JPS6047156A - Floor under panel - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed Description of the Invention] [Technical Field] The present invention relates to a floor base panel suitable for laying the floor F of an office room 11, etc.
Next technology)
119 C1, raised the level of general interest] Nyi 71
It is composed of 7 pieces of -1 toss slab, and on this soil surface, synthetic 1N resin f1 such as 3N vinyl seams and 11) vinyl tiles are raised! The floor structure was completed by pasting 4 or laying a carpet on top of it.Such a floor structure C11. Jrut
Second, there are 16 1-1A office rooms in an orderly manner, and Y et al.
) I:,, Pu・l, 2, C3 ri J Weiss l knee 83 ('1 so-called ()△Il:4Fice 4-1-mation) has progressed, and the wiring type due to OA has progressed. Although it is necessary to increase the degree of freedom in wiring as the number of wires increases, there is currently no improvement. In addition, concrete] and slurry [two-synthesis (δ
1. Floor structure with only 11 fat-based shrines pasted - 'Ct kl,
The feeling of walking is poor due to the coldness of the floor (floor q), the sensation of feeling cold, and the number of requests for improvements to the second month is increasing.

(Purpose) This defense +1, above) In view of the problem mentioned above, especially as a construction part of the flooring of office room L, ii! Lay this on one side of the floor. The purpose is to provide a well-ordered A-fislum and a second floor sub-floor panel.

[Josei] - In order to achieve the goal of Sekiguchi, this invention
? The support leg convex parts are placed at multiple positions at appropriate intervals on i′i and are attached to the body (extrusion l+, 4) (by gluing the base flan 1~ surface of the two synthetic resin sheets 1~ and t: '<,'). be.

[Practical (q1)] Practical implementation (?1) of this invention will be explained below with reference to the drawings.

Figure 1 shows -: l = 1 1. , 1: I"', base bar?-,'l□'IQ), and one side of floorboard material 2 (with Il?Vmi・-1・,'3 in the double composite) shown. r6Ro.koσ) Let's arrange (Iτ floor F
The ground is 1 t of foil, and on top of this (J-114 is laid 1st f
Floor (i-structure is completed.

FIG. 2(a) shows a first embodiment of the floor and base panel 1, in which a synthetic IFI resin sheet T-3G, m has a large number of supporting leg convex portions 4.
The bulge forms. These supporting leg protrusions 4 are supported (preferably Bana no Ma 450-1501. A large number of supporting leg protrusions 4
Synthesis g1 gt sea 1ku3 no 1 ground 7 rat 1
-Then 3a is the inner surface of the floorboard material 2; the under-floor 11 panel 1 is assembled accordingly.

As floor board material 2, 450X'150 (distance), 600X
600 (gate), 900X900 (book η), etc. Thickness 9-20 m pre-formed on the glue chair = V'? Use 1 to 1'1 plywood, etc.

Composite IP+P+-to 3 including a large number of the support leg convex portions 4
This is carried out by vacuum forming a thermoplastic resin material 1) such as vinyl chloride resin or polyethylene resin having a thickness of approximately 0.5 to 1.0 mm to form the convex portion 4, or the like.

The height and bulge length of this support leg convex portion 4 is 15I! It is desirable to have a height of at least m.

J
- A reaction-curing adhesive such as boxy resin is suitable, and the surface 1 of the floorboard material 2. 21. tl, paste J115 in advance f
It is also possible to place a JSC on the upper surface 11j+l of the floorboard material 2 from the viewpoint of moisture resistance.
It is also possible to heat-seal and apply a 1-thick adhesive polyester film to the floor surface.
) After laying out many v panels 1, put f on top (lay 45% Q L 'C).

FIG. 2 (I) shows a second embodiment of the floor subfloor panel 1, in which a reinforcing section (6 is set to ρLJ) is attached to the tip of the support leg convex section 4.
(,' (FJru., FIG. 2(b) shows a reinforcing member 6 formed by injecting reaction-curing liquid resin 6'1 into the inner tip of the support leg convex part 4, The reinforcing member 6 has a soft comb 4111462 formed on the outside of the tip with a solid layer.

In addition, Yuya Banerut 1 mai (Suru 1 fitj)
In both the first and second embodiments, apply an arch 17 to each main opening of 2 and 2 to prevent mating.

In the third embodiment of 1J shown in FIG.
Filled with 163 mu materials! ? ! i Use the hardened material as the reinforcing member 6, both support 1'j j! III convex portion 11
≦■ End side side part 2 A reinforcing member G consisting of elasticity 44 G 2 is made stiff as in the second embodiment. Synthetic μm fat type A-me+, 1) 1 (33 is attached to the supporting leg convex portion
Reinforcement part 11G is formed by filling and curing inside 1
．． “I” thing +1 +! U゛) ((,l,)]T-Mu Shrine 1; Due to its characteristics, it is possible to eliminate the battle on the floor.

According to FIG. 4, in the fourth embodiment 1-111, a gap 1'' 4a is formed at the tip of the support 1). ．． l
/l so as to sandwich the upper and lower edges of a; 2 f bullets 1'4:
1162 (i■11 member 6) is fixed, and after that, the ash-conversion type liquid #f; PI F ('+1 (bit strong part 4
Support 1(3) F 1rII convex part 4'\blow N IJ person L
Ta. In addition, Fig. 4 shows an example of a method for joining floor sub-base panels 1 by inserting a synthetic resin joiner 8 with a 1-shaped cross section between the floorboards +12 and 2, and attaching it with screws 9 and 9. No indication.

FIG. 5 shows a fifth embodiment, which was explained earlier, and the third and fourth embodiments are for 01 (-5), and less than
Reinforcement members 04 provided at the support leg convex portions 4 at the four corners of the floorboard opening 2 and the central portion (two supporting leg convex portions (not shown))
The reinforcing member 6 formed from a synthetic resin foam material 3 and provided on the remaining supporting leg convex portion 4 is made of a material with a rigidity of 1. liquid 4
f: It is formed from a lubricant 61, and Iζ reinforcing members 6 made of a rubber elastic material 62 are provided inside and outside the tips of all the supporting leg convex portions 1T: Yes. Note 13. Instead of the synthetic resin foam material 63, a rubber elastic body, a synthetic resin body, or the like may be inserted.

6 and 7 show a sixth embodiment, in which the support leg convex portion 4
There is a protective cap 6/l made of synthetic resin material, metal material, etc. attached to the inside of the C reinforcing member 6, and from this 10 the support leg convex portion 4 is partially or completely attached. Toshi C double-walled construction. This protective cap 64 may be inserted into the outer side of the support leg convex portion 4 (or may be glued or placed along the instep). The protective cap 64 made of synthetic resin material y+1 can be thermally welded.

FIG. 8 shows a seventh embodiment, in which a rubber bullet tt, +162 is formed into a shape that can be fitted into the tip of the support leg convex part 4. We also devised the tip shape of the rope support leg convex part 41-rib 11 part 4b, and formed a J lx in this constricted part 11).
Elasticity) (6 is fitted and becomes difficult to handle.

Day 9 and Figure 10 show the eighth embodiment, in which the reinforcing part 116 of Go 11 and ↑ 1 material 02 is used for Ffj in the sixth embodiment shown in Figures 6 and 7 above. be.

In the second embodiment described above, the reinforcing portion 14G is composed of C1) reaction-curing liquid resin 61, +3+2 elastic material G2, ■synthetic resin foam material si (33, 1iIT!71 Hoshin Kitotsuno 64 made of synthetic resin material r+, metal material f'1, etc.
, are shown, but these are just examples, and they can be combined freely. Of course, it is also possible to write 11 of Iv II of Toki (υ~(4)) in Japanese.
This, combination 1! For the bolts, it is also possible to add (1) (°C or width) to the embodiment shown in Figure 9 and Day 10. The reinforcing parts 11G may be installed in any number or F2O, and the number of reinforcing parts to be limited to 6 and C is as shown in the embodiment shown in Fig. 5 (1). -7c'A) can be freely selected and applied (9J1 result) Therefore, the degree of freedom for wiring etc. is more flexible on the floor F Jl!! , through the gap between the supporting leg protrusions I2i
! X''': Il -1・Arrange the necessary ((take out the floorboard material I'm in the 7th place 1d) P!t tJre;J, F!!'+ at the shortest distance on the floor surface. (It can be directly connected to the 1-cards on the floor, eliminating the situation where the 1-cards are scattered on the floor, avoiding them in an orderly manner, and providing a high level of safety.)

In addition, because there is space under the floor, the feeling of coldness at the bottom is eliminated,
You can get a soft feeling when walking. Furthermore, the under-floor space side is made of synthetic resin sheet (?
5) Provide something that satisfies you. Furthermore, it has the advantage that it is not only possible to construct a new lifting platform, but also to renovate an existing one.

Ononi, as the reinforcing part 11, a synthetic resin material 71 t'-metal hoist 1 etc. is used with a protective switch/knob attached.
1. , llj ” The support has been raised by the strike ~;'s? Ift strong is C.

Also, take off the outer and inner tips of the supporting leg convex parts; I11 strong part IJ doshi I Komoni b (('', floor F ground I-Flannel to the slab surface (two beds side by side 1 state (slight discord! 112 ! J) can be Todomo, prevents the thread movement of Pa, Nru, and makes the floor rumble. The 10th is all f 911'! Figures, Figure 2 (a) (↓1st
i) Figure 1 ■-■ Cotton cross section day, 2nd (11
) is a cross-sectional view of the second embodiment, FIG. 3 is a front view of the third embodiment, and FIG. 4 is a cross-sectional view of the eleventh embodiment.
Fig. 5; J, 5T section example; Fig. 6 is a 1J sectional view showing the sixth embodiment; Fig. 711 is a sectional view of a modification of the Shishiori example in Fig. 6; + is a sectional view showing the 7th narrow bolt, Figure 9 and 10r71 are the front views of the 8th embodiment.・
・Floor board material, 3...Synthetic resin sheet 1~. 3a...Flat surface, 4...Support leg convex portion.

Applicant: Gridev, Tontai (To the 1st representative of A Co., Ltd., 1) Takeo No. 3, Figure 2, ed. 4, Figure 5, h, Figure 6.

Claims (1)

[Scope of Claims] 1. A synthetic resin sheet made of synthetic resin 11 having bulged protrusions at multiple positions spaced at appropriate intervals on the surface of the floorboard material is bonded to the original surface. Features of flooring panels. 2. Claim 1, characterized in that a reinforcing member is provided at least at the sentinel part in all or any of the supporting leg convex parts.
Subfloor panels as described in section. 3. The floor base panel according to item 2 of the scope of the special patent application, characterized in that the reinforcing member is formed by attaching a protective cap to all or any of the supporting leg convex portions.・1. The reinforcing member may be one in which a reaction-curing liquid resin is injected into the supporting leg convex portion, a synthetic resin-based phone, or a tv i
Filling sand +1. L, Tachino and I attached the frame.
The floor panel described in item 2 of the Q''i'r proposal, characterized in that it is formed by using a combination of Komonodo and JM. , Support (1) A floor base panel according to any one of Claims 2 to 4, characterized in that rubber elasticity (4') is attached to the outer end of the convex portion.