8results about How to "Poor inhibition" patented technology

The utility model provides a laser irradiation system and a laser processing system, which can restrain the influence of deflection caused by the dead weight of a mask so as to carry out laser irradiation with high precision, and also can restrain dust from being attached to the surface of the mask, so that badness caused by the dust is difficult to generate, and the height is low. The laser irradiation system comprises a first optical function part and a second optical function part, the first optical function part comprises a laser light source, and the second optical function part is used for arranging a mask with a pattern corresponding to a laser irradiation area of an irradiated body. The laser irradiation system is used for irradiating laser light to an irradiated body through a mask arranged on a second optical function part, and the mask is a quadrilateral mask which comprises an effective area with a pattern corresponding to a laser irradiation area of the irradiated body, and the length of the longest side of four sides, namely the outer edge of the mask, is more than 800mm. In the second optical function part, the normal line of the surface on which the pattern is formed faces the substantially horizontal direction.

This invention discloses a gradient crosslinked nanocomposite antifouling reverse osmosis membrane and its preparation method. The reverse osmosis membrane includes a base membrane and a low-crosslinked loose layer and a high-crosslinked dense layer sequentially formed on the surface of the base membrane. The low-crosslinked loose layer is formed by crosslinking polyvinyl alcohol nanofibers and sulfonated carbon nanotubes. The high-crosslinked dense layer is formed by interfacial polymerization of acyl chloride monomers and aromatic amine monomers, and a hydrophilic metal-organic framework material is also embedded in the high-crosslinked dense layer. This reverse osmosis membrane of the present invention adopts a gradient crosslinking to construct a gradient structure of "highly crosslinked and dense surface layer + low-crosslinked and loose sublayer". The introduction of metal-organic frameworks to construct a highly crosslinked and dense surface layer can effectively improve the desalination rate, and the metal-organic framework has antibacterial activity and can inhibit biofouling. The loose polyvinyl alcohol nanofiber network and sulfonated carbon nanotubes in the sublayer can effectively promote the rapid flow of water, and the polyvinyl alcohol nanofiber network is connected to the polyamide matrix through hydrogen bonds, which is stable and efficient.

The invention relates to a strut track wheel composite board forming and manufacturing method, and the method comprises the steps that a second track wheel and a first track wheel are manufactured, and the second track wheel comprises a second track wheel annular part; and a second track wheel curved portion provided on the radially inner side of the second track wheel annular portion and curved and extended so as to have a recessed second track wheel track surface on the radially inner side, the first track wheel including: a first track wheel annular portion; and a first track wheel bent portion provided on a radially outer side of the first track wheel annular portion and bent and extended so as to form a recessed first track wheel track surface on a radially outer side, and the first track wheel has an outer diameter larger than an inner diameter of the second track wheel and smaller than an outer diameter of the second track wheel.

Provided is a technology for suppressing defects caused when a blank is rolled into a circle and the ends are joined in the forming of a paper container including a paper cup or a paper tube. While the blank is being embossed, one end of the blank is bent toward the center of the container to form a fold line (L). The blank is rolled into a curved surface, one end (2) of the blank is arranged at the bottom, the other end (1) of the blank is arranged at the top, and the one end (2) of the blank and the other end (1) of the blank are joined to form an inverted truncated cone shape or a cylindrical shape.

This invention provides an electrophotographic photosensitive material capable of suppressing image defects caused by fogging in an image forming apparatus using a non-magnetic, single-component, pulverized toner. The electrophotographic photosensitive material of this invention is used in an image forming apparatus using a non-magnetic, single-component, pulverized toner. The electrophotographic photosensitive material has a substrate disposed on a conductive substrate and a photosensitive layer on which a charge generation layer and a charge transport layer are sequentially stacked. The substrate comprises a thermosetting resin and titanium dioxide particles, wherein the thermosetting resin comprises an alkyd resin and a melamine resin. The charge transport layer comprises a binder resin and a hole transporter, wherein the binder resin comprises a polycarbonate resin or a polyaryl ester resin, and the hole transporter comprises a compound represented by general formula (1).

The invention provides an image forming apparatus. This optical scanning device is provided with a light source unit, a polyhedral rotating mirror, a scanning lens, a housing, and a temperature sensor. The light source unit emits laser light. The polyhedral rotating mirror rotates around a rotation axis extending in the vertical direction, reflects the laser light emitted from the light source unit, and scans the peripheral surface of the image carrier in the main scanning direction. The scanning lens images the laser light reflected by the polyhedral rotating mirror on the peripheral surface of the image carrier. The housing accommodates the light source unit, the polyhedral rotating mirror, and the scanning lens. The temperature sensor detects a temperature within the housing. The temperature sensor detects a temperature of the developing device.

The problem of the present invention is to provide: a resin sheet that suppresses the appearance of the resin composition layer even if the thickness of the resin composition layer is thick; a circuit board using the resin sheet, and a semiconductor chip package. The solution of the present invention is a resin sheet comprising a support body and a resin composition layer provided on the support body, wherein the thickness of the resin composition layer is 60 μm or more, and the length of the support body when joined to the resin composition layer is set to L A , and the length of the support after the support is peeled off from the resin composition layer is defined as L B When L A / L B The relationship of 1.005 or more and 1.2 or less is satisfied.

The utility model provides a laser irradiation system, a laser processing system and an exposure system, which can restrain the influence of deflection caused by the dead weight of a mask so as to carry out laser irradiation with high precision, and also can restrain dust from being attached to the surface of the mask. The laser irradiation system comprises a first optical function part and a second optical function part, the first optical function part comprises a laser light source, the second optical function part is used for arranging a mask with a pattern corresponding to a laser irradiation area of an irradiated body, and the laser irradiation system is used for irradiating laser to the irradiated body through the mask. Wherein the mask includes an effective region having a pattern corresponding to a laser irradiation region of the irradiated body, and the ratio of the length of the longest side among the four sides, which are the outer edges of the quadrangular mask, to the thickness of the effective region in the laser transmission direction is 100 or more, and the mask is disposed in the second optical function part so that the thickness of the effective region in the laser transmission direction is less than 100. The outer edge of the mask, i.e., two opposite sides of the four sides, are approximately vertical to the surface on which the laser irradiation system is arranged.