34results about How to "Avoid Sealing Defects" patented technology

The present invention provides a manufacturing method or a structure capable of reducing occurrence of sealing defects and breaking defects by resolving defects in form of a joined area between a sealing material and an anisotropic conductive material. A sealing material (2) is formed in such a manner as to superimpose ends (2b) on alignment marks (15) formed on the surface of a first substrate (6a), an anisotropic conductive material is formed in such a manner as to superimpose ends 3b on alignment marks (16) formed on the surface of a second substrate (6b), and the sealing material 2 and the anisotropic conductive material (3) are joined by bonding the first substrate (6a) and the second substrate (6b) to form one-piece sealing section (4).

A method of forming a sealed cavity around an end of a fastener protruding from a structure is disclosed having the steps of: (i) installing a cap having a cap body terminating at a rim which surrounds an opening of a cavity over the end of the fastener so that the end of the fastener is enclosed within the cavity; (ii) heating the cap to increase a temperature within the cavity; (iii) providing a bead of uncured sealing material around the rim of the cap body to seal a volume of gas within the cavity; and (iv) curing the bead of sealing material during a cure period.

The invention discloses a method for analyzing intermittent sealing failure of a sealed circuit module in a high-temperature environment. The circuit module and rare gas are packaged into a cavity tooling, and the packaged cavity tooling is subjected to heating storage or power aging experiments. Carry out water vapor detection on the circuit module after the experiment to judge whether there is intermittent high-temperature sealing failure in the circuit module, conduct qualitative analysis on whether the sealed circuit module has internal and external gas exchange caused by poor sealing, and perform positioning analysis on unqualified circuit modules , cut the shell of the circuit module with high temperature intermittent seal failure into two parts, one part is heated and stored in the air atmosphere, and the other part is not processed, the pins and insulators on the circuit module shell are taken out, and the circuit module shell is Analyze the part that is in contact with the insulator on the upper part, find out the specific failure part with poor sealing, so as to analyze the specific cause of the failure part, and feedback the result to the manufacturer.

A circular-flat integrated cable for an electric submersible pump is disclosed. In order to overcome the disadvantage that the present belting method is hard to ensure the sealing performance at the connected place of a circular cable and a flat cable, so that an insulating layer is corroded by an underground oil-gas environment, and thus the cables are failed in advance, an insulating layer and an oil-resisting layer are orderly covered outside the conductor disclosed by the invention to be a core, the three cores of the circular cable are covered by a jacket layer after being arrayed in a triangle, and an armour layer is disposed outside the jacket layer; the armour layer, the jacket layer and the oil-resisting layer on the end part of the circular cable are orderly peeled off to exposethe insulating layer, and after the conductors of the three cores on the end part of the circular cable are twisted with the conductors of the three cores of the flat cable, a moulding and a vulcanization for the transition belt rubber jacket layer of the circular cable and the flat cable are finished on a rubber processing device; and an armour layer is covered outside the transition belt rubberjacket layer of the circular cable and the flat cable by a steel belt to form a circular-flat integrated cable. The circular-flat integrated cable for an electric submersible pump has the advantage that the connected place of a circular cable and a flat cable is moulded once, so that a sealing defect existing during a connection process is efficiently avoided, and the lives of the cables are efficiently prolonged.

The present invention relates to an electrolyte removal device comprising: a jig assembly on which a pouch, which includes an accommodation part in which an electrode assembly is accommodated, a gas pocket part, and a connection part for connecting the accommodation part and the gas pocket part, is mounted; and an electrolyte removal assembly for pushing an electrolyte remaining in the connectionpart toward the gas pocket part and removing the same.