WO2008141529A1 - Panneau à poignée et son procédé de fabrication - Google Patents

Panneau à poignée et son procédé de fabrication Download PDF

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Publication number
WO2008141529A1
WO2008141529A1 PCT/CN2008/000992 CN2008000992W WO2008141529A1 WO 2008141529 A1 WO2008141529 A1 WO 2008141529A1 CN 2008000992 W CN2008000992 W CN 2008000992W WO 2008141529 A1 WO2008141529 A1 WO 2008141529A1
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WO
WIPO (PCT)
Prior art keywords
panel
handle
cut
long side
handle groove
Prior art date
Application number
PCT/CN2008/000992
Other languages
English (en)
French (fr)
Inventor
Yan Zhu
Original Assignee
Kohler (China) Investment Company Ltd.
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 Kohler (China) Investment Company Ltd. filed Critical Kohler (China) Investment Company Ltd.
Publication of WO2008141529A1 publication Critical patent/WO2008141529A1/zh

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Classifications

    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47B—TABLES; DESKS; OFFICE FURNITURE; CABINETS; DRAWERS; GENERAL DETAILS OF FURNITURE
    • A47B95/00—Fittings for furniture
    • A47B95/02—Handles

Definitions

  • This invention relates to a sheet material having a right angle corner and a bevel groove, and more particularly to a novel structure of a recessed handle panel and a method of manufacturing the same. Background technique
  • a handle is required to be mounted on the door of a furniture or on the panel of a drawer.
  • a handle-shaped inner groove can be opened on the panel for the user to open the door or drawer.
  • the shape and quality of the handle groove is very important for the appearance of the furniture. If the processing is not good, it will affect the overall aesthetic effect of the furniture.
  • the shape of the handle groove is various, and the two most commonly used ones are formed by inwardly extending from the upper surface of the panel, and the other is extending inwardly from the opening portion (or starting from the upper surface of the panel). It extends obliquely into the panel and opens a chute with an angle of less than 90 degrees from the upper surface of the panel. Since the above-mentioned handle groove projects inwardly, in particular, the chute extends obliquely into the panel, the processing of the two grooves and the covering of the facing material on the working surface are difficult.
  • the corner of the handle groove formed on the upper surface of the panel for the user's hand to extend should be strictly right angle, which brings great difficulty to the veneer.
  • an object of the present invention is to provide a handleless panel with a novel structure, which can make a corner of the handle groove have a strict right angle, and the chute of the handle groove can be processed according to the designed angle and shape of the insertion, and can The quality of the decorative covering material on the processing surface of the handle groove is reliably ensured. It is also an object of the present invention to provide a method of manufacturing such a novel handle panel.
  • the novel handle panel of the present invention comprises a bottom plate and an upper panel bonded to the bottom plate, and a handle groove extending inwardly corresponding to the position of the handle on the upper panel.
  • the bottom plate is cut out and bonded to the upper panel, and the bonding portion is disposed at a position such that the upper panel is bonded to the bonding portion, and the position of the handle groove on the upper panel is Match the position of the required handle slot.
  • the handle groove on the upper panel has a flat opening or an arcuate opening on the upper surface of the upper panel.
  • the two long sides of the handle groove extend inwardly perpendicular to the upper surface of the upper plate to form two cut surfaces penetrating the upper panel.
  • the two cut surfaces and the cut surface contacting the two cut surfaces together form a handle groove for penetrating the upper panel.
  • the first long side of the handle groove extends inwardly perpendicular to the upper surface of the upper plate to form a first cut surface penetrating the upper panel
  • the second long side is obliquely intersected with the upper surface of the upper plate and extends inwardly away from the first long side
  • Forming a second cut surface penetrating the upper panel the angle between the second cut surface and the upper surface of the upper surface is less than 90 degrees
  • the first and second cut surfaces and the cut surface contacting the two cut surfaces together form a through panel of the upper panel
  • the first long side of the handle groove extends inwardly perpendicular to the upper plate surface to form a feedthrough upper panel a first cut surface
  • the second long side extending inwardly perpendicular to the upper surface of the upper surface, obliquely intersecting the upper surface of the upper surface and extending inwardly away from the first long side to form a second cut surface penetrating the upper panel
  • the handle groove may also be disposed at one side of the upper panel.
  • the first long side of the handle groove may be a side of the upper panel, and the second long side extends inwardly perpendicular to the upper surface of the upper surface to form a cut surface passing through the upper panel, and the cut surface and the cut surface contacting the cut surface are formed together Pass through the handle slot of the upper panel.
  • the first long side of the handle groove may be a side of the upper panel, and the second long side is obliquely intersected with the upper surface of the upper surface and extends inwardly away from the first long side to form a cut surface penetrating the upper panel, the cut surface and the upper surface
  • the angle of intersection between the surfaces is less than 90 degrees, and the cut surface and the cut surface that meets the cut surface together form a handle groove that passes through the upper panel.
  • the first long side of the handle groove may be one side of the upper panel, and the second long side extends inwardly perpendicular to the upper surface of the upper surface, and is obliquely intersected with the upper surface of the upper surface and extends inwardly away from the first long side Forming a cut surface through the upper panel, the angle between the cut surface and the upper surface is obliquely less than 90 degrees, and the cut surface and the cut surface contacting the cut surface together form a handle groove through the upper panel.
  • the surface of the bottom plate, the upper panel, and the handle groove may be covered with a facing material.
  • the above method of manufacturing the handle panel of the present invention comprises the steps of:
  • Figure 1 is the bottom plate with pre-cut bonded sections that are the same size as the top panel.
  • Figure 2 is the upper panel with the handle slot in the middle of the upper panel.
  • Figure 3 is a cross-sectional view taken along line A-A of Figure 2 with the two long sides of the handle groove projecting inwardly to form two cut planes perpendicular to the upper surface of the upper plate.
  • FIG. 4 is a cross-sectional view taken along line AA of FIG. 2, the first long side of the handle groove extends inwardly perpendicular to the upper plate surface to form a first cutting surface, and the second long side extends obliquely inwardly with the upper plate surface.
  • a second section is formed, the angle of the second section being oblique to the upper surface of the upper surface being less than 90 degrees.
  • Figure 5 is a cross-sectional view taken along line AA of Figure 2, the first long side of the handle groove extends inwardly perpendicular to the upper surface of the upper surface to form a first cut surface, and the second long side perpendicularly extends the upper surface of the upper surface into a predetermined After a period of time, obliquely intersecting the upper plate surface and extending inwardly away from the first long side to form a second cutting surface, the angle between the second cutting surface and the upper plate surface is less than 90 degrees.
  • Figure 6 is a cross-sectional view of the panel with the handle bonded to the upper panel of Figure 1 and the upper panel of Figure 3. Figure.
  • Figure 7 is a cross-sectional view of the panel with the handle bonded to the upper panel of Figure 1 and the upper panel of Figure 4.
  • Figure 8 is a cross-sectional view of the panel with the handle bonded to the upper panel of Figure 1 and the upper panel of Figure 5.
  • Figure 9 is the upper panel with the handle slot at one side of the upper panel.
  • Figure 10 is a cross-sectional view taken along line A-A of Figure 9, with the first long side of the handle groove being a side edge of the upper panel, and the second long side extending inwardly from the upper plate surface to form a cut surface.
  • Figure 11 is a cross-sectional view taken along line AA of Figure 9, the first long side of the handle groove is one side of the upper panel, and the second long side is obliquely inwardly formed with the upper plate surface to form a cut surface, a cut surface and an upper plate The angle between the surfaces is less than 90 degrees.
  • Figure 12 is a cross-sectional view taken along line AA of Figure 9, the first long side of the handle groove is one side of the upper panel, and the second long side perpendicularly extends the upper surface of the upper surface inwardly for a predetermined period, and the upper surface of the upper surface Skewed and extended inwardly from the first long side to form a cut surface, the angle between the cut surface and the upper surface of the upper surface is less than 90 degrees.
  • Figure 13 is a cross-sectional view of the handle-equipped panel bonded to the upper panel of Figure 1 and the upper panel of Figure 10.
  • Figure 14 is a cross-sectional view of the handle-equipped panel with the bottom panel of Figure 1 and the upper panel of Figure 11 bonded together.
  • Figure 15 is a cross-sectional view of the handle-equipped panel with the bottom panel of Figure 1 and the upper panel of Figure 12 bonded together.
  • the bottom plate 11 is selected according to the shape and size of the panel required for design, and the portion 12 for bonding is cut out on the bottom plate 11, and the portion 12 and the upper panel for bonding are cut out.
  • the dimensions of 14 are identical, that is, the length, width, and depth of the portion 12 for bonding are consistent with the corresponding dimensions of the upper panel 14.
  • the position of the bonding portion 12 is set such that the position of the handle groove 10 on the upper panel 14 coincides with the position of the handle groove required for design when the upper panel 14 is adhered to the bonding portion 12.
  • the veneer material 13 is then covered on the portion 12 for bonding which is cut out on the bottom plate at a position corresponding to the handle.
  • the veneer material may be one or more of melamine, acrylic, solid wood veneer, paper veneer, PVC veneer, PE veneer, PP veneer, PET veneer, UV veneer material.
  • a plate having a size and a width, a width, and a depth corresponding to the portion 12 for bonding on the bottom plate 11 is selected as the upper panel 14 on the upper panel 14 corresponding to the position of the handle, according to the design.
  • the shape and requirements of the handle slot 10 are cut out.
  • the shape of the handle groove 10 can be various, and a flat opening can be formed on the upper surface of the upper panel 14.
  • the design can be strictly formed at a right angle at the corner, which is very beautiful.
  • the handle groove 10 may also have an arc-shaped opening on the upper plate surface, or may be opened in other shapes.
  • the position of the handle groove 10 can be various.
  • the handle groove can be placed at an appropriate position in the upper panel 14 according to the shape and size of the handle groove, such as the position shown in FIG.
  • both the first long side 15 and the second long side 16 of the handle groove 10 extend inwardly perpendicular to the upper surface of the upper surface to form two cut surfaces forming the through panel 14 , the two cut surfaces and the two cut surfaces The other cut faces together form a handle slot that passes through the upper panel 14.
  • first long side 15 of the handle groove 10 extends inwardly perpendicular to the upper surface of the upper surface to form a first cut surface forming the through panel
  • second long side 16 is obliquely opposite to the upper surface and away from the first length.
  • a handle groove is formed through the upper panel 14.
  • Figure 5 shows that the first long side 15 of the handle groove 10 extends inwardly perpendicular to the upper surface of the upper surface to form a first cut surface forming the through panel, and the second long side 16 extends vertically inwardly from the upper surface of the upper surface.
  • the angle between the second cutting surface and the upper surface of the upper surface is less than 90 degrees.
  • the processing faces of the cut faces of the long sides 15 and 16 of the handle groove 10 shown in Figs. 3, 4, and 5, and the other cut faces which are in contact with the cut faces of the long sides 15 and 16 are respectively covered with the facing material 17 and the sticker. Face material 18.
  • the facing material used is identical or matched to the above-mentioned facing material 13 attached to the bottom plate 11.
  • the upper panel 14 obtained as described above is bonded to the bottom plate 11 in a press-fit manner to form a combined handle-equipped panel as shown in Figs. 6, 7, and 8, respectively.
  • the veneer material is applied to the outer surface of the combined handle panel, including the bottom surface of the bottom panel and the perimeter of the composite panel.
  • the facing material used and the above-mentioned facing material 13 attached to the bottom plate 11, and the facing material 17 on the handle groove 10 and the facing material 18 coincide or match.
  • FIG. 9 shows that the handle groove 10 is provided at one side of the upper panel 14.
  • Figure 10 shows that the first long side 15 of the handle groove 10 is a side of the upper panel 14, and the second long side 16 extends inwardly perpendicular to the upper surface of the upper plate to form a cut surface through the upper panel 14, the above-mentioned cut surface and The cut faces that meet the above-described cut surfaces together form a handle groove that passes through the upper panel 14.
  • first long side 15 of the handle groove 10 is one side of the upper panel 14, and the second long side 16 is obliquely intersected with the upper surface of the upper surface and extends inwardly away from the first long side to form the through panel 14
  • the cut surface, the angle between the cut surface and the upper surface of the upper surface is less than 90 degrees, and the cut surface and the other cut surface contacting the cut surface together form a handle groove through the upper panel 14.
  • Figure 12 shows that the first long side 15 of the handle groove 10 is one side of the upper panel 14, and the second long side 16 extends inwardly perpendicular to the upper surface of the upper surface, and is obliquely inclined away from the upper surface of the upper surface.
  • a long side extends inwardly to form a cut surface penetrating through the upper panel 14. The angle between the cut surface and the upper surface of the upper surface is less than 90 degrees. The cut surface and the cut surface contacting the cut surface form a through panel 14 Handle slot.
  • the facing surface of the cut surface formed by the long side 16 of the handle groove 10 shown in Figs. 10, 11, and 12, and the other cut surface which is in contact with the cut surface formed by the long side 16 are covered with the facing material 18.
  • the facing material used is identical or matched to the above-mentioned facing material 13 attached to the bottom plate 11.
  • the upper panel 14 obtained as described above is bonded to the bottom plate 11 in a press-fit manner to form a combined handle-equipped panel as shown in Figs. 13, 14, and 15, respectively.
  • the veneer material is applied to the outer surface of the combined handle panel, including the bottom surface of the bottom panel and the perimeter of the composite panel.
  • the facing material used is identical or compatible with the above-described facing material 13 attached to the bottom plate 11 and the facing material 18 on the handle groove 10.
  • the handle groove 10 as the handle portion can be obtained only by directly processing on the upper plate, and it is not necessary to dig the panel on the panel as in the prior art, so that the processing of the handle groove 10 can be easily realized and ensured according to the designed shape. machining. According to the design requirements, the handle groove 10 is made into other shapes without much difficulty. The corners of the handle groove 10 can also be at a strictly right angle. Subsequent covering of the facing material 17 and the facing material 18 on the processing surface of the handle groove 10 is an open groove surface covering, which is very convenient, is not as difficult and difficult to guarantee as the prior art, and can ensure the covering of the veneer. The effect and the firmness of the attachment.
  • the shape of the handle and the covering quality of the facing material are better than those obtained in the prior art, and the design is more novel and complicated, and more beautiful. Moreover, the quality of the overlay can be guaranteed.
  • the selection of the thickness of the bottom plate and the upper panel can be determined according to the judgment of those skilled in the art and according to the needs of product design, including the size of the panel, the conditions of use of the panel, and the strength of the material.
  • the description of the above embodiments does not constitute a limitation of the scope of the invention. Any variation or modification made in accordance with the above basic concept of the present invention, for example, whether the handle orientation is lateral or vertical, or any other direction, changes in the shape of the handle groove including the chute, etc., as long as the present invention is used Said basic idea, these changes are still within the scope of the present invention.

Description

带把手面板及其制造方法 技术领域
本发明涉及一种带有直角转角和斜面槽的板材， 尤其是涉及一种凹入 式带把手面板的新型结构及其制造方法。 背景技术
在现有技术当中， 在家具的门或者抽屉的面板上， 需要安装把手。 为 了美观起见， 可以不外设凸出于面板之外的把手， 而是在面板上开出把手 形状的内槽， 供使用者拉开门或者抽屉。
把手槽的形状和质量的好坏对于家具的外观非常重要， 如果加工的不 好， 会影响家具的整体美观效果。把手槽的形状有多种， 最常用的有两种, 一种是从面板的上表面向内伸入形成， 另一种是自开口部分向内伸入一段 (或者从面板上表面开始）后就向面板内斜向伸入， 开出和面板上表面之 间角度小于 90度的斜槽。 由于上述把手槽向内伸入，特别是斜槽向面板内 斜向伸入， 使得这两种槽的加工及在加工面上的贴面材料的被覆都是很困 难的工作。
从美观的角度考虑， 在面板上表面形成的供使用者的手伸入的把手槽 的拐角处应当呈严格的直角， 这更给贴面带来很大的困难。 总之， 在带有 把手的面板上， 要使把手槽， 特别是斜槽的整个加工面完整地覆盖很不容 易。 即使覆盖， 也不容易粘贴牢固， 成品率低。 贴面材料在使用一段时间 后也会容易脱落。 使得按照现有方法做出的把手槽， 往往不美观， 而且贴 发明内容
为了解决上述问题，本发明目的在于提供一种新型结构的带把手面板， 可以使把手槽的拐角处呈严格的直角， 而把手槽的斜槽可以按设计的伸入 角度和形状加工， 并且能可靠地保证把手槽的加工面上装饰用贴面材料的 覆盖质量。 本发明目的还在于提供这种新型带把手面板的制造方法。
本发明的新型带把手面板， 包括底板以及和底板相粘接的上面板， 在 上面板相应于把手位置处开有向内伸入的把手槽。
所述的底板上切出和上面板尺寸相一致的粘接上面板的粘接部分， 粘 接部分的位置设置得要使上面板粘接到粘接部分后， 上面板上的把手槽的 位置和要求的把手槽的位置一致。
在所述的上面板上的把手槽在上面板的上表面上呈平直开口或呈弧形 开口。
所述把手槽的两长边垂直于上面板上表面向内伸入形成穿通上面板的 两切面， 两切面和与两切面相接的切面一起形成穿通上面板的把手槽。
所述把手槽的第一长边垂直于上面板上表面向内伸入形成穿通上面板 的第一切面， 第二长边与上面板上表面斜交并远离第一长边向内伸入形成 穿通上面板的第二切面， 第二切面和上面板上表面之间斜交的角度小于 90 度， 上述第一和第二切面和与两切面相接的切面一起形成穿通上面板的把 所述把手槽的第一长边垂直于上面板上表面向内伸入形成穿通上面板 的第一切面， 第二长边垂直于上面板上表面向内伸入一段后， 与上面板上 表面斜交并远离第一长边向内伸入， 形成穿通上面板的第二切面， 第二切 面和上面板上表面之间斜交的角度小于 90度，上述第一和第二切面和与两 切面相接的切面一起形成穿通上面板的把手槽。
所述的把手槽也可以设置在上面板的一侧边处。
把手槽的第一长边可以是上面板的一侧边， 第二长边垂直于上面板上 表面向内伸入， 形成穿通上面板的切面， 上述切面和与上述切面相接的切 面一起形成穿通上面板的把手槽。
把手槽的第一长边可以是上面板的一侧边， 第二长边与上面板上表面 斜交并远离第一长边向内伸入形成穿通上面板的切面， 上述切面和上面板 上表面之间斜交的角度小于 90度，上述切面和与上述切面相接的切面一起 形成穿通上面板的把手槽。
把手槽的第一长边可以是上面板的一侧边， 第二长边垂直于上面板上 表面向内伸入一段后， 与上面板上表面斜交并远离第一长边向内伸入， 形 成穿通上面板的切面， 上述切面和上面板上表面之间斜交的角度小于 90 度， 上述切面和与上述切面相接的切面一起形成穿通上面板的把手槽。
所述的底板、 上面板、 以及把手槽的表面上可以覆盖贴面材料。
制造本发明的上述带把手面板的方法包括以下步骤：
( 1 )按照设计要求的面板形状尺寸选择底板，在底板上切出用于粘接 的部分， 所切出的用于粘接的部分和上面板的尺寸相一致， 粘接部分的位 置设置得要使上面板粘接到粘接部分后， 上面板上的把手槽的位置和设计 要求的把手槽的位置一致； (2)在步骤 1切出的用于粘接的部分上，在相应于把手的位置处覆盖 贴面材料；
(3)在上面板上，在相应于把手位置处， 根据设计的形状和要求开出 把手槽；
(4)把步骤 3得到的上面板的把手槽部分的加工面上覆盖贴面材料；
(5)把步骤 4得到的上面板和步骤 1得到的底板粘接在一起，组合而 成带把手的面板；
(6)把步骤 5得到的带把手的面板外覆盖贴面材料。 附图说明
图 1 是底板， 它带有预先切出的和上面板尺寸相一致的粘接部分。 图 2是把手槽位于上面板中间的上面板。
图 3是沿图 2中的 A-A的剖视图， 把手槽的两长边向内伸入形成垂直 于上面板上表面的两切面。
图 4是沿图 2中的 A-A的剖视图， 把手槽的第一长边垂直于上面板上 表面向内伸入形成第一切面， 第二长边与上面板上表面斜交向内伸入形成 第二切面， 第二切面与上面板上表面之间斜交的角度小于 90度。
图 5是沿图 2中的 A-A的剖视图， 把手槽的第一长边垂直于上面板上 表面向内伸入形成第一切面， 第二长边垂直上面板上表面向内伸入预定的 一段后， 与上面板上表面斜交并远离第一长边向内伸入形成第二切面， 第 二切面和上面板上表面之间斜交的角度小于 90度。
图 6是图 1底板和图 3所示上面板粘接在一起的带把手的面板的剖面 图。
图 7是图 1底板和图 4所示上面板粘接在一起的带把手的面板的剖面 图。
图 8是图 1底板和图 5所示上面板粘接在一起的带把手的面板的剖面 图。
图 9是把手槽位于上面板一侧边处的上面板。
图 10是沿图 9中的 A-A的剖视图， 把手槽的第一长边是上面板的一 侧边， 第二长边垂直于上面板上表面向内伸入形成切面。
图 11是沿图 9中的 A-A的剖视图， 把手槽的第一长边是上面板的一 侧边， 第二长边与上面板上表面斜交向内伸入形成切面， 切面和上面板上 表面之间斜交的角度小于 90度。
图 12是沿图 9中的 A-A的剖视图， 把手槽的第一长边是上面板的一 侧边， 第二长边垂直上面板上表面向内伸入预定的一段后， 与上面板上表 面斜交并远离第一长边向内伸入形成切面， 切面和上面板上表面之间斜交 的角度小于 90度。
图 13是图 1底板和图 10所示上面板粘接在一起的带把手的面板的剖 面图。
图 14是图 1底板和图 11所示上面板粘接在一起的带把手的面板的剖 面图。
图 15是图 1底板和图 12所示上面板粘接在一起的带把手的面板的剖 面图。
具体实施方式 下面结合附图和具体实施方式对本发明的产品结构和制造方法作进一 步的说明。
如图 1、 图 2所示， 按照设计要求的面板的形状和尺寸选择底板 11， 在底板 11上切出用于粘接的部分 12， 所切出的用于粘接的部分 12和上面 板 14的尺寸相一致， 也就是， 用于粘接的部分 12的长度、 宽度、 深度都 和上面板 14的相应尺寸一致。粘接部分 12的位置设置得要使上面板 14粘 接到粘接部分 12后，上面板 14上的把手槽 10的位置和设计要求的把手槽 的位置一致。随后在底板上切出的用于粘接的部分 12上、在相应于把手的 位置处覆盖上贴面材料 13。贴面材料可以为三聚氰胺、压克力、实木贴皮、 纸贴面、 PVC贴面、 PE贴面、 PP贴面、 PET贴面、 UV贴面材料中的一 种或几种。
如图 2、 图 3所示， 选用尺寸和底板 11上用于粘接的部分 12的长度、 宽度、 深度相一致的板材作为上面板 14, 在上面板 14上相应于把手位置 处， 根据设计的形状和要求切出把手槽 10。
把手槽 10的形状可以有多种， 在上面板 14的上表面上可以呈平直开 口， 可以按照设计的要求， 在转角处严格地形成直角， 非常美观。
把手槽 10在上面板上表面也可呈弧形开口， 也可以是其它形状的开
□。
把手槽 10的位置可以有多种。可以根据把手槽的形状、尺寸将把手槽 设置在上面板 14中的适当位置， 比如图 2所示的位置。
图 3表明了把手槽 10的第一长边 15和第二长边 16两长边都垂直于上 面板上表面向内伸入形成穿通上面板 14的两切面，两切面和与两切面相接 的其它切面一起形成穿通上面板 14的把手槽。
图 4表明了把手槽 10的第一长边 15垂直于上面板上表面向内伸入形 成穿通上面板的第一切面，第二长边 16与上面板上表面斜交并远离第一长 边向内伸入，形成穿通上面板 14的第二切面，第二切面和上面板上表面之 间斜交的角度小于 90度，上述第一和第二切面和与两切面相接的切面一起 形成穿通上面板 14的把手槽。
图 5表明了把手槽 10的第一长边 15垂直于上面板上表面向内伸入形 成穿通上面板的第一切面，第二长边 16垂直上面板上表面向内伸入按照设 计预先确定的一段后， 与上面板上表面斜交并远离第一长边向内伸入形成 穿通上面板 14的第二切面，第二切面和上面板上表面之间斜交的角度小于 90度，上述第一和第二切面和与两切面相接的切面一起形成穿通上面板 14 的把手槽。
在图 3、 4、 5所示把手槽 10的两长边 15和 16的切面的加工面， 以及 和两长边 15和 16的切面相接的其它切面上，分别覆盖贴面材料 17和贴面 材料 18。 所用的贴面材料和上述的贴于底板 11上的贴面材料 13相一致或 者相配合。
再把按上述方法得到的上面板 14以压紧方式粘接在底板 11上， 分别 构成如图 6、 7、 8所示的组合的带把手的面板。 在组合的带把手的面板外 表面， 包括底板底面和组合面板的周边覆盖贴面材料。 所用的贴面材料和 上述的贴于底板 11上的贴面材料 13、 以及把手槽 10上的贴面材料 17和 贴面材料 18相一致或者相配合。
图 9表明了， 把手槽 10设置在上面板 14的一侧边处。 图 10表明， 把手槽 10的第一长边 15是上面板 14的一侧边， 第二长 边 16垂直于上面板上表面向内伸入， 形成穿通上面板 14的切面， 上述切 面和与上述切面相接的切面一起形成穿通上面板 14的把手槽。
图 11表明， 把手槽 10的第一长边 15是上面板 14的一侧边， 第二长 边 16与上面板上表面斜交并远离第一长边向内伸入形成穿通上面板 14的 切面，上述切面和上面板上表面之间斜交的角度小于 90度，上述切面和与 上述切面相接的其它切面一起形成穿通上面板 14的把手槽。
图 12表明， 把手槽 10的第一长边 15是上面板 14的一侧边， 第二长 边 16垂直于上面板上表面向内伸入一段后，与上面板上表面斜交并远离第 一长边向内伸入，形成穿通上面板 14的切面，上述切面和上面板上表面之 间斜交的角度小于 90度，上述切面和与上述切面相接的切面一起形成穿通 上面板 14的把手槽。
在图 10、 11、 12所示把手槽 10的长边 16形成的切面的加工面， 以及 和长边 16形成的切面相接的其它切面上， 覆盖贴面材料 18。 所用的贴面 材料和上述的贴于底板 11上的贴面材料 13相一致或者相配合。
再把按上述方法得到的上面板 14以压紧方式粘接在底板 11上， 分别 构成如图 13、 14、 15所示的组合的带把手的面板。在组合的带把手的面板 外表面， 包括底板底面和组合面板的周边覆盖贴面材料。 所用的贴面材料 和上述的贴于底板 11上的贴面材料 13、 以及把手槽 10上的贴面材料 18 相一致或者相配合。 由于本发明的带把手的面板被分成底板 11和上面板 14两个部分， 用 作为把手部分的把手槽 10只需要在上面板上直接加工就可得到，无须象现 有技术那样在面板上掏挖，使得把手槽 10的加工可以很容易地实现， 并保 证能按照设计的形状加工。根据设计的要求，将把手槽 10做成其它形状而 没有太大的困难。把手槽 10的拐角处也能呈严格的直角。随后的在把手槽 10的加工面上覆盖贴面材料 17和贴面材料 18的时候是敞开槽面贴覆， 非 常方便， 不象现有技术那样困难和质量难以保证， 可以保证贴面的覆盖效 果以及附着的牢固度。
根据本发明所得到的把手， 其把手的形状以及贴面材料的覆盖质量比 现有技术当中所得到的产品更好， 设计更加新颖复杂、 更加美观。 而且贴 面的被覆质量完全能得到保证。
底板和上面板的厚度的选用，可以根据本领域的普通技术人员的判断， 以及根据产品设计的需要， 包括面板的大小、 面板的使用条件、 以及材料 的强度等来决定。 上述实施例的描述并不构成对本发明保护范围的限制。 按照本发明上 述基本构思做出的任何变型或改变， 比如，无论把手取向是横向还是竖向， 还是其它任何方向， 在把手槽包括斜槽的形状上做出改变等等， 只要使用 了本发明所说的基本构思， 这些变化仍然均在本发明保护范围之内。

Claims

权 利 要 求 书
1 . 一种带把手面板， 其特征在于， 它包括底板以及和底板相粘接的 上面板， 在上面板相应于把手位置处开有向内伸入的把手槽。
2. 根据权利要求 1 所述的带把手面板， 其特征在于， 所述的底板上 切出和上面板尺寸相一致的粘接上面板的粘接部分， 粘接部分的位置设置 得要使上面板粘接到粘接部分后， 上面板上的把手槽的位置和要求的把手 槽的位置一致。
3. 根据权利要求 1 所述的带把手面板， 其特征在于， 所述的把手槽 在上面板上表面呈平直开口或呈弧形开口。
4. 根据权利要求 1 所述的带把手面板， 其特征在于， 所述把手槽的 两长边垂直于上面板上表面向内伸入形成穿通上面板的两切面， 两切面和 与两切面相接的切面一起形成穿通上面板的把手槽。
5. 根据权利要求 1 所述的带把手面板， 其特征在于， 所述把手槽的 第一长边垂直于上面板上表面向内伸入形成穿通上面板的第一切面， 第二 长边与上面板上表面斜交并远离第一长边向内伸入形成穿通上面板的第 二切面， 第二切面和上面板上表面之间斜交的角度小于 90度， 上述第一 和第二切面和与两切面相接的切面一起形成穿通上面板的把手槽。
6. 根据权利要求 1 所述的带把手面板， 其特征在于， 所述把手槽的 第一长边垂直于上面板上表面向内伸入形成穿通上面板的第一切面， 第二 长边垂直于上面板上表面向内伸入一段后， 与上面板上表面斜交并远离第 一长边向内伸入， 形成穿通上面板的第二切面， 第二切面和上面板上表面 之间斜交的角度小于 90度， 上述第一和第二切面和与两切面相接的切面 一起形成穿通上面板的把手槽。
7. 根据权利要求 1 所述的带把手面板， 其特征在于， 所述的把手槽 也可以设置在上面板的一侧边处。
8. 根据权利要求 1 所述的带把手面板， 其特征在于， 把手槽的第一 长边可以是上面板的一侧边， 第二长边垂直于上面板上表面向内伸入， 形 成穿通上面板的切面， 上述切面和与上述切面相接的切面一起形成穿通上 面板的把手槽。
9. 根据权利要求 1 所述的带把手面板， 其特征在于， 把手槽的第一 长边可以是上面板的一侧边， 第二长边与上面板上表面斜交并远离第一长 边向内伸入形成穿通上面板的切面， 上述切面和上面板上表面之间斜交的 角度小于 90度， 上述切面和与上述切面相接的切面一起形成穿通上面板 的把手槽。
10. 根据权利要求 1所述的带把手面板， 其特征在于， 把手槽的第一 长边可以是上面板的一侧边， 第二长边垂直于上面板上表面向内伸入一段 后， 与上面板上表面斜交并远离第一长边向内伸入， 形成穿通上面板的切 面， 上述切面和上面板上表面之间斜交的角度小于 90度， 上述切面和与 上述切面相接的切面一起形成穿通上面板的把手槽。
11.根据权利要求 1所述的带把手面板，其特征在于，在所述的底板、 上面板、 以及把手槽的表面上可以覆盖贴面材料。
12. 根据权利要求 11 所述的带把手面板， 其特征在于， 贴面材料可 以为三聚氰胺、 压克力、 实木贴皮、 纸贴面、 PVC贴面、 PE贴面、 PP贴 面、 PET贴面、 UV贴面材料中的一种或几种。
13. 制造权利要求 1-12所述的带把手面板的方法包括以下步骤-
( 1 ) 按照设计要求的面板形状尺寸选择底板， 在底板上切出用于粘 接的部分， 所切出的用于粘接的部分和上面板的尺寸相一致， 粘接部分的 位置设置得要使上面板粘接到粘接部分后， 上面板上的把手槽的位置和设 计要求的把手槽的位置一致；
(2)在步骤 1 切出的用于粘接的部分上， 在相应于把手的位置处覆 盖贴面材料；
(3 )在上面板上， 在相应于把手位置处， 根据设计的形状和要求开 出把手槽；
(4)把步骤 3得到的上面板的把手槽部分的加工面上覆盖贴面材料;
(5)把步骤 4得到的上面板和步骤 1得到的底板粘接在一起， 组合 而成带把手的面板；
(6)把步骤 5得到的带把手的面板外覆盖贴面材料。
PCT/CN2008/000992 2007-05-23 2008-05-22 Panneau à poignée et son procédé de fabrication WO2008141529A1 (fr)

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CN102425361A (zh) * 2011-11-28 2012-04-25 广州市卓明建材有限公司 一种无缝免焊接免拉手不锈钢门板
CN110301772A (zh) * 2019-06-28 2019-10-08 温州市益立艺术家居有限公司 一种柜门或抽屉面拉手结构及其加工方法

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