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    • 125. 发明授权
    • Refrigerator cabinet liner having non-crinkled corners
    • 冰箱柜内有不起皱的角落
    • US5033636A
    • 1991-07-23
    • US642564
    • 1991-01-18
    • Thomas E. Jenkins
    • Thomas E. Jenkins
    • B29C44/12B29C44/18B29C51/00B29C51/30F25D23/06
    • B29C44/18B29C44/1233B29C51/30F25D23/064B29C51/00B29L2031/7622Y10S220/18
    • A refrigerator liner of a vacuum formed plastic with a thickness of about 0.007" to 0.050" has each corner formed without crinkling when thermal insulation material is foamed against the outer surface of the liner. The non-crinkling of each corner of the refrigerator liner is accomplished through forming each of the corners with a flat surface having its periphery as a circle during vacuum forming of the refrigerator liner rather than with a spherical radius. This enables the flat surface to be placed in tension when moved against a corresponding flat surface of a foam plug by the pressure produced during foaming of the foamed thermal insulation material. This results in each corner having a central portion with a convex cross section and an outer portion surrounding the central portion and concave in cross section whereby it does not appear to be crinkled.
    • 厚度为约0.007“至0.050”的真空成型塑料的冰箱衬里,当绝热材料相对于衬套的外表面发泡时,每个角都形成为不起皱。 通过在真空成型冰箱衬垫而不是具有球面半径的情况下,通过在平板表面上形成具有圆周的圆形表面来形成每个拐角来实现冰箱衬里的每个角部的不起皱。 这使得平坦表面能够通过泡沫保温材料的发泡过程中产生的压力而相对于泡沫塞的相应平坦表面移动而处于张紧状态。 这导致每个角部具有中央部分,其具有凸形横截面,而外部部分围绕中心部分并且在横截面中是凹形的,从而不会发生皱缩。
    • 126. 发明授权
    • Apparatus and system for fabricating refrigeration cabinets
    • 制冷柜的装置和系统
    • US4820372A
    • 1989-04-11
    • US45905
    • 1987-05-01
    • Edward Gidseg
    • Edward Gidseg
    • F25D23/06B05C7/00
    • B29C44/428B29C33/12B29C33/308B29C44/3403F25D23/062B29K2075/00B29L2031/7622F25D2400/06F25D2400/40
    • An apparatus and system is disclosed for fabricating refrigeration cabinets of the type including an outer shell and inner shell separated by an insulating medium, such as polyurethane foam. The inner and outer shells are each formed of a plurality of plates which, according to the invention, are maintained in their respective relative positions long enough to permit the insulating medium forming components to be introduced therebetween and to cure and adhere to the plates so as to thereafter maintain the plurality of plates in their predetermined relative positions as an integral cabinet without the need for prior securement. A novel thermal insulating member is also disclosed which extends along the forward marginal portions of the inner shell to prevent heat transfer between the inside of the refrigeration cabinet and the outside atmosphere during operation, while simultaneously maintaining electrical wires connected to the electrical system of the cabinet, or tubing for fluids or gases depending upon the installation in secured and hidden locations. Novel methods and systems are also disclosed for fabricating general purpose cabinets as well as refrigeration cabinets.
    • 公开了一种用于制造这种类型的制冷柜的装置和系统,所述制冷柜包括由绝缘介质(例如聚氨酯泡沫)隔开的外壳和内壳。 内壳和外壳各自由多个板形成,根据本发明,它们被保持在它们各自的相对位置上,这些位置足够长以允许绝缘介质形成部件在其间引入并固化并粘附到板上,以便 之后将多个板保持在其预定的相对位置作为整体式机柜,而不需要先前的固定。 还公开了一种新颖的隔热构件,其沿着内壳的前部边缘部分延伸,以防止在操作期间冷藏柜内部和外部大气之间的热传递,同时保持连接到柜体的电气系统的电线 或用于流体或气体的管道,这取决于安装在安全和隐藏的位置。 还公开了用于制造通用橱柜以及制冷柜的新颖方法和系统。
    • 128. 发明授权
    • Method of controlling foaming of cabinet insulation
    • 控制柜体绝缘发泡的方法
    • US4118451A
    • 1978-10-03
    • US793074
    • 1977-05-02
    • John Joseph Schaus
    • John Joseph Schaus
    • B29C44/18F25D23/06F25D23/08B29D27/04
    • B29C44/351B29C44/18F25D23/064B29L2031/7622F25D23/085
    • A method of controlling the foaming of foamed-in-place insulation in a cabinet structure having an inner liner and an outer shell with the liner having an outer surface and the shell having an inner surface in outwardly spaced confronting relationship to the outer surface of the liner at a front opening of the cabinet. A flexible sheet is secured to either the outer surface of the liner or the inner surface of the shell at the front opening and has a preselected stiffness so as to cause the sheet to project away from the surface to which it is secured whereby the foaming of the insulation may carry the projected portion to the front opening of the insulation space. A backup member may be disposed across the opening so as to limit the outward deflection of the strip by the foam whereby the strip defines the outer boundary of the foamed insulation across the opening. A portion of the opening may be defined by an inturned flange and the sealing strip may further be urged against the flange by the foaming insulation. The strip may be transparent to permit observation of the insulation formation at the opening.
    • 一种用于控制具有内衬和外壳的机壳结构中的发泡就地绝缘体的发泡的方法,所述内衬具有外表面,并且所述壳体具有内表面,所述内表面与外表面的外表面成向外间隔开 内胆在机柜的前开口处。 柔性片材固定在衬套的外表面或壳体的前开口处的内表面,并且具有预选的刚性,以便使片材从其固定的表面突出,从而使其发泡 绝缘体可以将突出部分承载到绝缘空间的前开口。 支撑构件可以跨过开口设置,以便通过泡沫限制条的向外偏转,由此条限定穿过开口的发泡绝缘体的外边界。 开口的一部分可以由内翻的凸缘限定,并且密封条可以进一步通过发泡绝缘被推靠在凸缘上。 条带可以是透明的,以允许观察开口处的绝缘层。