阅读说明：本技术 一种装配式线槽地板结构 (Assembled wire casing floor structure ) 是由 丁欣欣 周东珊 丁泽成 许伟 蔡帅帅 于 2021-08-13 设计创作，主要内容包括：本发明提供了一种装配式线槽地板结构,该地板结构由多个模块单元构成,每个模块单元均包括调节脚、地板主体和线槽盖,相邻的模块单元之间通过地板主体的侧边拼接,所述的调节脚设置于所述地板主体底部并对地板主体进行支撑；所述的地板主体中部向下弯折凹陷形成沿地板主体长度方向的线槽,沿长度方向相互拼接的地板主体上的线槽相互连通；所述的线槽盖搭接于地板主体上表面并盖设于所述线槽的上方。该结构的线槽与地板主体一体成型,避免了额外线槽模块设置带来的施工不便的问题,提高了施工效率,并且通过线槽盖与平衡板的设计,使得整体结构更加平整,对调平的要求更低。(The invention provides an assembled wire casing floor structure which is composed of a plurality of module units, wherein each module unit comprises an adjusting pin, a floor main body and a wire casing cover, adjacent module units are spliced through the side edge of the floor main body, and the adjusting pins are arranged at the bottom of the floor main body and support the floor main body; the middle part of the floor main body is bent downwards and sunken to form wire grooves along the length direction of the floor main body, and the wire grooves on the floor main bodies which are spliced with each other along the length direction are mutually communicated; the wire groove cover is lapped on the upper surface of the floor main body and covers the wire groove. The wire casing and the floor main body integrated into one piece of this structure have avoided the inconvenient problem of construction that extra wire casing module set up and bring, have improved the efficiency of construction to through the design of wire casing lid and balance plate, make overall structure level more, the requirement to the leveling is lower.)

1. The utility model provides an assembled wire casing floor structure comprises a plurality of modular unit, and every modular unit all includes adjusts foot, floor main part and wire casing lid, splices its characterized in that through the side of floor main part between the adjacent modular unit: the adjusting foot is arranged at the bottom of the floor main body and supports the floor main body; the middle part of the floor main body is bent downwards and sunken to form wire grooves along the length direction of the floor main body, and the wire grooves on the floor main bodies which are spliced with each other along the length direction are mutually communicated; the wire groove cover is lapped on the upper surface of the floor main body and covers the wire groove.

2. A fabricated trunking floor structure of claim 1 wherein: the floor is characterized in that a clamping groove is formed in the upper surface of the floor main body, a clamping head is arranged on the wire casing cover, and the wire casing cover is installed on the floor main body through the matching of the clamping head and the clamping groove and covers the wire casing.

3. A fabricated trunking floor structure of claim 2 wherein: the wire slot cover comprises a first horizontal plate, a second horizontal plate and a transition plate which is longitudinally arranged, the second horizontal plate is arranged below the first horizontal plate, the side edges of the first horizontal plate and the second horizontal plate are integrally connected through the transition plate, and the second horizontal plate is provided with the clamping head which protrudes downwards; the wire casing cover is lapped on the upper surface of the floor main body through a second horizontal plate.

4. A fabricated trunking floor structure of claim 3 wherein: the middle part of the second horizontal plate is provided with a notch, the width of the notch is larger than that of the wire groove, the second horizontal plate is divided into two symmetrical second horizontal parts, and the side edge of the second horizontal part, which is close to the notch, is bent downwards to form the clamping head.

5. A slot floor installation structure according to claim 3, wherein: be equipped with the balance plate between the wire casing lid on two floor main parts of splicing each other along width direction, the balance plate overlap joint in floor main part upper surface, the upper surface of balance plate and the upper surface of first horizontal plate form integrative reference plane.

6. A fabricated trunking floor structure of claim 5 wherein: the side edge of the balance plate is abutted against the transition plate.

7. An assembled trunking floor structure of claim 6 wherein: two balance plates with the same width are arranged between the two wire groove covers on the two floor main bodies spliced with each other along the width direction, one side of each balance plate is abutted against the transition plate of the wire groove cover, and the other side of each balance plate is connected with the other balance plate.

8. A fabricated trunking floor structure of claim 1 wherein: the floor main body is a hollow plate, and the interior of the floor main body is divided into a plurality of cavities through partition plates.

9. A fabricated trunking floor structure of claim 1 wherein: the device also comprises a surface plate, wherein the surface plate is laid on the reference plane.

10. A fabricated trunking floor structure of claim 9 wherein: the surface plate is adhered to the reference plane through self-leveling glue.

Technical Field

The invention relates to an assembled wire slot floor structure, and belongs to the technical field of architectural decoration.

Background

With the wide-range use of electronic devices, the laying of supporting facilities such as power lines and data lines is a problem which must be considered. Normally, power lines and data lines are buried in the floor or wall and form an interface to the outside at a required position, and obviously, for laying and maintenance, the lines are not suitable for being buried in the ground or wall base material directly, otherwise, the ground or wall must be broken when disassembly and maintenance are needed, and irreversible influence is caused.

In order to solve the problems, in the prior art, a floor with a wire casing is generally adopted for wiring, when the floor is installed, a channel for wiring, namely the wire casing, is reserved, the wire casing is covered by a cover plate after the wiring is finished, and finally a surface layer is laid. For example, patent document No. CN200620073223.1 discloses a network floor with a wire groove and patent document No. CN200520074494.4 discloses a network raised floor with a wire groove, both of which form a wire groove by additionally connecting a member with a groove between adjacent floor bodies and enclose the wire groove by a wire groove cover. However, there is certain defect in above-mentioned scheme, the grooved component that additionally adds can exert an influence to the efficiency of construction on the one hand, and this component needs to pass through the fix with screw, and need use a large amount of this component when whole laying, obviously can prolong the engineering time greatly, from on the other hand because the wire casing lid need span two floor main parts and encapsulate the wire casing, when two floor main parts leveling is not punctual, the problem that the encapsulation is not hard up also can appear in the wire casing lid to enlarge the influence that the leveling is not accurate and bring.

Disclosure of Invention

In order to solve the problems, the invention provides an assembly type trunking floor structure, a trunking of the structure is integrally formed with a floor main body, so that the problem of construction inconvenience caused by arrangement of an additional trunking module is solved, the construction efficiency is improved, and the overall structure is smoother and the requirement on leveling is lower through the design of a trunking cover and a balance plate.

In order to achieve the purpose, the invention adopts the following technical scheme:

an assembled wire casing floor structure is composed of a plurality of module units, each module unit comprises an adjusting foot, a floor main body and a wire casing cover, adjacent module units are spliced through the side edge of the floor main body, and the adjusting foot is arranged at the bottom of the floor main body and supports the floor main body; the middle part of the floor main body is bent downwards and sunken to form wire grooves along the length direction of the floor main body, and the wire grooves on the floor main bodies which are spliced with each other along the length direction are mutually communicated; the wire groove cover is lapped on the upper surface of the floor main body and covers the wire groove.

The present invention forms the raceway groove in the middle of the floor main body, which is preferably a strip plate having a substantially rectangular planar shape, the strip plate having a length direction and a width direction, the raceway groove being formed along the length direction thereof. However, the floor main body of the present invention is not limited to the strip board, and may be a square board, in which case the linear direction of one side of the direction board is designated as the longitudinal direction, and the linear direction of the other side adjacent to the one side is designated as the width direction. The wire groove is formed by the configuration change of the middle part of the floor main body, the middle part of the floor main body is sunken downwards in a manner similar to stamping, and the wire groove is not dug on the floor main body.

In the prior art, the wire groove is formed between two floor main bodies, so that two sides of a wire groove cover are respectively lapped on different floor main bodies during packaging. The laying of the overhead floor usually needs to use the adjusting foot to level, and the use of the adjusting foot needs manual operation, obviously, the complete level and the height consistency among different floor main bodies are difficult to realize through the manual operation. When the leveling is flawed, there are multiple conditions, for example the floor main body height difference of both sides, can appear inclining during the installation of wire casing lid this moment, can't keep the horizontality, and for example again the floor main body of both sides is non-horizontality, and the side that its meets upwards perk a little, and wire casing lid can't all form stable overlap joint with the floor main body of both sides this moment. The wire groove cover does not need to span a plurality of floor main bodies, so that perfect fit between the wire groove cover and the floor main body where the wire groove cover is located can be guaranteed certainly, and the wire groove cover is not influenced by leveling.

The supporting mode of the adjusting foot can adopt the scheme in the prior art, namely the adjusting foot is attached to the lower surface of the floor main body through a horizontal supporting plate and is fixed by a screw, a connecting structure with internal threads is arranged on the horizontal supporting plate and is in spiral fit with a connecting rod with external threads, the horizontal supporting plate can move up and down by rotating the connecting rod, and further the height of the floor main body is changed. Preferably the present invention provides a novel support: a downward convex structure is formed on the lower surface of the floor main body, the convex structure comprises a lapping surface which is arranged on the water surface and faces downwards and two limiting surfaces which are positioned on the two sides of the lapping surface and are vertically arranged, and the limiting surfaces face outwards; the adjusting foot is provided with a supporting structure matched with the protruding structure, the supporting structure comprises a supporting surface which is horizontally arranged and faces upwards and two limiting matching surfaces which are positioned at two sides of the supporting surface and are vertically arranged, and the limiting matching surfaces face inwards; the protruding structures and the supporting structures are matched, so that the adjusting feet can be matched and fixed with the floor main body, and the specific leveling structures such as the connecting rods can be realized by adopting the prior art. The adjusting foot provided by the invention can reduce or avoid the use of screws and save the construction process.

Furthermore, the upper surface of the floor main body is provided with a clamping groove, the wire casing cover is provided with a clamping head, and the wire casing cover is installed on the floor main body through the matching of the clamping head and the clamping groove and covers the wire casing.

Furthermore, the wire casing cover comprises a first horizontal plate, a second horizontal plate and a transition plate which is longitudinally arranged, the second horizontal plate is arranged below the first horizontal plate, the side edges of the first horizontal plate and the second horizontal plate are integrally connected through the transition plate, and the second horizontal plate is provided with the clamping head which protrudes downwards; the wire casing cover is lapped on the upper surface of the floor main body through a second horizontal plate.

Furthermore, a notch is formed in the middle of the second horizontal plate, the width of the notch is larger than that of the wire groove, the second horizontal plate is divided into two symmetrical second horizontal parts, and the side edge of the second horizontal part, which is close to the notch, is bent downwards to form the clamping head.

The overlap joint between the wire casing lid and the floor main body can refer to the scheme among the prior art, set up the overlap joint groove that links as an organic whole and the degree of depth equals wire casing lid thickness with the wire casing respectively promptly in wire casing both sides, and the wire casing lid adopts general dull and stereotyped structure, and both sides overlap joint respectively in setting up the overlap joint groove that forms to form stable cooperation, and the upper surface of wire casing lid and floor main body upper surface keep at same horizontal plane, can not form to stick up protrudingly. The disadvantage of this scheme lies in, when the circuit that arranges in the wire casing formed the extrusion to the wire casing lid of top, the wire casing lid does not have longitudinal restraint structure, consequently very easily by jack-up, and this kind of mode can reduce the holding capacity of wire casing to a certain extent in addition for the upper limit that the circuit was arranged reduces. The invention preferably adopts a wire casing cover with a special structure, the wire casing cover is clamped on the floor main body through the matching of the clamping head and the clamping groove, thereby improving the stability, further preferably, the wire casing cover can adopt a double-layer plate design, the first horizontal plate at the upper layer is used for supporting the upper structure, the second horizontal plate at the lower layer is used for being attached with the floor main body at the lower part, a gap is formed in the middle part of the second horizontal plate, and a cavity between the first horizontal plate and the second horizontal plate is communicated with the wire casing through the gap, thereby the wire casing can additionally increase the space between the first horizontal plate and the second horizontal plate when calculating the accommodation capacity. In order to improve the force strength of the wire chase cover, it is preferable that the first horizontal plate is further provided with a bending-prevention protrusion, the bending-prevention protrusion is a downward convex structure formed by the first horizontal plate in a manner similar to punching, the bending-prevention protrusion protrudes from a lower surface of the first horizontal plate toward an upper surface of the second horizontal plate and comes into contact with the second horizontal plate or forms a small gap with the second horizontal plate, and when the first horizontal plate is pressed downward, the bending-prevention protrusion abuts against the second horizontal plate so that the first horizontal plate is supported. Likewise, the term "stamping" is used here only as a descriptive term, the bending-prevention protrusions usually being formed by means of a die. Furthermore, in order to improve the strength of the wire groove cover, the wire groove cover can be further provided with stamping ribs, the stamping ribs are arranged along the width direction of the wire groove cover, and the plurality of stamping ribs are uniformly distributed along the length direction of the wire groove cover. In addition, in order to facilitate the disassembly of the wire casing cover, the middle parts of the two ends of the wire casing cover are horizontally and inwardly contracted to form a disassembly opening, and when the two wire casing covers are connected end to end, the wire casing cover can be disassembled through the disassembly opening.

Further, a balance plate is arranged between the wire groove covers on the two floor main bodies spliced with each other in the width direction, the balance plate is lapped on the upper surface of the floor main body, and the upper surface of the balance plate and the upper surface of the first horizontal plate form an integrated reference plane.

Because the wire casing cover with a special structure adopted by the invention is convex compared with the upper surface of the floor main body, a balance plate is required to be arranged to form a reference plane, and the reference plane is used for further laying an upper layer structure.

Further, the side edge of the balance plate is abutted with the transition plate.

Furthermore, two balance plates with the same width are arranged between the line slot covers on the two floor main bodies which are mutually spliced along the width direction, one side of each balance plate is abutted against the transition plate of the line slot cover, and the other side of each balance plate is connected with the other balance plate. The balance plate arranged between the line groove covers on the two floor main bodies spliced mutually along the width direction can be a complete single plate, the single plate spans over the two floor main bodies, the two sides of the single plate respectively form butt joints with the line groove covers on the two floor main bodies, and the design of the two plates can also be adopted, and the two plates are respectively lapped on the floor main body on one side and are mutually butted. The advantage of using the latter is that the modular units are more independent, which facilitates the maintenance of the single modular unit, and when the modular units are arranged close to the wall, the veneer in the first scheme is obviously too wide, and half of the veneer needs to be cut off to realize the attachment of the modular units to the wall, so the latter scheme has higher flexibility in construction.

Furthermore, the floor main body is a hollow plate, and the interior of the floor main body is divided into a plurality of cavities through partition plates.

The device further comprises a surface plate, and the surface plate is laid on the reference plane. The surface plate herein is merely an upper layer structure laid on a reference plane, and the structure is not limited to a hard plate-like structure such as a common floor, and may be replaced with a soft surface material such as a carpet.

Further, the surface plate is adhered to the reference plane through self-leveling glue. When the self-leveling construction is carried out, the notch structures formed on the first horizontal plate by the bending-preventing bulges and the stamping ribs are preferably filled with the self-leveling glue, and the hollowing is avoided.

In summary, the following beneficial effects can be achieved by applying the technical scheme of the invention:

1. the wire groove is formed in the middle of the floor main body, the wire groove does not need to be additionally provided with a wire groove module, but is integrally formed when the floor main body is extruded and formed, so that the complex procedures of the wire groove module during installation are avoided, the use of screws is reduced, the construction efficiency is improved, and the cost is reduced to a certain extent.

2. The wire groove cover is formed in the middle of the floor main body, so that the wire groove cover does not need to span a plurality of floor main bodies to package the wire groove, and the wire groove cover is higher in stability when being installed on the floor main body and is not easy to loosen, skew and the like.

3. The wire groove cover used in the invention has high structural strength and strong bearing capacity, is not easy to deform, can be connected with the floor main body through the clamping head, and is not easy to loosen, and the double-layer wire groove cover can also improve the accommodation capacity of the wire groove to a certain extent.

Drawings

FIG. 1 is a perspective view of the overall structure of the present invention;

FIG. 2 is a side view of the present invention;

FIG. 3 is a schematic view of a partial structure of a slot cover and a slot according to the present invention;

in the figure, 1-a floor main body, 2-a line groove cover, 3-an adjusting foot, 4-a balance plate, 5-a plane plate, 11-a line groove, 12-a clamping groove, 21-a clamping head, 22-a first horizontal plate, 23-a second horizontal plate and 24-a transition plate.

Detailed Description

The present invention will be further described with reference to the following examples and the accompanying drawings.

Examples

As shown in fig. 1 to 3, the invention provides an assembly type trunking floor structure, which comprises a plurality of floor main bodies 1, wherein the floor main bodies 1 are erected above the adjusting feet 3, the plane shape of each floor main body 1 is rectangular, the middle parts of the floor main bodies are sunken downwards and form trunking 11 along the length direction, the floor main bodies are spliced with each other, and trunking between two adjacent floor main bodies along the length direction is communicated with each other. The upper part of the floor main body is also provided with a wire casing cover 2, the wire casing cover is arranged above the wire casing, and the wire casing covers and encapsulates the wire casing by splicing the plurality of wire casing covers end to end. Between two floor main parts that meet on width direction, because the existence of wire casing lid, formed a sunk area between two rows of wire casing lids, install two balance boards 4 in this sunk area, the width of balance board 4 equals the distance of wire casing lid's side to floor main part side, 4 side cover board looks butt of each balance board, the opposite side and another balance board butt, and balance board upper surface and apron upper surface are located same horizontal plane to form a reference plane. And a surface plate 5 is finally arranged above the reference plane, and the surface plate can be made of various materials such as a carpet, a coiled material floor, a wood floor and the like.

Specifically, adjust the foot and include a base, install a connecting rod of outband screw thread on the base perpendicularly, the upper end spiral cover of connecting rod is equipped with a backup pad, and the backup pad includes a horizontal plate and sets up two vertical boards in the horizontal plate both sides, and the upper surface of horizontal plate and the medial surface of vertical board form the cooperation profile of a character cut in bas-relief shape. It is relative, floor main body's floor downward protrusion has the bulge of cross-section for the rectangle, the bulge have with the corresponding joint profile of cooperation profile, adjust the foot and install in floor main body through the cooperation of cooperation profile and joint profile and form relatively stable connection, simultaneously, link up the connecting hole of floor main body about still being equipped with on the bulge, the connecting rod can insert to the connecting hole in, specifically, the connecting rod upper end is equipped with can with screwdriver complex structure, can insert the screwdriver to the connecting hole from the top of connecting hole when adjusting level, and make screwdriver and connecting rod upper end form the cooperation, screw the screwdriver afterwards, make the relative backup pad of connecting rod rotate, thereby apron backup pad and floor main body's height.

The wire casing lid is including being located the first horizontal plate on upper strata and being located the second horizontal plate on lower floor, and first horizontal plate passes through the vertical cab apron that passes through of side with the second horizontal plate and forms the connection. The second horizontal plate comprises a left second horizontal part and a right second horizontal part, a gap is formed between the two second horizontal parts, the cavity between the first horizontal plate and the second horizontal plate is communicated with the wire groove below the first horizontal plate through the gap into a whole, and the inner side edge of the second horizontal part is bent downwards to form a clamping head. And the wire groove cover is arranged on the floor main body through the connection of the clamping grooves and the clamping heads. In addition, still be equipped with two on the first horizontal plate of line slot lid and buckle the shaping and prevent the arch of bending, prevent that the arch is by first horizontal plate lower plane towards the last plane protrusion of second horizontal plate, prevent that the bellied top of bending is close the upper surface of second horizontal plate, can obtain the holding power from second horizontal plate department through preventing the arch when making first horizontal plate pushed down. Still be equipped with a plurality of punching ribs on the wire casing lid, the punching rib is along the width direction setting of wire casing lid, and a plurality of punching rib eye wire casing lid length direction evenly arranges.

The following provides a specific construction method of the present invention: firstly, preparing a floor main body which is made of stone plastic, and forming the structure in the embodiment by an extrusion method; a hole digger is used for arranging connecting holes at the positions of the floor main body provided with the convex parts, and the distance between the connecting holes can be adjusted according to actual requirements; the adjusting pin is arranged at the connecting hole, so that the connecting rod of the adjusting pin is inserted into the connecting hole, and the supporting plate is matched with the protruding part; screwing the connecting rod by using a screwdriver from the upper part of the connecting hole to change the heights of the supporting plate and the floor main body so as to level; after wiring is carried out in the wire slot, the wire slot cover is arranged above the wire slot, and the wire slot is packaged; laying a balance plate between the wire slot covers to enable the upper surfaces of the wire slot covers to represent a reference plane integrated with the upper surfaces of the matching plate structures; the strength of the surface plate is paved on the reference plane, the surface plate is paved by using a glue pasting method, glue is automatically leveled into the grooves of the bending-preventing bulges and the stamping ribs in the specific treatment process, gaps are filled, and the surface plate is prevented from being damaged due to hollowing.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and alterations can be made without departing from the principles and spirit of the invention, and these changes, modifications, substitutions and alterations should also be construed as being within the scope of the invention.