindrical shape that covers the article to be packed P. The inner and outer peripheral surfaces of the packing tool body 1 are characterized by being provided with identification means 4 that can be covered with the packing tool P by inverting the inner and outer surfaces so that the inner and outer peripheral surfaces can be identified.

In the stretchable packaging device according to the present invention configured as described above, at least one of the inner and outer peripheral surfaces of the water-repellent packaging device body 1 is mounted so as to cover the packaged item P. In this case, external rainwater or the like is not allowed to reach the packed object P inside the packing tool body 1 and the packed object P is protected from moisture.
The packaging tool body 1 formed in a bag shape covers the article to be packed P, for example, protects the article to be packed P from an impact from above, and contacts the surface of the article to be packed P with rainwater or the like from above. Without being carried out, it is combined with the water repellent treatment of the packing tool body 1 itself, and the packaged item P is sufficiently protected. Moreover, the to-be-packaged object P accommodated in the packing tool main body 1 is supported by the closed portion, and the to-be-packaged object P is carried in a supported state.
The wrapping attachment to the packaged object P that can be reversed on the inner and outer peripheral surfaces is selected according to the packaged object P and used in reverse, and the inner and outer peripheral surfaces are different depending on the identification means 4. The contents of the various items to be packed P are grasped and recognized by the difference in the wrapping appearance form.

  Since this device is configured as described above, the water repellent treatment of at least one of the inner and outer peripheral surfaces of the packaging body 1 prevents intrusion of rainwater or the like when covering the packaged item P, thereby The package P can be sufficiently protected, and various differences in the package P itself when the package P is covered by selecting the inner and outer peripheral surfaces to be reversed can be easily grasped from the outside of the packaging body 1 by the identification means 4. Can be recognized.

  Moreover, since the packing tool main body 1 is formed in a bag shape that covers the object to be packed P, it is only necessary to cover the object to be packed P through the opened opening. Since the upper surface side is completely covered by covering from above, for example, the to-be-packaged product P is not wetted by rainwater or the like poured from above. In addition, since the upper surface of the packaged object P is also covered, the packaged object P can be protected from an impact from above. Furthermore, a bottle container that contains, for example, wine such as liquor, beverages, etc. can be stored from the opening of the packaging body 1 and can be carried and carried by a handbag attached to the opening. By doing so, it is possible to protect containers and the like that are easily damaged by external impacts.

  In addition, the code | symbol attached | subjected in each of the means for solving said subject, and the item of the effect of an invention was attached | subjected in order to make easy reference with the part which shows each structure part described in drawing. The present invention is not limited to the structure and shape shown by these descriptions and reference numerals in the drawings.

[BRIEF DESCRIPTION OF THE DRAWINGS] It is a partially notched perspective view including the one part expanded sectional view which shows the form for implementing this device. It is a perspective view in an example of use condition similarly. It is a perspective view in an example of the use condition in other embodiments. It is a partially cutaway perspective view in another embodiment.

  DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment for carrying out the present invention will be described below with reference to the drawings. Reference numeral 1 shown in the figure is a cylindrical shape (see FIGS. 1 and 2) having an open top and bottom. Or it is the packaging tool main body formed in the bag shape (refer FIG. 3, FIG. 4) and provided with the buffer means 2. FIG. The packing tool body 1 is elastically biased in a tendency to be reduced in the circumferential direction by an elastic means 3 such as a rubber cord arranged in the interior along a circumferential direction orthogonal to the cylinder direction. The elastic means 3 are arranged at equal intervals in the cylinder direction or depth direction of the packing tool body 1 so that the packing tool body 1 can obtain substantially the same elastic contraction force at each part in the vertical direction. Considered.

  At least one of the front and back surfaces which are the inner and outer peripheral surfaces of the packing tool body 1 is provided with water repellency, and the forming material of the packing tool body 1 as shown in FIGS. Is a fabric, for example, a water repellent 5 is applied to the surface thereof, and the forming material itself employs a water repellent material such as a synthetic resin film material as shown in FIG. If it is a water repellent material, it can be left as it is, and no special water repellent treatment is required. In any case, in the case of a non-water-repellent material, a predetermined water-repellent treatment is performed, and in the case of a water-repellent material, the water-repellent treatment can be made unnecessary by utilizing the material properties.

  As shown in FIG. 1 to FIG. 3, the buffer means 2 can be configured by enclosing, for example, a synthetic resin cotton material between the fabrics that become the front and back materials of the packing tool body 1, and the synthesis when enclosing in this way In order to prevent displacement of the resin cotton material, it is desirable that a quilting process is performed between the front and back fabrics. In some cases, as shown in FIG. 4, a non-permeable synthetic resin film material in which the forming materials of the packaging body 1 are overlaid can be used. In this case, the overlaid synthetic resin film The buffer means 2 can be formed by continuously arranging a large number of bubbles or air chambers, if necessary, between the materials, preferably in an independent state. The formation of the buffering means 2 by the bubbles or the air chamber is to form a bubble or air chamber that is partially bulged out of one of a plurality of film materials and closed by another film material. In addition, it is sufficient that these bubbles or air chambers are at least one of the inside and the outside of the packaging tool body 1 itself.

  When the packaging tool body 1 is formed in a bag shape covering the article to be packed P, it is formed in a cylindrical shape and closed by flattening one of the openings, for example, from the upper surface side of the article to be packed P. It is set as the structure by which the lower part was opened so that it might cover. Alternatively, as shown in FIG. 3, one of the openings when formed into a cylindrical shape is sewn or joined to the opening with the peripheral edge of a predetermined shape such as a circular shape or a rectangular shape or other polygonal closing piece 6 For example, as shown in FIG. 4, or closed by a closed constricted portion 7 constricted so as to converge one of the openings, as shown in FIG. Consists of. Of course, in the case of a bag-like form, it is configured to correspond to the article to be packed P and is covered from above the article to be packed P, or the article to be packed P is stored in the packing body 1. It is also possible to carry it by a hand attached to the opening (not shown). Also, the shape, structure, etc. of the packaging body 1 itself are not limited to these illustrated examples and explanation examples, and the packaging body 1 is not limited to a bag shape or a cylindrical shape depending on the material of the packaging body 1.

  Moreover, the front and back of the packing body 1 configured in a cylindrical shape or a bag shape can be reversed, that is, depending on either the surrounding shape of the packing body 1 in a cylindrical shape or the covering shape of the packaged item P in a bag shape. However, the reversible form is used so that the outer peripheral side face and the inner peripheral side face of these arrangement usage forms can be reversed. The materials forming the inner and outer peripheral side surfaces can be arbitrarily selected from the same material or different materials.

  And it is desirable to display the identification means 4 made into a different color or a different pattern etc. so that the inside and outside can be identified in the raw material of the packing tool main body 1 itself used as an inner and outer peripheral side surface. Thus, by providing the identification means 4 so that it can be identified internally and externally, the contents of the package P can be seen from the exterior by covering with the packaging body 1 when the package P is different in various ways. In this case, it becomes possible to prevent it from becoming unclear, and it becomes possible to grasp and recognize the contents of the article to be packed P by the identification means 4 based on the color, pattern, etc. of the packaging body 1.

  In addition, the packing tool main body 1 itself is composed of a plurality of types having different lengths, diameters, etc., such as large, medium, small, etc., and these are selected according to the packaged item P. It is good to be used.

  Although not shown in the drawings, when the article to be packed P is, for example, a bottle container containing alcoholic beverages such as wine, beverages, etc., it is packed in a small diameter and narrow bag shape so that these can be stored and held. While forming the tool main body 1, you may attach the hand-held part to the opening part. By carrying out like this, a bottle container etc. can be accommodated by making the obstruction | occlusion part in a bag form into a bottom part, and it can carry and carry in a handbag part.

  Next, an example of the use of this will be described. As shown in FIG. 2 or FIG. 3, the elastic means 3 is forcedly covered so as to be covered by the packing body 1 having a predetermined size corresponding to the article P to be packed. It can be stretched and covered. After the covering, the object to be packed P is brought into close contact with the surroundings of the packing object P by the contracting action of the elastic means 3, and the packing object P is protected against an impact or the like from the outside by the buffer means 2. Further, according to the type of the article to be packed P, the identification means 4 on the inner and outer peripheral surfaces obtained by inverting the packing body 1 is selected and covered.

  When the article to be packed P is moved or the like, for example, even if rainwater hits it, it is repelled by the water repellent action on the inner and outer peripheral surfaces of the packaging body 1 to protect the article to be packed P from external moisture.

P: Packaged object 1 ... Packing tool body 2 ... Buffer means 3 ... Elastic means 4 ... Identification means 5 ... Water repellent agent 6 ... Closure piece 7 ... Obstruction constriction part

Claims (13)

  In the stretchable packaging device comprising a packaging body that covers the packaging object so as to be in close contact with the elastic means and protects the packaging object with the buffer means, at least one of the inner and outer peripheral surfaces of the packaging body is repellent. Is it water-treated, or the packing body is formed as a bag that covers the item to be packed, or the inner and outer peripheral surfaces of the packing unit are reversed with respect to the item to be packed and can be covered? A telescopic packing tool characterized by   In the stretchable packaging device comprising a packaging body that covers the packaging object so as to be in close contact with the elastic means and protects the packaging object with the buffer means, at least one of the inner and outer peripheral surfaces of the packaging body is repellent. A telescopic packing device characterized by being treated with water.   The stretchable packing tool according to claim 1 or 2, wherein the water repellent treatment is performed by applying a water repellent to at least one of the inner and outer peripheral surfaces of the cloth packing body.   The stretchable packing tool according to claim 1 or 2, wherein the water repellent treatment uses the material itself of the packing tool body as a non-permeable synthetic resin film material.   In a telescopic packing device comprising a packing device body that covers the item to be packed in close contact with elastic means and protects the item to be packed with buffer means, the packing device body is formed as a bag that covers the item to be packed. An elastic packaging device characterized by   Either one of the opening parts of the packing body formed in a cylindrical shape is closed by connecting the periphery of a predetermined-shaped closing piece to the opening part, or the opening part of one of the cylindrical parts is converged. The stretchable packaging tool according to claim 1 or 5, wherein the packaging is closed by closing.   In a telescopic packing device comprising a packing tool body that covers the packing object so that the packing object is closely attached by an elastic means and protects the packing object by a buffer means, the inner and outer peripheral surfaces of the packing tool body are in relation to the packing object. A stretchable packaging device characterized in that it can be reversed and covered.   The expansion / contraction packing device according to claim 1 or 7, wherein the inner and outer peripheral surfaces of the packing device main body are provided with identification means capable of identifying the inner and outer peripheral surfaces by appearance.   In a stretchable packaging device comprising a packaging tool body that covers the packaging object so as to be in close contact with an elastic means and protects the packaging object with a buffer means, the packaging tool body is at least on the inner and outer peripheral surfaces of the packaging tool body. Either one of them is water-repellent and is formed in a bag shape that covers the item to be packed, and the inner and outer peripheral surfaces of the packing tool body are reversed with respect to the item to be packed so that they can be covered. Characteristic elastic packaging.   In a stretchable packing device comprising a packing tool body that covers the packing object so that the packing object is closely attached by an elastic means and protects the packing object by a buffer means, the packing tool body includes both sides of the inner and outer peripheral surfaces of the packing tool body. Is water-repellent and formed in a bag shape or a cylindrical shape that covers the item to be packed, and the inner and outer peripheral surfaces of the packing device body are reversed inside and outside the packing item so that they can be covered. And an expansion and contraction packing tool comprising an identification means for identifying the inner and outer peripheral surfaces.   In a stretchable packing device comprising a packing tool body that covers the packing object so as to be closely attached by an elastic means and protects the packing object by a buffer means, the packing tool body is made of a synthetic resin cotton material. It is formed as a cushioning means by encapsulating between the fabrics that become the front and back materials of the front and back, and is formed so as to be water repellent on both the inner and outer peripheral surfaces, and is formed in a bag shape or a cylindrical shape that covers the item to be packed, An expansion and contraction packing tool characterized in that the inner and outer peripheral surfaces of the packing tool main body are reversed inside and outside with respect to the packing tool and can be covered.   In a stretchable packing device comprising a packing tool body that covers the packing object so as to be closely attached by an elastic means and protects the packing object by a buffer means, the packing tool body is a superimposed non-permeable synthetic resin. A large number of air bubbles or air chambers are continuously arranged in an independent state between the film-making materials, so that it becomes a buffer means and is formed so as to be water repellent on both the inner and outer peripheral surfaces. A stretchable packaging device, characterized in that it is formed in a covering bag shape or a cylindrical shape, and the inner and outer peripheral surfaces of the packaging device main body are reversed with respect to the packaged device inside and outside to enable covering.   The expansion / contraction packing tool according to claim 11 or 12, wherein the inner and outer peripheral surfaces of the packing tool main body are provided with identification means capable of identifying the inner and outer peripheral surfaces by appearance.

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