CN217897124U - Keel frame is assembled fast to dado modularization - Google Patents

Abstract

The utility model discloses a keel frame is assembled fast to dado modularization, it includes: assemble fossil fragments section bar, assemble fossil fragments section bar and have the frame mouth that supplies the decorative board installation, the both sides of assembling fossil fragments section bar are public female complex right side concatenation limit and left side concatenation limit respectively, and the one end of the horizontal face on right side concatenation limit has first inserting groove, and the other end has first grafting limit, and the one end of the horizontal face on left side concatenation limit has the second grafting limit with first inserting groove interlock, and the other end has the second inserting groove with first grafting limit interlock. This assemble keel frame is the modularized design to a keel section bar is assembled as the main part to one, assembles the interlock structure through its public mother complex, assembles into keel frame fast with a plurality of pieces of keel section bars of assembling that have the same mosaic structure, thereby realizes high level and decides, high accurate delivery, and its installation is simple, quick, and reduces the process, also can should on the blank wall, simultaneously, also can dismantle the replacement to keel frame, decorative board, effectively practices thrift construction cost.

Description

Keel frame is assembled fast to dado modularization

Technical Field

The utility model relates to a wall fitment keel frame field especially indicates relates to a keel frame is assembled fast to dado modularization.

Background

The general process steps of the traditional indoor wall decoration comprise: the construction process is complex and tedious, and a decorating master with rich experience is required for construction. Therefore, the conventional wall finishing has the following defects: 1. the construction efficiency is low, decoration is affected by weather environment, and the previous procedure is required to be ensured to meet the construction requirement before entering the next procedure, so that the construction working time is longer, and the construction period is unstable; 2. the master hand skill is uneven, has no unified standard, and the decoration quality is difficult to guarantee, if: the wall surface is uneven and unsmooth, and has color difference or the coating cracks and the like; 3. the wall body is irreversibly damaged and lost every time of decoration, so that the difficulty of next construction is increased; 4. the wall surface is not durable, is easy to scrape and paint and is difficult to clean.

With the continuous innovation of the decoration field technology, a keel frame can be built and fixed on the wall surface, and then a veneer is laid on the keel frame to form a wall panel after decoration. Compared with the traditional wall decoration process, the process has the advantages that the damage to the wall surface can be reduced through the combination process of the keel frame and the veneer, the construction efficiency is accelerated, and the wall decoration style is easier to realize and is more variable. However, as the inventor knows, most of the keel frames used today are made of wood or light steel, and the plurality of wooden or light steel cross keels are arranged in a crisscross manner, and are fixed by bayonets, connectors or nailing and welding manners between the wood or light steel cross keels, so as to finally form an integral latticed keel frame. In practice, the latticed keel frame has the following defects. 1. The keel frame is laid by adopting a similar weaving method, so that the construction efficiency is not high; 2. the keel frame belongs to an integral structure, most of the finished wall surfaces are fixed and not changeable, if the decoration style needs to be changed, or the local wall surfaces are scratched and damaged, destructive dismounting and replacement are needed, and in severe cases, the wall surfaces can be replaced after the whole wall body is integrally damaged, so that the engineering quantity is large, and the generated cost is high; 3. the standard of hard-mounting construction is high, the leveling is difficult, if the ground or the wall surface is uneven, the wall panel is deformed and fluctuated, and the decoration landing effect is seriously reduced.

In view of the above, the inventor of the present invention has designed the related experience in the decoration field for many years, and has made the invention through many tests and improvements in consideration of the structural optimization of the product.

Disclosure of Invention

The utility model discloses an aim at solving the weak point that above-mentioned keel frame structure exists when putting up and laying, provide a keel frame is assembled fast to dado modularization.

In order to achieve the above object, the utility model relates to a keel frame is assembled fast to dado modularization, it includes: the method comprises the following steps: assemble fossil fragments section bar, assemble fossil fragments section bar and have the frame mouth that supplies the decorative board installation, the both sides of assembling fossil fragments section bar are public female complex right side concatenation limit and left side concatenation limit respectively, the one end of the horizontal face on right side concatenation limit have first inserting groove, the other end has first grafting limit, the one end of the horizontal face on left side concatenation limit has the second grafting limit with first inserting groove interlock, the other end has the second inserting groove with first grafting limit interlock.

As a dado modularization is assembled keel frame's preferred scheme fast, it still includes: put the thing subassembly, this rear end of putting the thing subassembly has one section grafting portion, has the bellied afterbody interlock portion that makes progress at the afterbody of grafting portion to and have the downside interlock portion of downward bellying at the anterior downside of grafting portion, assemble the fossil fragments section bar and have the crossbeam that constitutes the frame mouth, the middle part of crossbeam is equipped with the fossil fragments slot, and the inside of this fossil fragments slot has respectively with afterbody interlock portion, the afterbody interlock groove and the downside interlock groove of downside interlock portion cooperation interlock.

As a dado modularization is assembled keel frame's preferred scheme fast, it still includes: wall levelling mechanism, this wall levelling mechanism includes: wall connecting piece and wall adjusting screw, the wall connecting piece is fixed in the wall, the head of wall adjusting screw connects at the concatenation limit of assembling the fossil fragments section bar, and its screw thread section carries out threaded connection with the wall connecting piece to adjust through wall adjusting screw and assemble the distance between fossil fragments section bar and the wall.

As an optimal selection scheme for quickly assembling keel frames in a wall panel modularization, a groove frame is arranged on the back of the splicing edge on the right side, symmetrical clamping grooves are formed in two sides of a groove opening of the groove frame, and the head of a wall surface adjusting screw is clamped into the clamping grooves in the two sides to form connection.

As a dado modularization is assembled keel frame's preferred scheme fast, still include: ground leveling mechanism, this ground leveling mechanism includes: bearing base and ground adjusting screw, the lower extreme rigid coupling on bearing base and the concatenation limit of assembling the fossil fragments section bar, ground adjusting screw and bearing base threaded connection connect with the concatenation limit of assembling the fossil fragments section bar sky simultaneously to adjust through ground adjusting screw and assemble the distance between fossil fragments section bar and the ground.

As an optimal scheme for fast assembling the keel frame in a wallboard modularization manner, a veneer and a back connecting plate are respectively arranged in front of and behind a frame opening, the back connecting plate is fixedly arranged on the back of an assembled keel sectional material, and the veneer and the back connecting plate are connected through a plurality of connecting fasteners.

As a dado modularization is preferred scheme of keel frame of assembling fast, connect the fastener and include: the male buckle is provided with a buckling column, the upper portion of the buckling column is provided with an elastic spherical plug head with the diameter larger than that of the buckling column, the female buckle is provided with a buckling hole, a circle of protruding buckling ring for buckling the elastic spherical plug head is arranged in the buckling hole, and the male buckle behind the buckle can be repeatedly pulled out.

As a keel frame is assembled fast to dado modularization preferred scheme, still include: the splicing support column is provided with a column splicing edge, and the column splicing edge is provided with a splicing structure which is the same as the right side splicing edge or the left side splicing edge of the splicing keel sectional material.

As a dado modularization assembles keel frame's preferred scheme fast, the concatenation pillar is equipped with two pillar concatenation limits, and the two each other is 90 degrees angle settings.

Compared with the prior art, the utility model discloses keel frame builds the work piece of laying and all adopts the design of modularization piece, assemble keel section bar as the main part with the piece, set up public female complex right side concatenation limit and left side concatenation limit through the both sides assembling keel section bar, and utilize the grafting limit between the two, the inserting groove structure can carry out interlock concatenation characteristic, assemble keel section bar that the basis wall is required fast to be assembled into with a plurality of pieces have the same mosaic structure, and whole process of assembling, all work pieces are whole after the completion preface is tried to install in the mill, possible height is decided on the scene, high accurate delivery, its installation is simple, and fast, and reduce the process, also can directly construct the installation at the blank on the wall. Furthermore, the utility model discloses a keel frame can dismantle the replacement, if need change the fitment style, can iterate on former basis with new optimization, makes the dado system remove the condition of destructive demolising from under, to surface fabric, the replacement is updated to style substrate, effectively practices thrift construction cost.

Drawings

Fig. 1 is a general explosion diagram of the present invention.

Figure 2 is the utility model discloses a assemble fossil fragments section bar's block diagram.

Figure 3 is the utility model discloses a decorative board and assembly fossil fragments are connected the structure chart.

Fig. 4 is a general top cross-sectional view of the present invention.

Fig. 5 is a diagram of the structure of the laminate and the cross beam of the present invention.

Fig. 6 is a structural view of the ground leveling mechanism of the present invention.

Reference numerals: a-a first aluminum alloy frame; b-a second aluminum alloy frame; 1-frame opening; 2-veneer; 3, laminating the board; 4, an ornament hanging box; 5, a wall surface leveling mechanism; 6, a cross beam; 7-small frame opening; 8-a ground leveling mechanism; 9-back connection plate; 10, a wall surface; 11-right side splice edge; 12-a first splicing edge; 13-a first plug groove; 14-left side splicing edge; 15-a second plug groove; 16-a second plugging edge; 17-a groove frame; 18-a card slot; 19-fixing wall screws; 20-male buckle; 21-a stud; 22-elastic spherical plug; 23-a threaded post; 30-a plug-in part; 31-lower side engaging part; 32-caudal occlusal portion; 50-wall connectors; 51-wall surface adjusting screw; 60-keel slot; 61-tail bite groove; 62-lower engagement groove; 80-bearing base; 81-ground adjusting screw; 90-female buckle; 91-buckling holes; 92-connecting screw threads; 100-ground.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention clearer, the technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, however, the described embodiments are only some embodiments of the present invention, not all embodiments.

As shown in fig. 1 and 2, the utility model relates to a keel frame is assembled fast to dado modularization, its main part includes: the assembled keel section is an aluminum alloy frame, and takes two first aluminum alloy frames a and two second aluminum alloy frames b with the same structure in fig. 1 and fig. 2 as an example, two sides of the first aluminum alloy frame a are provided with a right side splicing edge 11 and a left side splicing edge 14, wherein the left side splicing edge structure is represented by the second aluminum alloy frame b. The right side splicing edge is provided with an outer right-angle surface, one end of a transverse surface of the outer right-angle surface is connected with an outer frame wall of the first aluminum alloy frame body, the outer frame wall is provided with a first upright extending edge, the first extending edge and the transverse surface of the outer right-angle surface form a first splicing groove 13, and meanwhile, the other end of the transverse surface of the outer right-angle surface is provided with a first splicing edge 12 perpendicular to the first extending edge and the transverse surface of the outer right-angle surface. The left side splicing edge 14 has an inner right-angle surface, the inner right-angle surface and the outer right-angle surface form a male-female matched splicing port, the left end of the transverse surface of the inner right-angle surface is provided with a second splicing edge 16 meshed with the first splicing groove 13, and the right end of the transverse surface is provided with a second splicing groove 15 meshed with the first splicing edge. Through the meshing structure of the splicing edges and the splicing grooves, the first aluminum alloy frame body a and the second aluminum alloy frame body b can be laterally meshed and assembled. In addition, the splicing edges and the splicing grooves can also be used as sliding rails and sliding grooves, so that the aluminum alloy frame bodies a and b can be spliced in a sliding splicing manner.

The interior of the first aluminum alloy frame body a is provided with a frame opening 1, the frame opening is used for installing a veneer 2 to form a wall protection plate of a basic wall surface, and three cross beams 6 are arranged in the frame opening, so that the frame opening is divided into a plurality of small frame openings 7 with different heights. Here, according to different needs, a plurality of small frame openings can be evenly divided, and each small frame opening can be provided with the same or different decorative panels 2 to be used as the wall panels.

As shown in fig. 3 and 4, taking the second aluminum alloy frame b as an example, a veneer 2 is provided on the front surface of the small frame opening 7, and the veneer is made of wood-faced corrugated plywood. The back of the small frame opening is provided with a back connecting plate 9 which is framed by the back of the second aluminum alloy frame body b or can be fastened by screws. Connect through four connection fasteners when between decorative panel 2 and the back connecting plate 9, these four connection fasteners are rectangle evenly distributed and set up. In addition, the connecting fasteners can be also arranged in three numbers and are distributed in a triangular shape.

Further, the above-mentioned connecting fastener includes: male buckle 20 and female buckle 90. The male buckle is provided with a buckling column 21, the upper part of the buckling column is provided with an elastic spherical plug 22 or an elastic umbrella-shaped plug, the diameter of which is larger than that of the buckling column, and the lower part of the buckling column is provided with a threaded column 23. The bottom surface of box 90 has one and detains hole 91, detains the protruding buckle that the downthehole round supplied the globular chock plug buckle of elasticity that is equipped with, and the two is through filling in interference mode lock, and the pin thread after the lock can also be dialled the lock repeatedly, in addition, the surface of box still has connecting thread 92. When this pin thread and box used, threaded connection fastens is carried out with the back of decorative board to the pin thread, and simultaneously, the box that corresponds with the pin thread carries out threaded connection fastening through its connecting thread and back connecting plate, then aims at the corresponding box of back connecting plate respectively with each pin thread of decorative board, and the lock is exerted oneself, accomplishes the connection. When the veneer is pulled out, the veneer is pulled out forcibly by using a sucking disc. Through this connecting fastener can not change under the original fitment frame condition, directly dismantle the replacement to the decorative board, realize the dado on quick replacement keel frame surface, its convenient operation, simple, swift.

In another embodiment (not shown), the connecting fastener comprises: a male buckle and a female buckle. The male buckle is provided with a buckle column, the upper part of the buckle column is provided with a spheroid with the diameter larger than that of the buckle column, and the lower part of the buckle column is provided with a threaded column. The bottom surface of the female buckle is provided with a buckling hole, the periphery of the buckling hole is provided with a buckling part for the spherical body to buckle, the female buckle and the spherical body are buckled in a pressing-in mode, and the buckled male buckle can be pulled out forcibly. In addition, the surface of the female button is also provided with connecting threads.

As shown in fig. 1 and 5, the present invention further includes: the object placing component can be a laminate 3, an ornament hanging box 4 or a storage cabinet and the like. As will be described below with reference to the example of a laminate, the laminate has a section of the insert 30 at the rear end, an upwardly projecting rear engaging portion 32 at the rear of the insert, and a downwardly projecting lower engaging portion 31 at the front underside of the insert. The middle part of the surface of the beam 6 of the frame opening is provided with a keel slot 60 which corresponds to the inserting part 30 of the laminate, and the inside of the keel slot is respectively provided with a tail occlusion groove 61 and a lower occlusion groove 62 which are engaged with the tail occlusion part and the lower occlusion part in a matching way. When the laminate is installed, the inserting part of the laminate is inserted into the keel slot 60 of the cross beam 6, and then the tail engaging part and the lower side engaging part of the inserting part are respectively engaged and connected with the tail engaging groove and the lower side engaging groove in the keel slot. If the plywood is dismantled, lift up the front end of plywood, make its downside interlock portion, afterbody interlock portion break away from behind downside interlock groove and the afterbody interlock groove in the fossil fragments slot, then take out the plywood can. Through the structure, different storage assemblies can be combined and matched on the keel frame at will, no professional is needed to drill and nail in the wall body, the connecting piece is used, the operation is convenient, simple and rapid, and the use is more flexible. In addition, the occlusion point between the laminate and the keel slot is a groove occlusion and is arranged in tandem, so that the bearing pressure on the laminate can be shared, the insertion part of the laminate and the tail occlusion part of the laminate are not easy to deform under pressure, and the connection is more stable. Moreover, the lower side occlusion groove can limit the movement of the lower side occlusion part and prevent the laminate from being directly pulled out.

As shown in fig. 1 and 4, the present invention further includes: and the wall surface leveling mechanisms 5 can be arranged according to the height of the assembled keel sectional material. The wall surface leveling mechanism is composed of a wall surface connecting piece 50 and wall surface adjusting screws 51, wherein the wall surface connecting piece 50 is a hardware fixing piece fixed on the wall surface 10 and is in a U-shaped hoop shape, and two sides of the hardware fixing piece are fixedly connected with the wall surface through wall fixing screws 19. The wall adjusting screw 51 passes through the right splicing edge 11 of the splicing keel sectional material and the wall connecting piece at the same time, and the head part of the wall adjusting screw is clamped on the right splicing edge and can only do rotary movement, while the thread section is in threaded connection with the wall connecting piece. When the horizontal plane of the assembled keel sectional material needs to be adjusted, the distance between the assembled keel sectional material and the wall surface can be adjusted only by screwing the wall surface adjusting screw, so that the protective wall formed by the assembled keel sectional material is ensured to be positioned on the same horizontal plane.

As shown in fig. 2 and 4, in a preferred embodiment, the back of the right splicing side 11 has a groove frame 17, the two sides of the groove frame have symmetrical clamping grooves 18, the head of the wall surface adjusting screw 51 can be clamped by the clamping grooves on the two sides, and the wall surface adjusting screw can be limited to rotate only.

As shown in fig. 1 and 6, the present invention further includes: ground leveling mechanism 8. This ground leveling mechanism includes: bearing base 80 and ground adjusting screw 81, the bearing base uses self tapping screw and assembles the lower extreme of the right side concatenation limit 11 of fossil fragments section bar and carries out the rigid coupling, and the head of ground adjusting screw supports with ground 100, and its screw thread section then carries out threaded connection with the bearing base, forms the air-joint with the right side concatenation limit of assembling the fossil fragments section bar simultaneously. The distance between the assembled keel sectional material and the ground is adjusted through the ground adjusting screw, so that the bottoms formed by the assembled keel sectional material are ensured to be positioned on the same horizontal plane.

The utility model discloses still include: the splicing support column (not shown in the figure) is applied to corner workpieces at corner positions, mainly splices the keel frames of two walls forming a right angle together, and plays a role in supporting and connecting corners. This concatenation pillar has pillar concatenation limit, and pillar concatenation limit has the mosaic structure the same with the right side concatenation limit or the left side concatenation limit of assembling keel section bar, and this mosaic structure can refer to fig. 2. Namely: pillar concatenation limit has outer right-angle face, and this outer right-angle face constitutes public female complex concatenation mouth with the interior right-angle face of the left side concatenation limit 14 of assembling the fossil fragments section bar to and the one end of the horizontal face of this outer right-angle face has the third inserting groove, and simultaneously, the other end of the horizontal face of right-angle face has the third grafting limit of vertically with it, and the third inserting groove of this department, third grafting limit can be assembled with the interlock of the second grafting limit 16 and the second inserting groove 15 on left side concatenation limit respectively.

Or the pillar splicing edge has an inner right-angle surface, the inner right-angle surface and the outer right-angle surface of the right splicing edge 11 of the spliced keel sectional material form a male-female matched splicing port, a fourth splicing edge is arranged at one end of the transverse surface of the inner right-angle surface, a fourth splicing groove is arranged at the other end of the transverse surface of the inner right-angle surface, and the fourth splicing edge and the fourth splicing groove at the position can be respectively spliced with the first splicing groove 13 and the first splicing edge 12 on the right splicing edge in an occluded mode.

Foretell concatenation pillar is equipped with two pillar concatenation limits, and the two each other is the setting of 90 degrees angles.

Based on the embodiments of the present invention, all other embodiments obtained by a person skilled in the art without creative efforts belong to the protection scope of the present invention.

Claims (9)

1. The utility model provides a keel frame is assembled fast to dado modularization which characterized in that includes: the assembling keel sectional material is provided with a frame opening for mounting a veneer, the two sides of the assembling keel sectional material are respectively a right side assembling edge and a left side assembling edge which are matched with a male and a female, one end of a transverse surface of the right side assembling edge is provided with a first inserting groove, the other end of the transverse surface of the left side assembling edge is provided with a first inserting edge, one end of the transverse surface of the left side assembling edge is provided with a second inserting edge meshed with the first inserting groove, and the other end of the transverse surface of the left side assembling edge is provided with a second inserting edge meshed with the first inserting edge.

2. A panel-modular rapid-assembling keel frame according to claim 1, further comprising: put the thing subassembly, the rear end that should put the thing subassembly has one section grafting portion, has the bellied afterbody interlock portion that makes progress at the afterbody of grafting portion to and have the bellied downside interlock portion that makes progress at the anterior downside of grafting portion, assemble the fossil fragments section bar and have the crossbeam that constitutes the frame mouth, the middle part of crossbeam is equipped with the fossil fragments slot, the inside of this fossil fragments slot have respectively with afterbody interlock portion, the afterbody interlock groove and the downside interlock groove of downside interlock portion cooperation interlock.

3. A panel-modular rapid-assembling keel frame according to claim 1, further comprising: wall levelling mechanism, this wall levelling mechanism includes: wall connecting piece and wall adjusting screw, the wall connecting piece is fixed in the wall, the head of wall adjusting screw connects at the concatenation limit of assembling the fossil fragments section bar, and its screw thread section carries out threaded connection with the wall connecting piece to adjust through wall adjusting screw and assemble the distance between fossil fragments section bar and the wall.

4. A panel-modularized rapid-assembling keel frame according to claim 3, wherein: the back of the right splicing edge is provided with a groove frame, two sides of a notch of the groove frame are provided with symmetrical clamping grooves, and the head of the wall surface adjusting screw is clamped into the clamping grooves on the two sides to form connection.

5. A panel-modular rapid-assembling keel frame according to claim 1, further comprising: ground leveling mechanism, this ground leveling mechanism includes: bearing base and ground adjusting screw, the lower extreme rigid coupling on bearing base and the concatenation limit of assembling the fossil fragments section bar, ground adjusting screw and bearing base threaded connection connect with the concatenation limit of assembling the fossil fragments section bar sky simultaneously to adjust through ground adjusting screw and assemble the distance between fossil fragments section bar and the ground.

6. A panel-modularized rapid-assembling keel frame according to claim 1 or 2, wherein: the front and the back of the frame opening are respectively provided with a veneer and a back connecting plate, the back connecting plate is fixedly arranged on the back of the assembled keel sectional material, and the veneer and the back connecting plate are connected through a plurality of connecting fasteners.

7. A panel modular quick connect keel frame as recited in claim 6, said connecting fasteners comprising: the male buckle is provided with a buckling column, the upper portion of the buckling column is provided with an elastic spherical plug head with the diameter larger than that of the buckling column, the female buckle is provided with a buckling hole, a circle of protruding buckling ring for buckling the elastic spherical plug head is arranged in the buckling hole, and the male buckle behind the buckle can be repeatedly pulled out.

8. A panel-modular rapid-assembling keel frame according to claim 1, further comprising: the concatenation pillar, this concatenation pillar have the pillar concatenation limit, and the pillar concatenation limit has the mosaic structure the same with the right side concatenation limit or the left side concatenation limit of assembling fossil fragments section bar.

9. A panel-modular rapid-assembling keel frame according to claim 8, wherein said assembling pillars have two pillar assembling edges which are arranged at an angle of 90 degrees.

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