CN216894013U - PVC plastic profile material assembled by clamping and pressing - Google Patents

Abstract

The utility model relates to a clamping and assembling PVC plastic profile, which comprises: the split core, assemble piece and piece, be provided with on the split core and assemble the recess, assemble piece and be provided with respectively and assemble recess assorted on assembling the arch, assemble piece, piece and assemble the piece through assembling protruding and assemble recess card pressure and assemble on the split core, a plurality of are assembled piece and a plurality of piece and are spliced into flat frame, well club or interior division fan. The general compatibility of the material is improved through the optimization of the section structure; three simple PVC plastic profile structures are utilized, and products with different shapes, such as a horizontally-opened frame, a mullion, an internally-opened sash, an externally-opened sash, a z-shaped mullion and the like, required in the traditional door and window manufacturing process can be assembled in a clamping and pressing mode; the variety of PVC plastic profile dealer stock preparation products is greatly reduced, the stock turnover rate is improved, the storage space is liberated, and the warehouse cost is reduced.

Description

PVC plastic profile material assembled by clamping and pressing

Technical Field

The utility model relates to the field of plastic materials, in particular to a clamping and assembling PVC plastic profile.

Background

The plastic-steel section is a PVC plastic profile for manufacturing doors and windows, which appears in Germany as early as the 20 th century in the fifties, is introduced from 1983 in China, and is popularized and applied in the 20 th century in the 90 th. Because the strength of the door and window processed by the PVC profile is not enough, the firmness of the door and window is usually enhanced by adding steel into the cavity, and therefore, the plastic door and window made by adding steel into the profile is generally called plastic steel door and window. With the wide use of plastic-steel doors and windows, the PVC profile used for manufacturing plastic-steel doors and windows is conventionally called plastic-steel profile and widely used with PVC plastic profile.

The PVC plastic profile in the prior art has a plurality of problems: at present, PVC plastic profile products are various in types, and in practical application, main profile frames, stiles and fans and auxiliary profiles of the same series are mainly matched, and the PVC plastic profile products can not be matched with each other for use among different series of the same manufacturer. When the materials are selected by door and window factories, the matching proportion of each PVC plastic profile is difficult to control due to the limitation of window shapes, and the condition that the residual materials cannot be used after the project is finished is very easy to occur.

For example, a "wood-plastic co-extruded door and window profile" disclosed in the chinese patent literature, the publication number thereof: CN202578308U, filing date thereof: 3 month 20 days 2012, this utility model can reach thermal-insulated heat retaining showing the effect, can greatly improve the purpose of the anti wind pressure nature of section bar, but the poor problem of wildcard nature between the part.

SUMMERY OF THE UTILITY MODEL

Aiming at the defects of the prior art, the utility model provides the clamp-press assembled PVC plastic profiled bar, which avoids the problems that the main material and the auxiliary material of each function of the PVC plastic profiled bar are not convertible, and the manufacturing cost of the PVC plastic profiled bar is high.

In order to realize the purpose of the utility model, the utility model adopts the following technical scheme: the utility model provides a PVC plastics profile shapes is assembled in chucking, includes: piece, assemble piece and piece, be provided with on the piece of assembling the core and assemble the recess, assemble the piece with be provided with respectively on the piece and assemble the recess assorted arch of assembling, assemble piece, piece and assemble the piece through assembling the arch and assemble recess card pressure and assemble on the piece core, a plurality of piece and a plurality of piece are assembled and are spliced into flat frame, well club or interior division fan. Through section structure optimization, the window-forming manufacturing material is effectively simplified, and the compatibility of the material is improved.

Preferably, the split frame is formed by splicing three splicing blocks and one splicing piece on one splicing core in a clamping and pressing mode through the splicing bulges and the splicing grooves. The flat-open frame assembled by clamping and pressing can be used as a piece for fixing doors and windows under the appointed condition.

Preferably, the mullion is formed by splicing two splicing blocks and two splicing pieces on one splicing core in a clamping and pressing mode through the splicing bulges and the splicing grooves, wherein the two splicing blocks are located on one side of the splicing core, and the two splicing pieces are located on the opposite side of the splicing core. The mullion assembled by clamping and pressing can be used as a piece for fixing doors and windows under the appointed condition.

Preferably, the inner casement is formed by two splicing blocks and two splicing pieces which are clamped and spliced on one splicing core through the splicing bulges and the splicing grooves, wherein one splicing block and one splicing piece are positioned on one side of the splicing core, and the other splicing block and the other splicing piece are positioned on the opposite side of the splicing core. The inner opening sash formed by clamping and pressing assembly can be used as a piece for fixing the door and window under the appointed condition.

Preferably, the split core, the split blocks and the split pieces are made of PVC plastic. PVC plastic has non-inflammability, high strength, weather resistance and excellent geometric stability, and improves the stability of the device.

Preferably, the assembly core, the assembly blocks and the assembly parts are hollow in the middle. The use of raw materials is reduced, the cost and the selling price are reduced, and the user acceptance is improved.

Preferably, two sides of the splicing core are respectively provided with four clamping and pressing belt splicing grooves which are uniformly distributed, and one side of the splicing core is provided with a rectangular clamping and pressing belt splicing groove. The splicing pieces and the splicing pieces are matched for use to assemble the splicing pieces with the appointed use.

Preferably, one side of the splicing block is right-angled, the opposite side of the splicing block is provided with an S-shaped clamping and pressing belt splicing groove, and one side of the splicing block is provided with two splicing bulges which are uniformly distributed. The splicing core and the splicing piece are matched for use, and the splicing piece with the appointed purpose is assembled.

Preferably, one side of the assembly part is a right angle, the opposite side is trapezoidal, a clamping and pressing belt is arranged on the opposite side to assemble the groove, two assembling bulges are arranged on one side close to the right angle, and the middle part of the assembly part is hollowed into three chambers. The splicing core and the splicing blocks are matched for use, and the splicing piece with the appointed purpose is assembled.

Preferably, the building blocks or building elements are connected at right angles, and the edges containing the building projections are in the same direction. In the actual use process, the splicing blocks or the splicing pieces can be used alternatively, the stock quantity of materials is reduced, particularly, when a single material is lack, other materials can be used for splicing and converting, the stock turnover rate is improved, the storage space is liberated, and the warehouse cost is reduced.

The utility model has the beneficial effects that: by optimizing the section structure, the window-forming manufacturing material is effectively simplified, and the compatibility of the material is improved; three simple PVC plastic profile structures are utilized, and products with different shapes, such as a flat opening frame, a mullion, an inward opening sash, an outward opening sash, a z-shaped mullion and the like, required in the traditional door and window manufacturing process can be assembled in a clamping and pressing mode; and PVC plastic profile manufacturers can reduce the types of spare storage of products, and effectively improve the relevant matters of spare storage delivery and the like. Meanwhile, the types of the PVC plastic profile dealer warehouse preparation products are greatly reduced, the inventory turnover rate is improved, the storage space is liberated, and the warehouse cost is reduced.

Drawings

FIG. 1 is a structural diagram of a PVC plastic profile assembled by clamping.

Fig. 2 is a structural view of a side-hung frame provided by the present invention.

Fig. 3 is a structure diagram of a mullion provided by the present invention.

Fig. 4 is a structural view of the inward opening sash provided by the utility model.

In the figure: 1-assembling core, 2-assembling block and 3-assembling piece.

Detailed Description

The technical scheme of the utility model is further specifically described by the following embodiments and the accompanying drawings.

Example (b): as shown in fig. 1, a clamping assembled PVC plastic profile comprises: piece 1, piece 2 and built-up piece 3 are assembled to the piece 1, are provided with on the piece 1 and assemble the recess, assemble piece 2 and built-up piece 3 on be provided with respectively and assemble the recess assorted arch of assembling, assemble piece 2, built-up piece 3 through assemble the arch with assemble the recess card and press the built-up on assembling the core 1, a plurality of assembles core 1, a plurality of and assembles piece 2 and a plurality of built-up piece 3 and splices into flat frame, well club or interior division of fan.

In this embodiment, the horizontally-opened frame is assembled on an assembling core 1 by three assembling blocks 2 and an assembling piece 3 through assembling protrusions and assembling grooves in a clamping and pressing manner.

In this embodiment, well club is assembled on a piece of assembling core 1 through assembling the arch and assembling recess card pressure by two pieces of assembling piece 2, two pieces of assembling 3, and wherein two pieces of assembling piece 2 are located and assemble 1 one side of core, and two pieces of assembling piece 3 are located and assemble 1 offside of core.

In this embodiment, the inward opening sash is assembled on one assembling core 1 by two assembling blocks 2 and two assembling pieces 3 through assembling protrusions and assembling grooves in a clamping and pressing manner, one of the assembling blocks 2 and one of the assembling pieces 3 are located on one side of the assembling core 1, and the other assembling block 2 and the other assembling piece 3 are located on the opposite side of the assembling core 1.

In this embodiment, the split core 1, the split blocks 2, and the split members 3 are made of PVC plastic.

In this embodiment, the middle parts of the assembled core 1, the assembled block 2 and the assembled part 3 are hollow.

In this embodiment, two sides of the assembling core 1 are respectively provided with four clamping and pressing belt assembling grooves which are uniformly distributed, and one side of the assembling core is provided with a rectangular clamping and pressing belt assembling groove. The assembly core 1 is rectangular integrally, and the rectangular clamping and pressing belt is provided with an assembly groove for installing hardware such as locks, push-pull handles and the like.

In this embodiment, assemble 2 one sides of piece and be the right angle, the offside has an S-shaped card to press the area and assembles the recess, has two evenly distributed to assemble the arch on one side. The S-shaped clamping and pressing belt assembling groove is used for installing a pressing strip.

In this embodiment, 3 one sides of built-up member are the right angle, and the offside is trapezoidal and has a card to press the area to assemble the recess, is close to right angle side and has two on one side to assemble the arch, and the middle part fretwork divide into three cavity. The clamping and pressing belt assembling groove is used for installing an adhesive tape matched with the glass panel.

In this embodiment, the assembling blocks 2 or the assembling pieces 3 are connected at right angles, and the sides containing the assembling protrusions face the same direction. Under certain conditions, the building blocks 2 or the building blocks 3 can be used alternatively.

The implementation scheme is as follows: as shown in fig. 2, the flat-open frame is assembled on one side of the assembling core 1 by two assembling blocks 2 without opening parts, and assembled on the opposite side of the assembling core 1 by one assembling block 2 and one assembling piece 3 without opening parts, and assembled by assembling protrusions and assembling groove clamps.

As shown in fig. 3, the mullion is composed of two assembling blocks 2 without opening part for mutual connection, assembled on one side of the assembling core 1 by assembling protrusion and assembling groove clamping, and assembled on the opposite side of the assembling core 1 by two assembling parts 3 without opening part for mutual connection and assembling protrusion and assembling groove clamping. The middle stile can be made by directly replacing one assembly block 2 at the opposite side with 1 assembly piece 3 by the flat-open frame shown in figure 2.

As shown in fig. 4, the inward opening sash is formed by connecting one assembling block 2 and one assembling member 3 without an opening, and is assembled on one side of the assembling core 1 by assembling a protrusion and an assembling groove in a clamping manner, and is connected with the other assembling block 2 and the other assembling member 3 without an opening, and is assembled on the opposite side of the assembling core 1 by assembling a protrusion and an assembling groove in a clamping manner. One splicing block 2 on one side can be directly replaced by 1 splicing piece 3 to manufacture the inward opening sash by the flat opening frame shown in figure 2.

The embodiment fully embodies the universal matching of the clamping and pressing assembled PVC plastic profiled bars, and more embodiments can select and match the PVC plastic profiled bars according to actual conditions.

The above-mentioned embodiments are intended to illustrate the objects, technical solutions and advantages of the present invention in further detail, and it should be understood that the above-mentioned embodiments are only exemplary embodiments of the present invention, and are not intended to limit the present invention, and any modifications, equivalents, improvements and the like made within the spirit and principle of the present invention should be included in the protection scope of the present invention.

Claims (8)

1. The utility model provides a PVC plastics profile shapes is assembled in card pressure which characterized in that includes: piece (2) and built-up piece (3) are assembled to piece core (1), be provided with on the piece core (1) of assembling and assemble the recess, assemble piece (2) with be provided with respectively on built-up piece (3) and assemble the arch with assembling the recess assorted, assemble piece (2), built-up piece (3) and press the built-up dress on the piece core (1) through assembling the arch and assembling the recess card, a plurality of piece (2) and a plurality of built-up piece (3) splice into the flat frame of opening, well club or interior division fan.

2. A snap-together PVC plastic profile according to claim 1, wherein the flat-open frame is snap-together assembled on a core assembly (1) by means of three assembly blocks (2), one assembly piece (3) through assembly projections and assembly grooves.

3. A press assembled PVC plastic profile according to claim 1, wherein the mullion is press assembled on one assembled core (1) by two assembling blocks (2) and two assembling pieces (3) through assembling protrusions and assembling grooves, wherein the two assembling blocks (2) are located at one side of the assembled core (1), and the two assembling pieces (3) are located at the opposite side of the assembled core (1).

4. A snap-together PVC plastic profile according to claim 1, wherein the inner open sash is snap-together assembled on one assembly core (1) by means of two assembly blocks (2), two assembly pieces (3) through assembly protrusions and assembly grooves, wherein the one assembly block (2) and one assembly piece (3) are located on one side of the assembly core (1), and the other assembly block (2) and the other assembly piece (3) are located on the opposite side of the assembly core (1).

5. A clamping assembled PVC plastic profile according to claim 1, wherein the assembling core (1) has four clamping and pressing belt assembling grooves distributed evenly on both sides, and one rectangular clamping and pressing belt assembling groove on one side.

6. A snap-together PVC plastic profile according to claim 1, wherein the joining blocks (2) are right angled on one side, have an S-shaped snap belt joining groove on the opposite side, and have two evenly distributed joining projections on one side.

7. A clamping assembling PVC plastic profile according to claim 1, wherein one side of the assembling member (3) is right-angled, the opposite side is trapezoidal and has a clamping and pressing belt assembling groove, one side near the right-angled side has two assembling protrusions, and the middle part is hollowed into three chambers.

8. A snap-together PVC plastic profile according to claim 1, characterized in that the segments (2) or segments (3) are joined at right angles and the edges with the segments having the segments projecting are oriented in the same direction.

Images