JP3727892B2 - Wall member with magnet and buffer member - Google Patents

Description

[0001]
BACKGROUND OF THE INVENTION
  The present invention is most suitable for wall members with magnets that can be used for wall decoration and shock mitigation in various rooms such as elevators, homes, exhibition halls, etc., which mainly have ferromagnetic walls. The present invention relates to a technology that can also be applied as a buffering member.
[0002]
[Prior art]
  In recent years, in various rooms such as elevators and homes having a ferromagnetic wall surface, a construction of attaching a wall member having a surface member having a magnet sheet of an appropriate size attached to the back surface is being adopted. This construction method is an excellent technique that makes it difficult to get dirt and shortens the construction time compared to conventional adhesives, but for corners and protrusions in rooms that switch from a flat part to a predetermined angle such as a right angle. Has inconvenienced of having to measure the position and cut the wall member each time. Further, since the joint portion is merely close to the joint portion, a gap is easily formed, and dirt such as dust adhesion is likely to occur.
  In addition, some of the above wall members have a cushion member interposed between the surface member and the magnet sheet, and the prior art in this embodiment is the applicant's own prior art, the back surface of the surface member in the wall member. A sticking auxiliary plate made of a cushion base material to which a magnet piece that can be used in the present invention is attached is disclosed in Japanese Utility Model Laid-Open Nos. 57-52936 and 62-20579.
  However, since the sticking auxiliary plate in this technique is a single member that can be attached to a surface member that is a separate member, the cushion base material has strength to maintain the form, particularly thick. In the case of the wall, it was difficult to bend it neatly to the front side of the surface member with respect to the wall that switches to approximately 90 degrees in the corner of the room.
  Moreover, the same difficulty has arisen when the surface member is bent in the back side direction like a protrusion such as a pillar on the wall of the room.
  Further, the magnet for magnetic attraction is not preferable in productivity because a large number of magnet pieces are separated and arranged.
  By the way, although these technologies are effective as wall members, other applications can be considered from the viewpoint of cushioning properties.For example, when transporting or moving equipment such as household cabinet protection or moving Such packaging has a background that has not been noticed unexpectedly due to the disadvantages described above, and has reached today.
[0003]
[Problems to be solved by the invention]
  Therefore, in order to eliminate these disadvantages, the present invention can be easily and securely attached to the corner of a room having a wall made of a ferromagnetic material without impairing the aesthetics. It is a first object to provide a wall member with a magnet that can cope with the above. A second object is to apply this technique as a cushioning member such as packing for equipment.
[0004]
[Means for Solving the Problems]
  In the present invention, as a result of intensive studies to solve the first problem,FlexibleBendable surface memberA wall member with a magnet, which is formed by laminating a cushion member on the back surface of the adhesive member, and further laminating a magnetic sheet on the cushion member, and the cushion member extends from the surface of the magnet sheet to the back surface of the surface member. At least two or more cuts are provided in the entire width in a state where a gap is interposed, the surface member can be bent at the cut positions, and the magnet pieces formed between the cuts are in predetermined positions. It is formed so that it can be peeled off from the cushion member, and when the magnet piece is peeled off, it is bent at the peeling position in the reverse direction of the surface member, thereby switching the adherend made of ferromagnetic material from less than 180 degrees to an acute angle. This is a wall member with a magnet that can be attached by magnetic attraction using the remaining magnet piece. It is.
  According to this configuration, it can be easily implemented simply by adopting a notch process. When constructing a corner such as a corner of a ferromagnetic wall where the angle is switched inward, the wall member with magnet is notched. Since it is only necessary to bend it to the front side and attach it by magnetic attraction, the work is easy, and since the seam does not appear in the bent part, it is possible to maintain the aesthetic appearance of the switching part where dust tends to accumulate.
  Further, according to this configuration, the wall member with magnet can be bent on the front and back sides of the surface member, and in particular, when used as a long member, there are various angle switching and uneven portions on the wall of the room. However, it is suitable because it can be mounted neatly without gaps.
  In addition, the wall member with a magnet by this structure can be made into a wall member with a high-class feeling since the cushioning effect with respect to an impact improves and the tactile sensation becomes better than the original surface member.
[0005]
  Moreover, the magnet sheet | seat which adhere | attached the cushion member can be set as the structure adhere | attached and arrange | positioned in the state which provided the clearance gap with respect to the back surface of the surface member.
According to this configuration, the front surface member can be freely bent to the front side and the back side at a gap position formed between the magnet sheets, and each magnet sheet itself can be bent to the front side at the cut position, so that the wall member The efficiency of the installation workability in the construction work is improved.
[0006]
  In addition, other wall materials with magnets in which uneven connection parts are formed in the periphery and similar uneven parts are formed.WhenIn the case where the connection is possible, there is no gap or shift in the connection portion, and the magnetic attraction force acts on a large area as a substantially integrated body, thereby increasing the attachment strength.
  In addition, these members can be attached to various types of ferromagnetic materials, and in particular, when used as a buffer member, the application can be expanded and more convenient.
[0007]
DETAILED DESCRIPTION OF THE INVENTION
  The present inventionFlexibleBendable surface memberThe cushion member is laminated on the back of the Furthermore, the wall member with magnet and the buffer member formed by adhering and laminating the magnet sheet to the cushion member, and at least two over the entire width with the cushion member interposed from the surface of the magnet sheet to the back surface of the surface member More thanThe basic configuration is to provide a notch.It wasCan be bent in the front direction of the surface member at the incision positionageFurthermore, it can be bent in the reverse direction of the surface memberToThe wall member with a magnet and the buffer member will be described below based on various embodiments.
  Also,The wall member with a magnet and the buffer member are collectively referred to as a member with a magnet.
[0008]
  1 to 3 show a first embodiment.
  The member 1 with a magnet in the present invention has a rectangular shape of about 200 to 300 mm in length and width, and is a front view in FIG. 1, (b) a side view, (c) a rear view and a side enlarged end face in FIG. 2 (a). As shown in the figure, the surface member 2, the cushion member 3, and the magnet sheet 4 are configured, and the members are coupled by adhesion.
  The side view and side enlarged end view of FIGS. 1 (d) and 2 (b) are as follows:Although it shows a reference example that does not use cushion members,The explanationIsOmitted.
  Since the surface member 2 appears on the surface of the wall or equipment to be constructed, various decorations are applied, and a material that can be bent is used. Typical examples include woolen fabrics with a thickness of about 2 to 3 mm as shown in the schematic diagrams of FIGS. 2 (a) and 2 (b). However, the decorative elements such as unemployed fabrics, soft resin sheets, rubber sheets, paper, etc. Some are preferably used. However, when it is simply used for protection of the wall surface to be constructed, packing of equipment, etc., it does not have to have a special decorative element.
  The cushion member 3 is for reducing the impact on the wall surface and the equipment and improving the tactile sensation, and a sponge-like foamed urethane resin, foamed polypropylene or the like of about 5 mm is used.
  As the magnet sheet 4, a bond magnet made of hard ferrite powder having a thickness of about 0.6 mm and an organic polymer binder is used.
[0009]
  And from the surface of the magnet sheet 4 to the back surface member, the deep notch 5 as shown in FIG. 2 is provided in the shape of a vertical / horizontal lattice like FIG.1 (c). An appropriate dimension of about 5 mm to several tens of mm is employed as the pitch of the cut.Incidentally, FIG. 3 shows a reference example, and in the case of simply bending the magnet sheet in the front direction, only one notch may be used.
  The cut 5 is basically cut completely over the entire side, but in order to maintain the shape of the member 1 with magnet, there is no hindrance to the bending along the cut 5 or it is natural when bent. It may have a connecting portion that can be cut.
  In this embodiment, both the vertical and horizontal cuts are provided in a lattice shape so as to be bent in both the horizontal and vertical directions, but the intervals between the vertical and horizontal cuts are arbitrary. If necessary, an oblique cut may be made with respect to the contour line of the member 1 with magnet. In addition, when the direction to bend is determined, it is preferable to simplify the process by cutting only one side.
[0010]
  Further, it is needless to say that the outline of the member with magnet may be implemented in any shape other than the square as in the present embodiment. For example, with the buffer member according to the second embodiment shown in FIG. The shape by the free curve like the partial decoration member 6 is very good.
[0011]
  FIG. 5 shows a third embodiment.
  In this embodiment, among the plurality of cuts 8 indicated by broken lines in the member 7 with magnet, the portions 8a, 8b, 8c and 8d are cut and separated into a frame member 7a and a rectangular cutout member 7b. Since the incision in is deep, it can be easily carried out simply by cutting the surface member portion.
  Since the frame member 7a can be used as a frame for paintings and photographs, it can be used as a wall decoration with changes if used on some of the wall members with magnets. Also good. Further, the cutout member 7b is used as a cover for the above-mentioned painting or photograph, but may be used for other purposes.
[0012]
  These magnet-attached members are other magnet-attached walls in which concave portions 10 and convex portions 11 are continuously provided in the periphery to form similar concave and convex portions as in the fourth embodiment 9 shown in FIG. You may make it connectable with materials. At this time, if the deformed concave portion 10a and the deformed convex portion 11a that can be connected to the corner portion without a gap are formed, the contact portions of the four magnet-attached members can be connected without a gap. Accordingly, if a plurality of substantially square-shaped objects having the same shape with the deformed recesses 10a and the deformed protrusions 10b provided at the four corners as in the magnet-attached member 9 of FIG. Can do.
  In addition, although the fitting state of the recessed part and the convex part in this embodiment does not come off in both the vertical direction and the horizontal direction, it may have a fitting shape that does not come off only in the horizontal direction.
  Moreover, it is not always necessary to use a plurality of substantially square-shaped members 9 with the same magnet, and members with other sizes and shapes having the same recesses and projections may be used.
  According to the present embodiment, a plurality of magnet-attached members can be connected without gaps, so that the appearance is excellent, and since it is in an integrated state, the magnetic adsorption area by the magnet sheet is large, and it is a single one There is an advantage that the mounting strength is increased as compared with.
[0013]
  The procedure for attaching these magnet-attached members to the wall surface made of ferromagnetic material as the magnet-attached wall member 12 is as shown in FIG. 7A, which is a perspective view of FIG. 7A, and an AA enlarged sectional view thereof. First, an appropriate cut position among the plurality of cuts 16 in the wall member 12 with magnet is determined as a bending position 17 and bent to a front side of the surface member 13 at a predetermined angle to cause the cushion member 14 and the magnet sheet 15 to follow.
  Next, the magnet sheet 15 is attached by being magnetically attracted to the ferromagnetic wall surface K in a state where the bending position 17 of the wall member 12 with magnet and the angle switching position 18 on the ferromagnetic wall surface K are matched. .
  In addition, the wall member 12, 12, 12, 12 with a magnet in Fig.7 (a) may be attached after attaching a wall material with another magnet beforehand, or the wall member 12, 12, 12, with a magnet previously. You may attach 12 to the angle switching position 18 in the wall surface K, and you may attach another wall material with a magnet after that.
  Further, the partial decoration and the attachment of the buffer member are the same. As shown in FIG. 8, the partial decorative members 19a and 19b with the buffer member are bent at arbitrary positions among the plurality of cuts 20a and 20b provided therein. It is bent as the positions 21a and 21b, and is attached by magnetism adsorption by the magnet sheets 23a and 23b according to the angle switching position 22 of the ferromagnetic wall surface K.
  In the figure, 24a and 24b represent cushion members, and 25a and 25b represent surface members.
[0014]
  The previous examples are bent to the front side of the member with magnetCaseI showed about the followingWhen foldedexplain about.
  9 and 10 show a fifth embodiment.
  As shown in FIG. 9A, the member 30 with a magnet in the present embodiment has a plurality of magnetic members with shock-absorbing materials in which a front surface member 31, a cushion member 32 attached to the back surface thereof by adhesion and a magnet sheet 33 are laminated by adhesion. The suction member 34 is configured.
  FIG. 9A uses two magnetic attraction members 34 and 34 with a buffer material, and is attached to the surface member 31 with a gap 36. FIG. 9B shows a case where four magnetic attracting members 34 ′, 34 ′, 34 ′, 34 ′ with cushioning material are used, with a gap 36 ′ in the vertical direction and a gap 36 in the horizontal direction. ”And attached to the surface member 31. Similarly, a plurality of magnetic attraction members with cushioning materials can be provided in accordance with the application. By providing each of the above gap portions, the surface member 31 is provided on the front side. Or it can be bent freely on the back side.
  Also in this embodiment, a plurality of cuts 35 extending from the surface of the magnet sheet 33 to the surface member 31 are provided and can be bent to the front side of the surface member 31 as in the embodiments described so far. Note that the cut 35 may be provided only in the direction along the gap as shown in FIG. 9A when the bending direction is limited to the vertical direction or the horizontal direction.
  Therefore, according to the present Example, since the element which can be bent is provided also in the back side of a surface member, a construction range can be expanded.
[0015]
  FIG. 10 shows a typical construction example using this embodiment, which is applied when there is a protrusion on the wall surface K made of ferromagnetic material.
  As a basic construction procedure, first, a projection amount W from the projection corner portion Ka of the wall surface K to the corner portion Kb is obtained. However, since high accuracy is not required for this measurement, an appropriate bar or string may be used as a guide without depending on the scale. Next, among the plurality of cuts 35a provided in the magnet-attached member 30a, the cut closest to the protrusion amount W from the approximate center of the gap 36a is determined as the bending position 37. Then, if the bending position 37 of the magnet-attached member 30a is aligned with the corner portion Kb of the wall surface K and the magnetic sheet 33a is sequentially magnetically attracted to the wall surface K, the protruding corner portion Ka automatically enters the gap portion 36a. Therefore, the protrusion can be easily covered.
  In addition, although this construction example was demonstrated as having a protrusion on the wall surface K, it can be understood that a recess can be accommodated in a similar procedure if it is reconsidered as having a groove from the protruding corner portion Ka to the corner portion Kb in FIG. .
  Needless to say, the present invention can be carried out even if the angle of the projecting portion or the groove portion is not a right angle as in this embodiment but an arbitrary angle.
  Therefore, if the present embodiment is used as described above, it becomes possible to construct the corners and uneven portions of the room, so that the workability of the construction is improved and the joints and gaps are not generated in the same portion, which is visually beautiful. In addition, there is an advantage that dust or the like is difficult to adhere.
[0016]
  Next, a sixth embodiment will be described with reference to FIGS.
The magnet-equipped member used in the present embodiment is basically the one used in the first embodiment, and in order to explain it as a more effective embodiment, it has a wide width as shown at 41 in FIG. explain.
  In the present embodiment, the magnet-equipped member 41 is formed by laminating the surface member 42, the cushion member 43, and the magnet sheet 44 in this order by bonding in the same manner as in the first embodiment. A plurality of cuts 45 are provided from the surface of the magnet sheet 44 to the back surface of the surface member 41.
  By the way, about the adhesive performance of each member, since the cushion member was interposed in the middle, it has become clear that the open cell form which is the characteristic of the cushion member influences, and the adhesive force with a cushion member changes with partner members.
  That is, when the mating surface member 42 is easy to adapt to the surface state of the cushion member 43 such as a woolen fabric, the contact area increases, so the adhesive strength becomes strong and it is difficult to peel off easily. On the other hand, since the contact area is reduced and the strength of the cushion member itself is inherently weak, the plate-like member can be easily peeled to such an extent that the surface portion is slightly peeled off.
[0017]
  The present embodiment focuses on this point and is applied as a construction technique. As shown in FIG. 11, the magnet sheet 44 is separated into a plurality of magnet pieces 46 by a plurality of cuts 45. The magnet piece 46 has a weak adhesive force with the cushion member 43 as described above, and can be easily peeled off as indicated by an arrow in the figure.
  Here, if the pitch of the notches 45 is made fine, the corresponding magnet piece is removed and the cushion member 43 is pressed against the protruding corner portion Ka of the ferromagnetic wall K as shown in FIG. When each remaining magnet piece 46 is attached with a magnetic force, the cushion member 43 in the same portion is deformed along the protruding corner portion Ka due to excellent followability by its own cushion form, so that the protruding corner portion Ka is beautiful. It will be covered with.
  Since the deformable amount of the cushion member 43 depends on the material, the foaming magnification (density), the thickness, and the like, it is preferable to interpose the notch 45 because it facilitates the deformation.
[0018]
  FIG. 13 shows a construction example of the present embodiment on the wall surface K having the protruding corner portions Ka1, Ka2 and the corner portions Kb1, Kb2, Kb3. In this embodiment, corners → projecting corners → covering the projecting corners, that is, between Kb1 and Kb2 in the drawing → Kb2 → Ka1 → Ka2 → Ka2 and Kb3 are in principle continuous without a seam. Construction is possible. However, in the case of accurate construction between the corners from the predetermined position as in Kb1 → Kb2 in the figure, an error of less than one cutting pitch indicated by P in the figure will occur, strictly speaking, for all situations It is hard to say that construction can be done without seams. However, it is possible as long as the construction allows the inconvenience in appearance due to the deviation of less than 1 cut pitch. For example, when the 1 cut pitch is about 10 mm, it can be constructed with almost no abnormal appearance. It can be said that construction can be performed seamlessly for most situations.
  Further, in actual construction, there is a limit to the width that the magnetized member 41 can be produced, so a seam is inevitably generated. When joining at a position that avoids corners and projecting corners, an end face is required if necessary. If the position is adjusted (cutting or the like), it can be constructed without causing any inconvenience in appearance.
[0019]
  Although the embodiments described so far have been directed to the wall surface made of a ferromagnetic material, it is of course possible to apply it to various other devices made of a ferromagnetic material.
  As a first application example, a case where the present invention is applied to a cabinet H made of a rectangular parallelepiped steel plate as shown in FIG. 14 is shown. The member with magnet used here is a buffer member 51 with magnet having a decorative element, and has the same configuration as that of the sixth embodiment described above.
  That is, the magnet-equipped buffer member 51 is formed by laminating a surface member 52 made of a woolen fabric or the like, a cushion member 53, and a magnet sheet 54 fixed together by adhesion, and the surface member 52 from the surface of the magnet sheet 54 is used. A plurality of cuts 55 are provided on the back surface of the magnet sheet 54, and the magnet sheet 54 is divided into a plurality of magnet pieces 56.
  And when attaching the buffer member 51 with a magnet to the cabinet H, if the magnet piece of the part which opposes the corner parts Ha and Hb in the cabinet H is removed, it can attach by magnetic adsorption if it follows the outer periphery of the cabinet H. .
  Thus, the buffer member with magnet can be attached very easily around various devices.
[0020]
  In this embodiment, only three surfaces are attached on the assumption that the cabinet is normally used. However, when used for packing such as moving, the magnet for the remaining two corner portions Hc or Hd is used. Add work to remove the piece and attach it once to the four sides. In this case, since the remaining corner portion becomes the butting portion of the buffer member with magnet, it is not necessary to remove the magnet piece.
  Further, if the upper surface of the cabinet H is separately produced by attaching a flat plate-like magnet-attached member along the contour and attached by magnetic attraction, it is possible to easily cover the five surfaces except the bottom surface with a cushioning material.
  When the equipment is relatively small, as a shock-absorbing member 61 (see FIG. 15 (a)) having a developed shape as shown in the second application example of FIG. 15, the magnets along the corners (ridge lines). If the pieces 66a, 66a to 66e, 66e are removed and bent as shown by the arrows, the entire surface can be covered by magnetic at once. (See FIG. 15 (b))
  Other configurations in this application example are the same as those in the sixth embodiment. In the figure, 62 is a surface member, 63 is a cushion member, 64 is a magnet sheet, and 65 is a notch.
  In addition, for a cylindrical object, a plurality of cushioning members 71 with magnets are formed as in the third application example shown in the development view of FIG. 16A and the attachment state diagram of FIG. If the magnet pieces 76 are removed at regular intervals, they can be mounted neatly. In addition, as shown in FIG.16 (b), when attaching, it is preferable that the magnet piece 76 remains at both ends.
  It is also effective to use other auxiliary buffer members 77, 77 with magnets as shown in FIG. 16C at the upper and lower open portions of the buffer member 71 with magnets.
  In this case, the configuration of the members may be the same as that of each of the embodiments described so far, or may be omitted.
  In addition, when the equipment to be packed is not made of a ferromagnetic material, a general-purpose ferromagnetic metal sheet or a ferromagnetic material sheet 78 made of resin containing ferromagnetic powder is wound around the equipment and fixed. The product of the present invention can be used if it is attached by appropriate means such as tape attachment.
  Even in this application example, the other configurations are the same as those of the sixth embodiment. In the figure, 72 is a surface member, 73 is a cushion member, 74 is a magnet sheet, and 75 is a notch.
  As described above, the present invention can be sufficiently utilized as a buffer member. Besides the above, the present invention can be used for many purposes such as protection of materials such as large refrigerators, drum-like cylinders, and iron pipes and rods. .
  And in this case, the fixing member such as an outer box or a stringing member for fixing the buffer member in the conventional packaging is unnecessary, and since various displays such as printing are easy, the mounting workability is good. And it can be set as a compact packing form.
[0021]
【The invention's effect】
  In the present invention, a foldable surface member, a cushion member, and a magnet sheet are laminated in order, and a cut is provided in the entire width from the surface of the magnet sheet to the back surface of the surface member. Although it is a simple configuration that can be folded, it can be easily and reliably attached to a corner of a corner of a household room or elevator room having a ferromagnetic wall without any gaps. It can be constructed neatly without damaging the aesthetics of the material.
  In addition, if a configuration is provided in which a gap is provided between a plurality of magnetic adsorption members made of a magnet sheet and attached to the back side of the surface member, and further, a cut is made from the surface of the magnet sheet to the back surface of the surface member, the front direction and the back direction of the surface member Can be bent, and there is an advantage that the construction range is widened.
  It is also possible to bend the surface member from the peeled portion in the reverse direction by peeling off the magnet piece generated by the cut.AttachThere is an advantage that construction is possible.
  Further, if a cushion member is interposed between the surface member and the magnet sheet, it can be used as a high-quality wall member with a good tactile sensation, and can be used as a buffer member for various equipment, thereby expanding the range of use.
  In addition, if a concave and convex connection part is formed around it and it can be connected to other magnet-equipped members with similar concave and convex parts, it can be installed without gaps, and the attachment strength can be increased by obtaining a wide magnetic adsorption area. Can be improved.
[Brief description of the drawings]
FIG. 1 shows a first embodiment according to the present invention.As, (A) is a front view, (b) is a side view, (c) is a rear view.Indicate, (D)As a reference exampleThe side view when not using a cushion member is shown.
[Figure 2] (a)The side expanded end view in 1st Example by this invention is represented, (b) isRepresents the enlarged side view of the reference example.
FIG. 3Reference exampleFIG.
FIG. 4 is a front view illustrating a second embodiment according to the present invention.
FIG. 5 is a front view illustrating a third embodiment according to the present invention.
FIG. 6 is a front view illustrating a fourth embodiment according to the present invention.
FIGS. 7A and 7B are explanatory views showing a construction example using the first embodiment according to the present invention, wherein FIG. 7A is a perspective view and FIG. 7B is an AA enlarged cross-sectional view.
FIG. 8 is a perspective view showing a construction example using the second embodiment according to the present invention.
FIGS. 9A and 9B are perspective views showing a fifth embodiment according to the present invention, in which FIG. 9A shows a case where two magnetic attraction members with a buffer material are provided, and FIG. 9B shows a case where four magnetic attraction members are provided.
FIG. 10 is a sectional view showing a construction example using the fifth embodiment according to the present invention.
FIG. 11 shows a perspective view of a sixth embodiment according to the present invention.
FIG. 12 is a partial sectional view showing a construction example using the sixth embodiment according to the present invention.
FIG. 13 is a sectional view showing a construction example using the sixth embodiment according to the present invention.
FIG. 14 is a perspective view showing a first application example of the sixth embodiment according to the present invention.
FIGS. 15A and 15B show a second application example in the sixth embodiment of the present invention, where FIG. 15A is a developed view and FIG. 15B is a perspective view in a bent state (used state);
FIGS. 16A and 16B show a third application example in the sixth embodiment of the present invention, where FIG. 16A is a developed view, FIG. 16B is a perspective view in a bent state (use state), and FIG. The perspective view of a buffer member with attachment, (d) represents the perspective view of the equipment which attached the ferromagnetic material sheet.
[Explanation of symbols]
K wall surface (made of ferromagnetic material)
Ka, Ka1, Ka2 Projection corner
Kb, Kb1, Kb2, Kb3 Corner
H cabinet
Ha, Hb, Hc, Hd Corner
W protrusion amount
P Cutting pitch
1 Magnet member
2 Surface members
3 Cushion material
4 Magnet sheet
5 notches
6 Partial decorative member with cushioning member
7 Magnet member
7a Frame member
7b Cutout member
8, 8a, 8b, 8c, 8d
9 Parts with magnets
10 recess
10a Deformed recess
11 Convex
11a Deformed convex part
12 Wall member with magnet
13 Surface member
14 Cushion member
15 Magnet sheet
16 notches
17 Bending position
18 Angle switching position
19a, 19b Partial decorative member with cushioning material
20a, 20b cutting
21a, 21b Bending position
22 Angle switching position
23a, 23b Magnet sheet
24a, 24b Cushion member
25a, 25b Surface member
30, 30 ', 30a Magnet member
31 Surface member
32 Cushion material
33, 33a Magnet sheet
34, 34 'Magnetic attracting member with cushioning material
35, 35a cutting
36, 36 ', 36 ", 36a gap
37 Bending position
41 Magnet member
42 Surface member
43 Cushion material
44 Magnet sheet
45 depth of cut
46 Magnet piece
51, 61, 71 Buffering member with magnet
52, 62, 72 Surface member
53, 63, 73 Cushion member
54, 64, 74 Magnet sheet
55, 65, 75 notches
56, 66a, 66b, 66c, 66d, 66e, 76 Magnet piece
77 Shock absorber with magnet
78 Ferromagnetic sheet

Claims (4)

A wall member with a magnet formed by laminating a cushion member on the back surface of a flexible and foldable surface member , and further laminating a magnetic sheet on the cushion member,
From the surface of the magnet sheet to the back surface of the surface member, at least two or more cuts are provided in the entire width with the cushion member interposed, and the surface member can be bent at the cut position. And none,
Furthermore, the magnet piece formed between each incision is formed to be peelable from the cushion member at a predetermined position,
When the magnet piece is peeled off, it is bent in the reverse direction of the surface member at the peeled position, so that the magnetic piece is magnetically left by the remaining magnet piece with respect to an angle switching portion of less than 180 degrees or an acute angle of the adherend made of ferromagnetic material. Wall member with magnet, characterized in that it can be attached by suction The magnet-attached wall member according to claim 1, wherein a plurality of magnet sheets to which the cushion member is bonded are disposed in a state where a gap is provided with respect to the back surface of the front surface member. 3. A wall member with a magnet according to claim 1 or 2, characterized in that a concave-convex connection portion is formed in the periphery and can be connected to another wall member with a magnet having a similar concave-convex portion. The wall member with magnet according to any one of claims 1 to 3, wherein the wall member with magnet is used as a buffer member for equipment made of various ferromagnetic materials.

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