JP6388071B1 - Kitchen paper package and kitchen paper bundle - Google Patents

Abstract

[PROBLEMS] To improve the usability of kitchen paper by realizing that kitchen paper having a protruding shape formed on one side can be taken out from the outlet of a storage box comfortably. A kitchen paper package (10P) in which a bundle (10B) of a plurality of kitchen papers (P) folded and stacked one by one or several sheets from a slit (17) is stored in a storage box (10) is provided. The paper is stored in a state in which the protruding shape Em that is raised on one side is formed by embossing, is folded in two so that the forming surfaces Sf of the protruding shape face each other, and the half surface Ph is sandwiched alternately. ing. [Selection] Figure 6

Description

  The present invention relates to a kitchen paper package or bundle in which a protruding shape formed by embossing or the like is formed on one side, and a method for producing the bundle.

  Since thin tissue paper such as tissue paper is used with a soft touch, it can be made as smooth as possible, folded into two and folded into a stack, and then a slit that can be kept clean It is housed and packaged in a storage box so that it can be pulled out from the outlet.

  On the other hand, even if the kitchen paper is made of thick thin paper, it can be stored in a storage box having a structure similar to that of tissue paper, as described in Patent Document 1, for example, in response to a request to maintain a clean state. Sometimes packaged.

JP 2015-117052 A

  By the way, in the recent kitchen paper, the form that the protrusion shape by embossing is formed on one side and is raised is often used, and by this embossing, a suitable effect such as shape maintenance is obtained, Usability has been improved.

  However, when using kitchen paper with a protruding shape formed on one side by embossing in the storage box, the protruding shape is caught on the opening edge of the outlet when the kitchen paper is pulled out of the storage box. There are times when

  This problem becomes more prominent as the slit-shaped take-out port easily catches the protruding shape of the kitchen paper. This problem occurs not only in the slit-shaped outlet, but also in the outlet that opens in a large area, when the projection surface of the kitchen paper is rubbed.

  Then, this invention implement | achieves taking out the kitchen paper in which the protrusion shape is formed in the one surface side comfortably from the taking-out opening of a storage box, and aims at improving the usability of kitchen paper.

  One aspect of the invention of the kitchen paper package that solves the above problems is a kitchen in which a bundle of a plurality of kitchen papers folded and stacked one by one or several at a time so as to be removed from the outlet is stored in a storage box In the paper package, the kitchen paper has a protruding shape that floats on one side, is folded in half so that the forming surfaces of the protruding shape face each other, and is stacked so as to sandwich the half surface alternately It is characterized by being housed.

  One aspect of the invention of the kitchen paper bundle that solves the above-described problem is a bundle of a plurality of kitchen papers that are folded and stacked so that one or several sheets can be taken out from the outlet of the storage box to be stored. The kitchen paper has a protruding shape formed on one side, is folded in two so that the forming surfaces of the protruding shape face each other, and is stacked so as to sandwich the half surface alternately. Is.

  One aspect of the invention of a method for producing a kitchen paper bundle that solves the above problem is to produce a kitchen paper bundle in which a plurality of kitchen papers are folded and stacked so that they can be taken out one by one or several sheets from the outlet of a storage box to be stored In the method, the preceding kitchen paper having a protruding shape formed on one side is folded in half so that the forming surfaces of the protruding shape face each other, and the half of the succeeding kitchen paper is folded in the preceding two It is characterized in that it is sandwiched between the kitchen papers, and the kitchen papers that are sandwiched alternately are stacked.

  Thus, according to one aspect of the present invention, the kitchen paper that is folded in two so that the projection-shaped forming surfaces face each other is taken out and drawn out from the outlet of the storage box. It is pulled out while making contact with the back side of the forming surface so as to push up the opening edge of the outlet.

  For this reason, kitchen paper can be pulled out without the protrusion shape hitting the opening edge of the outlet, and no uncomfortable feeling is given to the kitchen paper. At this time, the succeeding kitchen paper sandwiched in half by the folded kitchen paper is dragged by the preceding kitchen paper and the half surface is exposed from the outlet.

  Therefore, even if the kitchen paper is formed so that the protrusion shape is formed on one side and is stacked in the storage box, it can be comfortably taken out from the take-out port, and the usability can be improved.

FIG. 1 is an external view showing an overall configuration of a package in which a kitchen paper bundle produced by a production method according to an embodiment of the present invention is housed in a storage box. FIG. 2 is a plan view showing the configuration of the outlet of the storage box. FIG. 3 is a longitudinal sectional view of the upper portion of the storage box showing the state of the kitchen paper bundle before use. FIG. 4 is a conceptual diagram from the side for explaining the state of folding and stacking the kitchen paper. FIG. 5 is a perspective view for explaining packing of kitchen paper bundles into a storage box. FIG. 6 is a longitudinal sectional view of the upper portion of the storage box showing a state before the kitchen paper is pulled out. FIG. 7 is a vertical cross-sectional view of the upper portion of the storage box showing a state in the middle of drawing out the kitchen paper. FIG. 8 is a longitudinal sectional view of the upper portion of the storage box showing the state after the kitchen paper is pulled out.

  Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings. FIGS. 1-8 is a figure explaining the preparation methods of the kitchen paper package which concerns on one Embodiment of this invention, a kitchen paper bundle, and a kitchen paper bundle.

  In FIG. 1, a storage box 10 is stored and packaged so that general-purpose paper-like kitchen paper P formed with a protruding shape Em (see FIG. 4) by normal embossing can be taken out one by one. This is a case (container) that is used in the case of storing a bundle 10B in which a plurality of kitchen papers P folded in two are stacked. The storage box 10 has a rectangular parallelepiped box in which the upper surface 11 is formed in a shape similar to a rectangle in which the kitchen paper P is folded in two, and the short side surface 12 and the long side surface 13 are about the thickness of the bundle 10B of kitchen paper P. It is made into a shape. As shown in FIG. 5 to be described later, the storage box 10 is configured to close after inserting a bundle 10B of kitchen paper P with the short side face 12 opened.

  The storage box 10 has an upper surface 11, side surfaces 12 and 13, and a bottom surface (not shown) made of cardboard, and a long hole 15 extending in the longitudinal direction is formed near the center of the upper surface 11, which is one surface of the storage box 10. Has been. The long hole 15 is opened with an area that allows a fingertip to be inserted so that the uppermost kitchen paper P stored in the storage box 10 can be picked. The film 16 such as a vinyl resin is closed so that dust and the like do not enter the storage box 10. The film 16 is formed with a slit 17 extending in the longitudinal direction of the long hole 15, and by opening the slit 17, the uppermost Pt of the kitchen paper P in the storage box 10 is pulled out to the edge Pe side ( (It may be on the side of the folded side).

  Thereby, the storage box 10 maintains the kitchen paper P stored therein in a clean state without being contaminated with dust or the like. Moreover, the slit 17 is formed in the extending direction parallel to the edge Pe of the kitchen paper P. In other words, the slit 17 is extended in a direction orthogonal (crossed) to the direction in which the kitchen paper P is drawn. It is formed to open. That is, the slit 17 constitutes a take-out port that is opened so that it can be taken out while keeping the kitchen paper P clean.

  Here, the kitchen paper P is stacked and stored by sandwiching the subsequent half surface Ph between the two folds of the uppermost Pt and continuously sandwiching one side of the half surface Ph between the subsequent two folds. It is stored in the box 10. In this storage form, when the uppermost kitchen paper P is picked and pulled out from the slit 17, the subsequent kitchen paper P sandwiched between the two folds is dragged by frictional force, and from the slit 17. Half surface Ph will be exposed. As a result, the kitchen paper P stands by in a form that can be easily picked at the time of the next drawer, and is a package 10P that is excellent in usability.

The kitchen paper P is used in the kitchen. For example, in order to effectively remove moisture and oil from ingredients during cooking, the kitchen paper P is superior to tissue paper that is excellent in water absorption and oil absorption. Made of thick thin paper. In addition, the kitchen paper P is frequently used for embossing in which protrusion shapes Em that secure a height are raised at a plurality of locations on one side so that food can be placed separately from a tray or the like.

Here, the kitchen paper P is preferably composed of crepe paper having a basis weight of 15 to 25 g / m ² (measuring method: JIS P 8124 [1998]), and more preferably 19 to 23 g / m ² . A good amount. This crepe paper is made by adopting a pulp fiber having a known composition suitable for kitchen paper as a fiber material, and suitably contains 90 to 100% by mass of virgin pulp. Examples of the pulp composition in which the specific effects of the present invention are remarkable include conifer pulps such as NBKP (conifer kraft pulp) and NUKP (unexposed pulp), LBKP (broad kraft pulp), LUKP (unexposed pulp), and the like. The ratio of softwood pulp: hardwood pulp is 1 (25%): 3 (75%) to 1 (50%): 1 (50%). It is best to do. The thickness of the kitchen paper P is preferably 170 to 270 μm (measurement method: JIS P 8118). Thereby, the kitchen paper P is excellent in water absorption, oil absorption, etc., and is suitable for use in a kitchen.

Further, the kitchen paper P is formed by embossing a protrusion shape Em having a height of 50 to 90 μm, and the maximum sectional area of the opening portion in the planar direction of the kitchen paper P in the space of the recess of the protrusion shape Em is 1 It is made to be in the range of 0.4 to 4.2 mm ² , preferably 2.8 to 3.5 mm ² . In this kitchen paper P, the protrusion shape Em is formed by embossing in a pattern with a separation interval of about 2 to 5 mm. Thereby, the kitchen paper P can obtain strength required for wiping off, and is suitable for use in the kitchen.

  The kitchen paper P can be used in a form in which one piece of crepe paper (so-called 1 ply) is folded in two, or two pieces of crepe paper (so-called 2 plies) or three pieces of crepe paper (so-called 3 plies). ) Any of the above-described laminated structures may be folded in half and used in the same manner as one sheet. In this embodiment, a case where a two-ply form is used as one sheet will be described as an example.

  As shown in FIG. 2, the storage box 10 is formed between the corners (both ends) 10 e of the storage box 10 in which the length of the slit 17 (the length between both ends 17 a) intersects the extending direction of the slit 17. In this embodiment, the length is 75% or more. Here, since the slit 17 of this embodiment is formed in parallel with the longitudinal direction side edge 11a of the upper surface 11 of the storage box 10, its both ends in the extension direction are corners of the short side edge 11b of the upper surface 11. It is orthogonal to 10e. In addition, although the storage box 10 of this embodiment is formed with the slit 17 parallel to the longitudinal side 11a of the upper surface 11 as an outlet, it is not limited to this. For example, you may form the slit which inclines diagonally with respect to the longitudinal direction side edge 11a of the upper surface 11 of the storage box 10, and in this case, the extension direction of the slit is diagonal to the short side edge 11b of the upper surface 11 The slits may be formed at a length of 75% between the corners 10e located at the intersections.

  With this structure, the storage box 10 has the upper surface 11 interposed between the long hole 15 (slit 17) and the corners 10e of both ends, in other words, the cardboard of the constituent members remains, and the corners thereof. The strength resulting from the shape having a right angle in cross section of 10e can be used, and the box shape of the storage box 10 can be effectively maintained.

  Specifically, as shown in FIG. 3, the kitchen paper P is stored in the state of a bundle 10 </ b> B that is folded and stacked in the storage box 10 before the start of use, and the upper surface of the storage box 10. 11 is spaced from the top surface. The kitchen paper P has an end Pe that is substantially the same length as between the corners 10e of the storage box 10 to be stored, and the folded side Pf that is folded in two has the same length. They are stacked in a box 10 to form a bundle 10B.

  When this kitchen paper P is used, the slit 17 located in the elongated hole 15 on the upper surface 11 of the storage box 10 is widened by using the flexibility of the film 16 so that the fingertip is inserted and the uppermost surface is picked up. It can be extracted from Pt (see FIG. 6 described later). Thereby, the kitchen paper P can be made to stand by for the next use in the state which pulled out the half surface Ph of the uppermost Pt from the slit 17, and also by pulling out the uppermost Pt from the slit 17 as it is, it is 2 The half surface Ph of the next kitchen paper P sandwiched between the folds can be dragged (followed) with a frictional force to be exposed to the outside to be in a standby state. As a result, the kitchen paper P to be used next can be easily pulled out by picking the half surface Ph exposed from the slit 17.

  Then, as shown in FIG. 4, the kitchen paper P is folded in half so that the formation surface of the projection shape Em formed by embossing so as to be raised faces the surface Sf side, and the half surfaces Ph are alternately arranged. It is made into a bundle 10B stacked in a sandwiched state. As shown in FIG. 5 illustrating the packing process, the kitchen paper P is inserted into the storage box 10 with the short side surface 12 opened in the state of the bundle 10B. The upper piece 12a and the lower piece 12b are bonded to the extension pieces 13a and 13b on the side surface 13 on the long side, whereby the opening is closed and the package 10P is formed. That is, the kitchen paper P is packed and packaged in the storage box 10 after the production method of the bundle 10B.

  At this time, since the projection shape Em is raised on the surface (formation surface) Sf on both sides facing each other on the inner surface of the folded paper, the kitchen paper P is the back surface of the half surface Ph on the uppermost surface and the lowermost surface of the bundle 10B. Sb is located and has a planar shape Pn on the back side of the protrusion shape Em.

  For this reason, the bundle 10B of the kitchen paper P is not exposed to the outside in the protruding shape Em, and is inserted into the opening edge 12f of the side surface 12 (end edge such as the upper surface 11) when inserted into the storage box 10. The projecting shape Em does not impede the work due to abutment, so that the planar shape Pn on the upper and lower outer surfaces can be brought into contact with each other and slid into the interior smoothly.

  As shown in FIG. 4, the kitchen paper P of the bundle 10 </ b> B includes two separate kitchen papers in which the formation surface Sf of the projection shape Em on the ceiling surface side and the floor surface side of the half-face Ph folded in two is folded in two. The formation surface Sf of the protrusion shape Em of the P half surface Ph is alternately sandwiched and stacked so as to face each other. On the ceiling surface side and the floor surface side of the surface Sf of these kitchen papers P, the mutual protrusion shapes Em are brought into contact with each other, and on the back surface Sb of the two separated half surfaces Ph, the planar shape Pn of each other is Face-to-face contact. In addition, since the top half Pt of the kitchen paper P of the bundle 10B and the bottom bottom (not shown) only sandwich a single half-face Ph, the half-face Ph on the ceiling face side and the floor face side folded in half The formation surface Sf of the protrusion shape Em is in contact with the planar shape Pn of the back surface Sb of the separate half surface Ph.

  For this reason, when the upper surface of the uppermost Pt in the storage form before the start of use shown in FIGS. 3 and 6 is picked and pulled out from the slit 17, the kitchen paper P is sandwiched between the two folds. The half surface Ph on the ceiling surface side of the subsequent kitchen paper P is dragged by a frictional force and exposed to the outside from the slit 17.

  At this time, when the kitchen paper P is pulled out from the slit 17 of the storage box 10, the planar shape Pn on the back surface side of the protruding shape Em contacts the lower surface of the film 16 so as to push up the opening edge 17 f of the slit 17. It will be exposed to the outside while being guided. Thereby, the kitchen paper P does not rub against the opening edge 17f of the slit 17 of the film 16 and the like, and the load necessary for the drawer is not improved (no sense of incongruity), and the kitchen paper P is smoothly externally applied. Can be pulled out and taken out.

  Thereafter, as shown in FIG. 7, the kitchen paper P follows the protrusion shape Em of the half surface Ph on the floor surface side when the entire half surface Ph on the ceiling surface side of the uppermost Pt is pulled out from the slit 17. When the projection shape Em of the half surface Ph on the ceiling surface side of the ceiling surface is brought into contact with each other and dragged, a part is exposed to the outside of the slit 17.

  At this time, the planar shape Pn of the rear surface Sb of the projection shape Em is in contact with the lower surface side of the film 16 even in the subsequent half surface Ph of the ceiling surface side dragged by the floor surface side half surface Ph of the uppermost Pt. In the state of being guided and exposed to the outside, the contact load is not improved similarly.

  Further, when the kitchen paper P is continuously pulled out and the entire uppermost Pt is pulled out from the slit 17, as shown in FIG. 8, the floor surface side half surface Ph (projection) of the uppermost Pt is obtained. Freed from shape Em). For this reason, a part of the half surface Ph on the ceiling surface side of the subsequent kitchen paper P is contact-guided to the lower surface side of the film 16 through the planar shape Pn of the rear surface Sb of the protrusion shape Em, and the contact load is not improved. It is pulled out from the slit 17 so as to be partially exposed to the outside, and is put into a state of waiting for the next use.

  Thereby, the kitchen paper P is a package 10P that is easy to use and can be easily picked and used on the half surface Ph on the ceiling surface side that is partially exposed to the outside at the time of the next drawer.

  As described above, in the package 10P in which the bundle 10B of the kitchen paper P according to the present embodiment is stored in the storage box 10, the half surface Ph is alternately folded by half so that the formation surface Sf of the protrusion shape Em faces each other. Are stacked.

  For this reason, the bundle 10B of the kitchen paper P can be smoothly accommodated by sliding the planar shape Pn without causing the projection shape Em to abut against the opening edge 12f of the side surface 12 of the storage box 10 to form the package 10P. . Further, when the kitchen paper P is pulled out from the slit 17 of the storage box 10, the planar shape Pn is formed on the lower surface of the film 16 without causing the projection shape Em to come into contact with and dragging the opening edge 17 f of the slit 17. Can be taken out with guidance.

  Therefore, even a bundle 10B of kitchen paper P having a protruding shape Em formed on one side can be easily stored in the storage box 10 to form a package 10P, and the kitchen paper P can be comfortably slit in the outlet. The kitchen paper package 10 </ b> P that can be used by being pulled out from 17 and is easy to use can be provided.

  The scope of the present invention is not limited to the illustrated and described exemplary embodiments, but includes all embodiments that provide the same effects as those intended by the present invention. Further, the scope of the invention is not limited to the combinations of features of the invention defined by the claims, but may be defined by any desired combination of particular features among all the disclosed features. .

10, 30, 50 ... Storage box 10B ... Kitchen paper bundle 10P ... Kitchen paper package 10e ... Corner 11 ... Upper surface 15, 35 ... Long hole 16, 36 ... Film 17, 37, 57 …… Slit 17a …… End 17f Opening edge Em …… Protrusion shape P …… Kitchen paper Pe …… End side Ph …… Half surface Pn Planar shape Pt Topmost Sb Back surface Sf Forming surface

Claims (4)

A kitchen paper package in which a bundle of a plurality of kitchen papers folded and stacked one by one or several at a time is removably stored in a storage box.
The kitchen paper is stored in a state where protrusions are formed in a plurality of positions on one side of the entire surface, folded in half so that the formation surfaces of the protrusions face each other, and sandwiched between the half surfaces alternately. Kitchen paper package characterized by being made.   The kitchen paper package according to claim 1, wherein the take-out port is opened on one surface of the storage box in a slit-like form intersecting with the take-out direction of the kitchen paper.   The kitchen paper waits for one end side to be pulled out during use in a state where the one end side is exposed to the outside from the take-out port, and the end side that is sandwiched at the time of the pull-out is in an exposed state from the take-out port to the outside. The kitchen paper package according to claim 2, wherein the kitchen paper package is stacked in a standby structure. It is a bundle of a plurality of kitchen papers that are folded and stacked so that they can be taken out one by one or several from the outlet of the storage box to be stored,
The kitchen paper has a protruding shape that is raised at a plurality of locations on one side , and is folded in two so that the forming surfaces of the protruding shape face each other, and are stacked so as to sandwich the half surface alternately. A kitchen paper bundle characterized by.

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