JPS6263738A - Ceiling finish laminating method - 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] [Industrial Field of Application] The present invention relates to a method of constructing an indoor ceiling.

(Prior art) In order to apply conventional -L tension material for ceilings, the threaded part of one end of the hanging rod is screwed into the hole of the insert etc. embedded in the lower surface of the ceiling wall, and the hanging rod is A hanger for adjusting the channel is connected to the lower bushing part so that the vertical position can be adjusted L7 using a tuple nut, and the H tension material is attached to the hanger via a Δ intermediate attachment means. Ta.

[Problems that the invention attempts to solve 1-7] 1-. In the conventional construction method, the position of the 1' insert embedded in the lower surface of the ceiling wall is fixed, and the position adjustment in the horizontal h' direction is ib<, and the position relative to the overlaying material is set with tl and ε. .

Further, the vertical adjustment using a double nut or the like required considerable effort.

Furthermore, due to the combination of the threaded part and the nut, many of the nuts would move upwards due to the slight vibrations that have been generated over many years, causing the ceiling to wave.

The present invention is intended to eliminate the larvae of dirt C) and promote speedy Oihari work.

[Means to solve the problem] This will be explained with reference to the drawings.

The ceiling cladding method according to the present invention uses virtual parallel straight lines a-a, b-b, -, n drawn on the lower surface 1 of the ceiling wall.
- On each approximately straight line of n, take an arbitrary length ^ and longitudinal direction ζ
A step of fixing a steel-shaped guide member 3 having a guide element 2 along it to the lower surface 1 of the ceiling wall at an arbitrary interval, and slidably engaging the guide element 2 and allowing the lower position to be selected. a step of selecting the engaging elements 4 at an appropriate height and suspending them from the shaped steel guide member 3 so as to be movable in the horizontal direction; This process consists of the following steps: 1- disposing the tension material 6 at the bottom of the material 5 via a lazy intermediate attachment means 9;

[Example] The main members used are a guide member 3, a hanging member 5, a bar member 7, and an upholstery member 6, and the guide member 3 is a groove-shaped guide member of a predetermined length that is opened upside down and downward. A mounting hole 8 is provided as 3, and a bottom opening (1'l) of the groove-shaped guide member 3 is formed with an edge-shaped guiding element 2.2 bent inward and opposed to the upper part of the hanging member 5. has a structure in which a plurality of groove-shaped engagement elements 4.4 that fit into the guide elements 2, 2 are provided on both sides and above and below, and the engagement elements 4 and the guide element 2 can be slid by fitting together. and 1 constitutes a structure in which the vertical position can be selected by selecting the lower engagement element 4, and a mounting structure for intermediate mounting means 9 is formed at the lower part of the hanging member 5, and a guide member is attached to the lower surface 1 of the ceiling wall. 3 are installed in a substantially series arrangement vertically and horizontally to form a horizontal tension string, and the hanging members 5 are locked to each guide member 3 while adjusting up and down using this as a support. Attachment means 9 is attached, and -F tension material 6 is attached to the intermediate attachment means 9.

There are two types of intermediate attachment means 9: a field edge holder in which the bar material is attached to the channel via a clip, and a field edge holder in which the bar material is directly attached without using a channel. Furthermore, there are two types of bar materials: wide double bar materials used for joints of double clad materials, and single bar materials used for non-joints of top covering materials.

The one shown in FIGS. 1 and 2 is a type in which a bar material is directly attached, and a hanging tool 12 with a long hole 11 is attached to the lower bent part of a round bar 10 of a hanging material 5. A double bar material 7 is attached from the side.

The one shown in FIGS. 4 and 2 is also of the type in which the bar material is directly attached, and a single bar material 7 is attached thereto.

In FIGS. 5 and 6, a channel 13 is fitted into the lower end tJ-shaped portion of the hanging tool 12 and the field edge holder is prevented from coming out with a wedge 14, and the field edge holder is attached to the lower side of the channel 13 with a single type bar material 7 or a double bar material 7. The mold bar material 7 is attached via various clips.

Note that the length of the guide member 3 is preferably about 15 to 60 cm.

[Function] When carrying out the present invention, there are a plurality of engagement elements 4.4 on the upper and lower sides of the hanging member 5, and by selecting one of them, it is possible to adjust the engagement elements one level up or down. In addition, the length of the hanging member 5 of the guide member 2 is 1. Horizontal movement is possible between.

``Effects of the Invention'' Selecting an arbitrary engagement element 4 when fitting the guiding element 2 and the engagement element 4, such as in a double series, can be done quickly and easily compared to the work of rotating a nut. Since the lateral movement of the hanging shrine 5 is within a certain range, the stretched covering material 6 can be moved smoothly and without strain.

This also makes it a flexible structure against earthquakes.

Furthermore, since the construction method of the present invention does not require the screws and nuts to be joined together, there is no possibility of the nuts rattling, loosening, or forgetting to tighten.

[Brief explanation of the drawings] Fig. 1 is a partially longitudinal front view of the entire structure when a 1n contact bar is attached as an intermediate mounting means, Fig. 2 is a side view of Fig. 1, and Fig. 3 is a guide member. The layout diagram, FIG. 4, is a side view when a single bar member is directly attached as an intermediate attachment means. 5 and 6 are a front view and a side view in the case where the intermediate mounting means is a combination of a chamfer and a paring material. 1 Lower surface of ceiling wall 2 Guiding element 3 Guide member 4 Engagement element 5 Suspension material 6 L tension material 7 Bar material 8 Mounting hole 9 Intermediate mounting means lO tip bar 11 Long hole 12 Hanging tool 13 Field edge receiver 14 <Rust resistance Applicant Takashi Sato Patent Attorney Furu 1) Tsuyoshi Figure 1 Figure 6

Claims (1)

[Claims] Virtual parallel straight lines (a-a, b-
b, ..., n-n), an arbitrary length (L
) and provided with guiding elements (2) along the longitudinal direction, a step of fixing a shaped steel-like guiding member (3) to the lower surface of the ceiling wall (1) at arbitrary intervals, and said guiding element (2). The hanging member (5) has a group of engaging elements (4) that can be slidably engaged with each other and whose vertical position can be selected, by selecting the engaging elements (4) to have an appropriate height. , a step of horizontally movably hanging the shaped steel guide member (3), and optional intermediate attachment means (9) at the lower part of the hanging member (5).
A ceiling covering method consisting of the process of stretching the top covering material (6) through the ceiling.