JP2021054435A - Packing member, package, and packing method - Google Patents

Abstract

To provide a packing member which can achieve downsizing of an individual packing box while inhibiting damage to an electric product, and to provide a package and a packing method.SOLUTION: A package 10 includes: a buffer member 13 for protecting an electric product 11 having a protruding part 39; and a housing member 14 for housing an accessory of the electric product 11. The buffer member 13 has a first protection part 61 and a second protection part 62 which protect a front surface 11e, a protruding part 39 side surface, of an outer peripheral surface of the electric product 11 and are disposed spaced apart from each other in a lateral direction X, a direction intersecting with an anteroposterior direction Y corresponding to a protruding direction of the protruding part 39. The housing member 14 is spanned between the first protection part 61 and the second protection part 62. A facing surface 14b of the housing member 14, which faces the front surface 11e, is located between the front surface 11e and an apical surface 39a of the protruding part 39 in the anteroposterior direction Y.SELECTED DRAWING: Figure 4

Description

The present invention relates to a packing member, a packing product, and a packing method including a cushioning member for protecting an electric product and a storage member for accommodating an accessory of the electric product.

Patent Document 1 discloses a packaged product including an electric product and a packaging member for packaging the electric product. The packing member includes a cushioning member that protects the electric product and an individual packaging box that houses the electric product and the cushioning member. Inside the individual packaging box, there is an empty space in which electrical appliances and cushioning materials are not placed. Electrical accessories are placed in empty spaces.

Japanese Unexamined Patent Publication No. 2014-102402

By the way, when transporting packaged items, accessories may move inside the individual packaging box. If the accessories come into contact with the electrical products, the electrical products may be damaged. Further, for example, from the viewpoint of mass transportation of packaged products and reduction of storage space for packaged products, miniaturization of individual packaging boxes is desired.

The packaging member for solving the above problems includes a cushioning member for protecting the electric product having a protruding portion and a storage member for accommodating the accessories of the electric product, and the cushioning member is the outer periphery of the electric product. Of the surfaces, the base surface, which is the surface on the protruding portion side, is protected, and the first protective portion and the second protective portion are arranged at intervals in the first direction, which is the direction intersecting the protruding direction of the protruding portion. The accommodating member has a portion, and the accommodating member is bridged between the first protective portion and the second protective portion, and the facing surface of the accommodating member facing the base surface is the base surface in the projecting direction. It is located between and the tip surface of the protruding portion.

The packaged product for solving the above problems includes an electric product and the packing member for packing the electric product.
A packing method for solving the above problems is a packing method in which an electric product having a protruding portion, a buffer member for protecting the electric product, and a storage member for accommodating accessories of the electric product are packed in an individual packaging box. The first protective portion and the second protective portion of the cushioning member protect the base surface, which is the surface on the protruding portion side of the outer peripheral surface of the electric product, and the first protective portion and the second protective portion. The second protective portion is arranged at a distance in the first direction, which is a direction intersecting the protruding direction of the protruding portion, and the accommodating member is placed between the first protective portion and the second protective portion. Along with the above, the facing surface of the accommodating member facing the base surface is arranged between the base surface and the tip surface of the projecting portion in the projecting direction.

An exploded perspective view of a packaged product in one embodiment. The perspective view which shows the packaged product which omitted the individual packaging box. Perspective view of electrical products. Top view of the package. Perspective view of the accommodating member. Partial plan view of the packaged product of the comparative example. A graph showing the relationship between the height dimension of the housing member and the distance from the tip surface of the protruding portion to the inner surface of the individual packaging box.

Hereinafter, an embodiment of a packaged product, a packaging member, and a packaging method will be described with reference to the drawings.
As shown in FIG. 1, the packed product 10 includes an electric product 11 and a packing member 12 for packing the electric product 11.

The electric product 11 shown in FIG. 3 is a printing device. This printing device is a serial printing type inkjet printer as an example of a liquid jetting device that jets ink as an example of a liquid and prints it on a medium such as paper. The electric appliance 11 includes a rectangular parallelepiped housing 21. The housing 21 includes a main body 22 and a cover 23 that can be opened and closed to cover the opening of the main body 22. In FIG. 3, the cover 23 is shown in a closed state covering the opening of the main body 22. The electric product 11 is, for example, a multifunction device, and has a printing unit 24 that occupies most of the main body 22, and a reading unit 25 that is composed of a part of the main body 22 and a cover 23.

The electric product 11 is used in a state where the main body 22 is located on the lower side in the vertical direction and the cover 23 is located on the upper side in the vertical direction. The direction in which the main body 22 and the cover 23 are lined up is defined as the vertical direction Z of the electric product 11. The surface of the housing 21 located above the vertical direction Z is referred to as the upper surface 11a of the electric product 11, and the surface of the housing 21 located below the vertical direction Z is referred to as the lower surface 11b of the electric product 11.

The left-right direction when the electric product 11 is viewed from the front by the user is defined as the left-right direction X of the electric product 11, and the front-rear direction when the electric product 11 is viewed from the front by the user is defined as the front-rear direction Y of the electric product 11. .. The front surface of the electric product 11 refers to the outer peripheral surface of the electric product on the side where the operation panel 30 operated by the user is located. The left-right direction X is a direction that intersects the vertical direction Z, and the front-rear direction Y is a direction that intersects the vertical direction Z and the left-right direction X. The surface of the housing 21 located at the left end of the left-right direction X is the left side surface 11c of the electric product 11, and the surface of the housing 21 located at the right end of the left-right direction X is the right side surface 11d of the electric product 11. The surface of the housing 21 located at the front end in the front-rear direction Y is the front surface 11e of the electric product 11, and the surface of the housing 21 located at the rear end of the front-rear direction Y is the back surface 11f of the electric product 11. The left side surface 11c, the right side surface 11d, the front surface 11e, and the back surface 11f form the outer peripheral surface of the electric appliance 11.

A cassette recess 26 is provided on the front surface 11e of the electric product 11. A cassette 27 for storing a medium M such as paper is detachably inserted into the cassette recess 26. A plurality of media M are housed in the cassette 27. In the example shown in FIG. 3, the cassettes 27 are provided in two stages side by side in the vertical direction Z. The number of cassettes 27 may be one, or may be three or more.

A discharge port 28 through which the printed medium M is discharged is opened in the front surface 11e of the electric product 11. The discharge port 28 is located above the cassette recess 26 in the vertical direction Z. A telescopic multi-stage medium discharge tray 29 is provided between the discharge port 28 and the cassette recess 26 in the vertical direction Z. The medium discharge tray 29 is used in a state of being extended so as to extend from the front surface 11e of the electric product 11, and the printed medium M discharged from the discharge port 28 is loaded on the medium discharge tray 29.

An operation panel 30 is provided on the front surface 11e of the electric appliance 11 at a position above the discharge port 28. The operation panel 30 includes an operation unit 30a including a plurality of switches operated when a user gives an instruction to the electric product 11, and a display unit 30b for displaying a menu, various messages, and the like. The operation unit 30a includes a power switch, a selection switch, and the like. Here, the display unit 30b may be configured by a touch panel, in which case the operation function of the display unit 30b may also serve as a part of the operation unit 30a.

The cover 23 includes a cover main body 31 and an automatic document feeder (Auto Document Feeder) 32. The automatic document feeding device 32 includes a document tray 33 on which a plurality of documents D can be placed, and a document feeding unit 34 housed in the cover main body 31. The document feeding unit 34 feeds the document D placed on the document tray 33 from the inlet 31a of the cover main body 31. The document tray 33 and the document feeding unit 34 are arranged in the left-right direction X.

The scanning unit 25 has a sheet feeder type scanner function for feeding and scanning the document D positioned in the width direction by the edge guide 33b provided on the document tray 33 one by one from the document tray 33, and when the cover 23 is opened. It has a flatbed type scanner function that reads the document D placed on the exposed document stand. The document D read by the scanning unit 25 one by one by the sheet feeder type scanner function is loaded on the document ejection tray 31c on the cover main body 31.

A carriage unit 35 is provided in the housing 21. The carriage unit 35 includes a carriage 35a supported so as to be reciprocally movable in the left-right direction X, and a liquid injection head 35b mounted on the carriage 35a and ejecting a liquid onto the medium M. The carriage unit 35 is a so-called off-carriage type that receives a liquid supply from a liquid accommodating portion 37 arranged at a predetermined position in the main body portion 22.

The electrical product 11 includes a liquid supply unit 36 that supplies a liquid to the carriage unit 35. The liquid supply unit 36 has a plurality of liquid storage units 37 for storing liquids such as ink. The liquid storage unit 37 is, for example, an ink tank. The plurality of liquid storage units 37 store inks having different colors of black, cyan, magenta, and yellow, for example. The liquid contained in the liquid storage unit 37 is used for the electric product 11 to inject and print on the medium M. That is, the electric product 11 is a liquid injection device that injects the liquid supplied from the liquid storage unit 37 that stores the liquid. The liquid storage unit 37 is arranged on the left side in the housing 21. The liquid storage portion 37 extends in the front-rear direction Y. The front end portion of the liquid storage portion 37 protrudes from the front end 11e of the electric appliance 11.

The liquid supply unit 36 has a box-shaped covering portion 38 that covers a portion of the liquid containing portion 37 that protrudes from the front surface 11e of the electric appliance 11. The longitudinal direction of the covering portion 38 is the vertical direction Z, and the lateral direction of the covering portion 38 is the horizontal direction X. The covering portion 38 has a plurality of window portions 38a in which the amount of liquid for each liquid accommodating portion 37 can be visually recognized. For example, when the amount of liquid in the liquid storage portion 37 is low when looking at the window portion 38a, the user opens the coating portion 38 and enters the supply port of the liquid storage portion 37 from the bottle 16 shown in FIG. The liquid is replenished in the liquid storage unit 37 by injecting a liquid such as ink. The liquid storage unit 37 is not limited to the injection type capable of injecting a liquid, and may be a replaceable liquid cartridge or a liquid pack.

In the following, the covering portion 38 protruding from the housing 21 while covering the portion of the liquid accommodating portion 37 protruding from the front surface 11e of the electric product 11 is referred to as a protruding portion 39. That is, the projecting portion 39 is composed of a covering portion 38 that covers the liquid accommodating portion 37 in a state of projecting from the housing 21 of the liquid injection device, which is an example of the electric product 11. The liquid accommodating portion 37 is included. In the present embodiment, the protruding direction of the protruding portion 39 is the front-rear direction Y. Further, the front surface 11e of the electric product 11 is a surface on the protruding portion 39 side of the outer peripheral surface of the electric product 11, and is a base surface on which the protruding portion 39 protrudes. That is, the front surface 11e is a surface portion of the front surface of the electric product 11 other than the protruding portion 39. The window portion 38a is formed on the tip surface 39a of the protruding portion 39 in the protruding direction.

Inside the housing 21, a transport mechanism (not shown) is provided which is responsible for feeding the medium M from the cassette 27, transporting the fed medium M in the front-rear direction Y, and discharging the medium M after printing. ing.
The electric appliance 11 includes a control unit 40 that controls a printing unit 24 and a reading unit 25.

In addition to the printing function of printing on the medium M by the inkjet method, the electric product 11 which is such a multifunction device has a scanner function in which the scanning unit 25 reads the document D and an image of the document D read by the scanning unit 25 as a medium. It has a copy printing function for printing on M.

Here, the basic operation of the electric product 11 will be described.
When the electric appliance 11 receives the printing instruction, the medium M supplied from the cassette 27 by the conveying mechanism is conveyed in the front-rear direction Y. Then, while the carriage unit 35 reciprocates once in the left-right direction X, the liquid injection head 35b injects liquid toward the medium M to print one scan, and the transfer mechanism prints the medium M next. Printing is performed on the medium M by alternately performing the transport operation of transporting to the position. The printed medium M is discharged from the discharge port 28 by the transport mechanism and loaded on the medium discharge tray 29.

Next, the packing member 12 will be described in detail.
As shown in FIG. 1, the packing member 12 includes a cushioning member 13 for protecting the electric product 11, a housing member 14 for accommodating accessories of the electric product 11, the electric product 11, the cushioning member 13, and the accommodating member 14. It is provided with an individual packaging box 15 for accommodating the above. Accessories include, for example, a bottle 16 containing a liquid supplied to the liquid storage unit 37, an instruction manual 17 for an electric product 11, a power cord, and the like.

As shown in FIGS. 1 and 2, the cushioning member 13 protects the electric product 11 by compressing the packaged product 10 from the outside of the individual packaging box 15 when an impact is applied to the packaged product 10. The cushioning member 13 of the present embodiment protects the electric product 11 from impacts from the left-right direction X, the front-rear direction Y, and the vertical direction Z. The cushioning member 13 of the present embodiment is composed of the first to fourth parts 51 to 54.

The first component 51 includes a first upper surface protection portion 51a that covers the left portion of the upper surface 11a of the electric product 11, a first side surface protection portion 51b that covers the upper portion of the left side surface 11c of the electric product 11, and a front surface 11e of the electric product 11. It has a first front surface protection portion 51c that covers the upper left portion of the electric product 11 and a first back surface protection portion that covers the upper left portion of the back surface 11f of the electric appliance 11.

The second component 52 includes a second upper surface protection portion 52a that covers the right portion of the upper surface 11a of the electric product 11, a second side surface protection portion 52b that covers the upper part of the right side surface 11d of the electric product 11, and a front surface 11e of the electric product 11. It has a second front surface protection portion 52c that covers the upper right portion of the electric product 11 and a second back surface protection portion 52d that covers the upper right portion of the back surface 11f of the electric appliance 11.

The first component 51 and the second component 52 are arranged at intervals in the left-right direction X. That is, the first upper surface protection portion 51a and the second upper surface protection portion 52a are arranged at intervals in the left-right direction X. The first front protection portion 51c and the second front protection portion 52c are arranged at intervals in the left-right direction X. The first back surface protection portion and the second back surface protection portion 52d are arranged at intervals in the left-right direction X.

In the first front protection portion 51c, the surface of the electrical product 11 opposite to the surface facing the front surface 11e is referred to as the outer surface 511. The first front protection portion 51c has a first recess 55 that is recessed from the outer surface 511 and is open to the side of the second front protection portion 52c. The first recess 55 of the present embodiment is provided over the entire first front protection portion 51c in the vertical direction Z. In other words, the first recess 55 is continuous in the vertical direction Z. The first recess 55 has a first inner surface 55a forming the bottom surface of the first recess 55, and a second inner surface 55b connecting the first inner surface 55a and the outer surface 511 of the first front surface protection portion 51c.

In the second front protection portion 52c, the surface of the electric appliance 11 opposite to the surface facing the front surface 11e is referred to as the outer surface 521. The first front surface protection portion 51c has a second recess 56 that is recessed from the outer surface 521 and is open to the side of the first front surface protection portion 51c. The second recess 56 of the present embodiment is provided over the entire second front protection portion 52c in the vertical direction Z. In other words, the second recess 56 is continuous in the vertical direction Z. The second recess 56 has a first inner surface 56a that constitutes the bottom surface of the second recess 56, and a second inner surface 56b that connects the first inner surface 56a and the outer surface 521 of the second front surface protection portion 52c.

As shown in FIGS. 2 and 4, the third component 53 includes a third lower surface protection portion 53a that covers the left portion of the lower surface 11b of the electric product 11, and a third side surface protection that covers the lower portion of the left side surface 11c of the electric product 11. It has a portion 53b, a third front surface protection portion 53c that covers the lower left portion of the front surface 11e of the electric product 11, and a third back surface protection portion 53d (see FIG. 4) that covers the lower left portion of the back surface 11f of the electric appliance product 11. Note that FIG. 4 does not show the first component 51 and the second component 52.

The fourth component 54 includes a fourth lower surface protection portion 54a that covers the right portion of the lower surface 11b of the electric product 11, a fourth side surface protection portion 54b that covers the lower portion of the right side surface 11d of the electric product 11, and a front surface 11e of the electric product 11. It has a fourth front surface protection portion 54c that covers the lower right portion of the electric product 11 and a fourth back surface protection portion 54d (see FIG. 4) that covers the lower right portion of the back surface 11f of the electric appliance 11.

The third component 53 and the fourth component 54 are arranged at intervals in the left-right direction X. That is, the third lower surface protection portion 53a and the fourth lower surface protection portion 54a are arranged at intervals in the left-right direction X. The third front protection portion 53c and the fourth front protection portion 54c are arranged at intervals in the left-right direction X. The third back surface protection portion 53d and the fourth back surface protection portion 54d are arranged at intervals in the left-right direction X.

As shown in FIGS. 1 and 2, the first component 51 and the third component 53 are arranged at intervals in the vertical direction Z. That is, the first side surface protection portion 51b and the third side surface protection portion 53b are arranged at intervals in the vertical direction Z. The first front protection portion 51c and the third front protection portion 53c are arranged at intervals in the vertical direction Z. The first back surface protection portion and the third back surface protection portion 53d are arranged at intervals in the vertical direction Z.

The second component 52 and the fourth component 54 are arranged at intervals in the vertical direction Z. That is, the second side surface protection portion 52b and the fourth side surface protection portion 54b are arranged at intervals in the vertical direction Z. The second front protection portion 52c and the fourth front protection portion 54c are arranged at intervals in the vertical direction Z. The second back surface protection portion 52d and the fourth back surface protection portion 54d are arranged at intervals in the vertical direction Z.

As shown in FIGS. 2 and 4, the third front protection portion 53c has a thin portion 531 and a thick portion 532 having a thickness in the front-rear direction Y that is thicker than that of the thin portion 531. The thin portion 531 extends in the left-right direction X. The thick portion 532 extends in the vertical direction Z. The thin portion 531 connects the lower end portion of the thick portion 532 and the lower end portion of the third side surface protection portion 53b.

The inner surface 531a of the thin portion 531 facing the front surface 11e of the electric product 11 is separated from the front surface 11e of the electric product 11, and the inner surface 532a of the thick portion 532 facing the front surface 11e of the electric product 11 is the front surface of the electric product 11. It is in contact with 11e. The outer surface 531b, which is the surface of the thin portion 531 opposite to the inner surface 531a, and the outer surface 532b, which is the surface of the thick portion 532 opposite to the inner surface 532a, are flush with each other. The outer surface 531b of the thin portion 531 and the outer surface 532b of the thick portion 532 form the outer surface 533 of the third front surface protection portion 53c.

As shown in FIGS. 2 and 4, the third front protection portion 53c has a third recess 57 that is recessed from the outer surface 533 and is open to the fourth front protection portion 54c side. The third recess 57 of the present embodiment is provided over the entire third front protection portion 53c in the vertical direction Z. In other words, the third recess 57 is continuous in the vertical direction Z. As shown in FIG. 4, the third recess 57 connects the first inner side surface 57a constituting the bottom surface of the third recess 57, the first inner side surface 57a, and the outer surface 533 of the third front surface protection portion 53c. It has an inner side surface 57b.

As shown in FIGS. 2 and 4, in the fourth front surface protection portion 54c, the surface opposite to the surface of the electric appliance 11 facing the front surface 11e is designated as the outer surface 541. The fourth front protection portion 54c has a fourth recess 58 that is recessed from the outer surface 541 and is open to the third front protection portion 53c side. The fourth recess 58 of the present embodiment is provided over the entire fourth front protection portion 54c in the vertical direction Z. In other words, the fourth recess 58 is continuous in the vertical direction Z. As shown in FIG. 4, the fourth recess 58 connects the first inner side surface 58a constituting the bottom surface of the fourth recess 58, the first inner side surface 58a, and the outer surface 541 of the fourth front surface protection portion 54c. It has an inner side surface 58b.

In the following, as shown in FIG. 2, the first front protection portion 51c and the third front protection portion 53c are collectively referred to as the first protection portion 61, and the second front protection portion 52c and the fourth front protection portion 54c are combined. Collectively, it will be referred to as the second protection unit 62. The first protective unit 61 and the second protective unit 62 protect the front surface 11e of the electric product 11, and are arranged at intervals in the left-right direction X. When the direction in which the first protection unit 61 and the second protection unit 62 are arranged at intervals is the first direction, in the present embodiment, the first direction is the left-right direction X. The surface of the first protection unit 61 facing the second protection unit 62 is referred to as the first facing surface 61a, and the surface of the second protection unit 62 facing the first protection unit 61 is referred to as the second facing surface 62a.

In the first protective portion 61, the surface opposite to the surface facing the front surface 11e of the electric product 11 is the outer surface 61b, and in the second protective portion 62, the surface opposite to the surface facing the front surface 11e of the electric product 11 is opposite. The surface is the outer surface 62b. In the present embodiment, the outer surface 61b of the first protection portion 61 is composed of the outer surface 511 of the first front protection portion 51c and the outer surface 533 of the third front protection portion 53c. The outer surface 62b of the second protection portion 62 is composed of an outer surface 521 of the second front protection portion 52c and an outer surface 541 of the fourth front protection portion 54c.

The first protective portion 61 has a first engaging recess 63 that is recessed from the outer surface 61b and is open to the second protective portion 62 side. In the present embodiment, the first engaging recess 63 is composed of a first recess 55 and a third recess 57. The first engaging recess 63 is continuous in the vertical direction Z except for a gap between the first front surface protection portion 51c and the third front surface protection portion 53c. The second protective portion 62 has a second engaging recess 64 that is recessed from the outer surface 62b and is open to the side of the first protective portion 61. In the present embodiment, the second engaging recess 64 is composed of a second recess 56 and a fourth recess 58. The second engaging recess 64 is continuous in the vertical direction Z except for a gap between the second front surface protection portion 52c and the fourth front surface protection portion 54c.

The first protective portion 61 has a penetrating portion 61c that penetrates the third front protective portion 53c in the front-rear direction Y. The penetrating portion 61c is a space surrounded by the upper surface of the thin portion 531, the left side surface of the thick portion 532, and the inner surface of the third side surface protection portion 53b, and is open upward.

The protruding portion 39 is located between the third side surface protection portion 53b and the wall thickness portion 532 in the left-right direction X, and is located between the first front surface protection portion 51c and the wall-thin portion 531 in the vertical direction Z. The lower end of the protruding portion 39 is housed in the penetrating portion 61c. The tip surface 39a of the protruding portion 39 is exposed when viewed from the outer surface 61b of the first protective portion 61. Specifically, the tip surface 39a of the protrusion 39 is not covered by the first front protection portion 51c and the third front protection portion 53c and is exposed when viewed from the outer surface 61b of the first protection portion 61. The outer surface 61b of the first protective portion 61 protrudes from the tip surface 39a of the protruding portion 39. In this example, the outer surface 61b of the first protective portion 61 is located in front of the tip surface 39a of the protruding portion 39.

The thickness of the first front protection portion 51c, the second front protection portion 52c, the third front protection portion 53c, the wall thickness portion 532, and the fourth front protection portion 54c in the front-rear direction Y are the thickness of the cushioning member and the cushioning. The thinnest thickness that can protect the electrical product 11 when a target impact is applied to the packaged product 10, which is derived from the relationship with the compression ratio of the member, or the thickness obtained by adding a predetermined margin dimension to this thickness dimension. It is set. Here, in the drop test or the drop test simulation, the impact received by the electric product 11 when the packaged product 10 is dropped from the height H can be set as the target impact G to pass, the thickness h of the cushioning member and the compression of the cushioning member. Derive the relationship with the rate. From this relationship, the range of the compression rate that can reduce the thickness of the cushioning member to a predetermined value or less is specified, and the thickness h of the cushioning member is selected within the range of the specified compression rate. The specified compression rate range is, for example, a compression rate range of 40 to 80%. The relationship of G = C · H / h is established between the target impact G, the height H, and the thickness h. Here, the constant C is a buffer coefficient that depends on the material of the buffer member. Since the range of the appropriate compression rate depends on the material of the cushioning member 13, the foaming rate, and the like, the range is not limited to 40 to 80%, and other values may be appropriately selected.

As shown in FIG. 5, the accommodating member 14 has an accommodating main body 71. The accommodating main body 71 is among a rectangular bottom wall 71a, a first long side wall 71b erected from one of a pair of long edges of the bottom wall 71a, and a pair of long edges of the bottom wall 71a. It has a second long side wall 71c erected from the other side and a short side wall 71d erected from one of a pair of short edges of the bottom wall 71a. The accommodating main body 71 has an accommodating opening 71e that opens in the vertical direction of the first long side wall 71b, the second long side wall 71c, and the short side wall 71d. Further, the accommodating main body 71 has an opening 71f that opens on the side opposite to the short side wall 71d in the longitudinal direction of the bottom wall 71a. In this embodiment, the accommodating member 14 is made of paper. The longitudinal direction of the bottom wall 71a is the longitudinal direction of the accommodating member 14, and the lateral direction of the bottom wall 71a is the lateral direction of the accommodating member 14. Further, the thickness direction of the bottom wall 71a is the height direction of the accommodating member 14.

The accommodating member 14 includes a plate-shaped first engaging convex portion 73 projecting from the first long side wall 71b in the lateral direction of the accommodating member 14, and a plate projecting from the second long side wall 71c in the lateral direction of the accommodating member 14. It has a second engaging convex portion 74 in the shape of a shape. The first engaging convex portion 73 is provided on the entire first long side wall 71b in the longitudinal direction of the accommodating member 14, and the second engaging convex portion 74 is provided on the entire second long side wall 71c in the longitudinal direction of the accommodating member 14. Has been done. The plate thickness directions of the first engaging convex portion 73 and the second engaging convex portion 74 coincide with the height direction of the accommodating member 14, respectively.

Further, of both end faces of the first engaging convex portion 73 and the second engaging convex portion 74 in the plate thickness direction, the end faces on the side closer to the accommodating opening 71e are the first long side wall 71b, the second long side wall 71c, and the second long side wall 71c. The short side wall 71d is continuous with the tip surface of each. The end faces of the first engaging convex portion 73 and the second engaging convex portion 74 on the side close to the accommodating port 71e, and the tip surfaces of the first long side wall 71b, the second long side wall 71c, and the short side wall 71d are accommodated. It constitutes an open end surface 14a located on the accommodation port 71e side of the member 14.

The accommodating member 14 has a first bottle accommodating portion 141. The first bottle accommodating portion 141 of the present embodiment includes a bottom wall 71a, a first accommodating convex portion 71g protruding from the bottom wall 71a toward the accommodating port 71e, a first long side wall 71b, and a first long side wall 71b to the first. It is a space surrounded by a second accommodating convex portion 71h that protrudes toward the long side wall 71c side and is connected to the first accommodating convex portion 71g. The first bottle accommodating portion 141 accommodates a bottle 16 containing black ink. The bottom of the bottle 16 is supported by the short side wall 71d of the housing body 71.

The accommodating member 14 has a second bottle accommodating portion 142. The second bottle accommodating portion 142 of the present embodiment includes a bottom wall 71a, a third accommodating convex portion 71i protruding from the bottom wall 71a toward the accommodating port 71e, a second long side wall 71c, and a second long side wall 71c to the second. It is a space surrounded by a fourth accommodating convex portion 71j that protrudes toward the long side wall 71b and is connected to the third accommodating convex portion 71i. The second bottle accommodating portion 142 accommodates a bottle 16 containing cyan ink, a bottle 16 containing magenta ink, and a bottle 16 containing yellow ink. The bottom of each bottle 16 is supported by a short side wall 71d of the housing body 71.

The accommodating member 14 has a plate-shaped regulating portion 14d protruding from the bottom wall 71a toward the accommodating opening 71e. The regulating portion 14d is located on the side opposite to the short side wall 71d with the first bottle accommodating portion 141 and the second bottle accommodating portion 142 sandwiched in the longitudinal direction of the accommodating member 14. The regulation unit 14d regulates each bottle 16 so as not to protrude to the opening 71f side.

The accommodating member 14 has a handle 14e. The handle 14e of the present embodiment is an elliptical through hole penetrating the bottom wall 71a. The handle 14e is located on the opening 71f side in the longitudinal direction of the accommodating member 14.

As shown in FIGS. 2 and 4, the accommodating member 14 is bridged between the first protective portion 61 and the second protective portion 62 in the left-right direction X. The longitudinal direction of the accommodating member 14 is the vertical direction Z, and the lateral direction of the accommodating member 14 is the lateral direction X. The plate thickness direction of the first engaging convex portion 73 and the second engaging convex portion 74 is the front-rear direction Y.

The accommodating member 14 is hung between the first protective portion 61 and the second protective portion 62 by engaging a part of the accommodating member 14 with the first engaging recess 63 and the second engaging recess 64. Has been passed. In the present embodiment, in the accommodating member 14, the first engaging convex portion 73, which is a part of the accommodating member 14, is engaged with the first engaging recess 63, and the second engaging convex portion, which is a part of the accommodating member 14. By engaging the portion 74 with the second engaging recess 64, the portion 74 is bridged between the first protective portion 61 and the second protective portion 62.

The first engaging convex portion 73 is engaged with the first concave portion 55 and the third concave portion 57 constituting the first engaging concave portion 63. One end surface of the first engaging convex portion 73 in the plate thickness direction faces the first inner side surface 55a of the first concave portion 55 and the first inner side surface 57a of the third concave portion 57 (see FIG. 4). Further, the second engaging convex portion 74 is engaged with the second concave portion 56 and the fourth concave portion 58 constituting the second engaging concave portion 64. One end surface of the second engaging convex portion 74 in the plate thickness direction faces the first inner side surface 56a of the second concave portion 56 and the first inner side surface 58a of the fourth concave portion 58 (see FIG. 4). In this state, the first engaging convex portion 73 projects from the accommodating main body 71 toward the first protective portion 61, and the second engaging convex portion 74 projects from the accommodating main body 71 toward the second protective portion 62. It can be said that it stands out.

Further, as shown in FIGS. 2 and 4, the accommodating main body portion 71 is located between the first protective portion 61 and the second protective portion 62. As shown in FIG. 4, the outer surface of the first long side wall 71b faces the first facing surface 61a of the first protective portion 61, and the outer surface of the second long side wall 71c faces the second facing surface of the second protective portion 62. It faces 62a.

The outer surface of the bottom wall 71a is an opposing surface 14b facing the front surface 11e of the electric appliance 11, and the opening end surface 14a is an anti-opposing surface located on the opposite side of the facing surface 14b. That is, the storage port 71e of the storage body 71 is open on the opposite side of the electrical product 11. The facing surface 14b of the accommodating member 14 is located between the front surface 11e of the electric appliance 11 and the tip surface 39a of the protruding portion 39 in the front-rear direction Y. Further, the facing surface 14b of the accommodating member 14 is separated from the front surface 11e of the electric product 11. The distance L between the facing surface 14b of the accommodating member 14 and the front surface 11e of the electric appliance 11 is set to be longer than a predetermined distance L0. The predetermined distance L0 is a distance set so that the accommodating member 14 and the electric appliance 11 do not come into contact with each other when at least one of the first protective portion 61 and the second protective portion 62 is compressed by an external impact. That is. In the present embodiment, the outer surface 61b of the first protective portion 61 and the outer surface 62b of the second protective portion 62 are flush with the open end surface 14a of the accommodating member 14. In other words, the accommodating member 14 does not have a portion located in front of the outer surface 61b of the first protective portion 61 and the outer surface 62b of the second protective portion 62.

As shown in FIG. 2, the opening 71f of the accommodating main body 71 is opened upward. That is, in the state of the packaged product 10, the opening 71f of the housing main body 71 faces the opening 81a of the individual packaging box 15, which will be described later. Therefore, the handle 14e is located above the accommodating member 14 in the vertical direction Z so that the user can grasp the accommodating member 14 when the accommodating member 14 is taken in and out through the opening 81a of the individual packaging box 15. As described above, in the state of the packaged product 10, the accommodating member 14 has a handle 14e on the opening 81a side. Further, the short side wall 71d of the accommodating main body 71 is located below the vertical direction Z.

As shown in FIG. 1, the individual packaging box 15 has a bottomed square tubular box main body 81 and a pair of outer lid portions 82 capable of opening and closing the opening 81a of the box main body 81. FIG. 4 illustrates an open state in which the outer lid portion 82 does not block the opening 81a of the box body 81. The individual packaging box 15 of the present embodiment is formed by assembling cardboard boxes into a box shape. The pair of outer lids 82 are fixed to the box body 81 with a tape (not shown) in a state where the opening 81a of the box body 81 is closed.

The box body 81 has a rectangular bottom portion 81b and first to fourth wall portions 81c to 81f erected from each edge portion of the bottom portion 81b. Of the pair of outer lid portions 82, one outer lid portion 82 is continuous from the first wall portion 81c, and the other outer lid portion 82 is a second wall portion 81d located on the opposite side of the first wall portion 81c. It is continuous from.

The electric product 11 is housed in the individual packaging box 15 in a state of being covered with the cushioning member 13. Further, the accommodating member 14 is accommodated in the individual packaging box 15 in a state of being bridged between the first protective portion 61 and the second protective portion 62.

In this state, a part of the upper surface 11a of the electric product 11 faces the inner surface of each outer lid 82, and a part of the lower surface 11b of the electric product 11 faces the inner surface of the bottom 81b. A part of the left side surface 11c of the electric appliance 11 faces the inner surface of the first wall portion 81c, and a part of the right side surface 11d faces the inner surface of the second wall portion 81d. A part of the front surface 11e of the electric product 11 faces the inner surface of the third wall portion 81e, and a part of the back surface 11f of the electric product 11 faces the inner surface of the fourth wall portion 81f.

The first upper surface protection portion 51a and the second upper surface protection portion 52a are located between the upper surface 11a of the electric appliance 11 and the inner surface of each outer lid portion 82. The third lower surface protection portion 53a and the fourth lower surface protection portion 54a are located between the lower surface 11b of the electric appliance 11 and the inner surface of the bottom portion 81b. The first side surface protection portion 51b and the third side surface protection portion 53b are located between the left side surface 11c of the electric appliance 11 and the inner surface of the first wall portion 81c. The second side surface protection portion 52b and the fourth side surface protection portion 54b are located between the right side surface 11d of the electric appliance 11 and the inner surface of the second wall portion 81d. The first front protection portion 51c, the second front protection portion 52c, the third front protection portion 53c, and the fourth front protection portion 54c are located between the front surface 11e of the electric appliance 11 and the inner surface of the third wall portion 81e. The first back surface protection portion, the second back surface protection portion 52d, the third back surface protection portion 53d, and the fourth back surface protection portion 54d are located between the back surface 11f of the electric appliance 11 and the inner surface of the fourth wall portion 81f.

The accommodating main body 71 of the accommodating member 14 is located between the front surface 11e of the electrical product 11 and the inner surface of the third wall 81e. The storage port 71e of the storage main body 71 is closed by the third wall portion 81e, which is one surface of the individual packaging box 15. That is, the third wall portion 81e covers the accommodation port 71e of the accommodation main body portion 71. The first engaging convex portion 73 of the accommodating member 14 is located between the first engaging concave portion 63 of the first protective portion 61 and the inner surface of the third wall portion 81e, and the second engaging convex portion 74 is the first. 2 It is located between the second engaging recess 64 of the protection portion 62 and the inner surface of the third wall portion 81e.

Next, a packing method for packing the electric product 11 having the protruding portion 39, the cushioning member 13 for protecting the electric product 11, and the accommodating member 14 for accommodating the accessories of the electric product 11 in the individual packaging box 15 will be described. To do.

First, the third component 53 and the fourth component 54 of the cushioning member 13 are housed in the box body 81 of the individual packaging box 15 from the opening 81a side. At this time, the third component 53 and the fourth component 54 are arranged at intervals in the left-right direction X, which is the direction in which the first wall portion 81c and the second wall portion 81d of the box body 81 face each other. That is, the third front protection portion 53c and the fourth front protection portion 54c are arranged at intervals in the left-right direction X.

Next, the electric product 11 is housed in the box body 81 from the opening 81a side. At this time, the electric appliance 11 is placed on the third lower surface protection portion 53a and the fourth lower surface protection portion 54a. The third front protection portion 53c and the fourth front protection portion 54c protect the front surface 11e of the electric product 11 by covering the front surface 11e of the electric product 11. The opening 81a of the individual packaging box 15 is open to the upper surface 11a side of the electric product 11.

Next, the first component 51 and the second component 52 of the cushioning member 13 are housed in the box body 81. At this time, the first component 51 and the second component 52 are arranged at intervals in the left-right direction X. That is, the first front protection portion 51c and the second front protection portion 52c are arranged at intervals in the left-right direction X. The first upper surface protection portion 51a and the second upper surface protection portion 52a are placed on the upper surface 11a of the electric appliance 11. The first front protection portion 51c and the second front protection portion 52c protect the front surface 11e of the electric product 11 by covering the front surface 11e of the electric product 11.

That is, the first protective portion 61 and the second protective portion 62 included in the cushioning member 13 protect the front surface 11e, which is the surface on the protruding portion 39 side, among the outer peripheral surfaces of the electric product 11, and also protect the first protective portion 61 and the second protective portion 62. The second protective portion 62 is arranged at intervals in the left-right direction X, which is the direction intersecting the front-rear direction Y, which is the protruding direction of the protruding portion 39.

One bottle 16 for black, which has a large size (also referred to as a first bottle), is housed in the first bottle storage portion 141 of the storage member 14, and three bottles 16 for colors, which are smaller in size than the first bottle. (Also referred to as a second bottle) is stored in the second bottle accommodating portion 142. In addition, accessories including the instruction manual 17 and the power cord are housed in the housing member 14. The accommodating member 14 accommodating such accessories may be prepared in advance.

Next, the accommodating member 14 accommodating the accessories is accommodated in the individual packaging box 15 from the opening 81a side. At this time, the accommodating member 14 is slid downward along the space formed in the central portion in the left-right direction X between the front surface 11e of the electric product 11 and the inner surface of the box body 81 from the opening 81a of the individual packaging box 15. Let me. As a result, the accommodating main body 71 is accommodated in the space between the front surface 11e of the electric appliance 11 and the inner surface of the third wall 81e. Further, the first engaging convex portion 73 is housed between the first engaging concave portion 63 and the inner surface of the third wall portion 81e, and the second engaging convex portion 74 is the second engaging concave portion 64 and the third engaging concave portion 74. It is housed between the inner surface of the wall portion 81e. As a result, the accommodating member 14 is bridged between the first protective portion 61 and the second protective portion 62. Further, the facing surface 14b of the accommodating member 14 is arranged between the front surface 11e of the electric appliance 11 and the tip surface 39a of the protruding portion 39 in the front-rear direction Y. The storage port 71e of the storage member 14 is covered with the third wall portion 81e of the individual packaging box 15.

Then, the opening 81a of the box body 81 is closed by the outer lid 82. As a result, the opening 71f of the accommodating main body 71 is covered with the outer lid 82 of the individual packaging box 15.
In addition, outside the individual packaging box 15, the electric product 11 is covered with the cushioning member 13, and the accommodating member 14 is bridged between the first protective portion 61 and the second protective portion 62, and then all of them are individually packaged. They may be packed in the order of being housed in the box 15. Further, outside the individual packaging box 15, after covering the electric product 11 with the cushioning member 13, all of them are housed in the individual packaging box 15, and then between the first protective unit 61 and the second protective unit 62. The accommodating members 14 may be packed in the order in which they are bridged.

The operation of this embodiment will be described.
Since the accommodating member 14 is bridged between the first protective portion 61 and the second protective portion 62, it is restricted that the accommodating member 14 moves to the rear side in the front-rear direction Y, that is, to the electric product 11 side. To. Therefore, it is possible to suppress damage to the electric product 11 due to the accommodating member 14 coming into contact with the electric product 11.

Further, since the electric product 11 has the protruding portion 39 on the front surface 11e, a space is created between the inner surface of the individual packaging box 15 and the front surface 11e of the electric product 11. In the present embodiment, the facing surface 14b of the accommodating member 14 is located between the front surface 11e of the electric appliance 11 and the tip surface 39a of the protruding portion 39 in the front-rear direction Y. That is, the accommodating member 14 is accommodated in this space in a state of partially overlapping the projecting portion 39 in the left-right direction X. Since a part of the accommodating member 14 is arranged in this space in this way, the dimension of the individual packaging box 15 in the front-rear direction Y can be suppressed to be short, whereby the individual packaging box 15 can be miniaturized.

The results of comparative verification are shown below for the effects of miniaturization of individual packaging boxes.
FIG. 6 illustrates the packaged product 10 of the comparative example. In the packaged product 10 of the comparative example, the accommodating member 14 does not have the first engaging convex portion 73 and the second engaging convex portion 74. In the packaged product 10 of the comparative example, the accommodating member 14 has a first protective portion 61 and a second protection in a state where a part of the accommodating member 14 is engaged with the first engaging recess 63 and the second engaging recess 64. It is bridged with the part 62. The tip surface 39a of the protrusion 39 is located between the front surface 11e of the electric appliance 11 and the facing surface 14b of the accommodating member 14 in the front-rear direction Y.

FIG. 7 shows the impact received by the electric product 11 when the packaged product 10 is dropped from the height H, which can be the target impact G, from the height dimension H1 of the accommodating member 14 and the tip surface 39a of the protrusion 39. It is a graph which shows the relationship with the distance H2 to the inner surface of an individual packaging box 15. In this graph, the horizontal axis represents the dimension H1 in the height direction of the accommodating member 14, and the vertical axis represents the distance H2 from the tip surface 39a of the protrusion 39 to the inner surface of the individual packaging box 15. Further, the packed product 10 of the embodiment is shown by a solid line, and the packed product 10 of the comparative example is shown by a dashed-dotted line.

The larger the height dimension H1 of the accommodating member 14, the larger the accommodating capacity of the accessory in the accommodating member 14. Further, the shorter the distance H2 from the tip surface 39a of the protruding portion 39 to the inner surface of the individual packaging box 15, the smaller the individual packaging box 15 can be made.

In the embodiment and the comparative example, the distance L between the facing surface 14b of the accommodating member 14 and the front surface 11e of the electric appliance 11 is longer than the predetermined distance L0 regardless of the height dimension H1 of the accommodating member 14. It shall be secured so as to be. Further, the distance H2 from the tip surface 39a of the protruding portion 39 to the inner surface of the individual packaging box 15 is ensured to be longer than the predetermined distance H0. The predetermined distance H0 refers to a distance set so that the protrusion 39 is not damaged when an impact is applied to the packaged product 10.

As can be seen from this graph, in the packaged product 10 of the comparative example, the distance H2 hardly changes in the range where the height dimension H1 of the accommodating member 14 is 0 to P1 (0 <P1), and the individual packages are individually packaged. The box 15 does not increase in size. In the packaged product 10 of the comparative example, when the height dimension H1 of the accommodating member 14 is larger than P1, the distance H2 increases as the height dimension H1 of the accommodating member 14 increases, and the individual packaging box 15 becomes larger.

On the other hand, in the packaged product 10 of the present embodiment, the distance H2 hardly changes in the range where the height dimension H1 of the accommodating member 14 is 0 to P2 (P1 <P2), and the individual packaging box 15 Does not increase in size. In the packaged product 10 of the embodiment, when the height dimension H1 of the accommodating member 14 is larger than P2, the distance H2 increases as the height dimension H1 of the accommodating member 14 increases, and the individual packaging box 15 becomes larger.

That is, when the height dimension H1 of the accommodating member 14 exceeds P1, the distance H2 in the packaged product 10 of the embodiment is always shorter than the distance H2 in the packaged product 10 of the comparative example. In other words, when the height dimension H1 of the accommodating member 14 is set to a value exceeding P1, if the packaged product 10 of the embodiment is adopted, the individual packaging box 15 can always be downsized as compared with the comparative example.

In addition, in the range of the height direction dimension H1 of the accommodating member 14 in the range of P1 to P2, as the height direction dimension H1 of the accommodating member 14 increases, the distance H2 in the packaged product 10 of the embodiment and the packaging of the comparative example are packed. The difference from the distance H2 in the product 10 is also large. On the other hand, when the height dimension H1 of the accommodating member 14 is P2 or more, the difference between the distance H2 in the packaged product 10 of the embodiment and the distance H2 in the packaged product 10 of the comparative example becomes substantially constant.

The effect of this embodiment will be described.
(1) The accommodating member 14 is bridged between the first protective portion 61 and the second protective portion 62. Therefore, it is restricted that the accommodating member 14 moves to the electric product 11 side. Therefore, it is possible to suppress damage to the electric product 11 due to the accommodating member 14 coming into contact with the electric product 11. Further, since the electric product 11 has the protruding portion 39 on the front surface 11e, there is a space between the front surface 11e, which is the base surface on which the protruding portion 39 protrudes, and the inner surface of the individual packaging box 15. Occurs. In the present embodiment, the facing surface 14b of the accommodating member 14 is located between the front surface 11e of the electric appliance 11 and the tip end surface 39a of the protruding portion 39 in the front-rear direction Y, so that the accommodating member 14 is accommodated in this space. Since a part of the individual packaging box 15 is arranged, the individual packaging box 15 can be suppressed to a short size in the projecting direction of the protruding portion 39, whereby the individual packaging box 15 can be miniaturized. Therefore, the packing member 12 and the packing product 10 can reduce the size of the individual packaging box 15 while suppressing damage to the electric product 11.

(2) The facing surface 14b of the accommodating member 14 is separated from the front surface 11e of the electric product 11. Therefore, when at least one of the first protective portion 61 and the second protective portion 62 is compressed, the accommodating member 14 is prevented from coming into contact with the electric product 11. Therefore, damage to the electric product 11 can be further suppressed.

(3) A part of the accommodating member 14 is engaged with the first engaging recess 63 of the first protective portion 61 and with the second engaging recess 64 of the second protective portion 62. As a result, it is bridged between the first protection unit 61 and the second protection unit 62. Since the first engaging recess 63 and the second engaging recess 64 can reduce the amount of protrusion of the accommodating member 14 from the outer surface 61b of the first protective portion 61 and the outer surface 62b of the second protective portion 62, the individual packaging box 15 is provided. It can be made smaller.

(4) The accommodating member 14 has a plate-shaped first engaging convex portion 73 and a second engaging convex portion 74 protruding from the accommodating main body portion 71. Since the plate thickness direction of the first engaging convex portion 73 and the second engaging convex portion 74 is the front-rear direction Y which is the protruding direction of the protruding portion 39, the first engaging convex portion 73 and the second engaging convex portion 73 74 is thinned in the front-rear direction Y. As a result, when a force is applied to at least one of the first protective portion 61 and the second protective portion 62 via the accommodating member 14, compression of at least one of the first protective portion 61 and the second protective portion 62 is hindered. Can be suppressed. Specifically, when the plate thickness direction of the first engaging convex portion 73 and the second engaging convex portion 74 is, for example, the vertical direction Z which is the direction intersecting the protruding direction of the protruding portion 39, the first engaging convex portion 73. The dimensions of the portion 73 and the second engaging convex portion 74 in the front-rear direction Y increase. Avoiding the increase in size of the individual packaging box 15 due to the first engaging convex portion 73 and the second engaging convex portion 74 projecting forward from the outer surface 61b of the first protective portion 61 and the outer surface 62b of the second protective portion 62. In order to do so, it is necessary to deepen the first engaging recess 63 and the second engaging recess 64. Then, the actual thickness of the portion of the first protective portion 61 corresponding to the first engaging recess 63 and the portion of the second protective portion 62 corresponding to the second engaging recess 64 becomes thin, and the side surface of the individual packaging box 15 becomes thin. It is difficult to obtain the required amount of compression for the portion of the first protective portion 61 corresponding to the first engaging recess 63 and the portion of the second protective portion 62 corresponding to the second engaging recess 64 when an impact is applied to. Become. On the other hand, in order to avoid this, if the first protection portion 61 and the second protection portion 62 are thickened by the amount that the first engagement recess 63 and the second engagement recess 64 are deepened, the required compression amount can be obtained. The miniaturization of the individual packaging box 15 is impaired accordingly. Then, as in the present embodiment, if the plate thickness direction of the first engaging convex portion 73 and the second engaging convex portion 74 is the front-rear direction Y, when an impact is applied to the side surface of the individual packaging box 15, the first The amount of compression required for the 1st protection unit 61 and the 2nd protection unit 62 can be obtained, and the individual packaging box 15 can be downsized.

(5) The individual packaging box 15 has an opening 81a that opens on the upper surface 11a side of the electric product 11. The first engaging recess 63 and the second engaging recess 64 are continuous in the vertical direction Z of the electric appliance 11, respectively. The accommodating member 14 has a handle 14e on the opening 81a side of the individual packaging box 15. In this case, by sliding the accommodating member 14 in the vertical direction Z, the accommodating member 14 can be taken in and out of the individual packaging box 15. Further, by grasping the handle 14e and pulling the accommodating member 14 toward the opening 81a of the individual packaging box 15, the accommodating member 14 can be easily taken out.

(6) The accommodating member 14 does not have an inner lid portion for closing the accommodating opening 71e of the accommodating main body 71. If the accommodating member 14 is provided with an inner lid portion for closing the accommodating port 71e, there are the following disadvantages. In order to secure a large volume of the accommodating main body 71, the inner lid portion for closing the accommodating port 71e of the accommodating main body 71 is outward from the outer surface 61b of the first protective portion 61 and the outer surface 62b of the second protective portion 62. If the configuration is such that it protrudes, the individual packaging box 15 becomes large. On the other hand, in order to avoid an increase in the size of the individual packaging box 15, when the inner lid portion is provided so as not to protrude from the outer surface 61b of the first protective portion 61 and the outer surface 62b of the second protective portion 62, the capacity of the accommodating member 14 is increased. Will decrease by the thickness of the inner lid.

On the other hand, in the present embodiment, the third wall portion 81e, which is one surface of the individual packaging box 15, closes the storage port 71e of the storage member 14. That is, one side of the individual packaging box 15 covers the storage port 71e of the storage member 14. Therefore, it is not necessary to provide the inner lid portion on the accommodating member 14. As a result, it is possible to avoid increasing the size of the individual packaging box 15 and reducing the capacity of the accommodating member 14.

(7) The outer surface 61b of the first protection portion 61 and the outer surface 62b of the second protection portion 62 are flush with the opening end surface 14a, which is an example of the anti-opposite surface located on the opposite side of the facing surface 14b of the accommodating member 14. is there. That is, the accommodating member 14 does not have a portion protruding from the outer surface 61b of the first protective portion 61 and the outer surface 62b of the second protective portion 62. In other words, the amount of protrusion of the accommodating member 14 from the outer surface 61b of the first protective portion 61 and the outer surface 62b of the second protective portion 62 is “0”. Therefore, the individual packaging box 15 can be made smaller.

(8) The accommodating member 14 is made of paper. Therefore, the cost of the accommodating member 14 can be suppressed. In addition, the accommodating member 14 can be made lighter and can be recycled after use.
(9) When the first protective portion 61 is also provided between the tip surface 39a of the protruding portion 39 and the inner surface of the individual packaging box 15, the dimension of the first protective portion 61 in the front-rear direction Y becomes large. That is, it is necessary to secure the thickness dimension required for the portion in contact with the electric product 11 in the portion corresponding to the tip surface 39a of the first protective portion 61. On the other hand, by accommodating the protruding portion 39 in the penetrating portion 61c of the first protective portion 61 and exposing the tip surface 39a of the protruding portion 39 when viewed from the outer surface 61b of the first protective portion 61, the first The size of the protective portion 61 in the front-rear direction Y can be reduced. Further, since the outer surface 61b of the first protective portion 61 protrudes from the tip surface 39a of the protrusion 39, a gap is secured between the tip surface 39a of the protrusion 39 and the inner surface of the individual packaging box 15. , Damage to the protruding portion 39 when an impact is applied to the packaged product 10 can be suppressed.

(10) The electric product 11 is a liquid injection device that injects a liquid supplied from a liquid storage unit 37 that stores the liquid, and the protrusion 39 is a liquid storage unit in a state of projecting from the housing 21 of the liquid injection device. The covering portion 38 that covers the 37. Therefore, damage to the liquid injection device can be suppressed, and the individual packaging box 15 can be miniaturized by suppressing the individual packaging box 15 to a short size in the protruding direction of the covering portion 38.

(11) Since the accommodating member 14 has a first bottle accommodating portion 141 and a second bottle accommodating portion 142 for accommodating the bottle 16, the bottle 16 can be accommodated. Further, by accommodating the large-sized bottle 16 (first bottle) in the first bottle accommodating portion 141 and accommodating the bottle 16 (second bottle) smaller in size than the first bottle in the second bottle accommodating portion 142. , A plurality of types of bottles 16 having different sizes can be held in a predetermined position in the accommodating member 14.

(12) The packing method includes the following two things. First, the first protective portion 61 and the second protective portion 62 included in the cushioning member 13 protect the front surface 11e, which is an example of the base surface, which is the surface on the protruding portion 39 side, among the outer peripheral surfaces of the electric product 11. At the same time, the first protective portion 61 and the second protective portion 62 are arranged at intervals in the left-right direction X, which is the direction intersecting the front-rear direction Y, which is the protruding direction of the protruding portion 39. Second, the accommodating member 14 is bridged between the first protective portion 61 and the second protective portion 62, and the facing surface 14b of the accommodating member 14 facing the front surface 11e is fronted in the projecting direction of the projecting portion 39. It is arranged between the 11e and the tip surface 39a of the protrusion 39. According to this packing method, since the accommodating member 14 is bridged between the first protective portion 61 and the second protective portion 62, the accommodating member 14 is restricted from moving to the electric product 11 side. .. Therefore, it is possible to suppress damage to the electric product 11 due to the accommodating member 14 coming into contact with the electric product 11. Further, since the electric product 11 has the protruding portion 39, a space is created between the inner surface of the individual packaging box 15 and the front surface 11e of the electric product 11. By arranging a part of the accommodating member 14 in this space, the individual packaging box 15 can be miniaturized.

This embodiment can be modified and implemented as follows. The present embodiment and modified examples can be implemented in combination with each other within a technically consistent range.
The surface of the outer peripheral surface of the electric product 11 on the protruding portion 39 side may be the left side surface 11c, the right side surface 11d, or the back surface 11f. When the surface on the protruding portion 39 side is the left side surface 11c or the right side surface 11d, the protruding direction is the left-right direction X. Of the surface of the electric product 11 on the protruding portion 39 side, the portion other than the protruding portion 39 serves as the base surface.

The cushioning member 13 is not limited to the cushioning member composed of the first to fourth parts 51 to 54. The cushioning member 13 may be composed of a plurality of parts of two parts, three parts or five or more parts. When the shock absorber 13 is composed of two parts, for example, the following two configurations can be mentioned.

The first is an example in which the cushioning member 13 is composed of a first component that covers the electric product 11 from the left side in the left-right direction X and a second component that covers the electric product 11 from the right side in the left-right direction X.
In this case, the first component includes a first upper surface protection portion that covers the left portion of the upper surface 11a of the electric product 11, a first lower surface protection portion that covers the left portion of the lower surface 11b of the electric product 11, and a left side surface of the electric product 11. It has a first side surface protection portion that covers 11c, a first front surface protection portion that covers the left portion of the front surface 11e of the electric product 11, and a first back surface protection portion that covers the left portion of the back surface 11f of the electric product 11. The second component covers the second upper surface protection portion that covers the right portion of the upper surface 11a of the electric product 11, the second lower surface protection portion that covers the right portion of the lower surface 11b of the electric product 11, and the right side surface 11d of the electric product 11. It has a second side surface protection portion, a second front surface protection portion that covers the right portion of the front surface 11e of the electric product 11, and a second back surface protection portion that covers the right portion of the back surface 11f of the electric product 11. In this case, one of the first front protection unit and the second front protection unit corresponds to an example of the first protection unit, and the other corresponds to an example of the second protection unit.

The second is an example in which the cushioning member 13 is composed of a first component that covers the electric product 11 from the upper side in the vertical direction Z and a second component that covers the electric product 11 from the lower side in the vertical direction Z.
In this case, the first component includes a first upper surface protection portion that covers the upper surface 11a of the electric product 11, a first left side protection portion that covers the upper part of the left side surface 11c of the electric product 11, and a right side surface 11d of the electric product 11. It has a first right side surface protection portion that covers the upper portion, a first front surface protection portion that covers the upper portion of the front surface 11e of the electric product 11, and a first back surface protection portion that covers the upper portion of the back surface 11f of the electric product 11. The second component covers the second lower surface protection portion that covers the lower surface 11b of the electric product 11, the second left side protection portion that covers the lower part of the left side surface 11c of the electric product 11, and the lower part of the right side surface 11d of the electric product 11. It has a second right surface protection portion, a second front protection portion that covers the lower portion of the front surface 11e of the electric product 11, and a second back surface protection portion that covers the lower portion of the back surface 11f of the electric product 11.

The first front protection portion and the second front protection portion are arranged at intervals in the vertical direction Z, and the accommodating member 14 is bridged between the first front protection portion and the second front protection portion. .. In this case, one of the first front protection unit and the second front protection unit corresponds to an example of the first protection unit, and the other corresponds to an example of the second protection unit. Further, the vertical direction Z corresponds to an example of the first direction.

The first engaging recess 63 of the first protective portion 61 may be omitted. Further, the second engaging recess 64 of the second protective portion 62 may not be provided. In this case, the accommodating member 14 is bridged between the first protective portion 61 and the second protective portion 62 while being supported by the outer surface 61b of the first protective portion 61 and the outer surface 62b of the second protective portion 62. .. If the facing surface 14b of the accommodating member 14 is located between the front surface 11e of the electric appliance 11 and the tip end surface 39a of the protruding portion 39, the open end surface 14a, which is an example of the anti-opposing surface of the accommodating member 14, is the first. It may be located in front of the outer surface 61b of the protection portion 61 and the outer surface 62b of the second protection portion 62. That is, the outer surface 61b of the first protection portion 61 and the outer surface 62b of the second protection portion 62 are flush with each other as an example of the anti-opposite surfaces located on the opposite side of the facing surface 14b of the accommodating member 14. It may be located outside.

The first recess 55 may be provided in a part of the first front protection portion 51c in the vertical direction Z. The third recess 57 may be provided in a part of the third front surface protection portion 53c in the vertical direction Z. That is, the first engaging recess 63 may be provided discontinuously in the vertical direction Z.

Further, the second recess 56 may be provided in a part of the second front surface protection portion 52c in the vertical direction Z. The fourth recess 58 may be provided in a part of the fourth front surface protection portion 54c in the vertical direction Z. That is, the second engaging recess 64 may be provided discontinuously in the vertical direction Z.

In this case, the first engaging convex portion 73 of the accommodating member 14 cannot be slid in the vertical direction Z between the first engaging concave portion 63 and the inner surface of the individual packaging box 15. Further, the second engaging convex portion 74 of the accommodating member 14 cannot be slid in the vertical direction Z between the second engaging concave portion 64 and the inner surface of the individual packaging box 15. Therefore, after the accommodating member 14 is bridged between the first protective portion 61 and the second protective portion 62, the electric appliance 11, the cushioning member 13, and the accommodating member 14 are accommodated in the individual packaging box 15.

The first engaging convex portion 73 and the second engaging convex portion 74 of the accommodating member 14 may be omitted. In this case, the accommodating member 14 includes only the accommodating main body 71. A step portion is provided on the first facing surface 61a of the first protection portion 61 and the second facing surface 62a of the second protection portion 62, and the accommodating member 14 is provided in the space between the pair of step portions and the inner surface of the individual packaging box 15. It may be accommodated in a state separated from the electric product 11.

The first engaging convex portion 73 may be provided at a plurality of locations in the longitudinal direction of the accommodating member 14 with respect to the first long side wall 71b of the accommodating main body portion 71. Further, the second engaging convex portions 74 may be provided at a plurality of locations in the longitudinal direction of the accommodating member 14 with respect to the second long side wall 71c of the accommodating main body portion 71.

The accommodating member 14 may have an inner lid portion that covers the accommodating opening 71e of the accommodating main body portion 71 so as to be openable and closable.
-The accommodating member 14 is not limited to paper, and may be made of resin, for example.

-The first bottle accommodating portion 141 of the accommodating member 14 may be omitted.
-The second bottle accommodating portion 142 of the accommodating member 14 may be omitted.
-The regulating portion 14d of the accommodating member 14 may not be provided.

-The handle 14e of the accommodating member 14 does not have to be a through hole. The handle 14e may be, for example, a protrusion protruding from the bottom wall 71a of the accommodating main body 71.
-The handle 14e of the accommodating member 14 may not be provided.

When the electric product 11 is a liquid injection device such as an inkjet printer, the liquid injection device is not limited to a serial printer in which the carriage unit 35 reciprocates in the left-right direction X, and the carriage unit 35 is laterally movable in two directions. It may be a formula printer. Further, the liquid injection device may be a line printer provided with a line printing type liquid injection head.

When the electric product 11 is a printing device, the printing device is not limited to the multifunction device, and may be a printer not equipped with the reading unit 25.
When the electric product 11 is a printing device, the medium M is not limited to paper, but may be a flexible plastic film, cloth, non-woven fabric, or the like.

-The electric product 11 is not limited to the printing device, and may be other home electric appliances. The electrical product 11 may be, for example, a television or a personal computer. When the electrical product 11 is a television, the accessories include, for example, a remote control. As described above, the electric product 11 may be a consumer electronic device such as a television or a consumer electric device such as a refrigerator or an air conditioner.

The technical idea that can be grasped from the above-described embodiment and modified example will be described.
(A) The packing member includes a cushioning member that protects an electric product having a protruding portion and a housing member that houses an accessory of the electric product, and the cushioning member is one of the outer peripheral surfaces of the electric product. It protects the base surface, which is the surface on the protruding portion side, and has a first protective portion and a second protective portion arranged at intervals in the first direction, which is a direction intersecting the protruding direction of the protruding portion. The accommodating member is bridged between the first protective portion and the second protective portion, and the facing surface of the accommodating member facing the base surface is the base surface and the projecting portion in the projecting direction. It is located between the tip surface of the.

According to this configuration, since the accommodating member is bridged between the first protective portion and the second protective portion, the accommodating member is restricted from moving to the electric product side. Therefore, it is possible to suppress damage to the electric product due to the accommodating member coming into contact with the electric product. Further, since the electric product has a protruding portion, a space is created between the inner surface of the individual packaging box for accommodating the electric product, the cushioning member, and the accommodating member and the base surface of the electric product. By arranging a part of the accommodating member in this space, the individual packaging box can be miniaturized. Therefore, the packaging member can reduce the size of the individual packaging box while suppressing damage to the electric product.

(B) In the packing member, the facing surface of the accommodating member may be separated from the base surface.
According to this configuration, when at least one of the first protective portion and the second protective portion is compressed, the accommodating member is prevented from coming into contact with the electric product. Therefore, damage to electrical products can be further suppressed.

(C) In the packing member, the first protective portion has a first engaging recess that is recessed from the outer surface of the first protective portion and is open to the second protective portion side, and the second protection portion is provided. The portion has a second engaging recess that is recessed from the outer surface of the second protective portion and is open to the first protective portion side, and the accommodating member partially includes the first engaging recess and the said portion. By engaging with the second engaging recess, it may be bridged between the first protective portion and the second protective portion.

According to this configuration, the amount of protrusion of the accommodating member from the outer surface of the first protective portion and the outer surface of the second protective portion can be reduced by the first engaging recess and the second engaging recess. Therefore, the individual packaging box can be made smaller.

(D) In the packing member, the accommodating member protrudes from the accommodating main body portion located between the first protective portion and the second protective portion toward the first protective portion. It has a plate-shaped first engaging convex portion and a plate-shaped second engaging convex portion protruding from the accommodating main body portion toward the second protective portion, and a part thereof is said to be the first engaging portion. The plate thickness direction of the first engaging convex portion and the second engaging convex portion includes the convex portion and the second engaging convex portion, and the first engaging convex portion is the first engaging convex portion. The first engaging recess is engaged, and the second engaging protrusion may be engaged with the second engaging recess.

According to this configuration, the first engaging convex portion and the second engaging convex portion are thinned in the protruding direction. Therefore, when a force is applied to at least one of the first protective portion and the second protective portion via the accommodating member, it is possible to prevent the compression of at least one of the first protective portion and the second protective portion from being hindered.

(E) The packing member includes an electric product, a cushioning member, and an individual packaging box for accommodating the accommodating member, and the individual packaging box is a box body having an opening opening on the upper surface side of the electric product. And an outer lid portion that can open and close the opening of the box body, and the first engaging recess and the second engaging recess are continuous in the vertical direction of the electric appliance, and the accommodating member. May have a handle on the opening side of the individual packaging box.

According to this configuration, the accommodating member can be taken in and out of the individual packaging box by sliding the accommodating member in the vertical direction of the electric product. Further, by grasping the handle and pulling the accommodating member toward the opening side of the individual packaging box, the accommodating member can be easily taken out.

(F) The packing member includes an electric product, a cushioning member, and an individual packaging box for accommodating the accommodating member, and the accommodating member has an accommodating port that opens on the opposite side of the electric product. One side of the individual packaging box may cover the storage port of the storage member.

According to this configuration, since one surface of the individual packaging box serves as the inner lid portion of the accommodating member, it is not necessary to provide the inner lid portion on the accommodating member.
(G) In the packaging member, the outer surface of the first protective portion and the outer surface of the second protective portion are flush with or flush with the anti-opposite surface located on the opposite side of the accommodating member from the opposite surface. It may be located outside the opposite surface.

According to this configuration, since the accommodating member does not have a portion protruding from the outer surface of the first protective portion and the outer surface of the second protective portion, the individual packaging box can be further miniaturized.
(H) In the packing member, the housing member may be made of paper.

According to this configuration, the cost of the accommodating member can be suppressed.
(I) The packaged product includes an electric product and the packing member for packing the electric product.
According to this configuration, since the accommodating member is bridged between the first protective portion and the second protective portion, the accommodating member is restricted from moving to the electric product side. Therefore, it is possible to suppress damage to the electric product due to the accommodating member coming into contact with the electric product.

Further, since the electric product has a protruding portion, a space is created between the inner surface of the individual packaging box for accommodating the electric product, the cushioning member, and the accommodating member and the base surface of the electric product. By arranging a part of the accommodating member in this space, the individual packaging box can be miniaturized.

(J) In the packaged product, the first protective portion has a penetrating portion that penetrates in the protruding direction and accommodates the protruding portion, and the tip surface of the protruding portion is an outer surface of the first protective portion. It is exposed when viewed from above, and the outer surface of the first protective portion may protrude from the tip surface of the protruding portion.

According to this configuration, when the first protective portion is also provided between the tip surface of the protruding portion and the inner surface of the individual packaging box, the dimension of the first protective portion in the protruding direction becomes large. On the other hand, by accommodating the protruding portion in the penetrating portion of the first protective portion and exposing the tip surface of the protruding portion when viewed from the outer surface of the first protective portion, the dimension of the first protective portion in the protruding direction is obtained. Can be miniaturized. Further, since a gap is secured between the tip surface of the protruding portion and the inner surface of the individual packaging box, damage to the protruding portion can be suppressed.

(K) In the packaged product, the electric product is a liquid injection device that injects a liquid supplied from a liquid storage portion that stores the liquid, and the protruding portion protrudes from the housing of the liquid injection device. It may be a covering portion that covers the liquid accommodating portion.

According to this configuration, damage to the liquid injection device can be suppressed, and the individual packaging box can be miniaturized by suppressing the individual packaging box to a short size in the protruding direction of the covering portion.
(L) In the packaged product, the accessory includes a bottle containing the liquid supplied to the liquid storage unit, and the storage member has a bottle storage unit for storing the bottle. Good.

According to this configuration, the accommodating member can accommodate the bottle.
(M) The packing method is a packing method in which an electric product having a protruding portion, a buffer member for protecting the electric product, and a storage member for accommodating accessories of the electric product are packed in an individual packaging box. The first protective portion and the second protective portion of the cushioning member protect the base surface, which is the surface on the protruding portion side of the outer peripheral surface of the electric product, and also protect the first protective portion and the second protection portion. The portions are arranged at intervals in the first direction, which is the direction intersecting the protruding direction of the protruding portion, and the accommodating member is bridged between the first protective portion and the second protective portion. The face of the accommodating member facing the base surface is arranged between the base surface and the tip surface of the projecting portion in the projecting direction.

According to this method, since the accommodating member is bridged between the first protective portion and the second protective portion, the accommodating member is restricted from moving to the electric product side. Therefore, it is possible to suppress damage to the electric product due to the accommodating member coming into contact with the electric product. Further, since the electric product has a protruding portion, a space is created between the inner surface of the individual packaging box and the base surface of the electric product. By arranging a part of the accommodating member in this space, the individual packaging box can be miniaturized.

10 ... Packed product, 11 ... Electrical product, 11a ... Top surface, 11b ... Bottom surface, 11c ... Left side surface, 11d ... Right side surface, 11e ... Front surface, 11f ... Back surface, 12 ... Packing member, 13 ... Buffer member, 14 ... Storage member , 14a ... Open end surface (opposite surface), 14b ... Facing surface, 14d ... Regulatory part, 14e ... Handle, 15 ... Individual packaging box, 16 ... Bottle, 17 ... Instruction manual, 21 ... Housing, 22 ... Main body part , 23 ... cover, 24 ... printing unit, 25 ... reading unit, 26 ... cassette recess, 27 ... cassette, 28 ... ejection port, 29 ... medium ejection tray, 30 ... operation panel, 30a ... operation unit, 30b ... display unit, 31 ... Cover body, 31a ... Entrance, 31c ... Document ejection tray, 32 ... Automatic document feeder, 33 ... Document tray, 33b ... Edge guide, 34 ... Document feeder, 35 ... Carriage unit, 35a ... Carriage, 35b ... Liquid injection head, 36 ... Liquid supply unit, 37 ... Liquid storage part, 38 ... Coating part, 38a ... Window part, 39 ... Projection part, 39a ... Tip surface, 40 ... Control unit, 51 ... First part, 51a ... First 1 Top surface protection part, 51b ... First side surface protection part, 51c ... First front surface protection part, 52 ... Second part, 52a ... Second top surface protection part, 52b ... Second side surface protection part, 52c ... Second front surface protection part , 52d ... 2nd back surface protection part, 53 ... 3rd part, 53a ... 3rd bottom surface protection part, 53b ... 3rd side surface protection part, 53c ... 3rd front surface protection part, 53d ... 3rd back surface protection part, 54 ... 4 parts, 54a ... 4th bottom surface protection part, 54b ... 4th side surface protection part, 54c ... 4th front surface protection part, 54d ... 4th back surface protection part, 55 ... 1st recess, 55a ... 1st inner surface surface, 55b ... 2nd inner surface, 56 ... 2nd recess, 56a ... 1st inner surface, 56b ... 2nd inner surface, 57 ... 3rd recess, 57a ... 1st inner surface, 57b ... 2nd inner surface, 58 ... 4th recess , 58a ... 1st inner surface, 58b ... 2nd inner surface, 61 ... 1st protection, 61a ... 1st facing surface, 61b ... outer surface, 61c ... penetration, 62 ... second protection, 62a ... second facing Surface, 62b ... Outer surface, 63 ... First engaging recess, 64 ... Second engaging recess, 71 ... Housing body, 71a ... Bottom wall, 71b ... First long side wall, 71c ... Second long side wall, 71d ... Short Side wall, 71e ... Accommodating port, 71f ... Opening port, 71g ... First accommodating convex portion, 71h ... Second accommodating convex portion, 71i ... Third accommodating convex portion, 71j ... Fourth accommodating convex portion, 73 ... First engaging Convex part (part), 74 ... Second engaging convex part (part), 81 ... Box body, 81a ... Opening, 81b ... Bottom, 81c ... First wall part, 81d ... Second wall part, 81e ... 3rd wall, 81f ... 4th wall , 82 ... outer lid, 141 ... first bottle housing, 142 ... second bottle housing, 511 ... outer surface, 521 ... outer surface, 513 ... thin part, 513a ... inner surface, 531b ... outer surface, 532 ... thick part, 532a ... Inner surface, 532b ... Outer surface, 533 ... Outer surface, 541 ... Outer surface, D ... Original, H1 ... Dimensions, H2 ... Distance, L ... Distance, M ... Medium, X ... Horizontal direction, Y ... Front-back direction, Z ... Vertical direction ..

Claims (13)

A cushioning member that protects electrical products with protrusions,
An accommodating member for accommodating the accessories of the electric product and
With
The cushioning member protects the base surface, which is the surface on the protruding portion side of the outer peripheral surface of the electric product, and is arranged at intervals in the first direction, which is the direction intersecting the protruding direction of the protruding portion. It has a first protection part and a second protection part
The accommodating member is bridged between the first protective portion and the second protective portion.
A packaging member characterized in that the facing surface of the accommodating member facing the base surface is located between the base surface and the tip end surface of the protruding portion in the protruding direction. The packaging member according to claim 1, wherein the facing surface of the accommodating member is separated from the base surface. The first protective portion has a first engaging recess that is recessed from the outer surface of the first protective portion and is open to the second protective portion side.
The second protective portion has a second engaging recess that is recessed from the outer surface of the second protective portion and is open to the first protective portion side.
The accommodating member is partially bridged between the first protective portion and the second protective portion by being partially engaged with the first engaging recess and the second engaging recess. The packing member according to claim 1 or claim 2. The accommodating member includes an accommodating main body located between the first protective portion and the second protective portion, and a plate-shaped first engaging convex protruding from the accommodating main body toward the first protective portion. It has a portion and a plate-shaped second engaging convex portion that protrudes from the accommodating main body portion toward the second protective portion.
The part includes the first engaging convex portion and the second engaging convex portion.
The plate thickness direction of the first engaging convex portion and the second engaging convex portion is the protruding direction.
3. The third aspect of the invention, wherein the first engaging convex portion is engaged with the first engaging concave portion, and the second engaging convex portion is engaged with the second engaging concave portion. Described packing material. The electric product, the cushioning member, and an individual packaging box for accommodating the accommodating member are provided.
The individual packaging box has a box main body having an opening that opens on the upper surface side of the electric product, and an outer lid portion that can open and close the opening of the box main body.
The first engaging recess and the second engaging recess are continuous in the vertical direction of the electric product.
The packing member according to claim 3 or 4, wherein the accommodating member has a handle on the opening side of the individual packaging box. The electric product, the cushioning member, and an individual packaging box for accommodating the accommodating member are provided.
The accommodating member has an accommodating port that opens on the opposite side of the electrical product.
The packing member according to any one of claims 1 to 4, wherein one surface of the individual packaging box covers a storage port of the storage member. The outer surface of the first protective portion and the outer surface of the second protective portion are flush with the anti-opposite surface located on the opposite side of the accommodating member from the opposite surface, or are outward from the anti-opposite surface. The packaging member according to any one of claims 1 to 6, wherein the packaging member is located in. The packaging member according to any one of claims 1 to 7, wherein the accommodating member is made of paper. A packaged product comprising the electric product and the packing member according to any one of claims 1 to 8, which packs the electric product. The first protective portion has a penetrating portion that penetrates in the protruding direction and accommodates the protruding portion.
The tip surface of the protruding portion is exposed when viewed from the outer surface of the first protective portion.
The packaged product according to claim 9, wherein the outer surface of the first protective portion protrudes from the tip end surface of the protruding portion. The electric product is a liquid injection device that injects a liquid supplied from a liquid storage unit that stores the liquid.
The packaged product according to claim 9, wherein the protruding portion is a covering portion that covers the liquid storage portion in a state of projecting from the housing of the liquid injection device. The accessory includes a bottle containing the liquid supplied to the liquid container.
The packaged product according to claim 11, wherein the accommodating member has a bottle accommodating portion for accommodating the bottle. It is a packing method in which an electric product having a protruding portion, a cushioning member for protecting the electric product, and an accommodating member for accommodating accessories of the electric product are packed in an individual packaging box.
The first protective portion and the second protective portion of the cushioning member protect the base surface, which is the surface on the protruding portion side of the outer peripheral surface of the electric product, and also protect the first protective portion and the second protection portion. The portions are arranged at intervals in the first direction, which is the direction intersecting the protruding direction of the protruding portion.
The accommodating member is bridged between the first protective portion and the second protective portion, and the facing surface of the accommodating member facing the base surface is provided with the base surface and the tip of the projecting portion in the projecting direction. To place it between the faces and
A packaging method characterized by including.

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