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    • 41. 发明申请
    • METHOD OF MANUFACTURING A DECORATIVE SUBSTRATE AND DECORATIVE SUBSTRATE PRODUCED THEREBY
    • 制造装饰基板的方法及其制造的装饰基板
    • WO2004043662A2
    • 2004-05-27
    • PCT/US2003/035911
    • 2003-11-12
    • MASONITE CORPORATION
    • LIANG, Bei-HongLUETGERT, Karine, A.COGHLAN, HenryWALSH, John, PeterHARDWICK, Geoffrey, B.
    • B27N
    • B32B21/14B27N7/005B32B37/06B32B37/10B32B2607/00Y10T156/1002Y10T156/1023Y10T156/1039Y10T156/1044Y10T428/31982
    • A method of forming a composite article is disclosed that involves providing a press having first and second platens, a cellulosic fiber substrate having a first thickness, and a layer of material such as a wood veneer, foil, or non-creped paper, where the layer of material has a thickness less than the thickness of the cellulosic fiber substrate. A layer of bonding material is placed onto the cellulosic fiber substrate or the layer of material, and the layer of material is placed onto the cellulosic fiber substrate or the layer of material, and the layer of material is placed onto the cellulosic fiber substrate so that the bonding material is between the layer of material and the cellulosic fiber substrate. The cellulosic fiber substrate and layer of material are placed between the first and second platens, and at least one of the first and second platens to deform the cellulosic fiber substrate and layer of material into a predetermined configuration while bonding the layer of material to the cellulosic fiber substrate without cracking or wrinkling the layer of material.
    • 公开了一种形成复合制品的方法,其包括提供具有第一和第二压板的压制机,具有第一厚度的纤维素纤维基材和诸如木单板,箔或非起皱纸的材料层,其中 材料层的厚度小于纤维素纤维基材的厚度。 将一层接合材料放置在纤维素纤维基材或材料层上,并将该材料层放置在纤维素纤维基材或材料层上,并将该材料层放置在纤维素纤维基材上,使得 接合材料在材料层和纤维素纤维基材之间。 将纤维素纤维基材和材料层放置在第一和第二压板之间,以及第一和第二压板中的至少一个,以将纤维素纤维基材和材料层变形为预定构型,同时将材料层粘合到纤维素 纤维基材不会破裂或起皱的材料层。
    • 42. 发明申请
    • BUILDING PANEL
    • 建筑面板
    • WO1983003865A1
    • 1983-11-10
    • PCT/US1983000667
    • 1983-05-03
    • MASONITE CORPORATION
    • MASONITE CORPORATIONSLOCUM, Donald, H.SCHAIRBAUM, Albert, W.CURTIS, William, M.
    • E04D01/20
    • E04D1/265E04D1/20
    • A building panel (40) having inner (42) and outer (60) faces outlined by opposite ends (48, 50) and upper (44) and lower (46) edges with opposite ends of the panel adapted to closely face the ends of adjacent panels in the same course. The outer face (60) of the panel includes a lower portion (64) of substantially greater surface area adapted for exposure and an upper portion (62) of relatively smaller surface area adapted to underlie a lower portion of the back face of one of more panels laid up in the next higher course. At least one of the opposite ends of the panels (38, 40) is formed with a spacer projection (65) adjacent the smaller upper portion thereof extending outwardly to provide an expansion space between a lower portion of said one end and an end of an adjacent panel positioned in the same course or row.
    • 一种建筑面板(40)具有内表面(42)和外(60)由相对的端部限定的(48,50)和上边缘(44)和下(46),所述面板的相对端适于 关闭相同面板中相邻面板的末端。 面板的外表面(60)包括适于暴露的基本上更大比表面积的底部(64)和适于放置在后表面的下部下面的相对较小表面积的上部(62)。 排列在下一个上部路线上的一个或多个面板。 面板(38,40)的相对端中的至少一个设置有与减小的上部相邻并向外延伸以在下部之间形成膨胀间隙的间隔件突出部(65) 所述端部和相邻面板的端部布置在相同的座位或排中。
    • 47. 发明申请
    • LATCH JAMB SECURITY PLATE FOR DOORJAMB
    • LORCHAR JAMB安全防护板
    • WO2012037202A1
    • 2012-03-22
    • PCT/US2011/051526
    • 2011-09-14
    • MASONITE CORPORATIONFULTON, DanielFAGAN, Gary
    • FULTON, DanielFAGAN, Gary
    • E05B15/02E05B17/20E06B5/11E06B1/32
    • E05B15/02E05B15/0205E05B17/2084E05B63/0056E06B1/06E06B1/52Y10T70/7915Y10T292/79
    • A latch jamb security plate (60) in combination with a doorjamb (20) having a front side (24) facing a door opening (18) and a back side (26) opposite the front side (24). The doorjamb(20) is formed with a latch aperture (42) therethrough for receiving a retractable door latch (48). The latch jamb security plate (60) comprises a planar plate member (62) fastened to the back side (26) of the doorjamb (20), and a single latch tongue (66) formed integrally with the planar plate member (62) and extending therefrom into the latch aperture (42) in the doorjamb (20). The planar plate member (62) has an opening (64) therethrough aligned with the latch aperture (42) in the doorjamb (20). The opening (64) in the planar plate member (62) has a continuous edge. The latch tongue is configured to extend from only a portion of the edge (64a) of the opening (64) in the planar plate member (62).
    • 一个与具有面向门开口(18)的前侧(24)和与前侧相对的后侧(26)的门楣(20)组合的门闩安全板(60)。 门框(20)形成有穿过其的闩锁孔(42),用于接收可伸缩门闩(48)。 闩锁侧壁安全板(60)包括固定在门框(20)的后侧(26)上的平板构件(62)和与平板构件(62)一体形成的单个闩舌(66)和 从其延伸到门框(20)中的闩锁孔(42)中。 平板构件(62)具有与门框(20)中的闩锁孔(42)对准的开口(64)。 平面板构件(62)中的开口(64)具有连续的边缘。 闩舌构造成仅从平板状构件(62)中的开口(64)的边缘(64a)的一部分延伸。
    • 48. 发明申请
    • COMPRESSION MOLDING METHOD AND APPARATUS SUITABLE FOR MAKING DOOR FACINGS
    • 压缩成型方法和适用于制作门面的装置
    • WO2005108034A2
    • 2005-11-17
    • PCT/US2005/014964
    • 2005-04-29
    • MASONITE CORPORATIONGUPTA, Manish
    • GUPTA, Manish
    • B27N3/08
    • B29C35/0288B29C43/003B29C43/021B29C43/52B29C43/58B29C2043/5816B29K2311/14B29K2711/14B29L2031/724
    • A method for compression molding a thermoset article includes providing first and second movable mold dies providing a mold cavity. A thermosettable workpiece is placed on the first mold die. The workpiece is heated to a gel. At least one of the mold dies is moved toward the other to compress the workpiece between first and second die surfaces. A first mold clamp pressure is applied to the workpiece at a predetermined pressurization to shape the workpiece. The workpiece is cured into a thermoset article. An electrical property of the workpiece is measured as a function of time. A gelation period during which the electrical property changes in value until reaching a turning point corresponding to a gelation peak value is detected. A gelation peak time of the workpiece is determined, the gelation peak time coinciding with the gelation peak value.
    • 一种用于热塑性制品的压缩成型的方法包括提供提供模腔的第一和第二可动模具。 将热固性工件放置在第一模具上。 将工件加热至凝胶。 模具中的至少一个朝向另一个移动以在第一和第二模具表面之间压缩工件。 第一模具夹紧压力以预定的加压施加到工件以成形工件。 工件被固化成热固性制品。 测量工件的电气特性作为时间的函数。 检测电气特性在达到与凝胶化峰值对应的转折点之间变化的凝胶化期间。 确定工件的凝胶化峰值时间,凝胶化峰值时间与凝胶化峰值一致。