40results about How to "Improve electrification performance" patented technology

An electrification apparatus for an electrostatic dust collector, including: a first electrode part having a shape of a plate having a plurality of through holes formed thereon in such a manner as to apply one of positive and negative electrodes thereto; and a second electrode part having protrusions each having a plurality of fine conductive fibers in such a manner as to protrude outwardly from the through holes of the first electrode part, whereby electrification performance is improved and harmful ozone and electromagnetic waves are reduced.

In order to achieve the above described object, a secondary battery case according to the present invention includes: a can configured to have a lower plate and a raised side wall which extends upward from the lower plate and has an inner space of which the upper side is open; and a cap configured to have an upper plate and a dropped side wall which extends downward from the upper plate, has an inner space of which the lower side is open, and is inserted into the inner space of the can in order to isolate the inner space of the can from the outside so that the lower end of the dropped side wall is received by the upper surface of the lower plate. The present invention may include a fastening strengthening unit which surrounds a partial section of the dropped side wall with a partial section of the raised side wall so that fastening and sealing are improved when the can and the cap are fastened with each other. According to the secondary battery case of the present invention, a connection structure for the can and the cap is simplified, and thus product size can be reduced, the fastening and the sealing between the can and the cap are improved, and conductivity with an electrode assembly is improved.

The present invention pertains to a conductive pattern having a layer (A) comprising a base, a receptive layer (B) and a conductive layer (C), said conductive pattern being characterized in that the receptive layer (B) is formed by applying a conductive ink containing a conductive substance (c), which forms the conductive layer (C), to the surface of a resin layer (B1) containing a vinyl resin (b1) obtained by polymerizing a monomer mixture containing 10 mass% to 70 mass% of methyl (meth)acrylate, and then cross linking the resin layer (B1).

The invention relates to a crimping die part and a crimping die. In one aspect, the crimping die part is provided; the crimping die part can comprise a die body; the inner wall of the die body can comprise an inner surface partially defining a crimping cavity; and the crimping die part is characterized in that the inner surface of the inner wall of the die body can be provided with a protruding part which protrudes inwards in the radial direction from the inner surface. According to the crimping die part and the crimping die, while the manufacturing difficulty and / or the manufacturing cost ofthe crimping die part / the crimping die is obviously reduced, the drawing tolerance and / or the power-on capacity between a cable and a terminal or cables which are crimped together can be improved.

The invention discloses a longitudinal magnetization moving coil device for plain shaft and crank shaft magnetic particle inspection. The longitudinal magnetization moving coil device comprises a plurality of longitudinal magnetization coils, a moving mechanism and a guide rail, wherein each longitudinal magnetization coil has a round integral structure; the guide rail is positioned on the front side of the longitudinal magnetization coils; the moving mechanism comprises a motor, a support, two guide rods, a screw rod, a connecting rod, coil connecting frames and a coil moving frame; the support is positioned on the back side of the longitudinal magnetization coils; the motor is connected with the left end of the screw rod through a driving device; an upper shaft sleeve and a lower shaft sleeve are arranged on the coil connecting frames, and are respectively sleeved on the two guide rods which are positioned on the support; the quantity of the coil connecting frames is the same as that of the longitudinal magnetization coils; a coil trough is formed on each coil connecting frame; the back sides of the longitudinal magnetization coils are buckled in the troughs of the back sides; coil troughs and a guide wheel are arranged on the coil moving frame; the front sides of the longitudinal magnetization coils are buckled in the coil troughs; and the guide wheel of the coil moving frame is positioned on the guide rail.