WO2014112962A1 - Composite joinery system with locking feature - Google Patents

Composite joinery system with locking feature Download PDF

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Publication number
WO2014112962A1
WO2014112962A1 PCT/TR2014/000011 TR2014000011W WO2014112962A1 WO 2014112962 A1 WO2014112962 A1 WO 2014112962A1 TR 2014000011 W TR2014000011 W TR 2014000011W WO 2014112962 A1 WO2014112962 A1 WO 2014112962A1
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WO
WIPO (PCT)
Prior art keywords
wood
profiles
exterior space
joinery
wing
Prior art date
Application number
PCT/TR2014/000011
Other languages
French (fr)
Inventor
Ahmet Cihat Esen
Original Assignee
Ahmet Cihat Esen
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Ahmet Cihat Esen filed Critical Ahmet Cihat Esen
Publication of WO2014112962A1 publication Critical patent/WO2014112962A1/en

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Classifications

    • EFIXED CONSTRUCTIONS
    • E06DOORS, WINDOWS, SHUTTERS, OR ROLLER BLINDS IN GENERAL; LADDERS
    • E06BFIXED OR MOVABLE CLOSURES FOR OPENINGS IN BUILDINGS, VEHICLES, FENCES OR LIKE ENCLOSURES IN GENERAL, e.g. DOORS, WINDOWS, BLINDS, GATES
    • E06B3/00Window sashes, door leaves, or like elements for closing wall or like openings; Layout of fixed or moving closures, e.g. windows in wall or like openings; Features of rigidly-mounted outer frames relating to the mounting of wing frames
    • E06B3/30Coverings, e.g. protecting against weather, for decorative purposes
    • E06B3/301Coverings, e.g. protecting against weather, for decorative purposes consisting of prefabricated profiled members or glass
    • E06B3/303Covering metal or plastic frames with wooden profiled members
    • EFIXED CONSTRUCTIONS
    • E06DOORS, WINDOWS, SHUTTERS, OR ROLLER BLINDS IN GENERAL; LADDERS
    • E06BFIXED OR MOVABLE CLOSURES FOR OPENINGS IN BUILDINGS, VEHICLES, FENCES OR LIKE ENCLOSURES IN GENERAL, e.g. DOORS, WINDOWS, BLINDS, GATES
    • E06B3/00Window sashes, door leaves, or like elements for closing wall or like openings; Layout of fixed or moving closures, e.g. windows in wall or like openings; Features of rigidly-mounted outer frames relating to the mounting of wing frames
    • E06B3/04Wing frames not characterised by the manner of movement
    • E06B3/06Single frames
    • E06B3/08Constructions depending on the use of specified materials
    • E06B3/20Constructions depending on the use of specified materials of plastics
    • E06B3/22Hollow frames
    • E06B3/221Hollow frames with the frame member having local reinforcements in some parts of its cross-section or with a filled cavity
    • E06B3/222Hollow frames with the frame member having local reinforcements in some parts of its cross-section or with a filled cavity with internal prefabricated reinforcing section members inserted after manufacturing of the hollow frame

Definitions

  • the present invention relates to a composite joinery system developed for door and window systems used for insulating facades of buildings in the construction sector.
  • Composite joinery profiles have been developed due to the failure of joinery profiles made of monolithic materials meeting the desired features and expectations.
  • PVC or aluminum materials being resistant to external weather conditions and providing high thermal insulation form the outer surface thereof while wood materials being harmless to human health, having a breathing structure, desired aesthetic appearance and colors form the inner surface of the joinery system.
  • PVC or aluminum materials are combined with wood materials in various ways and resistance of the joinery system against external influences is improved as well as application of the advantages of the wood material (aesthetic appearance, desired color, ventilation of the spaces) to interior spaces is provided.
  • Support plates can be positioned on the inner portion of PVC or aluminum profiles in order to increase the strength of joinery system.
  • Wood profile joints are provided with an angle of 45 degrees.
  • Welding process is carried out during the production of wood profiles together with PVC or aluminum profiles, wherein many disadvantages are encountered. One of these disadvantages is the possibility of staining PVC or aluminum during the painting process of the wood.
  • wood materials having a greater wall thickness are used due to the structural difference of the tab systems employed for locking wood profiles to PVC and aluminum materials.
  • Wood patterning process is a process being carried out in a hot drum.
  • PVC and wood materials combined before the patterning process cannot simultaneously enter into this process. This is because the PVC material deforms at these temperatures.
  • frame-wing system should be completely replaced when wood profiles are required to be replaced due to aging or deformation thereof.
  • the utility model application 2010/04090 registered to TPE relates to an internally wood fitted thermal insulating aluminum door, window and facade system.
  • the patent application CN201723067 (U) relates to a composite door and window comprising PVC plastic and wood materials.
  • the present invention is developed by being inspired from the existing situations and seeks to solve the above mentioned drawbacks.
  • the main object of the present invention is to develop a composite joinery system for door and window systems used for insulating facades of buildings in the construction sector.
  • Another object of the present invention is to provide a better thermal insulation in buildings by means of fitting wood onto PVC or aluminum materials in the window systems and to provide durability, aesthetics and healthy living environment by means of using more natural materials.
  • the joinery system according to the present invention comprises a special composite structure formed by combining polymer PVC or aluminum materials against external weather conditions in the exterior space with real wood material providing aesthetics and naturalness in the interior space.
  • Wood material is fitted onto PVC or aluminum material by means of a locking method. Joining thereof is provided in this way.
  • PVC and aluminum materials are self joined. After completion of the entire operation, wood material is mounted afterwards to the PVC or aluminum materials by means of the locking structure. Joints thereof are provided with an angle of 90°.
  • Thickness of wood profile fitting onto the PVC and aluminum profiles is significantly reduced thanks to the new locking system.
  • patterning process can be applied on the wood profile.
  • Production can be provided with less number of machines.
  • the composite joinery system according to the present invention comprises features that are very different from the existing products. It is a composite product formed by combination of three products that are different from each other. It is provided a perfect naturalness and aesthetics with polymer PVC or aluminum materials for being resistant against harsh weather conditions in the exterior space and a real natural wood painted with water based paint harmless to health (paint used on the furniture and toys of children) in the interior space. In addition, galvanized support plates are used inside PVC or aluminum profiles in order to increase the strength of these two different products.
  • Another feature of the joinery system according to the present invention is that, if the durability and service life of a normal wood window is 50 years, durability and service life of the product can be increased to 150-200 years since wood will not be affected b external weather conditions thanks to this product. Wood will not be damaged in the interior space and it will also be under protection by means of curtains. This will increase interior space durability and service life of the wood. As with the real wood furniture used in our homes lasting for many years, this product will also last in the same manner. This is because in the interior space it will not be exposed to external weather conditions. It will be healthier and durable by breathing with the water based paint being used.
  • This product also allows for using less than 50% wood by preventing the more trees from being cut. With the utilization of less than half wood, longer lasting life is provided due to the interior space usage thereof. This situation will allow for cutting fewer trees from the system in the long term.
  • the present invention relates to a composite joinery system developed for door and window systems used for insulating facades of buildings in the construction sector, comprising exterior space wing profiles provided on the side facing the exterior space, wood wing profiles provided on the side facing the interior space and a double glazing, wherein said wood wing profiles are mounted by being slided and fitted from the upper portion between fitting tabs and locking tabs formed on said exterior space wing profiles.
  • Figure 1 A side cross sectional view of the composite joinery system according to the present invention.
  • the present invention relates to a composite joinery system developed for door and window systems used for insulating facades of buildings in the construction sector.
  • Exterior space wing profiles (K1 , K2) being resistant to external influences such as rain, snow, sun, humidity and the like and having a high thermal insulation feature are used on the side of the composite joinery system facing the exterior space.
  • Exterior space wing profiles (K1 , K2) made of PVC or aluminum materials are used on the side of the composite joinery system facing the exterior space and they enable the joinery system to have a long life thanks to the high durability and thermal insulation features thereof.
  • wood wing profiles (B1 , B2) mounted by being slided and fitted from the upper portion between fitting tabs (G1) and locking tabs (KL1 , KL2) formed on said exterior space wing profiles (K1 , K2) made of PVC or aluminum materials are used.
  • Wood wing profiles (B1 , B2) provide naturalness in the interior space, wherein they offer a healthy environment thanks to the breathing structure thereof harmless to people.
  • wood wing profiles (B1 , B2) are painted with paints harmless to human health in colors compatible to the interior space items such as furniture, curtains, etc. and a desired aesthetic appearance can be obtained.
  • desired patterns can be formed on the wood wing profiles (B1 , B2) independently from the exterior space wing profiles (K1 , K2). In this way, a composite joinery system that can be made compatible with the interior space by replacing only the wood wing profiles (B1 , B2) can be obtained.
  • a decorative wooden glazing bead (B3) providing aesthetics in the interior space is positioned at the upper portion of the exterior space wing profile (K2) and wood wing profile (B2) of the joinery system disposed on the side facing the interior space.
  • an additional wood profile is positioned on the sill fitting channel (P1 ) formed at the lower portion of the exterior space wing profile (K1 ). This portion can be optionally empty.
  • galvanized metal support plates (D1 , D2) are positioned on the inner portion of the exterior space wing profiles ( 1 , K2).
  • a PVC or aluminum glazing bead (CT1) serving for the function of holding the glazing is used between the wooden glazing bead (B3) and double glazing (CM1). Glazing bead (CT1) is fitted into the wooden glazing bead (B3) by means of the tab-channel system and made stronger by means of an adhesive liquid.
  • CT1 Glazing bead
  • C3 providing sealing are used between the glazing bead (CT1) and double glazing (CM1).
  • gaskets (C1) are used between the exterior space wing profile (K2), double glazing (CM1) and the other exterior space wing profile (K1) in order to provide sealing.
  • a gasket (C2) is used between the wood wing profiles (B1 , B2) and exterior space wing profile (K2) in order to provide sealing. Further, an additional gasket (C4) is used between the PVC or aluminum wing profiles (K1 , K2) in order to improve the sealing feature.
  • a glazing leveling block (CT2) is used in the joinery for balancing the double glazing (CT1) from below disposed on the wings during opening.
  • PVC wing profiles (K1 , 2) Preparation of PVC wing profiles (K1 , 2) according to the design thereof.
  • PVC wing profiles ( 1 , K2) designed specifically for this system are prepared by means of previously prepared molds using a specially blended formula.
  • Preparation of wood profile starts by cutting the trees in the form of timber and lumber for wood cross section detail designed specifically for this system. By cutting the knurls and cracks of trees, imperfections thereof are removed; Further working of the wood is also prevented by being reassembled using finger joint system. Then, wood profiles designed according to this system are machined into semi-finished products using CNC machines. Semifinished wood profiles are painted with water based paint and allowed to become ready to use.
  • Wood and PVC semi-finished products are produced according to the types and usage positions thereof and for producing finished products stockpiling thereof is provided by being kept ready as required at all times.
  • D Preparation according to the orders received from customer. Received orders are first recorded into computers by means of special computer software specific to this system and joinery production is initiated. • E. Cutting of PVC profiles. PVC Frame-Wing-Mullion and similar profiles are cut according to the results obtained from the computer. In general, a 45 degree cut is performed, in special cases, profiles are cut using special angles. F. Cutting of support plate and assembly thereof. Galvanized support plates providing strength and durability of profiles such as frame-wing-mullion profiles of the joinery prepared according to the orders are attached and assembly thereof is provided.
  • Wood frame profiles specifically designed for the PVC profiles joined with 45 degree angles are cut 90 degrees according to the sizes and assembly thereof on the PVC profiles is provided by being passed through special tabs and special locking system channel.
  • Wood mullion profiles specifically designed for the PVC profiles joined with 90 degree angles are cut 90 degrees according to the sizes and assembly thereof on the PVC profiles is provided by being passed through special tabs and special locking system channel.
  • Sill assembly Sills, if exist per order, are prepared according to the sizes and assembly thereof on the joinery is carried out.

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  • Engineering & Computer Science (AREA)
  • Civil Engineering (AREA)
  • Structural Engineering (AREA)
  • Wing Frames And Configurations (AREA)

Abstract

The present invention relates to a composite joinery system developed for door and window systems used for insulating facades of buildings in the construction sector. A composite joinery system developed for door and window systems used for insulating facades of buildings in the construction sector, comprising exterior space wing profiles (K1, K2) provided on the side facing the exterior space, wood wing profiles (B1, B2) provided on the side facing the interior space and a double glazing (CM1), wherein said wood wing profiles (B1, B2) are mounted by being slided and fitted from the upper portion between fitting tabs (G1) and locking tabs (KL1, KL2) formed on said exterior space wing profiles (K1, K2).

Description

DESCRIPTION
COMPOSITE JOINERY SYSTEM WITH LOCKING FEATURE Technical Field
The present invention relates to a composite joinery system developed for door and window systems used for insulating facades of buildings in the construction sector.
Prior Art
Today, door and window joinery profiles are used in the facade insulating systems of buildings in the construction sector. In the earlier stages, joinery profiles and systems were produced using monolithic materials according to the changing needs of people. Joinery profiles made of only wood, iron, aluminum and lastly of PVC material were being used. However, over time, people have embarked on a quest for different materials due to drawbacks of PVC windows. People want to use natural wood windows due to many advantages thereof, however, wood window joinery is not resistant against external weather conditions (such as rain-snow-sun- wind) and requires paint and care after a short period of time. In addition, over time, wood material starts to decay from outside, this situation, in turn, have led people to use artificial and petroleum derivative PVC windows by taking them away from natural and healthy wood material. However, this product is not wanted to be used anymore since interior space use thereof over time disturbs people.
Composite joinery profiles have been developed due to the failure of joinery profiles made of monolithic materials meeting the desired features and expectations. In these composite joinery profiles, generally, PVC or aluminum materials being resistant to external weather conditions and providing high thermal insulation form the outer surface thereof while wood materials being harmless to human health, having a breathing structure, desired aesthetic appearance and colors form the inner surface of the joinery system. PVC or aluminum materials are combined with wood materials in various ways and resistance of the joinery system against external influences is improved as well as application of the advantages of the wood material (aesthetic appearance, desired color, ventilation of the spaces) to interior spaces is provided. Support plates can be positioned on the inner portion of PVC or aluminum profiles in order to increase the strength of joinery system. A structure for such a composite profile system is disclosed in the patent application 2009/02793 registered to Turkish Patent Institute (TPE). This application relates to door and windows formed by combining PVC profiles and wood profiles to obtain frame profiles, wing profiles and/or mullion profiles. In the current state of the art, following steps are followed when wood profiles and PVC profiles are mounted to each other, wherein some disadvantages are encountered.
- Wood profiles are mounted on the PVC and aluminum profiles by being slided thereon.
After the wood profiles are mounted to the PVC and aluminum profiles, corners are joined and frame structure is obtained. Wood profile joints are provided with an angle of 45 degrees. Welding process is carried out during the production of wood profiles together with PVC or aluminum profiles, wherein many disadvantages are encountered. One of these disadvantages is the possibility of staining PVC or aluminum during the painting process of the wood.
In the current methods, wood materials having a greater wall thickness are used due to the structural difference of the tab systems employed for locking wood profiles to PVC and aluminum materials.
- As a result of forcing, there is the likelihood of wood material getting out of PVC or aluminum materials.
Wood patterning process is a process being carried out in a hot drum. However, PVC and wood materials combined before the patterning process cannot simultaneously enter into this process. This is because the PVC material deforms at these temperatures.
- More machinery is required due to processing and combining PVC or aluminum materials together with the wood material during the production stages. This situation adversely affects the process duration, mass production speed and production capacity. In the current method, frame-wing system should be completely replaced when wood profiles are required to be replaced due to aging or deformation thereof.
The utility model application 2010/04090 registered to TPE relates to an internally wood fitted thermal insulating aluminum door, window and facade system.
The patent application CN201723067 (U) relates to a composite door and window comprising PVC plastic and wood materials.
In conclusion, an improvement in the respective art is necessary due to the aforementioned drawbacks and insufficiency of the existing solutions in the field. Brief Description of the Invention
The present invention is developed by being inspired from the existing situations and seeks to solve the above mentioned drawbacks. The main object of the present invention is to develop a composite joinery system for door and window systems used for insulating facades of buildings in the construction sector. Another object of the present invention is to provide a better thermal insulation in buildings by means of fitting wood onto PVC or aluminum materials in the window systems and to provide durability, aesthetics and healthy living environment by means of using more natural materials.
The joinery system according to the present invention comprises a special composite structure formed by combining polymer PVC or aluminum materials against external weather conditions in the exterior space with real wood material providing aesthetics and naturalness in the interior space.
Differences between the composite joinery system according to the present invention and the old systems are listed below.
Wood material is fitted onto PVC or aluminum material by means of a locking method. Joining thereof is provided in this way.
PVC and aluminum materials are self joined. After completion of the entire operation, wood material is mounted afterwards to the PVC or aluminum materials by means of the locking structure. Joints thereof are provided with an angle of 90°.
- Wood profiles and PVC and aluminum profiles are separately produced and assembly thereof is performed afterwards. Thus, production restrictions are eliminated by eliminating the time losses, machinery section, deformation risks on the materials, etc. resulting from numerous processes being carried out simultaneously in the old systems.
Thickness of wood profile fitting onto the PVC and aluminum profiles is significantly reduced thanks to the new locking system.
Even in the case of forcing, there is no likelihood of wood material getting out of PVC or aluminum materials.
- Since assembly is carried out at the end of production process, patterning process can be applied on the wood profile.
Production can be provided with less number of machines.
If a wood profile is required to be replaced before or after sales, old ones can be removed and new ones can be installed thanks to the new locking system. Thus, necessity of performing complete frame-wing replacement is eliminated. The composite joinery system according to the present invention comprises features that are very different from the existing products. It is a composite product formed by combination of three products that are different from each other. It is provided a perfect naturalness and aesthetics with polymer PVC or aluminum materials for being resistant against harsh weather conditions in the exterior space and a real natural wood painted with water based paint harmless to health (paint used on the furniture and toys of children) in the interior space. In addition, galvanized support plates are used inside PVC or aluminum profiles in order to increase the strength of these two different products.
Another feature of the joinery system according to the present invention is that, if the durability and service life of a normal wood window is 50 years, durability and service life of the product can be increased to 150-200 years since wood will not be affected b external weather conditions thanks to this product. Wood will not be damaged in the interior space and it will also be under protection by means of curtains. This will increase interior space durability and service life of the wood. As with the real wood furniture used in our homes lasting for many years, this product will also last in the same manner. This is because in the interior space it will not be exposed to external weather conditions. It will be healthier and durable by breathing with the water based paint being used.
This product also allows for using less than 50% wood by preventing the more trees from being cut. With the utilization of less than half wood, longer lasting life is provided due to the interior space usage thereof. This situation will allow for cutting fewer trees from the system in the long term.
In the joinery made using normal system, wastage and material losses take place due to the utilization of 40% of sized wood as accessories and due to glazing channel gaps being formed. In this system, since the required wood profiles are produced and required accessory, glazing channel systems are produced from PVC or aluminum materials, wastage ratio of joinery is reduced to 5%, more wood shavings is not made and tree cutting is prevented. This situation, in turn, leads to less consumption of forests in the ecological system.
In order to achieve mentioned objects, the present invention relates to a composite joinery system developed for door and window systems used for insulating facades of buildings in the construction sector, comprising exterior space wing profiles provided on the side facing the exterior space, wood wing profiles provided on the side facing the interior space and a double glazing, wherein said wood wing profiles are mounted by being slided and fitted from the upper portion between fitting tabs and locking tabs formed on said exterior space wing profiles. The structural and the characteristic features and all advantages of the present invention will be understood more clearly with the following figures and the detailed description written by referring to said figures. Therefore, the evaluation needs to be done by taking these figures and the detailed description into consideration.
Figures
Figure 1 : A side cross sectional view of the composite joinery system according to the present invention.
Scaling of drawings is not absolutely required and details, which are not needed for understanding the present invention may have been neglected. Furthermore, elements, which are at least substantially identical or have at least substantially identical functions, are indicated with the same number.
Description of Part References
K1. Exterior space wing profile
K2. Exterior space wing profile
B1. Wood wing profile
B2. Wood wing profile
B3. Wooden glazing bead
G1. Fitting tab
KL1. Locking tab
KL2. Locking tab
P1. Sill fitting channel
C1. Gasket
C2. Gasket
C3. Gasket
C4. Gasket
D1. Support plate
D2. Support plate
CT1. Glazing bead
CM1. Double glazing
CT2. Glazing leveling block
Detailed Description of the Invention The present invention relates to a composite joinery system developed for door and window systems used for insulating facades of buildings in the construction sector.
Exterior space wing profiles (K1 , K2) being resistant to external influences such as rain, snow, sun, humidity and the like and having a high thermal insulation feature are used on the side of the composite joinery system facing the exterior space. Exterior space wing profiles (K1 , K2) made of PVC or aluminum materials are used on the side of the composite joinery system facing the exterior space and they enable the joinery system to have a long life thanks to the high durability and thermal insulation features thereof.
On the side of the composite joinery system facing the interior space, wood wing profiles (B1 , B2) mounted by being slided and fitted from the upper portion between fitting tabs (G1) and locking tabs (KL1 , KL2) formed on said exterior space wing profiles (K1 , K2) made of PVC or aluminum materials are used. Wood wing profiles (B1 , B2) provide naturalness in the interior space, wherein they offer a healthy environment thanks to the breathing structure thereof harmless to people. In addition, wood wing profiles (B1 , B2) are painted with paints harmless to human health in colors compatible to the interior space items such as furniture, curtains, etc. and a desired aesthetic appearance can be obtained. Moreover, desired patterns can be formed on the wood wing profiles (B1 , B2) independently from the exterior space wing profiles (K1 , K2). In this way, a composite joinery system that can be made compatible with the interior space by replacing only the wood wing profiles (B1 , B2) can be obtained.
A decorative wooden glazing bead (B3) providing aesthetics in the interior space is positioned at the upper portion of the exterior space wing profile (K2) and wood wing profile (B2) of the joinery system disposed on the side facing the interior space.
When wooden edge is desired to be seen thicker, an additional wood profile is positioned on the sill fitting channel (P1 ) formed at the lower portion of the exterior space wing profile (K1 ). This portion can be optionally empty.
In order to increase the strength of the joinery system, galvanized metal support plates (D1 , D2) are positioned on the inner portion of the exterior space wing profiles ( 1 , K2).
A PVC or aluminum glazing bead (CT1) serving for the function of holding the glazing is used between the wooden glazing bead (B3) and double glazing (CM1). Glazing bead (CT1) is fitted into the wooden glazing bead (B3) by means of the tab-channel system and made stronger by means of an adhesive liquid. Thus, on the side facing the interior space, no visual pollution such as any screw, nail, etc. is created. Gaskets (C3) providing sealing are used between the glazing bead (CT1) and double glazing (CM1). On the side of the joinery system facing the exterior space, gaskets (C1) are used between the exterior space wing profile (K2), double glazing (CM1) and the other exterior space wing profile (K1) in order to provide sealing. A gasket (C2) is used between the wood wing profiles (B1 , B2) and exterior space wing profile (K2) in order to provide sealing. Further, an additional gasket (C4) is used between the PVC or aluminum wing profiles (K1 , K2) in order to improve the sealing feature. A glazing leveling block (CT2) is used in the joinery for balancing the double glazing (CT1) from below disposed on the wings during opening.
A new production process for producing the PVC-Wood model of the composite joinery system according to the present invention is developed, wherein steps of said production process are listed and described in detail below.
A. Preparation of PVC wing profiles (K1 , 2) according to the design thereof. PVC wing profiles ( 1 , K2) designed specifically for this system are prepared by means of previously prepared molds using a specially blended formula.
B. Preparation of wood profile. Preparation starts by cutting the trees in the form of timber and lumber for wood cross section detail designed specifically for this system. By cutting the knurls and cracks of trees, imperfections thereof are removed; Further working of the wood is also prevented by being reassembled using finger joint system. Then, wood profiles designed according to this system are machined into semi-finished products using CNC machines. Semifinished wood profiles are painted with water based paint and allowed to become ready to use.
C. Stockpiling of prepared profiles and ensuring coordination for producing the finished product. Wood and PVC semi-finished products are produced according to the types and usage positions thereof and for producing finished products stockpiling thereof is provided by being kept ready as required at all times.
D. Preparation according to the orders received from customer. Received orders are first recorded into computers by means of special computer software specific to this system and joinery production is initiated. E. Cutting of PVC profiles. PVC Frame-Wing-Mullion and similar profiles are cut according to the results obtained from the computer. In general, a 45 degree cut is performed, in special cases, profiles are cut using special angles. F. Cutting of support plate and assembly thereof. Galvanized support plates providing strength and durability of profiles such as frame-wing-mullion profiles of the joinery prepared according to the orders are attached and assembly thereof is provided.
G. Welding. Profile pieces prepared according to the measurement and coding system are matched using special codes of each joinery and 45 degree joining of PVC profiles is provided by means of using a welding machine at high temperatures.
H. Cleaning of the corners. Cleaning of the excessive melting, burrs of the PVC profiles resulting from melting and welding thereof at high temperatures is carried out by means of CNC machine with blades designed for the special profiles.
I. Connection of mullions. Joined profiles now starts to gradually become joinery, after welding, mullion profiles are cut according to sizes and shapes required for the frames, support plates are mounted therein and assembly of mullion profiles is provided by installing mullion that will enable the joining thereof on the mullion profile corners.
I. Fitting of specially designed wood onto the frame profile. Wood frame profiles specifically designed for the PVC profiles joined with 45 degree angles are cut 90 degrees according to the sizes and assembly thereof on the PVC profiles is provided by being passed through special tabs and special locking system channel.
J. Fitting of specially designed wood onto the mullion profile: Wood mullion profiles specifically designed for the PVC profiles joined with 90 degree angles are cut 90 degrees according to the sizes and assembly thereof on the PVC profiles is provided by being passed through special tabs and special locking system channel.
K. Fitting of wood specifically designed onto the wing profile: Wood wing profiles specifically designed for the PVC profiles joined with 45 degree angles are cut 90 degrees according to the sizes and assembly thereof on the PVC profiles is provided by being passed through special tabs and special locking system channel. "L. Installation of the wings to the joinery by bringing the ready pieces and accessories together: Now, getting closer to the final stage, installation of the desired accessories on the frames joined and fitted with wood thereon is carried out according to the customer's request. . Cutting and assembly of beads for joinery provided with completed accessory installation. In the final part of the windows provided with installed accessories PVC beads holding the glazing are cut and wooden beads providing decor and aesthetics on the inner side are cut according to the positions thereof and made into frames. Wooden beads matched to the positions thereof are mounted on the joinery.
N. Sill assembly: Sills, if exist per order, are prepared according to the sizes and assembly thereof on the joinery is carried out.
O, Attachment of transport handles. Since each finished joinery is not produced as former small sized joinery, transport handles are mounted with ropes similar to jalousie cords on the surface of the joinery frame to be mounted in order to provide convenience in transport thereof.
P. Shipment: Products with completed packaging and provided with customer name and joinery codes written thereon are now ready for shipment.

Claims

1. A composite joinery system developed for door and window systems used for insulating facades of buildings in the construction sector, comprising exterior space wing profiles (K1 , K2) provided on the side facing the exterior space, wood wing profiles (B1 , B2) provided on the side facing the interior space and a double glazing (CM1), characterized in that said wood wing profiles (B1 , B2) are mounted by being slided and fitted from the upper portion between fitting tabs (G1 ) and locking tabs (KL1 , KL2) formed on said exterior space wing profiles (K1 , K2).
2. The joinery system according to Claim 1 , characterized in that said exterior space wing profiles (K1 , K2) are made of PVC or aluminum materials.
3. The joinery system according to Claim 1 , characterized in that a decorative wooden glazing bead (B3) providing aesthetics in the interior space is positioned at the upper portion of the exterior space wing profile (K2) and wood wing profile (B2) of the joinery
• system disposed on the side facing the interior space.
4. The joinery system according to Claim 1 , characterized in that a sill fitting channel (P1 ) is formed at the lower portion of the exterior space wing profile (K1 ) in order to allow for positioning of an additional wood profile when wooden edge is desired to be seen thicker.
5. The joinery system according to Claim 1 , characterized in that galvanized metal support plates (D1 , D2) are positioned on the inner portion of the exterior space wing profiles (K1 , K2) in order to increase the strength of the joinery system.
6. The joinery system according to Claim 1 , characterized in that a glazing bead (CT1) serving for the function of holding the glazing is used between the wooden glazing bead (B3) and double glazing (CM1).
7. The joinery system according to Claim 1 , characterized in that gaskets (C3) providing sealing are used between the glazing bead (CT1) and double glazing (CM1).
8. The joinery system according to Claim 1 , characterized in that on the side of the joinery system facing the exterior space, gaskets (C1) are used between the exterior space wing profile (K2), double glazing (CM1) and the other exterior space wing profile (K1 ) in order to provide sealing.
9. The joinery system according to Claim 1 , characterized in that a gasket (C2) is used between the wood wing profiles (B1 , B2) and exterior space wing profile (K2) in order to provide sealing.
10. The joinery system according to Claim 1 , characterized in that an additional gasket (C4) is used between the exterior space wing profiles (K1 , K2) in order to improve the sealing feature.
PCT/TR2014/000011 2013-01-17 2014-01-17 Composite joinery system with locking feature WO2014112962A1 (en)

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TR2013/00623 2013-01-17
TR201300623 2013-01-17

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* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105064860A (en) * 2015-09-02 2015-11-18 天津市日月门窗有限公司 Casement of plastic-steel door and window
CN106639789A (en) * 2016-11-17 2017-05-10 浙江瑞明节能科技股份有限公司 Indoor side positioning groove structure of aluminium-wood composite door and window
CN107035272A (en) * 2017-04-01 2017-08-11 浙江瑞明节能科技股份有限公司 A kind of accessible concealed draining aluminum alloy doors and windows

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EP1091075A1 (en) * 1999-10-04 2001-04-11 Menuiserie Bier Cladding system for door and window structures
WO2006040072A2 (en) * 2004-10-09 2006-04-20 Josef Westermann Frame for a door, a window or the like
TR201004090U (en) 2010-09-03 2010-12-21 Güngör Serhat Heat insulated aluminum door, window and facade system.
CN201723067U (en) 2010-04-27 2011-01-26 南京皇家聚锋建筑材料有限公司 PVC plastic-wood composite door and window

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Publication number Priority date Publication date Assignee Title
EP1091075A1 (en) * 1999-10-04 2001-04-11 Menuiserie Bier Cladding system for door and window structures
WO2006040072A2 (en) * 2004-10-09 2006-04-20 Josef Westermann Frame for a door, a window or the like
CN201723067U (en) 2010-04-27 2011-01-26 南京皇家聚锋建筑材料有限公司 PVC plastic-wood composite door and window
TR201004090U (en) 2010-09-03 2010-12-21 Güngör Serhat Heat insulated aluminum door, window and facade system.

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105064860A (en) * 2015-09-02 2015-11-18 天津市日月门窗有限公司 Casement of plastic-steel door and window
CN106639789A (en) * 2016-11-17 2017-05-10 浙江瑞明节能科技股份有限公司 Indoor side positioning groove structure of aluminium-wood composite door and window
CN107035272A (en) * 2017-04-01 2017-08-11 浙江瑞明节能科技股份有限公司 A kind of accessible concealed draining aluminum alloy doors and windows

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