CN206070988U - Receive seam part and moulding piece interface structure - Google Patents

Abstract

This utility model provides a kind of receipts and stitches part and moulding piece interface structure, and receipts seam part includes receiving seam curved surface and interface arrangment, and the interface arrangment stitches curved vertical with corresponding receipts, and its width is less than the width for receiving seam curved surface；The interface arrangment is used to make the seam part of receiving be fixed on holding firmware by snap fit, and the seam part of receiving is brought into close contact with the moulding.This utility model also provides a kind of moulding piece interface structure that part is stitched comprising the receipts.The moulding piece interface structure received seam part and part is stitched using the receipts of the present utility model, the piece leakiness that can solve to occur when carrying out and receive seam splicing to the moulding of external corner, inner corner trim and splicing in prior art, the problems such as easily come off.

Description

Receive seam part and moulding piece interface structure

Technical field

This utility model is related to building decoration field, more particularly to it is a kind of positioned at indoor drift angle for connecting two decorations Lines or linking decorative line and metope, and receive close-connected with body of wall stitches part, and the moulding comprising receipts seam part Piece interface structure.

Background technology

Furnishing fields indoors, the moulding of the drift angle between furred ceiling face and metope be most commonly seen decorating structure it One.So-called moulding, is industry idiom, really the section bar of the strip between furred ceiling face and metope, can be stone Cream line, making wood twig, engineering plastics etc..It can cover the obvious border between top surface and metope, act on decoration.

During interior decoration, often there is the situation that there is inner corner trim or external corner between two face walls.So-called inner corner trim, that is, fall in Corner；So-called external corner, that is, the corner for protruding.As external corner, inner corner trim are three faces junctional areas of top surface, two metopes, two Mutually perpendicular moulding is in external corner or the position of inner corner trim, it is especially desirable to carry out the joint treatment of external corner or inner corner trim, can just make Obtain the moulding perfection split of whole drift angle.Further, since on-site actual situations, only need to install dress in a metope sometimes Ornamental thread bar, it is sometimes desirable to which two sections of mouldings are stitched together, it is also desirable to process between moulding, moulding with it is vertical Metope between receipts seam problem.

But, for above-mentioned three kinds of field conditions, the receipts seam of existing drift angle moulding is processed, and is to enter lines mostly Row sharping or right angle are being spliced, then are smeared with seam cream is received, and the joint filling for carrying out the later stage is processed.This handicraft to workman is required It is higher, otherwise easily there is piece leakiness, receipts seam cream and smear uneven problem；After life-time service, moulding with decoration Seam between lines, between moulding and vertical wall is easily split, and affects the attractive in appearance of decoration.And, such as The angle of fruit cutting is mismatched with body of wall trend, and the seam of the moulding at inner corner trim, external corner is also easy to bloat or comes off, and causes Receive the quality problems of seam.

Therefore, it is necessary to providing a kind of receipts stitches part, which can be closely connected with connected moulding, also tight with body of wall Connection, so as to solve the problems, such as that seam crossing is easily tilted or come off；And be necessary to provide the decoration that can solve the problem that the problems referred to above Lines piece interface structure.

Utility model content

In view of this, this utility model provides a kind of receipts and stitches part, and which can be closely connected with connected moulding, also Closely it is connected with body of wall, so as to solve the problems, such as that seam crossing is easily tilted or come off；This utility model also provides a kind of including should Receive the moulding piece interface structure of seam part.

The receipts seam part of the moulding that this utility model is provided, including receive seam curved surface and interface arrangment, the interface arrangment Seam curved vertical is received with corresponding, its width is less than the width for receiving seam curved surface；The interface arrangment is used to stitch described receipts Part is fixed on holding firmware by snap fit, and the seam part of receiving is brought into close contact with the moulding.

According to one embodiment of the present utility model, the interface arrangment of the receipts seam part includes clamping vertical plane and is located at The clamping of the clamping vertical plane both sides is raised；The size phase of spacing and the holding firmware for engaging therewith between the clamping projection Match somebody with somebody.

According to one embodiment of the present utility model, the clamping projection is stretched out by the clamping vertical plane two ends, that This is opposite.

According to one embodiment of the present utility model, the clamping is raised to have hyphen and the clamping vertical plane between Block, the hyphen block are extended out from the clamping vertical plane and vertical with the clamping vertical plane or in the angle within ± 15 °.

According to one embodiment of the present utility model, the clamping is raised to be located at the perpendicular away from the clamping of the hyphen block The one end in face, and the clamping is raised toward each other, concaved, and forms upper and lower ratcheting shape.

According to one embodiment of the present utility model, the clamping is raised parallel with the clamping vertical plane, the hyphen block, The clamping vertical plane and the clamping are raised, and three forms draw-in groove, for the interface arrangment is engaged with the holding firmware.

According to one embodiment of the present utility model, interface arrangment is stated also with the ribs vertical with clamping vertical plane.

Phenyl one embodiment of the present utility model, receipts seam part include that mutually perpendicular two are received seam curved surface, mutually Two vertical interface arrangments, and interface arrangment and corresponding receipts seam curved vertical.

This utility model provide comprising above-mentioned receipts stitch part moulding piece interface structure, it include moulding, Leveling part, holding firmware, receipts seam part, the leveling part are fixed on body of wall, and the holding firmware is fixed on leveling part surface, the dress Ornamental thread bar is fixed on the holding firmware with snap fit；The seam part of receiving includes receiving seam curved surface and interface arrangment, the clamping Structure receives seam curved vertical with corresponding, and its width is less than the width for receiving seam curved surface；The interface arrangment is described for making Receive seam part to be fixed on holding firmware by snap fit, and the seam part of receiving is brought into close contact with the moulding.

According to one embodiment of the present utility model, the leveling part includes parent part and component, parent part include base with it is outer Wall is provided with the centrally disposed installing hole of externally threaded cylinder-like structure, the base and cylinder-like structure；The component is cylinder Shape structure, inner side are provided with the external screw thread rotating clutch of female thread and parent part, arrange cross recess, to position at the top of component.

According to one embodiment of the present utility model, the holding firmware include for install stationary plane, hyphen block and Clamping is raised, and the hyphen block is positioned at least one end of stationary plane and vertical with stationary plane, and the clamping is raised positioned at described short The side away from the stationary plane of horizontal block.

According to one embodiment of the present utility model, the clamping of the holding firmware is raised toward each other, inwardly protruding, shape Into upper and lower ratcheting shape.

According to one embodiment of the present utility model, the clamping of the holding firmware is raised toward each other, by the hyphen block, Stationary plane stretches out respectively, and forms enclosed construction with hyphen block, stationary plane.

According to one embodiment of the present utility model, the clamping projection of the holding firmware is stretched out by hyphen block, and with Stationary plane is parallel or in the angle within ± 15 °.

According to one embodiment of the present utility model, in the moulding piece interface structure, the moulding bag Include clamping vertical plane, hyphen block and clamping raised, the hyphen block extends out from clamping vertical plane, and vertical with clamping vertical plane.

Further, the clamping it is raised respectively positioned at the hyphen block extended out from wire stock the other end, and Toward each other, to internal gearing.

In this utility model one embodiment, the spacing of two hyphen blocks of above-mentioned moulding with two of holding firmware The raised pitch match of clamping.

In another embodiment of the present utility model, the clamping projection, clamping vertical plane and hyphen block, three are constituted Draw-in groove is pushed, the width that this pushes draw-in groove is identical with the thickness that clamping is raised, and the section width raised with the clamping of holding firmware Degree is identical.

Compared with prior art, seam part of receiving of the present utility model adopts interface arrangment so that the receipts seam part is by engaging Mode is fixed on holding firmware, and the seam part of receiving is brought into close contact with the moulding.Such benefit is, decorative thread At the joint or external corner of bar, inner corner trim, it is firm, difficult for drop-off to receive seam, and is brought into close contact with moulding, it is to avoid with tradition The method such as gluing hold caducous problem.Meanwhile, method of the present utility model use the mode of purely mechanic physics be engaged, Engaging, pressing etc., adhesion is big, and moulding, receipts seam part, are fixed by the engaging of frame for movement, installation side Just, simply.

Therefore, said method can be closely connected with connected moulding, also closely be connected with body of wall, can be effective Solve the problems, such as that seam crossing of the prior art is easily tilted or come off.

Described above is only the general introduction of technical solutions of the utility model, in order to better understand skill of the present utility model Art means, and being practiced according to the content of description, and in order to allow above and other purpose of the present utility model, feature Can become apparent with advantage, below especially exemplified by preferred embodiment, and coordinate accompanying drawing, describe in detail as follows.

Description of the drawings

The moulding piece interface structure schematic diagram of the first embodiment that Fig. 1 is provided for this utility model.

Structural representations of the Fig. 2 for leveling part in the moulding piece interface structure of this utility model first embodiment.

Structural representations of the Fig. 3 for holding firmware in the moulding piece interface structure of this utility model first embodiment.

Fig. 4 shows for the side structure of moulding in the moulding piece interface structure of this utility model first embodiment It is intended to.

Structural representations of the Fig. 5 for the receipts seam part of this utility model first embodiment.

Structural representations of the Fig. 6 for the receipts seam part of this utility model second embodiment.

Structural representations of the Fig. 7 for the receipts seam part of this utility model 3rd embodiment.

Generalized sections of the Fig. 8 for the moulding piece interface structure of this utility model fourth embodiment.

Partial enlarged drawings of the Fig. 9 for the moulding piece interface structure of this utility model fourth embodiment.

Structural representations of the Figure 10 for the holding firmware in the moulding piece interface structure of this utility model fourth embodiment Figure.

Figure 11 shows for the structure of the moulding in the moulding piece interface structure of this utility model fourth embodiment It is intended to.

Structural representations of the Figure 12 for the receipts seam part of this utility model fourth embodiment.

Receipts seam part structural representations for external corner of the Figure 13 for the 5th embodiment of this utility model.

Figure 14 stitches scheme of installation of the part in external corner for the receipts for external corner of the 5th embodiment of this utility model.

Structural representations of the Figure 15 for the receipts seam part of this utility model sixth embodiment.

Generalized sections of the Figure 16 for the moulding piece interface structure of the 7th embodiment of this utility model.

Structural representations of the Figure 17 for the holding firmware in the moulding piece interface structure of the 7th embodiment of this utility model Figure.

Figure 18 shows for the structure of the moulding in the moulding piece interface structure of the 7th embodiment of this utility model It is intended to.

Structural representations of the Figure 19 for the receipts seam part of the 7th embodiment of this utility model.

Structural representations of the Figure 20 for the receipts seam part for external corner of the 8th embodiment of this utility model.

Structural representations of the Figure 21 for the receipts seam part for inner corner trim of the 9th embodiment of this utility model.

Specific embodiment

Further to illustrate that this utility model is to reach technological means and effect that predetermined utility model purpose is taken, Below in conjunction with accompanying drawing and preferred embodiment, this utility model is described in detail as follows.

This utility model provides a kind of receipts seam part of moulding, and its general idea is：The receipts seam part includes receiving seam curved surface With interface arrangment, the interface arrangment and corresponding receipts seam curved vertical, its width is less than the width for receiving seam curved surface；It is described Interface arrangment is used to make the seam part of receiving be fixed on holding firmware by snap fit, and makes described receipts stitch part and the decoration Lines are brought into close contact.Further, the profile of the receipts seam curved surface is configured according to the profile of the architectural surface of moulding, and And be brought into close contact with the architectural surface of moulding.

The sectional dimension for receiving the interface arrangment of seam part is consistent with the sectional dimension of the moulding.The interface arrangment with The non-viewable portion laminating for receiving seam curved surface is integral.The receipts seam curved surface for receiving seam part protrudes from the side of its interface arrangment and protects Suitable difference is held, normal construction error is met.

The interface arrangment includes that clamping vertical plane and the clamping positioned at the clamping vertical plane both sides are raised；The clamping is convex The size of spacing and the holding firmware for engaging therewith between rising matches.In one embodiment, the clamping projection is by institute State clamping vertical plane two ends to stretch out, toward each other.In another embodiment, the clamping is raised with the clamping vertical plane Between there is hyphen block, the hyphen block is extended out from the clamping vertical plane and vertical with the clamping vertical plane or in ± 15 ° Within angle.In one embodiment, the clamping it is raised be located at the hyphen block away from the one of the clamping vertical plane End, and the clamping is raised toward each other, concaved, and forms upper and lower ratcheting shape.In another embodiment, the card Connect raised parallel with the clamping vertical plane, the hyphen block, the clamping vertical plane and the clamping are raised, three forms card Groove, for the interface arrangment is engaged with the holding firmware.

In order to strengthen the stability and intensity of interface arrangment, the interface arrangment is also with the reinforcement vertical with clamping vertical plane Rib.

In addition, to coordinate splicing, external corner, three kinds of different use occasions of inner corner trim, the receipts seam part to be also classified into splicing and receive seam Part, external corner are received seam part and receive seam three kinds of different shapes of part with inner corner trim.When for inner corner trim, external corner, the receipts seam part includes hanging down mutually Straight two receive seam curved surface, mutually perpendicular two interface arrangments, and interface arrangment and corresponding receipts seam curved vertical.

This utility model also provides a kind of moulding piece interface structure that part is stitched comprising above-mentioned receipts, specifically, its Including moulding, leveling part, holding firmware, receipts seam part, the leveling part is fixed on body of wall, and the holding firmware is fixed on leveling Part surface, the moulding are fixed on the holding firmware with snap fit；The seam part of receiving includes receiving seam curved surface and clamping Structure, the interface arrangment receive seam curved vertical with corresponding, and its width is less than the width for receiving seam curved surface；The clamping knot Structure is used to make the seam part of receiving be fixed on holding firmware by snap fit, and makes the receipts seam part tight with the moulding Closely connected conjunction.The all of above structure for receiving seam part, can be used in the moulding piece interface structure.

Fig. 1 is referred to, is the moulding piece interface structure schematic diagram of first embodiment of the present utility model.In the reality Apply in example, need solve be between moulding and vertical body of wall or two same directions on moulding between Piece problem.The moulding piece interface structure 100 is plug-in type, including moulding 110, leveling part 120, holding firmware 130th, wallboard 140, receipts seam part 150.Wherein as shown in figure 1, the leveling part 120 is fixed on body of wall 160, the holding firmware 130 are fixed on 120 surface of leveling part, and the moulding 110 is engaged so as to be fixed with multiple holding firmwares 130；The spelling Receive seam part 150 to coordinate with moulding 110, for connecting the body of wall of vertical direction and moulding 110 or being connected two Moulding on same wall drift angle, and cause to receive seam closely and fix, it is similar to the effect of hasp.

Wherein, as shown in Fig. 2 for the structural representation of leveling part 120.The leveling part 120 includes parent part 124 and component 128.The parent part 124 includes that base 122 is provided with externally threaded cylinder-like structure 121 with outer wall.Base 122 can be circular, side The various flat shapes such as shape, ellipse, but must be plane, coordinating with the plane of body of wall, during installation, base is contacted with body of wall, In the present embodiment, the base 122 is circle.Radius of the radius of the base 122 slightly larger than cylinder-like structure, and in cylinder Region outside shape structure 121 is provided with concentric indentation 126, arranges installing hole in the center of base 122 and cylinder-like structure （It is not shown）, during for installing, setscrew etc. will adjust parent part 124 to be fixed on body of wall by installing hole.The component 128 For columnar structured, female thread is provided with the inside of cylinder, rotating clutch is carried out with the external screw thread 121 of parent part 124, can be rotated regulation The height of whole leveling part 120.The top of component 128 arranges cross recess 125, convenient to carry out determining to installing fixing point thereon Position.

As shown in figure 3, for the schematic diagram of holding firmware 130.The holding firmware 130 is by stationary plane 132, hyphen block 134 and card Connect raised 136 to constitute.The stationary plane 132 is fixed on component 128 as shown in Figure 2.Peace is set on the stationary plane 132 Dress reference line 138, is positioned during for installing.During installation, with nail along install reference line 138 holding firmware 130 follow closely into The center of the cross recess 125 of the component 128 of leveling part 120.The hyphen block 134 is positioned at 132 two ends of stationary plane and solid with this Determine face 132 vertical.The clamping projection 136 respectively positioned at hyphen block 134 the side away from the stationary plane 132, and to Internal projection, toward each other.In the present embodiment, the clamping projection 136 of holding firmware 130 is for stationary plane 132, it is overall to It is interior recessed, form half gateway shape.This structure causes 136 parts of clamping projection to have certain elasticity, is easy to block with remaining Fitting is engaged.

As shown in figure 4, for the side structure schematic diagram of moulding 110.The moulding 110 is cavity structure, is wrapped Include interface arrangment 112, body of wall contacting surface 114 and architectural surface 116.Wherein, the interface arrangment 112 includes clamping vertical plane 1121st, positioned at 1121 two ends of clamping vertical plane clamping projection 1122, and optionally vertical with clamping vertical plane 1121 ribs 1123.Clamping projection 1122 described in two is respectively positioned at the both sides of the clamping vertical plane 1121, and toward each other, convex Rise.The outside width of the interface arrangment 112 is matched with the inboard width of the holding firmware, when mounted, the interface arrangment 112 clamping vertical plane 1121 is fitted with the stationary plane 132 of the holding firmware 130, and two inside cards of the holding firmware 130 Connect raised 136, just outside with two of interface arrangment 112 clamping 1122 snap-fits of projection, so as to by the decorative thread Bar 110 is fixed on body of wall by holding firmware 130, leveling part 120.The body of wall contacting surface 114 and the wall being fixed on body of wall 160 Plate 140 is fitted.It should be noted that body of wall contacting surface 114 is not that in one plane, both are located flat with clamping vertical plane 1121 The thickness difference in face is exactly the thickness of the stationary plane 132 of holding firmware 130, i.e. clamping vertical plane 1121 is fastened on holding firmware 130 just After upper, holding firmware 130 is i.e. with body of wall contacting surface 114 in same plane.Architectural surface 116 is the appearance parts that can be seen, and blocks The profile of 1121 opposite side of clamping vertical plane of binding structure 112 is fitted just with the profile of architectural surface 116.

As shown in figure 5, the structural representation of the receipts seam part for this utility model first embodiment.The receipts seam part is used to connect Two mouldings in same level, it is also possible to for linking decorative line and the body of wall of vertical direction.Just because of this, exist In the present embodiment, the receipts seam part is referred to as splicing and receives seam part.Seam part 150 is received in the splicing to be included receiving seam curved surface 152 and clamping knot Structure 154.It is the appearance parts that can be seen to receive seam curved surface 152.It is similar with the interface arrangment 112 shown in Fig. 4, the clamping knot Structure 154 include clamping vertical plane 1544, the clamping projection 1546 positioned at 1544 two ends of clamping vertical plane, and optionally with clamping vertical plane 1544 vertical ribs 1542.Two clamping projections 1546 are located at the both sides of the clamping vertical plane 1544 respectively, and Toward each other, outwardly convex.The outside width of the interface arrangment 154 is matched with the inboard width of the holding firmware 130, in peace During dress, the clamping vertical plane 1544 of the interface arrangment 154 is equally fitted with the stationary plane 132 of the holding firmware 130, and the card Two inside clamping projections 136 of firmware 130, just outside with two of interface arrangment 154 clamping raised 1546 are matched Engaging, so as to the seam part 150 of receiving is fixed on body of wall by holding firmware 130, leveling part 120.Also note that, receive seam In part 150, the width of interface arrangment 154 should be less than the width for receiving seam curved surface 152, so as to piece is more closely knit.

For when edge joint position carries out moulding to be installed, first by 124 base 122 of parent part of leveling part 120 according to design Requirement is fixed to surface of wall appropriate location, and installs the component of leveling part 120 and be adjusted to proper height.By holding firmware 130 It is aligned with the center of the component cross recess of leveling part along reference line is installed, holding firmware is pinned in component with tapping screw The heart.The interface arrangment of moulding is sticked into into holding firmware, the height of leveling part is rotated, is made the body of wall contacting surface and wallboard of moulding Surface is brought into close contact, until completing to install.It should be noted that one fixed width, width will be reserved in the corresponding termination of both threads bar when installing Scope is more than the width for receiving seam interface arrangment just, and the width of curved surface is stitched less than receipts.The interface arrangment for receiving seam part is injected Interface arrangment is made to stick into holding firmware in moulding, so that the receipts seam curved surface for receiving seam part is brought into close contact with moulding, so as to Solve the problems, such as to receive seam.

For the field condition of external corner, other assemblies structure is identical with first embodiment, receives seam part structure real with first Apply example to be similar to, receipts seam part structural representations of the such as Fig. 6 for this utility model second embodiment.As the receipts seam part is used for external corner, Therefore it is referred to as external corner and receives seam part.The external corner is received seam part 170 and is matched with the external corner of wall, is two orthogonal and Fig. 5 The similar structure of seam part 150 is received in shown splicing, can be integrally formed, or two combined and spliced.With above-mentioned class Seemingly, the external corner receives seam part 170 includes that external corner receives seam curved surface 172 and interface arrangment 174.It is similar with the interface arrangment of Fig. 5, institute Stating interface arrangment 174 equally includes clamping vertical plane 1744, the clamping projection 1746 positioned at 1744 two ends of clamping vertical plane, and optional The ribs 1742 vertical with clamping vertical plane 1744.In the outside width of the interface arrangment 174 and the holding firmware 130 The matching of side width, when mounted, the stationary plane of the clamping vertical plane 1744 of the interface arrangment 174 equally with the holding firmware 130 132 laminatings, and two inside clamping projections 136 of the holding firmware 130 are just outside with two of interface arrangment 174 Clamping 1746 snap-fits of projection, are fixed on body of wall by holding firmware 130, leveling part 120 so as to the external corner is received seam part 170 On.

For the field condition of inner corner trim, other assemblies structure is identical with first embodiment, receives seam part structure and is also similar to, such as Structural representations of the Fig. 7 for the receipts seam part of this utility model 3rd embodiment.As the receipts seam part is used for inner corner trim, therefore it is referred to as Inner corner trim receives seam part.Similar with first two receipts seam part, the inner corner trim is received seam part 180 and is blocked with holding firmware 130 again by interface arrangment 184 Close, so as to be fixed on body of wall.

In summary, the receipts in above-mentioned first embodiment, second embodiment, 3rd embodiment stitch part, and difference is： 1. position used is different, such as seam part is received in the splicing in first embodiment to be used to connect two decorative threads in same level direction Bar or between moulding and body of wall normal thereto receipts stitch；The receipts seam part of second embodiment is used at external angle position Moulding receipts seam；The receipts seam part of 3rd embodiment is used for the receipts seam of the moulding of cloudy angular position.2. above-mentioned application The difference of position, causes the structure of three to have difference slightly, mainly in the direction for whetheing there is turning and turning.But, pass through Above description, it is known that three kinds of principles for receiving seam part are identicals, the annexation with miscellaneous part is also identical.

As shown in figure 8, the generalized section of the moulding piece interface structure for this utility model fourth embodiment.Figure The partial enlarged drawing of the 9 moulding piece interface structures for showing this utility model fourth embodiment.In the present embodiment, need Solve be between moulding and vertical body of wall or two unidirectional mouldings between piece problem.With One embodiment is that moulding piece interface structure is attaching type to 3rd embodiment difference.The moulding piece Interface structure 200 includes moulding 210, leveling part 220, holding firmware 230（It is displayed in Fig. 8）, and splicing receive seam part 250 （It is displayed in Fig. 9）.Wherein as shown in the profile of the partial enlarged drawing and Fig. 8 of Fig. 9, the leveling part 220 is fixed on body of wall On 160, the holding firmware 230 is fixed on 220 surface of leveling part, and the moulding 210 is engaged so as to be able to holding firmware 230 It is fixed；The moulding 210 that seam part 250 connects two ends is received in the splicing so that receive seam closely and fixed.

Wherein, the structure of leveling part 220 is identical with the leveling part 120 of this utility model first embodiment as shown in Figure 2, Here is omitted.

With regard to holding firmware 230, as shown in Figure 10, it is the moulding piece interface structure of this utility model fourth embodiment In holding firmware 230 structural representation.The holding firmware 230 includes stationary plane 232, hyphen block 234 and clamping projection 236. The hyphen block 234 is vertical with stationary plane 232 and is extended out by the stationary plane 232.The clamping projection 236 is by hyphen block 234 and stationary plane 232 stretch out, and with hyphen block 234, stationary plane 232 formed enclosed construction.Also, two clampings are convex Rise 236 toward each other, stretch out, so as to be formed with the structure of certain elasticity, be easy to be engaged with other interface arrangments. In the present embodiment, the clamping projection 236 of holding firmware 230 is for stationary plane 232, overall outwardly, forms opening shape. Similar with the holding firmware 130 in Fig. 3, the effect of the stationary plane 232 of the holding firmware 230 of the present embodiment is that holding firmware 230 is solid It is scheduled on leveling part 220, specifically, the center of the holding firmware 230 equally has for determining the installation reference line of installation site 238, in the present embodiment, the installation reference line 238 is groove shapes.During installation, blocked along reference line 238 is installed with nail Firmware 230 follows closely the cross recess center of the component into leveling part 220.

As shown in figure 11, be this utility model fourth embodiment moulding piece interface structure in moulding 210 structural representation.The moulding 210 includes clamping vertical plane 216, hyphen block 218, and clamping projection 212.It is described short Horizontal block 218 extends out from clamping vertical plane 216, and vertical with clamping vertical plane 216.The clamping projection 212 is located at hyphen respectively The other end of block 218, and toward each other, it is inwardly projecting, the structure of occlusal is similar to, is easy to enter with other interface arrangments Row engaging.In addition, the inner pitch of two hyphen blocks 218 two clamping projections 236 just with the holding firmware 230 shown in Figure 10 Outside pitch match so that two clamping projections 212 of moulding 210, two clampings just with holding firmware 230 Raised 236 coincide, so that moulding 210 is fastened on holding firmware 230.Described moulding 210 also includes one Wallboard contacting surface 214, when moulding 210 is fastened on holding firmware 230, wallboard contacting surface 214 is just fitted with wallboard.

As shown in figure 12, be this utility model fourth embodiment receipts seam part structural representation.The receipts seam part is used to connect Two mouldings in same level, it is also possible to stitch for the receipts between moulding and the body of wall of vertical direction.Just because Thus, in the present embodiment, the receipts seam part is referred to as splicing and receives seam part.The splicing receive seam part 250 include receiving seam curved surface 252 and Interface arrangment 254.It is the appearance parts that can be seen to receive seam curved surface 252.The interface arrangment 254 includes clamping vertical plane 2542nd, it is vertical positioned at clamping vertical plane 2542 and extend out from the clamping vertical plane hyphen block 2546, and be located at hyphen block The clamping projection 2544 of 2546 one end relative with clamping vertical plane 2542.Two clampings raised 2544 toward each other, to convex Go out, form occlusal structure.This structure so that clamping raised 2544 has certain elasticity, is easy to and miscellaneous part It is engaged.Alternatively, be increase interface arrangment 254 strength and stability, inside which also with clamping vertical plane 2542 Vertical ribs 2548.The fixing in the inner side spacing and Figure 10 of two hyphen blocks 2546 of the interface arrangment 254 The outside pitch match of two clamping projections 236 of part 230.When mounted, the interface arrangment 254 and the holding firmware 230 Engaging, and two outside clamping projections 236 of the holding firmware 230, just two inside clampings with interface arrangment 254 Raised 2544 snap-fits, so as to the seam part 250 of receiving is fastened on holding firmware 230.Also note that, receive seam part 250 In, the width of interface arrangment 254 should be less than the width for receiving seam curved surface 252, so as to piece is more closely knit.

By above-mentioned fourth embodiment compared with first embodiment, both connect two decorative threads in same level Bar, or stitch for the receipts between moulding and the body of wall of vertical direction；The fixation of holding firmware and moulding is all to adopt The mode of engaging.Difference is that the mode of engaging is different, and the structure thus brought is different.In the fourth embodiment, The clamping projection of holding firmware is outwardly, and the clamping projection of the moulding for engaging therewith is inwardly recessed, while receiving seam part The clamping projection 2544 of interface arrangment 254 is also inwardly recessed, the structure for having certain elasticity so that moulding 210, receipts seam part 250 are able to closely be fastened on holding firmware 230.In the first embodiment, the clamping projection of holding firmware is inwardly recessed, And the moulding for engaging therewith, the clamping projection for receiving seam part are outwardly, both matchings respectively, it is also possible to closely block It is combined.

Seam part is received with the splicing of fourth embodiment, when carrying out the moulding installation in same horizontal line, first by leveling The parent part base of part 220 is fixed on the appropriate location of body of wall, and installs the component of leveling part 220, is adjusted to by rotary screwing thread Proper height.By the cross recess center alignment for installing reference line 238 and the component of leveling part 220 of holding firmware 230, and with following closely Son is fixed on holding firmware 230 on the component of leveling part 220.Tip two clamping projections 212 of moulding 210 in holding firmware 230.The height of control leveling part 220, makes the wallboard contacting surface 214 of moulding 210 be brought into close contact with wallboard, until completing decoration The installation of lines, notices during installation that certain width will be reserved in the corresponding termination of two mouldings, and the width should be greater than receiving seam The width of the interface arrangment 254 of part 250, and less than the width of the receipts seam curved surface 252 for receiving seam part 250.Seam part 250 is received in splicing Interface arrangment 254 engage with the interface arrangment 212 of moulding 210 so that receive seam curved surface 252 it is tight with moulding 210 Laminating, solves the receipts seam problem of moulding.

In addition, the receipts seam principle of fourth embodiment can be equally used for the field condition of external corner.In this embodiment, other Modular construction is identical with fourth embodiment, and its difference is to receive seam part structure.If Figure 13 is the 5th embodiment of this utility model For external corner receipts seam part structural representation.Figure 14 is that the receipts for external corner of the 5th embodiment of this utility model stitch part in sun The scheme of installation at angle.It is seen from figure 14 that the external corner receives seam part 270 is the right angle knot being engaged with the corner of protrusion Structure, is matched with the external corner of wall, is that the seam similar structures of part 250 are received in two orthogonal splicings with shown in Figure 12, can be with It is to be integrally formed, or two combined and spliced.Similar to the above, the external corner receives seam part 270 includes that external corner receives seam song Face 272 and interface arrangment 274, the interface arrangment 274 receive seam curved surface 272 perpendicular to corresponding external corner.Because external corner has Two faces, correspondingly, have two external corners to receive seam 272, two interface arrangments 274 of curved surface, correspond to one of metope respectively.With The interface arrangment of Figure 12 is similar to, and the interface arrangment 274 includes clamping vertical plane 2742, extends out simultaneously from the clamping vertical plane 2742 The hyphen block 2744 vertical with the clamping vertical plane 2742, positioned at the clamping with 2742 opposite end of clamping vertical plane of hyphen block 2744 Raised 2746, and optionally inside the interface arrangment 274, the ribs 2748 vertical with clamping vertical plane 2742.It is described The inboard width of interface arrangment 274 is matched with the outside width of the holding firmware 230, specifically, is the two of interface arrangment 274 The inner pitch of individual hyphen block 2744 is matched with the outside spacing of two clamping projections 236 of holding firmware 230.When mounted, Two clamping projections 2746 of the interface arrangment 274 are engaged, are matched with the clamping raised 236 of the holding firmware 230 just, from And the external corner is received into seam part 270 and is fixed by being fastened on the holding firmware 230.

Seam part is received with the external corner of the 5th embodiment, when carrying out the moulding installation at external corner, at external corner metope, first The parent part base of leveling part 220 is fixed on the appropriate location of body of wall along a line, and installs the component of leveling part 220, lead to Cross rotary screwing thread and be adjusted to proper height.By the cross recess for installing reference line 238 and the component of leveling part 220 of holding firmware 230 Center alignment, and holding firmware 230 is fixed on the component of leveling part 220 with nail.Will be two clampings of moulding 210 convex Play 212 and tip holding firmware 230 in.The height of control leveling part 220, makes the wallboard contacting surface 214 of moulding 210 tight with surfaces of wall Closely connected conjunction, until completing the installation of moulding, notes making the lines protect with metope near one end of the body of wall of its vertical direction Hold suitable distance.The installation of the moulding of vertical direction is carried out according to above step, equally external angle position retain suitably away from From.External corner is received into the holding firmware that seam part sticks into two vertical direction at external corner so that the external corner receipts seam that external corner receives seam part 270 is bent Face 272 is brought into close contact with moulding 210（Generally, need external corner to receive seam curved surface 272 and cover the decorative thread for connecting therewith The sub-fraction of bar 210）, solve the receipts seam problem at external corner.

In the same manner, the receipts seam principle of fourth embodiment can be equally used for the situation of inner corner trim.In this embodiment, other assemblies Structure is identical with fourth embodiment, and its difference is still to receive seam part structure.If Figure 15 is this utility model sixth embodiment Receive the structural representation of seam part.As the receipts seam part is used for inner corner trim, therefore it is referred to as inner corner trim receipts seam part.The receipts seam part is two phases The similar structure of seam part 250 is received in the mutually vertical splicing with shown in Figure 12, can be integrally formed, or two parts It is combined and spliced.The inner corner trim receives seam part 280 includes that inner corner trim receives seam curved surface 282 and interface arrangment 284, the interface arrangment 284 Seam curved surface 282 is received perpendicular to corresponding inner corner trim.Each interface arrangment 284 is identical with the interface arrangment of Figure 12.The clamping knot The inboard width of structure 284 is matched with the outside width of the holding firmware 230.When mounted, two cards of the interface arrangment 284 Connect raised 2846 engage, match with the clamping raised 236 of the holding firmware 230 just, so as to the inner corner trim is received seam part 270 The interface arrangment 284 of two vertical direction is fixed on body of wall by holding firmware 230.

Seam part is received with the inner corner trim of sixth embodiment, when carrying out the moulding installation at inner corner trim, at inner corner trim metope, first The parent part base of leveling part 220 is fixed on the appropriate location of body of wall along a line, and installs the component of leveling part 220, lead to Cross rotary screwing thread and be adjusted to proper height.By the cross recess for installing reference line 238 and the component of leveling part 220 of holding firmware 230 Center alignment, and holding firmware 230 is fixed on the component of leveling part 220 with nail.Will be two clampings of moulding 210 convex Play 212 and tip holding firmware 230 in.The height of control leveling part 220, makes the wallboard contacting surface 214 of moulding 210 tight with surfaces of wall Closely connected conjunction, until completing the installation of moulding, notes making the lines protect with metope near one end of the body of wall of its vertical direction Hold suitable distance.The installation of the moulding of vertical direction is carried out according to above step, equally inner corner trim position retain suitably away from From.Inner corner trim is received into the holding firmware that seam part sticks into two vertical direction at inner corner trim so that the inner corner trim receipts seam that inner corner trim receives seam part 280 is bent Face 282 is brought into close contact with moulding 210, solves the receipts seam problem at inner corner trim.

In summary, the receipts seam part in above-mentioned fourth embodiment, the 5th embodiment, sixth embodiment, although applied Body of wall position is different, causes structure some differences, but is all identical with the annexation and principle of miscellaneous part.

As shown in figure 16, be the 7th embodiment of this utility model moulding piece interface structure generalized section. In the present embodiment, need solution is equally two dresses between moulding and vertical body of wall or on same level direction Piece problem between ornamental thread bar.From unlike above-mentioned the first to 3rd embodiment or four to sixth embodiment, this reality It is press-down type to apply the moulding piece interface structure in example.The moulding piece interface structure 300 includes moulding 310th, leveling part 320, holding firmware 330, and receive seam part 350.The leveling part 320 is fixed on body of wall 160, the holding firmware 330 are fixed on 320 surface of leveling part, and the moulding 310 is engaged so as to be fixed with holding firmware 330；Implement with first Example and fourth embodiment are similar, and the moulding 310 that seam part 350 connects two ends is received in the splicing so that receive seam closely and fixed. Also, the seam part 350 of receiving also is engaged so as to be fixed with holding firmware 330.

Wherein, the structure of leveling part 320 is identical with the leveling part 120 of this utility model first embodiment as shown in Figure 2, Here is omitted.

With regard to holding firmware 330, as shown in figure 17, it is the moulding piece interface structure of the 7th embodiment of this utility model In holding firmware 330 structural representation.The section of the holding firmware 330 is in " Z " type structure, including stationary plane 332（Also known as installation Face）, hyphen block 334 and clamping projection 336.The hyphen block 334 is vertical with stationary plane 332 and is extended by the stationary plane 332 Out.The clamping raised 336 is located at the other end of hyphen block 334, it is relative with stationary plane 332 and parallel with stationary plane 332 or Person is in the angle within ± 15 °, preferably parallel with stationary plane 332, therefore the clamping projection 336 is also called clamping flange.Install When, the stationary plane 332 in lower section, clamping projection 336 up so that moulding 310 can hang over clamping projection 336 On, it is similar to hook, therefore also referred to as back hanging type holding firmware.The holding firmware 330 of this kind of structure equally has certain elasticity, is easy to Match with other projections.

In the present embodiment, the clamping projection 336 of holding firmware 330 is parallel with stationary plane 332.With the holding firmware 130 in Fig. 3 Similar, the effect of stationary plane 332 is that holding firmware 330 is fixed on leveling part 320, specifically, the fixation of the holding firmware 330 The center in face 332 equally has for determining the installation reference line 338 of installation site, in the present embodiment, the installation reference line 338 For groove, therefore also known as installing groove.During installation, holding firmware 330 is followed closely into leveling part along reference line 338 is installed with nail The center of the cross recess of 320 component.

As shown in figure 18, be the 7th embodiment of this utility model moulding piece interface structure in moulding 310 structural representation.The moulding 310 includes clamping vertical plane 316, hyphen block 318, and clamping projection 312.It is described short Horizontal block 318 extends out from clamping vertical plane 316, and vertical with clamping vertical plane 316, or with clamping vertical plane 316 in ± 15 ° of angle Degree.The clamping raised 312 is located at the other end of hyphen block 318, and vertical with hyphen block 318, or with hyphen block 318 be in ± 15 ° of angle.Preferably, clamping vertical plane 316 is parallel with clamping projection 312.It is highly preferred that the clamping raised 312 and hyphen block 318 is vertical, and the clamping vertical plane 316 is vertical with hyphen block 318.It is the part that can be seen in the outer surface of moulding 310, has dress Decoration stricture of vagina.In the present embodiment, clamping raised 312 is to push card rib.In addition, the moulding 310 be additionally provided with push it is perpendicular Side 314, which is perpendicular with the hyphen block 318, and is generally aligned in the same plane with clamping projection 312, tight with body of wall when mounted With reference to.Meanwhile, clamping is raised（Push card rib）312nd, clamping vertical plane 316 and hyphen block 318, three constitute a groove, i.e., under Pressure draw-in groove 313.The width that this pushes draw-in groove 313 is raised with clamping（Push card rib）312 thickness is identical, and with holding firmware The cross-sectional width of clamping projection 336 is identical.During installation, it is raised for the clamping with the holding firmware 330 of Figure 17 that this pushes draw-in groove 313 336 matchings, accommodate the clamping projection 336 of holding firmware 330, so as to moulding 310 is fixed on holding firmware 330.Described Moulding 310 also includes a wallboard contacting surface 315, when moulding 310 is fastened on holding firmware 330, wallboard contacting surface 315 Just fit with wallboard, and a plane is located at vertical edge 314 is pushed.

As shown in figure 19, be the 7th embodiment of this utility model receipts seam part structural representation.The receipts seam part is used to connect Two mouldings in same level, it is also possible to stitch for the receipts between moulding and the body of wall of vertical direction.Just because Thus, in the present embodiment, the receipts seam part is also that seam part is received in splicing.Seam part 350 is received in the splicing to be included receiving seam curved surface 352 and card Binding structure 354.The profile of the receipts seam curved surface 352 is closed with the match profiles of the architectural surface that can be seen of moulding 310, and two Person is brought into close contact.The sectional dimension of the interface arrangment 354 is consistent with the sectional dimension of moulding 310.And receive seam curved surface 352 Non- visible surface fit with one end of interface arrangment 354 and be integrated.The interface arrangment 354 and moulding of the receipts seam part 350 Interface arrangment is similar to, and including clamping projection 3542, clamping vertical plane 3544, hyphen block 3546, the hyphen block 3546 is perpendicular from the clamping Face 3544 is extended and vertical with the clamping vertical plane 3544, or with the clamping vertical plane 3544 in ± 15 ° of angle.The clamping is convex 3542 other ends for being located at the hyphen block 3546 are played, and it is vertical with the hyphen block 3546, or be in ± 15 ° with the hyphen block 3546 Angle.Preferably, the clamping vertical plane 3544 is parallel with clamping projection 3542.It is highly preferred that the clamping vertical plane 3544 with it is short Horizontal block 3546 is vertical, and clamping projection 3542 is vertical with hyphen block 318.Further, the clamping vertical plane 3544, clamping is raised 3542nd, hyphen block 318, three form a groove, that is, push draw-in groove 3545.Receive the pushing in draw-in groove 3545 and Figure 18 of seam part 350 Moulding 310 to push 313 thickness of draw-in groove identical.In order to strengthen intensity and stability, the inside of the interface arrangment 354 It is additionally provided with ribs 356.From in terms of the side for receiving seam part 350, the width of seam curved surface 352 is received more preferably greater than interface arrangment 354 Width, so can be brought into close contact with moulding.In addition, clamping vertical plane 3544 is convex with the distance of clamping projection 3542, clamping Rise 3542 thickness and Figure 18 in the thickness for pushing draw-in groove 313 in moulding 310, the clamping in moulding 310 it is convex 31 thickness, and thickness, the thickness of stationary plane 332 of the clamping projection 336 of holding firmware 330 are played, is all equal.So, During installation, the clamping projection 312 of moulding, the clamping projection 3542 of receipts seam part 350 are just stuck in the clamping of holding firmware 330 In raised 336 spaces formed with body of wall, while the clamping projection 336 of holding firmware 330 is just stuck in pushing for moulding 310 Draw-in groove 313, receive seam part 350 and push in draw-in groove 3545.In other words, moulding 310, receipts seam part 350 all pass through what is engaged Mode is fixed on holding firmware 330.

When installing the receipts seam part and moulding piece interface structure of the 7th embodiment, first by leveling part 320 Parent part base is fixed on surface of wall appropriate location on request, and installs the component of leveling part 320 and be adjusted to suitable height. Cross recess center along on the component for installing the alignment leveling of reference line 338 part 320 of holding firmware 330, with from work(screw general The stationary plane 332 of holding firmware 330 is arranged on leveling part 320.Moulding 310 pushed into card rib 312（That is clamping is raised） Pushing in draw-in groove 313 for moulding 310 is sticked into from top to bottom.The component of leveling part 320 is adjusted, the height of leveling part is controlled, So that the wallboard contacting surface 315 of moulding 310 is brought into close contact with surfaces of wall, until completing the installation of moulding.Install and spell Notice when at seam that certain width will be reserved in the corresponding termination of two mouldings 310, the scope of the width is received more than splicing The width of the interface arrangment 354 of seam part 350, and the width of the receipts seam curved surface 352 of seam part 350 is received less than splicing.Seam is received in splicing 352 two ends of receipts seam curved surface of part 350 are respectively close to the architectural surface of moulding 310, are pressed into holding firmware 330 from top to bottom so that What clamping projection 336 was pressed into moulding 310 pushes draw-in groove 313, so that the receipts seam curved surface 352 and dress of seam part 350 is received in splicing Ornamental thread bar 310 is brought into close contact, and solves the problems, such as that seam is received in the splicing of moulding 310.

The receipts seam principle of above-mentioned 7th embodiment is equally applicable to the situation of external corner.In this case, other assemblies structure Identical with the 7th embodiment, its difference is to receive seam part structure.As shown in figure 20, be the 8th embodiment of this utility model use In the receipts seam part structural representation of external corner.It can be observed from fig. 20 that the external corner receives seam part 370 is the corner matching with protrusion The right-angle structure of conjunction, is matched with the external corner of wall, is two orthogonal similar with splicing receipts seam part 350 shown in Figure 19 Structure, can be integrally formed, or two combined and spliced.The external corner receives seam part 370 includes that external corner receives seam curved surface 372 and interface arrangment 374, the interface arrangment 374 receives seam curved surface 372, and correspondence two perpendicular to the external corner corresponding to which The interface arrangment 374 of individual body of wall is also vertical each other.The interface arrangment 374 is identical with the interface arrangment of Figure 19.

The external corner is received the profile of seam curved surface 372 and is determined according to the profile of the architectural surface of moulding 310, and with decoration The decorative cover of lines 310 is brought into close contact.The sectional dimension of the sectional dimension of the interface arrangment 374 and the moulding 310 Unanimously.The interface arrangment is fitted integral with the non-viewable portion that external corner receives seam curved surface.The receipts seam curved surface for receiving seam part 370 372 sides for protruding from its interface arrangment simultaneously keep suitable difference, meet normal construction error.

When being installed with the receipts seam part and moulding piece interface structure of above-mentioned 8th embodiment, in external corner metope The parent part base of leveling part 320 is fixed to surface of wall appropriate location according to design requirement by place, first edge, and is installed The component of leveling part and it is adjusted to suitable height.Component of the stationary plane 332 of back hanging type holding firmware 330 near leveling part, and make Installation on stationary plane 332 is directed at the center of the cross recess of the component of leveling part 320 with reference to groove, is fixed with tapping screw. The clamping projection 312 of the moulding 310 of press-down type is sticked into into clamping raised 336 and the wall of the holding firmware 330 from top to bottom The component of leveling part in the groove that body is formed, is adjusted, the height of leveling part is controlled, is made the wallboard contacting surface 315 and wall of moulding 310 Plate surface is brought into close contact, until completing to install.Note making the moulding 310 protect with metope near one end of vertical direction body of wall Hold suitable distance.The moulding that another side is carried out according to above-mentioned steps is installed.External corner is received into the receipts seam curved surface at 370 two ends of seam part 372 each against the decorative cover of the moulding 310, and being pressed into holding firmware 330 from top to bottom makes receipts seam part 370 be pressed into holding firmware 330th, the receipts seam curved surface 372 of external corner receipts seam part 370 is brought into close contact with moulding 310, so as to the receipts for solving moulding 310 are stitched Problem.

In the same manner, above-mentioned 7th embodiment, the receipts seam principle of the 8th embodiment are equally applicable to the situation of inner corner trim.In inner corner trim In the case of, the structure of other assemblies and the 7th embodiment, the 8th embodiment it is all identical, its difference be receive seam part structure.As schemed The structural representation of the 21 receipts seam parts for showing the 9th embodiment of this utility model.As the receipts seam part is used for inner corner trim, therefore quilt Referred to as inner corner trim receives seam part.The receipts seam part is that the similar structure of seam part 350 is received in two orthogonal splicings with shown in Figure 19, can Be integrally formed, or two parts it is combined and spliced.The inner corner trim receives seam part 380 includes that inner corner trim receives seam curved surface 382 And interface arrangment 384, the interface arrangment 384 is received perpendicular to corresponding inner corner trim and stitches curved surface 382, and two bodies of wall of correspondence Interface arrangment 384 be also vertical each other.The interface arrangment 384 is identical with the interface arrangment of Figure 19.Moulding 310, the moon Receive seam part 380 and be all fixed on holding firmware 330 by way of engaging in angle.

The inner corner trim is received the profile of seam curved surface 382 and is determined according to the profile of the architectural surface of moulding 310, and with decoration The decorative cover of lines 310 is brought into close contact.The sectional dimension of the sectional dimension of the interface arrangment 384 and the moulding 310 Unanimously.The interface arrangment 384 is fitted integral with the non-viewable portion that inner corner trim receives seam curved surface.The receipts seam for receiving seam part 380 Curved surface 382 protrudes from the side of its interface arrangment and keeps suitable difference, meets normal construction error.

During installation, the clamping projection 312 of moulding, the clamping of receipts seam part 380 are raised, are just stuck in holding firmware 330 In the space that clamping raised 336 is formed with body of wall, while the clamping projection 336 of holding firmware 330 is just stuck in moulding 310 Draw-in groove is pushed, seam part 350 is received and is pushed in draw-in groove.In other words, moulding 310, receipts seam part 350 are all by way of engaging It is fixed on holding firmware 330.

Seam part is received with the inner corner trim of the 9th embodiment, when carrying out the moulding installation at inner corner trim, at inner corner trim metope, first The parent part base of leveling part 320 is fixed on the appropriate location of body of wall along a line, and installs the component of leveling part 320, lead to Cross rotary screwing thread and be adjusted to proper height.By the component for installing reference line 338 and leveling part 320 of the stationary plane 332 of holding firmware 330 Cross recess center alignment, and holding firmware 330 is fixed on the component of leveling part 320 with tapping screw.By moulding 310 clamping projection 312 is sticked in the notch that the clamping raised 336 of holding firmware 330 is formed with body of wall from top to bottom, adjusts leveling The component of part, is controlled the height of leveling part, the wallboard contacting surface 315 of moulding 310 is brought into close contact with wallboard, until completing dress Ornamental thread bar is installed；When mounted, note making moulding keep suitable distance with metope near one end of vertical direction body of wall.Press The installation of another side moulding is carried out according to above-mentioned steps.Inner corner trim is received into the receipts seam curved surface 382 at 380 two ends of seam part respectively against decoration The decorative cover of lines 310, is pressed into holding firmware from top to bottom, makes inner corner trim receive the receipts seam curved surface 382 and moulding 310 of seam part 380 It is brought into close contact, solves the receipts seam problem of moulding.

Compared with prior art, seam part of receiving of the present utility model adopts interface arrangment so that the receipts seam part is by engaging Mode is fixed on holding firmware, and the seam part of receiving is brought into close contact with the moulding.Such benefit is, decorative thread At the joint or external corner of bar, inner corner trim, it is firm, difficult for drop-off to receive seam, and is brought into close contact with moulding, it is to avoid with tradition The method such as gluing hold caducous problem.Meanwhile, method of the present utility model use the mode of purely mechanic physics be engaged, Engaging, pressing etc., adhesion is big, and moulding, receipts seam part, are fixed by the engaging of frame for movement, installation side Just, simply.

Therefore, said method can be closely connected with connected moulding, also closely be connected with body of wall, can be effective Solve the problems, such as that seam crossing of the prior art is easily tilted or come off.

The above, is only preferred embodiment of the present utility model, not makees any formal to this utility model Restriction, although this utility model is disclosed above with preferred embodiment, but is not limited to this utility model, any ripe Professional and technical personnel is known, in the range of without departing from technical solutions of the utility model, when in the technology using the disclosure above Appearance is made a little change or is modified to the Equivalent embodiments of equivalent variations, as long as being without departing from technical solutions of the utility model Hold, any simple modification, equivalent variations and modification above example made according to technical spirit of the present utility model, still Belong in the range of technical solutions of the utility model.

Claims (25)

1. a kind of receipts of moulding stitch part, it is characterised in that：The receipts seam part includes receiving seam curved surface and interface arrangment, the clamping Structure receives seam curved vertical with corresponding, and its width is less than the width for receiving seam curved surface；The interface arrangment is described for making Receive seam part to be fixed on holding firmware by snap fit, and the seam part of receiving is brought into close contact with the moulding.

2. the receipts of moulding according to claim 1 stitch part, it is characterised in that：The interface arrangment includes that clamping is erected Face and the clamping positioned at the clamping vertical plane both sides are raised；Spacing and the holding firmware for engaging therewith between the clamping projection Size match.

3. the receipts of moulding according to claim 2 stitch part, it is characterised in that：The clamping projection is erected by the clamping Face two ends stretch out, toward each other.

4. the receipts of moulding according to claim 2 stitch part, it is characterised in that：The clamping is raised perpendicular with the clamping There is hyphen block between face, the hyphen block extend out from the clamping vertical plane and it is vertical with the clamping vertical plane or in ± Angle within 15 °.

5. the receipts of moulding according to claim 4 stitch part, it is characterised in that：The clamping is raised to be located at the hyphen One end away from the clamping vertical plane of block, and the clamping is raised toward each other, concaved, and forms upper and lower ratcheting shape Shape.

6. the receipts of moulding according to claim 4 stitch part, it is characterised in that：The clamping is raised perpendicular with the clamping Face is parallel, and the hyphen block, the clamping vertical plane and the clamping are raised, and three forms draw-in groove, for the clamping is tied Structure is engaged with the holding firmware.

7. the receipts of moulding according to claim 2 stitch part, it is characterised in that：The interface arrangment also has and clamping The vertical ribs of vertical plane.

8. the receipts of moulding according to claim 1 stitch part, it is characterised in that：The receipts seam part includes mutually perpendicular Two are received seam curved surface, mutually perpendicular two interface arrangments, and interface arrangment and corresponding receipts seam curved vertical.

9. a kind of moulding piece interface structure, it is characterised in that：Which includes moulding, leveling part, holding firmware, receipts seam Part, the leveling part are fixed on body of wall, and the holding firmware is fixed on leveling part surface, and the moulding is solid with snap fit It is scheduled on the holding firmware；The seam part of receiving includes receiving seam curved surface and interface arrangment, and the interface arrangment is bent with corresponding receipts seam Face is vertical, and its width is less than the width for receiving seam curved surface；The interface arrangment is used to make the seam part of receiving pass through snap fit It is fixed on holding firmware, and the seam part of receiving is brought into close contact with the moulding.

10. moulding piece interface structure according to claim 9, it is characterised in that：The interface arrangment includes card Connect vertical plane and the clamping positioned at the clamping vertical plane both sides is raised；Spacing and the card for engaging therewith between the clamping projection The size of firmware matches.

11. moulding piece interface structures according to claim 10, it is characterised in that：The clamping projection is by described Clamping vertical plane two ends stretch out, toward each other.

12. moulding piece interface structures according to claim 10, it is characterised in that：The clamping it is raised with it is described There is hyphen block between clamping vertical plane, the hyphen block extend out from the clamping vertical plane and it is vertical with the clamping vertical plane or In the angle within ± 15 °.

13. moulding piece interface structures according to claim 12, it is characterised in that：The clamping is raised to be located at institute State one end away from the clamping vertical plane of hyphen block, and the clamping is raised toward each other, concaved, lower tooth in formation Close shape.

14. moulding piece interface structures according to claim 12, it is characterised in that：The clamping it is raised with it is described Clamping vertical plane is parallel, and the hyphen block, the clamping vertical plane and the clamping are raised, and three forms draw-in groove, for will be described Interface arrangment is engaged with the holding firmware.

15. moulding piece interface structures according to claim 10, it is characterised in that：The interface arrangment also has The ribs vertical with clamping vertical plane.

16. moulding piece interface structures according to claim 9, it is characterised in that：The seam part of receiving includes mutually Vertical two receive seam curved surface, mutually perpendicular two interface arrangments, and interface arrangment and corresponding receipts seam curved vertical.

17. moulding piece interface structures according to claim 9, it is characterised in that：The leveling part includes parent part With component, parent part includes that base and outer wall are provided with externally threaded cylinder-like structure, and the base is set with the center of cylinder-like structure Put installing hole；The component is columnar structured, and inner side is provided with the external screw thread rotating clutch of female thread and parent part, sets at the top of component Cross recess is put, to position.

18. moulding piece interface structures according to claim 9, it is characterised in that：The holding firmware include for The stationary plane of installation, hyphen block and clamping are raised, and the hyphen block is located at least one end of stationary plane vertical with stationary plane, The raised side away from the stationary plane for being located at the hyphen block of the clamping.

19. moulding piece interface structures according to claim 18, it is characterised in that：The clamping of the holding firmware It is raised relative to each other, it is inwardly protruding, form ratcheting shape up and down.

20. moulding piece interface structures according to claim 18, it is characterised in that：The clamping of the holding firmware It is raised to be stretched out by the hyphen block, stationary plane respectively toward each other, and enclosed construction is formed with hyphen block, stationary plane.

21. moulding piece interface structures according to claim 18, it is characterised in that：The clamping of the holding firmware is convex Rise and stretched out by hyphen block, and it is parallel with stationary plane or in the angle within ± 15 °.

22. moulding piece interface structures according to claim 9, it is characterised in that：The moulding includes card Connect vertical plane, hyphen block and clamping raised, the hyphen block extends out from clamping vertical plane, and vertical with clamping vertical plane.

23. moulding piece interface structures according to claim 22, it is characterised in that：The raised position respectively of the clamping In the other end of the hyphen block extended out from wire stock, and toward each other, to internal gearing.

24. moulding piece interface structures according to claim 22, it is characterised in that：Two of the moulding The spacing of the hyphen block pitch match raised with the two of holding firmware clampings.

25. moulding piece interface structures according to claim 22, it is characterised in that：The clamping is raised, clamping Vertical plane and hyphen block, three are constituted and push draw-in groove, and it is identical with the thickness of clamping projection that this pushes the width of draw-in groove, and with card The raised cross-sectional width of the clamping of firmware is identical.