JPS60500676A - Structural system for lining and partitioning rooms - 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] The present invention provides lining and partitioning of a room having at least one ceiling surface and one floor surface. Concerning the structural system for In this system, walls assembled from plate-shaped members and/or a ceiling, these elements are designed in the form of profile elements and are connected to the ceiling surface. The side edges of these carriers are The walls have contours, and these contours are connected to adjacent plates to strengthen the wall or ceiling. Connected to the clamping contour belonging to the rate-shaped member.

Structural systems of the aforementioned type have already been described in German Patent No. 1.937,443 and in It is shown in Japanese Published Patent No. 2,340,909. However, this conventional In the case of double-walled systems, it is difficult to manufacture the carrier, and the installations at high heights or when the system is built in a room subject to vibrations. had the disadvantage that the tightening contour could not be maintained reliably.

It is an object of the invention that under the stresses existing in such cases even double walls can be easily A structural system that can be built using a simple method and allows room partitioning to be done easily and inexpensively. The aim is to provide

According to the invention, the object is achieved by a combination of the following features: i.e. , a) Each wall element has a burr-like base profile made of at least one profile element; This base contour, supported itself in a well-known manner, allows it to b) The contour of the U-shaped tightening is , on one of the long side lines of each wall member where it is attached on the negative side. and the U-shaped fastening has an opening portion facing the surface of the plate in profile. an elongated web having a The tightening contour is inserted into the locking contour formed on the other long edge of the wall element to be attached. Arranged so that it can be tightened. This locking profile protects large U-shaped profile parts. The retaining web is arranged parallel to the elongated web and the square web is arranged parallel to the elongated web. is formed in the free end portion of the free side web with a large contour and the retaining The formation of this angular web on the side web, which points towards the web, The end web sections are aligned parallel to the retaining web and the length of the central web of the tightening contour is carried out in such a way that it is positioned at a distance from this retaining web corresponding to the Ru.

C) The mounting contour connected to the ceiling carrier is located at the ceiling-side border edge of the wall panel. The function of these mounting contours is to hold the ceiling member.

Other features of the invention are set out in the dependent claims. Embodiments of the present invention can be implemented in various ways. It is shown in the drawing in the form of

Figures 1a and 1b show a part of a structural system according to the invention in a schematic diagram.

Figures 2a and 2b are side sectional views of the base contour for a single-layer wall element. Indicated by

FIG. 2C shows the base profile of the double-walled member reservoir in a side cross-sectional view.

Figure 3a is a side view of a mounting profile designed as a double cap profile; FIG. 3b is a side view of another mounting profile and FIG. 4 is a schematic plan view of the door opening. FIG. 5a is a sectional view showing how the ceiling side of the door frame is attached to the ceiling member.

Figure 5b is a side view of the vent profile for the door opening; Figures 6a and 6b are sectional views from above of two doors for door opening; Figure 7 is a plan view of the window frame; Figures 88 and 8b are plan views of two window frame mounting contours, and Figure 8C is a plan view of one of the mounting contours. The part is viewed from the front, and Figures 9a and 9b show two curtain rails. It is a sectional view seen from the side, Figure 9C shows a part of the curtain rail viewed from the front. Figures 10a to IOC are plan views and cross-sectional views of the ceiling panel.

FIG.

1.1a ~], the IC drawings are a front view, a side sectional view, and a cross sectional view of the ceiling member. Ru.

11th. Figure d is a cross-sectional view of the arrangement of ceiling members, and figures ], ], e, and Hf are The fixing of the ceiling member is shown in a cross-sectional view.

Figures 1.2a to 1.2C are plan views of the wall member design; 31) [3 is the vertical connection of two wall members according to Figures 12a and 1Zb and their It is a top view of the corner of two wall members like - connection part, FIG. 13C is a plan view of an outer corner connection of two wall members; FIG. 13d is a plan view of another design of the corner connection; Figure 143 is a plan view of a wall member connection using a tolerance compensating member - with C , Figure 141) is a plan view of a wall member connection using a tolerance compensation member; Figures 152 and 15b are plan views of the door frame design, and Figure 16 shows the bulkhead connection. 17 is a plan view, and FIG. 17 is a schematic side sectional view of a partition device between a drying chamber and a humid chamber. be.

Figure 1a is bounded by the floor (65), the ceiling (105) and the outer wall (107). The chamber is shown equipped with a structure/stem (60).・Floor (35) and ceiling ( 105) is, for example, a steel deck of a ship, and the outer wall (10, 7) is a steel wall forming part of this ship. It's a minute.

This structural system (60) is made up of vertical wall members (40) and (41), which The wall members (40) and (41) are attached to the horizontal ceiling member (48) according to the contour. It will be done. A ceiling carrier (46) is provided for the purpose of collecting the ceiling carrier (48). These carriers (46) are mounted on the ceiling (105) by a fixed track (47). ) can also be fixed. On the floor, the wall member (4C]) (4N is the base contour < 3 7), supported by (3B). The ceiling is a room with a row of columns. In connection with the tunnel end member (76) serving as a closing member for the ceiling member (48), It is formed from a well member (48)K. The panel end member (76) is a lighting box or An air conditioner box (106) is provided. As a result, the boxed service/nutem can also be integrated into the structural system K, - and the structural system (60) can be integrated. The building must be equipped with lighting equipment or air conditioning equipment. Wall components (40H 41) and ceiling kidnapping (48) are the exceptions\ A metal outer envelope (109) is provided on the surface, and an insulating layer (108) is arranged between them. be placed. The insulating layer (108) is made of glass wool, mineral wool or the like. It can also be constructed of a silica material or it can be an insulating foam.

Figure 1b shows another room design, in which the outer wall (107) includes: A window (97a) is located, and metal doors (1) and (2) are located on the side wall of the hallway. child In this embodiment, the ceiling part (48) is supported on the wall part U (40) (41). It can be installed in a state where it is not installed properly. For the design according to figure 1a, the base contour (37H38) It is surrounded by a rim member (36).

Base contour (67) l″i for wall element (41), one plate cut to suitable shape It is designed in the form of a metal with a U-shaped cross section (Fig. 2a). this base The side webs (112) (113) of the profile (67) are connected to the grooves of the wall member (41). Work as a check web. Position the base contour (67) directly on the floor (65) or spacers or treads between the floor surface (65) and the base contour (67). (56) and arrange them horizontally in a line. Metal outer packaging K The end portions of the side webs (113) connected to (109) are bent outwards.

This bent part of the plate acts with the spacer member (55) at 1 to 2, and the base When the contour (37) is arranged t6 at the rear and close to the wall, there is a small gap to the rear wall. can be ensured to exist in all cases. This results in an enclosing contour of the wall The installation at the upper end of the member (41) is carried out without any problem, and these surrounding contours are The first one is designed to support the ceiling. Side wafers related to insulating layer <108) The web (112'l) is positioned at an angle of 90' or more with respect to the intermediate web (114). do. As a result, the operation of pushing the wall member (41) into the base contour (37) is easy. can be done.

The base profile (38) of the double wall member (40) is shown in Figure 2C. So The base profile (68) of is composed of two profile members (54), which The surfaces are generally U-shaped and are spaced apart from each other by transition members (50).

The transition part 1 (50) is formed by two elongated parts U (57), and the elongated parts U (57) The members are connected to each other and arranged at angles to each other, and the profile members (5 4). The transition member (50) has a gap between it and the shell member (54). so that in all cases the mounting contour is positioned at the end portion, this mounting contour retains the ceiling member (48). work like that. The inner web (56) of the profile member (54) is opposed to the bottom web (52). The outer web (51) is at a right angle with respect to the bottom web (52HC). As a result of this arrangement, in order to form a wall member (40), The pushing operation into the individual wall elements (41) is carried out as in the case of the base contour (67). , it becomes easier. The outer web (51) is provided with a floor covering on the floor surface (65). It is covered by a surrounding member (36) provided in place. Similarly, the base contour (38 ) is arranged on the floor surface (35) by means of treads (56) or similar parts thereof. Be As with the base contour (37), the tread (56) also has a base contour (38). ) and attached to the floor (65). The floor (35) is designed as a steel deck. If so, the operation for fixing the base contour (37H38) to the footboard (56) is also the same. This is done by welding. However, it is not possible to use glue joints or bolted joints. is also possible.

Figure 3a shows that the mounting is done as a contour at the ceiling side edge of the wall members (40) and (41). The camp contour (65) used in this figure is shown.

This camp contour (65) consists of a U-shaped contour section (66), on which The fastening for attaching the well member (48) is contoured (42). like a hallway etc. , in order to attach the ceiling member (48) to a relatively small room, the wall member (40 ) (41) (Figure 3b) A contour (67) can also be provided. This ceiling retention contour (67) is formed by a wall member ( 40) U-shaped contour section (68) attached to (1) and the U-shaped contour section (68) of this contour section (68) , located on one of the edges (69) and having an upright portion (61) at its distal portion horizontal web (70). The ceiling member (48) is connected to this horizontal web (7). 0). Insulation made of material that automatically extinguishes fire in the event of a fire A member (71) is preferably arranged between the web (70) and the ceiling member (48). Ru. Adding a mounting profile (64) to the ceiling carrier (46) or to the holding track (47) Webs (111) and (112) with holes (113) are used to It is also possible to arrange a contour section 68).

The walls of the room with metal doors (1) and (2) are shown schematically in FIG. Department The wall of the house consists of a wall member (40) formed by a wall member (41) and a door frame (9). ), the wall attachment located at the end position of the wall member (40) is defined by the contour (166); This wall element (40)K is mounted in the area of the door opening (85).

In the closed state, the doors (1), (2) have contour projections (91) on the door frame (9) abutting against a sealing profile (15) inserted into the sealing contour (15).

When the height of the door opening (85) is equal to the height of the room, the ceiling retention contour (67) and/or or the capping profile (65) is attached to the wall mounting profile (166) and the capping profile (65) A ceiling member (48) is attached to (67) and/or (65) (Fig. 5a).

If necessary, the joining edge between the wall mounting profile (166) and the door frame (9) can be covered by the pad contour (89). The head profile (89) is, for example, U-shaped. shaped cross-section, which is structured by its side webs (90) (Fig. 5b). It can be attached to the system (60).

Two embodiments of doors (1) and (2) are shown in figures 6a and 6b, which Each door is designed as a metal door. The door (1) shown in Figure 6a is It has a reinforcing frame (6) surrounded by a trunk-shaped metal enclosure (5) (6).

The reinforcing frame (3) is designed in the form of a continuous member of thin-walled material and is contoured in a certain shape. It will be cut like this. The reinforcing frame (3) has a U-shaped core ring on one side of the short edge. A portion (25) of the previously cut member (10) having a shell portion (22) is formed into a letter shape. The free web (28) of this part (25) is connected to the metal enclosure (5). comes into contact with. The free end portion of the long edge of the core profile (22) has a web ( 27) is formed, which is bent at right angles to the metal enclosure (6)K and opposite to it. and touch it. The metal enclosure (5) is attached to the inner wafer of the part (25) by studs (2o). (29)K is installed. Similarly, the edges of the metal enclosure (6) are provided with flat The portions are formed at right angles, and this flat portion is located at the middle corner of the core contour portion (22). It comes into contact with the web (60) and is attached to that part with a stud (2o). Core outline (22) and the peripheral part of the metal outer envelope (6), receiving the sealing contour (14) A groove (16) is formed. The sealing profile (14) has an elastic molded web on the negative side. , which covers the stud (20) in the area of the inner web (29).

As a result, the sealing profile (14) connects the metal enclosure (5) (6) to the reinforcing frame (6). It is possible to completely cover the studs (20) of the riveted joints to which the screws are attached. Door plate (12 ) is filled with a sound-absorbing refractory insulating medium (61).

The door shown in FIG. 6b is designed as a double folding door. It is reinforced as well It has a frame (4), and metal outer envelopes (7) and (8) are attached to its edges. . The reinforcing frame (4) is a thin-walled material element that is already shaped and contoured. (11), and this reinforcing frame (4) has a U-shaped core located approximately in the center. It has a contoured portion (23).

At its distal end of the long web (26) of the core profile (23) is a web (27). formed at right angles to said web (26), said web (27) having: The end portion of the metal outer envelope (7) is attached by a folded seam joint. . The folded seam joint (32) is formed by a rolling operation or similar method. can be made. The short edge (24) of the core contour (23) has a U-shape. A portion (25) is formed, the terminal web (28) of this portion having a folded seam joint. It is connected to the metal outer envelope (8) by the joint (21) π. At the same time, its core contour The portion (23) forms a groove (16) for receiving the sealing profile (14).゛Addition A target sealing profile (15) is installed in the groove of the door frame (9). As a result of this device, Since the sealing of the door plate (13) to the door frame (9) is done in two flat positions, Adequate sound insulation is also important if doors and walls are designed to be properly soundproof. Occurs in the frame area.

The inside of the door plate (13) is covered with an insulating medium (with fire resistance and sound absorption properties). 31) is filled.

FIG. 7 shows a window frame (97) formed on the wall members (40) and (41). that window The frame (97) has two vertical mounting profiles (92) and (93) and two horizontal curtains. It consists of rails (98) and (99), and these curtain rails serve many rooms. Designed as a profile and with bolted joints, the surrounding wall members (40) (4 1). Its installation is contoured (92) and (93) in each case on a box-shaped frame. (94), a web (95) is formed on the negative side of the web (94), and a web (95) is formed on the negative side thereof. 5), a tightening contour (42) or a locking contour (43) is formed (8th a). ~Figure 80).

The box-shaped frame (94) has holes (96) (96a) arranged at an angle. , the bolt of the bolting stop passes through that hole. Also, these holes (96) ( 96a) can also be fitted with special built-in elements. curtain rail contour (98) In (99), one room (100) of the multi-room contour is a vertical slot. (101). This next slot N01) allows you to move the curtain. It is connected to the mounting roller built into the chamber (100) in such a way that it can be moved. So For multi-chamber contours, and for mounting on contours (92) and (93), cover webs (103) ) is formed into which the adjacent wall members (40) (41) are inserted into the web (1,03). Stretch. In order to reduce noise generation, the edge part of the cover web (103) (104) is designed with a tapered cross section (Figures 9a-9C).

The design of the ceiling member is shown in Figures 10a-10c.

This ceiling member has a rectangular sorted metal profile (128) filled with an insulating layer (108). It is designed as a ceiling panel (115) consisting of. Its sheet metal outline (128 ) are provided with U-shaped bent portions (118) (1 19) is formed, which runs along the sides of the sheet metal profile (128) in the lateral direction. to strengthen and also fix the position of the insulating layer (108). Vertical sides (12 0) (121) are formed with L-shaped contour edges (122) and (124). be done. These contour edges (122) and (124) are primarily formed by sheet metal hoops. The shell (128) is strengthened in the vertical direction, and the position of the insulating layer (108) is also fixed. Furthermore, it acts as a connecting member for connecting a plurality of ceiling members (115).

For this purpose, the contoured edge (122) has an outwardly projecting free end web (122). 23). Its contour edge (124) is designed as a tightening member (126) and for that purpose the tightening web (125) is connected to the inner end web (125). 127), bending outward from the distal portion of the To assemble the ceiling, While assembling several ceiling panels (115), the end portion of one ceiling panel (115) The web (123) has a tightening web (125) and a ceiling panel (11) preceding it. 5) into the tightening member (126) formed by the end wafer 127). be done. By this means, the position of the ceiling panel is properly fixed and its sides (11 6> (117'l is located on the web (70) of the immediate contour. In the given case , the last two ceiling panels (115) to fit the last ceiling panel (115) of the ceiling. Stack the flannel (115) one above the other, then insert it into the hole in the ceiling, and then The ceiling panel (115) is pulled down to close the remaining holes.

The components of the structural system (60) are shown in Figures 11a-16a and The stem has a relatively high height of approximately 4.5 m and has an unsupported span e.g. It makes it possible to achieve adequate robustness even in relatively long cases such as 3 m. ceiling parts An engraving that further increases the distance bridged by (no change in content) 4 If necessary, they can be mounted by means of ceiling carriers (46) or similar elements. It will be necessary to provide additional support.

The ceiling member (48) shown in No. 1.1a to 11cm has a peripheral portion (175) ( A metal outer envelope (176) with marginal contours (177) and (178) 74), and these marginal wheels [177X178] are in each case Protruding support web (183) (18 4). The void (187) formed by the edge contour (177) (178) ) is filled with an insulating layer (108). The support webs (183) (184) are long Since it is designed to be different, the ceiling member (48) in the area of the joint (181) structure by moving the supporting webs (183X184) abutting each other. construction tolerance can be compensated for. At the same time, the support web (183) (18 4) overlap each other and form the edge contour () of one of the ceiling members (48). 177) of the other ceiling part 148) (Fig. 11d). 78).

The ceiling member (48) is not only attached to the mounting profile (64) (Fig. 3b). The wall members (40) and (41) are located at the edge of the ceiling (Figures 1.1e and 1.1f). It is also attached to the corner member (173) where it is placed. Retaining web of each corner member (173) The web (180) bent at the distal end of (179) holds the retaining web (179) It can be shaped like a tray, in which it consists of sponge rubber, or similar kind of An insulating member (182) made of material can be inserted. Corner member (17 3) is attached to the wall members (40) and (41) by bolted joints (156)K. Attached.

The wall U (41) is shown in plan view in Figure 12a, and the tightening is similar to the contour (131). A locking profile (132) is formed at the edge of its distal portion. Tightening contour (131) consists of a U-shaped, pre-cut profile material part, of which One of the webs (133), namely the elongated web (133), is connected to the wall member (41). arranged at right angles to the plate member (130); attached to. The end web (135) of the tightening profile (13,1) has an elongated web ( parallel to the intermediate web (133) and at right angles to the intermediate web (134) [71]; The plate member (130)K of the envelope f2F (109) protrudes toward the other side. Locking contour (1 32) consists of a large U-shaped profile U (137), one of whose webs is a holding part. (136) and mounted at right angles to the plate member (130). Ru. The retaining web (136) is parallel to the elongated web (133) and It is placed in the same direction as (133).

Corner webs (139) are formed in the side webs (168) at the ends of the profile member (137). and the end portion (140) of this corner web (139) is attached to the retaining web (136). They line up in parallel and protrude into the contour member (137). The insulating medium (108) is formed by the corner web (139) of the contour (131) and the locking contour (132) The void knowledge is built in. In the same way, the insulating medium (108) is connected to the plate member (130). a portion of the plate facing the tightening contour (131); minutes, the insulating medium (108) remains unfilled, thereby causing the adjacent The corner web (139) of the contour member (137) belonging to the contact wall member (41) is can be inserted into.

Two wall members (41) designed as end members (44) and (45) are the 12th b. , shown in Figure 12c. The end member (44) has a locking profile (132) at one end. ) is formed, and at the other end the tightening is formed by a wear resistance49), for example at a corner contact. When making the connection, the clamping web ( 49) can be pressed. An end member (45) is provided on each side of its distal portion. It has a tightening contour (131).

As shown in Figures 13a and 13b, the two adjacent wall members (41) are simply The tightening contour (131) of one wall member (41) is connected to the locking contour (131) of the other wall member (41). 132) By pressing inward, the outer corner is formed, and vertically Mounted in the direction. Clamping action between the clamping contour (131) and the locking contour (132) is insufficient to provide adequate robustness to the wall structure, e.g. It is furthermore possible to provide a riveted joint by using etc. Jiyoi The cavities in the divided areas of the parts are conveniently filled with an insulating medium (108).

An inside corner connection is shown in Figure 13c, where two adjacent wall members (41 ) of one of the wall members (131) and the locking ring of the other wall member (41) The connection with the shell (132) is made by means of a corner profile N43).

The corner profile member (143) consists of a U-shaped base profile (145), which One of the side edges (146) of the enclosure (145) is designed to be longer, and the tightening part ( 144) with its terminal part, a retaining web (147).

In the case of the inner corner (142), what are the tightening contours (131) and the locking contours (132)? , held between the base profile (145) and the retaining web (147). corner To prevent the profile member (143) from moving, the member (143) is fitted with a riveting screw. By means of joints or bolted joints, the locking contour (132) or The attachment is attached to the contour (131"l. For this purpose, the corner contour member (131"l) 43), holes (153) may be formed in the side edges (146). Wear.

Its tightening at the end has a contour (13N) and a lock perpendicular to the plane of the wall member (41). An additional wall element (4) at right angles to the wall element (41) between the contour (132) 1), in order to install the additional wall element (41). , tolerance compensation member (148) or (154) can be used. that tolerance The compensating member (1'48) has a two-shaped cross section, for example a riveting joint (15 1) of the plate member (130) of one of the wall members (41); The retaining edge (152) is attached to the retaining edge (152). The retaining edge (152) has a corner A member (150) is formed, and this corner member (150) forms an opening portion (149). do. Tightening contour of the wall member (41) to be attached (131H-j:, this opening part (149) (Fig. 14a). Locking contour (13) of wall member (41) 2) to another wall member (7N [If you want to install it, install the tolerance compensation member (154 ) must be prepared. This tolerance compensating member (154) has a holding edge (15 5), in one of its end portions a tightening contour (131) is formed at right angles. Ru. The tolerance compensation member (154) is a bolted joint) (15,6> [Therefore, it is attached to the plate member (130> of one of the wall members (41) It will be done. Provides a riveted joint instead of a bolted joint (156) You can also do that. The other wall member (41) has a tonrance compensation system (154) (first Push the locking contour (132) to the side over the tightening contour (131) (Fig. 14b''). It is fixed by applying pressure.

Two door frames (9) (9a) are shown schematically in figures 145a and 15b. Ru. The door frame (9) is composed of two frame mounting contours N57) (158), and has a locking ring. The contour (132) and the tightening contour (131) are in each case on either side Installation contour (157) (158) end portion (159, 160, 161, 162) is formed. Therefore, it is necessary to install an additional contour element as a mounting element or to As in the case of 32) It is also possible to attach K directly.

The door frame (9a) consists of two frame attachment contours (163) and (164), which are The frame mounting contours (163) and (164) are in each case tightened by a ring on either side. The door stop contour (1/, 5 ), and also in each case, on either side, a locking profile (132) and a fastening profile (132). a wall-mounting profile (166) in which a wall-mounting profile (131) is formed. those frames The attached contour (1631 (164) (151) or bolted joint (156). They are joined together.

FIG. 16 shows the tightening contour (131) and locking contour (132) of this wall member (41). The partition wall (169) is shown being attached to the wall member (41) between. 1st wall Additional wall portion U (41) of partition wall <169> arranged at right angles to material (41) For fixing, a connecting member (171) is provided, which has a double-shaped cross section. a base profile formed in one of its end portions and forming an opening portion (149); It consists of a corner member (150) and a tightening profile (131) formed at its outer end portion. Ru. This tightening profile (131) is located on one of the wall members (41) of the partition wall (169). into the locking contour (132) of the wall member. The other wall of the bulkhead (169) The tightening contour (131) belonging to part 1' (41) fits within the opening part (149) do. To attach the first wall member (41) to the plate member (, 130), bolt The tightening joint (156) is used, and the bolt is attached to the end of the corner member (j50). section and the tightening of one of the wall sections (41) of the bulkhead (169). It passes through the curved contour (131).

A bulkhead (74) is shown in FIG. 17, by which the wet chamber (76) is separated from the chamber (75). The wall member (41) on the drying chamber side has a base contour (67 ). The spacer member (55) is attached to a supporting wall ( 77) and on its support wall (77) a spacer profile member (78) is attached. Sleep. For this purpose, the upper U-shaped retaining contour (79) is connected to the spacer contour member (78). This retaining profile (79) is fitted onto the spacer profile (78). It will be done. The wall element (41) on the moisture chamber side is attached to the lower retaining profile (80) and is fitted with a spacer. - It is also possible to attach a metal envelope (109) to the contour element (78). retaining contour An insulating layer (81) is located between (80) and the wall member (41) on the moisture chamber side. under Structure 1. t (82) is the holding contour (80) and the lower part of the wall member (41) on the moisture chamber side. This lower structure (82) is a moldable composite or molded contour body. It can also be composed of This lower structure (82) and the wall member (41) on the moisture chamber side The surface (83) on the moisture chamber side can receive the tile (84) and is a contact surface. It is also possible to break down the water-repellent components that are attached by adhesives or water repellents.

Engraving (no changes to the content) Fig, 2c Fig, 5a Fig, 15a Fig, 15b Supplementary Procedures (Method) Commissioner of the Patent Office ■Display of incident PCT/DE 83100208 2. Name of the invention Structural system for lining and partitioning rooms 3, corrector Relationship to the incident: Patent applicant 5. Date of amendment order: Details of procedure amendment order sent on November 27, 1988 Structural system for lining and partitioning rooms The present invention provides at least one A structural system for lining and partitioning a room with a ceiling and a floor. do. This system has walls and/or ceilings constructed from plate-shaped members; These parts are designed in the form of profile parts and have carriers on the ceiling and floor. The side line of these carriers has a tightening profile and these The contours include fastenings belonging to adjacent plate-shaped members to strengthen walls or ceilings. Connected to the contour.

Structural systems of the aforementioned type have already been described in German Patent No. 1.937,443 and in It is shown in Japanese Published Patent No. 2,340,909. However, this With conventional systems, double-walled carriers are difficult to manufacture and are difficult to manufacture. rate installations at high heights or when the system is built in a room subject to vibrations. had the disadvantage that the tightened contour could not be reliably maintained.

It is an object of the invention that under the stresses existing in such cases even double walls can be easily A structural system that can be built using a simple method and allows room partitioning to be done easily and inexpensively. The aim is to provide

According to the invention, the aim is to combine the following features into an international search report:

Claims (1)

[Claims] 1. A system for lining and partitioning a room having at least one ceiling and a floor. These elements are designed in the form of profile elements and have ceiling and floor surfaces. The side edges of these carriers have a fastening profile, which fastening profile connects to the fastening profile belonging to the adjacent plate-shaped part in order to strengthen the floor or ceiling. It is characterized by a combination of the following characteristics: namely: a) each member (40) (41) is itself supported in a well-known manner on a dog-beam-shaped base profile (37) (38) made of at least one profile member; The base contours (67) and (38) of (67) and (38) are arranged horizontally on the floor (35), and the base contours (67) and (38) of A U-shaped tightening profile (131) is formed on one of the long side lines of each wall member (40) (41), said profile being attached to said wall member on one side and extending from its U-shape. The shape tightening contour (131) K is an extension having an opening facing the surface of the plate. A long web (133) is arranged at right angles to this plane, in which case the clamping contour (131) is formed on the other long side edge of the wall element (40) (41) to be installed. Clamped into a locking profile (132), which locking profile consists of a retaining web (136) of a large U-shaped two-profile member (137), which retaining web (136) is parallel to the elongated web (133). The free lateral web (138) of said large profile member (137) is formed at its end part with an angular web' (139), which extends in the direction of said retaining web (136) \protrusion -3. In order to form this corner web (139) into a side web (138), its end web part (140) is aligned parallel to the retaining web and from this web the tightening profile (131) is formed. C) the length of the intermediate web (134) is positioned at a corresponding distance; The mounting contours (65) (64) connected to the rear are located at the top of the wall parts (40) (41). Said structural system, characterized in that the function of these attachment contours (63) (64) is to hold the ceiling element (48), located on the side border edge. The base profile (67) for the two-layer wall cut (41) is in the form of a single piece of sorted metal, cut to a suitable shape and designed to have an approximately U-shaped cross section. The wall member (41) is inserted between its side webs (112) (113), and the end portions of the side webs (113) associated with the metal envelope 1 (109) are arranged outwardly. Structural system according to claim 1, characterized in that the side webs (112) bent in the direction and associated with the insulating layer are arranged at an angle of more than 90' with respect to the intermediate web (114). . 3. The base profile (38) for the double-walled member (40) is approximately U-shaped in cross-section and consists of two profile members (54) located separated from each other by a transition member (50). , whose inner web (56) is at right angles to the bottom web (52) and whose outer web (51) is arranged at an angle of more than 90° to the bottom web (52). 2. A structural system as claimed in claim 1, characterized in that the structural system is arranged such that: 4. A tread (56) is placed on the underside of the pace contour (37) (38), which The structural system according to claim 2 or 3, characterized in that the treads (56) are attached to both the pace contour (671 (38)) and the floor surface (35). 5. Wall member (40) A connection with a U-shaped contour part (66) connected to (41) As a contour (63), a camping pin is attached to the ceiling side edge of the wall members (40) (41). The clamping contour (65) is located, and the tightening contour (42) for the ceiling member (48) is formed there. The structure system according to any one of claims 1 to 4: stem. 6. Ceiling retaining contours (67) are arranged at the ceiling side edge of the wall member (40) (1) as attachment contours (64) for retaining the ceiling member (48), and these ceiling retaining contours (67) ) consists of a U-shaped profile (68) connected to the wall elements (40, 41), on one of the edges (69) of this profile (68) a horizontal web (70) is formed. and may have an upright member (61) at its terminal part, on which an insulating member (71) is arranged as an underlay member for the ceiling member (48). 6. The structure/stem according to claim 1, wherein the insulating member (71) has a property of automatically extinguishing a fire in the event of a fire. 7. A rectangular/-human metal contour filled with an insulating layer (108), U-shaped bent portion molecules 118) (119) formed on each horizontal side (116) (N7) of this sort metal contour, and its vertical side ( 120) (1!1) The ceiling member is designed as a ceiling panel (115) consisting of L-shaped contour edge portions (122) (124) formed on each of the contour edge portions (122) and (124). The edge (122+) of (124) is a free end web (126) connected to the tightening member (126) of the adjacent ceiling panel (115) and the tightening member (124I) formed on the contour edge (124I). a web (125), characterized in that the tightening web (125) is bent outwardly on an end web (127) of one contour edge (124); Section 6 The structural system described in any of the above. 8 A mounting profile with a clamping contour and/or a locking profile is provided on the wall element (40) (41) in order to form a door opening (85) in the arrangement of the wall element (40) (41). , and/or located on the free transverse edge of the corner contour, to the mounting contour of which a door frame (9) (9a) drawn as a hollow contour is fastened; The frame (9) (9a) is formed with a contour projection (91), which is guided into the throughway for receiving the contour (15), which in the closed position said contour (15). Structure 7 stem according to any one of claims 1 to 7, characterized in that the doors (1) and (2) come into contact with each other. 9. The door (1) (2) shall be constructed of a continuous reinforcing frame (3 ) (4), said member (10) N1) having a portion with an opposite shape to form at least one groove (1 6), which comprises a door member (12) (13 ) to the door frame (9) (9a) with a continuous ring contour (14), said contour elements (10) (11) having an external metal envelope (5). (6+ (7) (81) is in contact with and is attached to the structural system according to claim 8.10 The reinforcing frame (3) (4) is a metal The structure/stem according to claim 9, characterized in that it comes into contact with the edge portions (17) (18) of the outer envelopes (5), (6), (7), and (8).11. 3) (4) shall have a cross-sectional profile of these marginal parts (17) and (18) of the metal outer envelope (5 > (6) (7) and (8)) located on the side of the recess of the door. 12. The structural system according to claim 9, characterized in that the metal outer envelopes (5) and (6) are attached to the edge of the door on the recess side of the door. 10. A structural system according to claim 9, characterized in that: 13 The reinforcing frame (3) (4) is attached to the edges of the metal outer envelope (5) (6) (7) (8) by a glue joint or a bending joint [21]. 13. A structure/stem according to claims 9 to 12, characterized in that it is attached to a wall. 144 The reinforcing frame (6) (4) is combined with the U-shaped window contour portion (22) (23). consisting of plate-shaped members (10) (11) of material cut into shapes of On one of the short edges (24) of the marked portions (22) (23), a portion (25) of the material (10) (11) is formed in a U-shape, and this portion ( 22) The web (27) on the long edge (26) of (23) is bent at a right angle. The structural system according to any one of claims 9 to 13, characterized in that Tem. 15. characterized in that the free web (28) and the web (27) of the U-shaped part (25) are attached to the metal outer envelope (5) (6) (7) (8); 15. The structural system according to item 1 or item 14. 16, characterized in that the intermediate web (60) of the U-shaped window contour part (22) and the inner web (29) of the U-shaped part (25) are attached to the metal outer envelope (5) (6). Scope of Claim 14. The structural system according to item 14. 17 The ceiling side attachment contour part It (88) is characterized in that it is attached to the ceiling member (48) by the camping contour (65) and the ceiling holding contour (67). The structural system according to paragraph 8. 18 In order to fix internal fittings etc., a plate part is attached to the mounting contour (92) (96). If the material is not attached, the contours (92) and (93) are made up of holes (96) (96a) regularly arranged in the frame (94) to retain the built-in parts. characterized by a box-shaped frame (94) with a web (95) formed on the - side and having a tightening profile (42) or a locking profile (43); Structure/stem according to any of paragraph 17. I9 In order to form a window in the wall elements (40) (41), these wall elements are composed of two vertical single contours (92) (93) and two horizontal multi-chamber contours, whose The two horizontal multi-chamber contours were designed as forces = ten rails (98) (99) and were replaced by the surrounding walls It (40) (41) with screw fasteners and built into the chamber (100). In order to connect the curtain in a movable manner to the mounting roller, longitudinal slots are provided in at least one part 1ffi (100) of the multi-chamber contour. (101) is formed, and the features of claims 1 to 18 The structure/stem described in any of the above. 20 The multi-chamber profile is equipped with a web-like locking stock to assist when installing f. The structure according to claim 19, characterized in that a loop (102) is formed. construction system. 21 A cover web (103) having a tapered edge portion (104) in cross section is formed on the multi-chamber contour and attachment contour (92'+(93)) of the curtain rail (98) (99), and these cover webs ( Structure 722 according to claim 20, characterized in that the inner corner (103) extends over the adjacent wall members (40) (41). is pressed onto and attached to the locking contour (132), locking the tightening contour N3 1) of the wall element (41) into the unoccupied tightening portion (144) of this locking contour (132). The structure/stem according to any one of claims 1 to 6, characterized in that the structure/stem is capable of 23 The corner profile (143) consists of a U-shaped base profile (145) which is pressed onto the U-shaped profile (137) of the locking profile (132) so that it tightens and tightens. The retaining web (147) that retains the contour (131) The extension side edge (146) of the base profile (145) of 23. A structure/stem as claimed in claim 22, characterized in that it is formed in the form of a. 24th? The wall member (41,) is placed at a right angle π to the first wall member (41), and the locking contour (132) on the plate member (130) of the first wall member (41) and the tightening contour N31). a torsion having a Z-shaped cross section for attachment to the first wall member; A tolerance compensating member f148) is provided, and the fastening profile (131) of the second wall member (41) is provided with this tolerance compensating member facing away from the first plate member (130). 24. Structural system according to claim 22 or 23, characterized in that it is pushed into an opening (149) of the material (148). 25, the second wall member (41) is placed perpendicularly to the first wall member (41), and between the locking contour (132) on the plate member (130) of the first wall member (41) and its tightening contour (131), for attachment to the first wall member. A material (154) is provided, which comprises a retaining edge (155) and has one end thereof The second wall element (41) is characterized in that the clamping contour (131) is formed at a right angle, against which the locking contour (132) of the second wall element (41) is pressed. A structural system according to claim 22 or 23. 26 The door frame (9) is designed as a frame attachment profile (157) (158), with a locking wheel (132) and a tightening profile (131) in each case at its ends on either side. The structural system according to any of claims 22 to 25, characterized in that it is formed in minutes (159), (160), (161), and (162). 27 Door frame (9a)! →, formed by the frame mounting contour (16) (164), which These frame mounting contours are in each case on either side a tightening contour (131) and a locking ring. a door stop contour (165) such that a contour (132) is formed and in each case on either side a locking contour (132) and a tightening contour (131) are formed; These frame mounting contours are connected to the riveted joints. (151) and bolted joint (156). The structural system according to any one of claims 22 to 25, characterized in that it is capable of: 28 In order to form a partition (169) in the wall elements (40) (41), a connecting element (171) is provided on the wall side (40) (4f), which connecting element has a tightening profile (131) is formed by a Z-shaped retaining member (170), which connects the clamping contour (131) of one wall member of the additional wall portion 1' (41) to the Z-shaped opening of this connecting member (171). into the part (149) and into the tightening contour (131) of one of the additional wall parts (41) and into the tightening contour (131) of this additional wall part U (41). Into the locking contour (132) of the other additional wall element (41) can be pushed. The structure/spring according to any one of claims 22 to 27, characterized in that: Tem. 29 The Z-shaped retaining element (170) with the tightening profile (131) of the play 1 member (130) of the first additional wall part (41) is connected to the bolted joint (156) or is characterized in that it is attached to that part by means of a riveted joint (151). The structure/stem according to claim 28. 30 A corner member (173) with an insulating part (182) in contact with the retaining web (179) is attached to the ceiling side end part (172) of the wall part U' (40) (41), and its insulating part A ceiling member (48) is attached to the ceiling member (182), and when the ceiling members (48) are butt-jointed, the edge contour (177) of one of the ceiling members (48) is aligned with the other member. The one that overlaps the other edge contour (178) of the ceiling member (48) Structure 31 system according to any one of claims 22 to 29, characterized in that in the lateral line portions (175) (176), edge contours (177) (178) are arranged according to the method.