KR20070027158A - Floor board plate made & floor board setting - Google Patents

Floor board plate made & floor board setting Download PDF

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Publication number
KR20070027158A
KR20070027158A KR1020050082491A KR20050082491A KR20070027158A KR 20070027158 A KR20070027158 A KR 20070027158A KR 1020050082491 A KR1020050082491 A KR 1020050082491A KR 20050082491 A KR20050082491 A KR 20050082491A KR 20070027158 A KR20070027158 A KR 20070027158A
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South Korea
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floor
adhesive
concrete
width
laminate
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KR1020050082491A
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Korean (ko)
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구이회
구자균
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구이회
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    • BPERFORMING OPERATIONS; TRANSPORTING
    • B27WORKING OR PRESERVING WOOD OR SIMILAR MATERIAL; NAILING OR STAPLING MACHINES IN GENERAL
    • B27MWORKING OF WOOD NOT PROVIDED FOR IN SUBCLASSES B27B - B27L; MANUFACTURE OF SPECIFIC WOODEN ARTICLES
    • B27M3/00Manufacture or reconditioning of specific semi-finished or finished articles
    • B27M3/04Manufacture or reconditioning of specific semi-finished or finished articles of flooring elements, e.g. parqueting blocks
    • EFIXED CONSTRUCTIONS
    • E04BUILDING
    • E04FFINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
    • E04F15/00Flooring
    • E04F15/02Flooring or floor layers composed of a number of similar elements
    • EFIXED CONSTRUCTIONS
    • E04BUILDING
    • E04FFINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
    • E04F15/00Flooring
    • E04F15/12Flooring or floor layers made of masses in situ, e.g. seamless magnesite floors, terrazzo gypsum floors
    • E04F15/14Construction of joints, e.g. dividing strips

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  • Engineering & Computer Science (AREA)
  • Architecture (AREA)
  • Civil Engineering (AREA)
  • Structural Engineering (AREA)
  • Life Sciences & Earth Sciences (AREA)
  • Manufacturing & Machinery (AREA)
  • Wood Science & Technology (AREA)
  • Forests & Forestry (AREA)
  • Floor Finish (AREA)

Abstract

A method for constructing the floor by joining floor prop veneer boards is provided to prevent deformation of floor boards by sufficiently ventilating the air by forming mounting spaces of the floor prop veneer boards in the height of 3mlm and at the intervals of 25mlm. A floor board manufacturing method comprises the steps of: forming grooves with the width of 1mlm and depth of 6mlm in each center of horizontal and vertical sides(3a,3) of a floor board; producing the floor board by inserting a steel piece(4) having wood adhesive agent applying holes(4a) on the left and right sides of the center portion at dense intervals into the grooves of the floor board; forming grooves with the horizontal depth of 2.5mlm and width of 30mlm on a bottom surface(2); and forming grooves(2a,2b) on five spots of the left and right sides in the depth and width of 2.5mlm and at the intervals of 10mlm.

Description

마루판재 제작 방법 및 마루의 시공방법{floor board plate made & floor board setting}Floor board material production method and floor construction method {floor board plate made & floor board setting}

도1 본 발명에서 제공하는 마루시공 부재를 보인 전체도의 평면 일부 파절도1 is a partially broken plan view of the overall view showing a floor construction member provided by the present invention

도2 본 발명에서 제공하는 마루시공 상태를 보인 단면도Figure 2 is a cross-sectional view showing a floor construction provided by the present invention

도3 본 발명에서 제공하는 마루판재 후면 구성도Figure 3 floorboard back structure provided by the present invention

도4 본 발명에서 제공하는 마루판재 결속 철심 구성의 분리도4 is an exploded view of the floorboard binding core core configuration provided by the present invention

도5 본 발명에서 제공하는 마루판재 접착제 적용 구성도Figure 5 floor board adhesive applied configuration provided in the present invention

[도면의 주요 부문에 대한 부호의 설명][Description of Codes for Major Sectors of Drawing]

1 마루 6 마루 바침 합판재1 floor 6 floor finish laminate

1a 마루 판재 6a 마루 바침 합판재 에어못1a flooring board 6a flooring laminate wood air nail

1b 마루 판재 세로 이음새 6b 마루판재 콘크리트 접착제1b floorboard longitudinal seam 6b floorboard concrete adhesive

1c 마루 판재 가로 이음새 7 바침 합판재 목재 접착제 적용면1c floorboard horizontal seam 7 finish laminate wood glue application face

1d 마루 판재 중앙 파절 평면부 7a 목재 접착제1d floorboard central fracture flats 7a wood adhesive

2 마루 판재 뒷면 7b 합판재 목재 접착제 적용롤라2 floorboard backside 7b laminate wood adhesive roll

2a 마루 판재 뒷면 세로홈 8 마루판 후면 통풍로2a Floorboard Backgroove 8 Floorboard Rear Vent

2b 마루 판재 뒷면 가로홈 9 마루 판 벽면 이음새2b Flooring Panel Back Side Groove 9 Flooring Plate Wall Panels Seam

2c 마루 판재 뒷면 가로측면 홈 10 마루 콘크리트 바닥2c floorboard back side transverse groove 10 floor concrete floor

3 마루 판재 측면 세로 1mlm홈 10a 마루벽면 콘크리트3 floorboard side length 1mlm groove 10a floor wall concrete

3a 마루 판재 측면 가로 1mlm홈 11 콘크리트 접착제 적용롤라3a floorboard side width 1mlm groove 11 concrete adhesive roll

4 마루 판재 세로 강철편 11a 합판재 콘크리트 접착제 측면 적용대4 floorboard longitudinal steel strip 11a laminate concrete adhesive side application

4a 철심 접착제 적용 결속공 12 마루판재 접착제 측면 적용대4a Iron core adhesive bonder 12 Floorboard adhesive Lateral applicator

5 마루 판재 가로 강철편 12a 마루판재 측면 접착제 적용롤라5 floorboard horizontal steel strip 12a floorboard side adhesive application

본 발명은 마루판재(1a) 제작 및 마루(1)의 시공 방법에 관한 것으로서 마루(1)시공후 온수 보일러 가동 및 습도와 외부 온도변화 에도 별다른 변화가 없도록 하기 위한 마루판재(1a) 제작 및 마루(1) 시공에 관한 것으로서 마루판재(1a) 측면 가로(3a) 세로(3) 결합면에 강철편(4)(5)(4a)에 목재 접착제(7a)를 적용 결속한 마루판재(1a)를 제작하는 것과 마루(1)시공후 벌어지는 상태와 팽창으로 밀려 오는 것을 방지 하기위하여 마루 콘크리트 바닥(10)면에는 마루(1)바침 합판재(6)을 부설 바닥면 에는 콘크리트 접착제(6b)를 극소량 적용(11a)하여 폭 70mlm에 3mlm 두께의 마루(1) 바침 합판재(6)를 25mlm 간격으로 배열한후 콘크리트 에어못으로 적당한 간격을 두고 결속하여 충분한 통풍공간을 유지하며 그 상면에는 목재 접착제(7a)를 적용(7b)(7)후 마루(1)를 시공하여 겨울에 온수 보일러 가동으로 콘크리트 바닥(10)이 온도상승으로 인한 종래의 접착제(6b) 가 불규칙 요동하는 상태는 발생 할 수 없는 조건을 조성하며 우기철 습도 과다로 마루(1) 결합지(3)(3a)가 밀려 올 라오는 현상과 장기간 햇빛 투입으로 인한 벌어지는 현상을 해소하는 마루판재(1a) 제작 및 마루(1) 시공 방법인 것이다. 즉 종래의 마루(1) 시공방법은 선진국 서구에서의 실내공기 난방식의 마루(1) 시공방법으로써 콘크리트 바닥(10)을 청소한 후에 질죽한 질그릇 만드는 재료상태 농도의 콘크리트 접착제(6b)를 콘크리트 바닥(10)에 쏟아놓고 넓직한 나무판으로 3mlm내외 두께로 평편하게 고른 다음 그 상부에 마루합판재(1a)의 가로(3a)와 세로(3)부위에 6mlm의 홈과 6mlm 턱을 결합하여 목재 접착제(7a)는 적용하지 않는 상태로 고무 햄머로 여러번 충격을 가하여 시공하는 마루(1)는 겨울기간에 고온으로 온수 보일러를 가동하면 마루(1) 바닥(2)(2a)(2b)과 콘크리트 바닥(10) 중간에는 3mlm 두께의 접착제가 온수 보일러 순환지 고온으로 팽창하며 불규칙하게 요동하면서 마루판재(1a)를 불규칙하게 밀어 올리게 하여 마루(1) 바닥(2) 에는 부분적으로 공간을 발생하며 측면 결합지(3)(3a)의 6mlm 홈과 턱 부위가 밀려 올라오는 현상을 발생하게 하며 우기철과 여름철의 햇빛이 강하게 접하는 햇빛은 결합면이 불규칙 변화를 발생하게 하여 마루(1)의 수명을 단축하며 마루(1) 시공후 1년간의 겨울동안은 방문을 닫고 보일러를 가동하면 마루바닥(10)에 3mlm 두께 접착제 유해공기가 인체에 심하게 치명상을 입히는 것이다.The present invention relates to the manufacturing method of floorboard material (1a) and the construction of flooring (1) and to the floorboard (1a) production and flooring so that there is no change in the operation of the hot water boiler and the humidity and external temperature changes after the flooring (1) construction (1) Flooring material (1a) which relates to construction Floorboard material (1a) Lateral horizontal (3a) Vertical (3) Bonding surface Applying wood glue (7a) to steel pieces (4) (5) (4a) In order to make the flooring and to prevent it from being pushed into the state and expansion that occurs after construction (1), flooring (1) and plywood (6) on the floor of the concrete floor (10) is laid concrete adhesive (6b) on the floor Apply very small amount (11a) and arrange 3mm thick floorboards (1) and plywood laminates (6) at a width of 70mlm at intervals of 25mlm. Apply (7a) (7b) (7) and then install floor (1) in winter The condition where the conventional adhesive 6b is irregularly fluctuated due to the temperature rise of the concrete floor 10 due to the operation of the water boiler creates a condition that cannot occur, and the flooring (1) is combined with the excessive humidity in the wet season (3) (3a) It is a method of manufacturing the floorboard material (1a) and flooring (1) construction to solve the phenomenon that occurs and the phenomenon caused by the sunlight input for a long time. In other words, the conventional flooring (1) construction method is the construction method of indoor air heating floor (1) in western countries in the developed countries, after cleaning the concrete floor (10) to concrete concrete adhesive (6b) of the density of the earthen state to make the earthenware Pour into the bottom (10) and flatten it to a thickness of about 3mlm with a wide wooden board, and then combine the 6mlm groove and 6mlm jaw in the horizontal (3a) and vertical (3) areas of the floorboard (1a) The floor (1), which is constructed by impacting several times with a rubber hammer without applying the wood adhesive (7a), is operated when the hot water boiler is operated at a high temperature during the winter, and the floor (1) and the floor (2) (2a) (2b) In the middle of the concrete floor (10), a 3 mlm thick adhesive expands to the high temperature of the hot water boiler circulation paper and causes the floor board (1a) to be pushed up irregularly while irregularly swinging, causing partial space in the floor (1) floor (2). 6 m of side bond paper (3) (3a) lm grooves and jaws are pushed up. Sunlight, which is strongly exposed to sunlight in the rainy season and summer, causes irregular changes in the mating surface, shortening the lifespan of the floor (1). During the winter, when the boiler is closed and the boiler is running, 3mlm thick adhesive harmful air on the floor 10 will seriously injure the human body.

본 발명에서 제공하는 마루판재(1a) 결합지 가로(3a) 세로(3) 폭1mlm와 6mlm깊이를 형성하며 그 내부에 1mlm두께와 12mlm넓이의 강철편(4)(5)을 부설하며 그 중앙의 좌우에 1.5mlm의 접착제 적용 공(4a)을 형성한 마루판재(1a)를 결합 마루 (1)를 시공한 후에 마루 판재(1a)결합지가 밀여오는 상태와 벌어지는 상태를 해소하며 콘크리트 바닥(10)에는 마루(1) 바침 합판재(6)를 1면에는 콘크리트 접착제(6b)를 극소량 친환경 공법으로 적용 콘크리트 바닥(10)에 25mlm 간격을 유지하여 배열하고 콘크리트 에어못(6a)으로 견고하게 적당한 간격으로 결속하여 통풍공간을 25mlm 수준유지 설치하고 그 상부에는 목재 접착제(7a)를 소량적용(12a)(7)하여 마루판재(1a) 결합지 가로(3a)(5)와 세로(3)(4) 측면에는 목재접착제(7a)를 소량적용(12a) 하여 마루판재(1a)가로(3a) 세로(3)홈과 턱을 결합 고무 햄머로 충격을 가하여 정밀 시공후에는 결합지 측면(3)(3a)과 바닥(2)면(7)에 견고하게 결속한 마루(1) 상태의 변화가 발생하지 않게 하는 마루(1)시공 방법인 것이다.Floor board material (1a) provided in the present invention to form a width of 1mlm and 6mlm depth (3a) bonding paper width (3a) and laid inside the steel pieces (4) (5) of 1mlm thickness and 12mlm width and the center After connecting the floorboard (1a) formed 1.5mlm adhesive application ball (4a) to the left and right of the floor, the floorboard (1a) after the installation of the flooring paper (1a) to eliminate the state of the pushed and the concrete floor (10) ) Flooring (1) Plywood (6) on one side Concrete adhesive (6b) on one side is applied with a very small amount of environmentally friendly construction method with 25mlm spacing on the concrete floor (10). Bind at intervals to maintain 25mlm ventilation space and apply a small amount of wood glue (7a) (12a) on the upper part of the floorboard (1a), the joints (3a) (5) and vertical (3) ( 4) Apply a small amount of wood adhesive (7a) to the side (12a) to combine the floorboard (1a) horizontal (3a) longitudinal (3) grooves and jaws Construction method of flooring (1) which prevents the change of state of flooring (1) that is firmly bound to the side (3) (3a) and the bottom (2) surface (7) of the joint paper after impact by hammer It is

본 발명은 마루(1)를 시공함에 있어, 마루 판재(1a)의 측면 가로(3a)와 세로(3)의 측면 중앙에 폭1mlm와 깊이 6mlm로 형성하며 그 중앙에 목재 접착제(7a)를 적용 삽입 결속 고정하는 두께 1mlm와 폭 12mlm의 강철편(4)(5)을 중앙부좌우에는 1.5mlm의 접착제 적용 결속공 (4a)을 중앙부

Figure 112005510967816-PAT00005
우에 밀접한 간격으로 연속 부설하여 목재 접착제(7a)를 적용(12a) 마루판재(1a) 측면 가로(3a)세로(3)에 삽입 고정하여 장시간 결속 시간을 유지한 후에 마루(1)를 시공하며 바닥(2)면에는 깊이와 폭을 2.5mlm 홈(2a)을 30mlm간격으로 설치하며 가로 좌우측에는 깊이와 폭을 2.5mlm홈(2a)을 10mlm 간격으로 5개소를 부설하며 마루(1) 콘크리트 바닥(10)을 청소한 후에는 두께 3mlm와 폭70mlm의 마루(1) 바침 합판재(6) 한 쪽면에는 콘크리트 접착제(6b)를 극소량 적용(11)하여 25mlm 간격을 유지 배열 한 후에 콘크리트 에어 못(6a)으로 적당한 간격을 두고 결속하며 접착제를 극소량 적용하는 친환경 공법으로 보다 견고히 결속하며 그 상부에는 목재 접착제(7a)를 로라 부러쉬(7a)로 적용(7) 한 그 상부에 마루판재(1a)를 조립 마루(1)를 시공하기 위하여 마루판재(1a) 많은 양을 측면 접착제 적용대(12)에 적재하고 가로 세로 측면(3a)(5)(3)(4)에는 목재 접착제(7a)를 로라 부러쉬(12a)로 고르게 적용하며 마루(1) 바침 합판재(6) 상부면에는 목재 접착제 적용(7)한 상부에 마루판재(1a)측면의 세로 가로 철편(4)(5)과 홈(3a)(3)을 결합하여 고무 햄머로 여러번 충격을 가하여 접착제(7a)(6b)가 밀접하게 적용 결속 하도록 시공한다.In the present invention, in the construction of the floor 1, a width of 1 mlm and a depth of 6 mlm are formed at the center of the side of the floor 3a and the length 3 of the floorboard 1a, and the wood adhesive 7a is applied at the center thereof. 1 mlm thick and 12 mlm steel pieces (4) (5) for fastening the inserts and fastenings are attached.
Figure 112005510967816-PAT00005
Continuously laid at close intervals to the right to apply wood adhesive (7a) (12a) floorboard (1a) side wall (3a) side fixed to the length (3) to maintain a long binding time after the floor (1) (2) 2.5mlm grooves (2a) with depths and widths are installed at intervals of 30mlm on the sides, and 5ml 2.5mm grooves (2a) with depths and widths on the horizontal left and right sides are laid at 10ml intervals. 10) After cleaning, 3mlm and 70mlm floors (1) Plywood (6) on one side of the concrete adhesive (6b) to apply a very small amount (11) of 25mlm space after arranging the concrete air nail (6a Unite at an appropriate interval and bond it more firmly with an eco-friendly method of applying a small amount of adhesive, and on the upper part, the floorboard material (1a) is assembled on the upper part of the wood adhesive (7a) applied with the roller brush (7a) (7). Side-adhesive large amount of floorboard material 1a to construct flooring 1 It is loaded on the first application table 12 and on the horizontal and vertical side surfaces 3a, 5, 3, and 4, the wood adhesive 7a is evenly applied with a roller brush 12a, and the floorboard 1 is laminated. The upper surface is joined with a longitudinal horizontal iron piece (4) (5) and the groove (3a) (3) on the side of the floorboard (1a) on the upper surface of the wooden adhesive applied (7), and impacted several times with a rubber hammer to the adhesive (7a) Construct so that (6b) is closely bound.

이상과 같이 시공한 마루(1)는 극소량 콘크리트 접착제(6b)가 적용하여 적당한 간격으로 콘크리트 에어못(6a)으로 결속하여 극소량 접착제 (6b)잔량은 남아있지 않으며 견고히 결속되여 마루(1)판 바닥면(2)는 폭70mlm에 두께3mlm의 통풍 공간(8)이 25mlm 간격으로 형성되여 온수 보일러 가열 및 습도와 태양 빛 등의 외부 온도 변화에 결합면이 밀려 올라오는 현상과 벌어지는 현상이 발생되지 않으며 유해물질 콘크리트 접착제(6b)를 대폭 감량시공으로 보다 견고히 결속하는 친환경 마루(1) 시공인 것이다. The floor (1) constructed as above is applied with a very small amount of concrete adhesive (6b) and bound to a concrete air nail (6a) at appropriate intervals, so that the remaining amount of the very small amount of adhesive (6b) is not remaining, and is firmly bound so that the floor (1) is the floor. Cotton (2) has a width of 70mlm and a ventilation space (8m) with a thickness of 3mlm is formed at intervals of 25mlm, so that the surface of the mating surface is pushed up and unchanged due to the heating of the hot water boiler and the change of external temperature such as humidity and sunlight. It is the construction of eco-friendly flooring (1) that binds more harmful materials concrete adhesive (6b) by a significant weight reduction construction.

이상에서 상세히 살펴본 바와 같이 본 발명에서 제공하는 마루판재(1a) 조립부(3)(3a) 에 강철편 (4)(5)을 부설 목재 접착제(7a)를 적용(12a) 하여 마루판재(1a) 바닥면(2)에는 마루(1) 바침 합판재 (6)를 부설하며 콘크리트 접착제(6b)를 극소량 적용 친환경 공법으로 콘크리트 바닥(10)에 적용되여 콘크리트 에어못(6a) 으로 보다 견고하게 결속된 마루(1) 바침 합판재(6b) 설치공간(8)을 3mlm높이에 25mlm 간격의 충분한 통풍 작용은 온수 보일러 가열로 인한 마루판재(1a) 균형 변형작용을 해소하며 인체에 유해 물질을 최소로 감축한 접착제(6b)를 적용하면서도 견고한 마루(1) 시공으로 우기철의 마루 판재 결합지(3)(3a)가 밀려 올라오는 현상과 장시간 햇빛을 받아 벌어지는 현상을 해소하는 것이다.As described in detail above, the floorboard member 1a is applied to the floorboard member 1a provided by the present invention by applying a wood adhesive 7a to the steel piece 4, 5, and attaching it 12a to the assembly unit 3, 3a. ) Floor surface (2) Laminate flooring (1) Laminate (6) and apply a very small amount of concrete adhesive (6b) Applied to the concrete floor (10) by eco-friendly method to bind more firmly with concrete air nail (6a) Sufficient flooring (1) The installation space (8b) of the installed floor (8) and the space of 3 mlm and the sufficient ventilation of 25 ml spaces will solve the balance deformation of floor board (1a) caused by hot water boiler heating and minimize harmful substances to human body. While applying the reduced adhesive (6b) is to solve the phenomenon of pushing up the floor plate bonding paper (3) (3a) of the rainy season by the solid floor (1) construction and the phenomenon of being exposed to sunlight for a long time.

Claims (3)

마루판재(1a) 가로(3a) 세로(3) 측면 중앙에 1mlm 폭과 6mlm 깊이의 홈을 설치하는 것과 그곳에 목재 접착제(7a) 적용 공(4a)을 중앙부의 좌우에 밀접한 간격으로 설치한 강철편(4)을 삽입하여 결속하는 마루판재(1a)를 제작하는 것과 바닥면(2)에는 가로깊이와 폭을 2.5mlm에 홈을 30mlm 간격으로 설치하는 것과 홈(2b) 가로 홈(2a)을 좌우 측면에는 깊이와 폭을 2.5mlm 로 하여 10mlm간격으로 하여 5개소를 설치하는 것을 특징으로 제작하는 마루 판재(1a)Floor plate (1a) Horizontal (3a) Longitudinal (3) A steel piece with a groove of 1 mlm width and 6 mlm depth in the center of the side, and wood glue (7a) application ball (4a) in the space close to the left and right of the center. (4) Inserting and binding floorboard material (1a) and the bottom surface (2) to the horizontal depth and width of 2.5mlm to install the grooves at 30mlm interval and groove (2b) horizontal groove (2a) left and right Floor board material (1a) which is characterized in that five places are installed at intervals of 10 mlm with depth and width of 2.5 mlm on the side. 실내 콘크리트 바닥면(10) 에 폭 70mlm 와 두께 3mlm의 마루(1) 바침 합판재(6)를 부설 콘크리트 접착제(6b)를 극소량 적용하며 25mlm 간격으로 설치하여 콘크리트 에어못(6a)으로 견고하게 결속하는 것과 마루 합판재(6) 그 상부에는 목재 접착제(7a)를 극소량 적용 (7b)(7) 하는 것을 특징으로 마루(1)Flooring of 70mlm width and 3mlm thickness (1) on the indoor concrete floor (10) Applying the laminate (6) with a very small amount of concrete adhesive (6b) installed at 25ml intervals and firmly binding with concrete air nail (6a) And the flooring laminate (6) on the floor, characterized in that a very small amount of wood adhesive (7a) is applied (7b) (7) 마루 바침 합판재(6)1면에콘크리트 접착제 (6b)적용대(11a)를 설치하는 것과 그위에 마루(1) 바침 합판재 (6)를 배열하여 콘크리트 접착제(6b)를 콘크리트 접착제(6b) 적용 롤라(11) 로 적용하는 것과 마루 합판재(1a)를 적재하여 측면 세로(3)(4) 와 가로(3a)(5)에 목재 접착제(7a)를 적용하는 적용대(12)를 설치하여 롤라 부러쉬(12a)로 적용하는것과 마루(1) 합판재 상면(7)에 목재 접착제(7a)를 롤라 부러쉬(7a)로 적용 시공하는 마루(1)Concrete adhesive (6b) concrete concrete (6b) by installing concrete adhesive (6b) application table (11a) on one side of the floor covering laminate (6) and arranging the floor (1) mounting laminate (6) thereon Applying with the application roll 11 and installing the floor 12 to apply the wood adhesive 7a to the side length (3) (4) and side (3a) (5) by loading the floor laminate (1a) By applying roller adhesive 12a and applying wood adhesive 7a to laminate upper surface 7 by roller brush 7a
KR1020050082491A 2005-09-06 2005-09-06 Floor board plate made & floor board setting KR20070027158A (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108908633A (en) * 2018-08-04 2018-11-30 滁州晶田新型装饰材料有限公司 A kind of compound WPC floor producing technology of resistance to deformation macromolecule

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108908633A (en) * 2018-08-04 2018-11-30 滁州晶田新型装饰材料有限公司 A kind of compound WPC floor producing technology of resistance to deformation macromolecule

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