Canon Kabushiki Kaisha

Nakato Laboratory, Inc.

Shoichi Shimura

Naoki Kobayashi

Kazutaka Takeuchi

Kazuhiro Ohki

Takashi Kai

Susumu Kadokura

Hideyuki Hatakeyama

Yoshiaki Tomari

Kazuhiro Oki

Yasunori Atarashi

Masashi Honma

Keiji Ikemori

Osamu Kanome

Shigeo Yoshida

Jun Tamai

Mikio Nakasugi

Hideo Ukuda

Yoshiki Kino

Susumu Itoh

Tohru Yamamoto

Hisakazu Morinaga

Hatsumi Ikari

Yasuyuki Nakai

A transport belt comprising a base member layer formed of a film comprised of a thermoplastic material and wound in the shape of a belt, and a plurality of electrodes arranged at given intervals in the shape of comb teeth on the outer periphery or inner periphery of the first base member layer. The electrodes each comprise a linear film comprised of a thermoplastic material and are joined by heating onto the first base member layer. This transport belt is improved in attraction of recording mediums and enables transport of the recording mediums in a high accuracy. Also disclosed are a process for its manufacture and an image-forming apparatus making use of the same.

Process for manufacturing a transport belt

A method of manufacturing a tubular film includes the steps of: winding a thermoplastic sheet film on a columnar member with at least two turns so that leading and trailing ends of the film are placed approximately on one normal line of an outer surface of the columnar member without overlapping each other; fitting a tubular molding member on the wound film; and connecting the leading and trailing ends of the film by heating at least the film, thereby forming the sheet film into the tubular film. The resulting tubular film has a high film thickness uniformity and suitable for a fixing film of an image forming apparatus.

Method of manufacturing tubular film

Disclosed herein is an anti-fogging coating formed on the surface of an optical substrate, wherein the anti-fogging coating comprises a water-absorbing film and a porous film in the order near to the surface of the substrate.

Anti-fogging coating and optical part using the same

A tubular film for fixing a unit of an image forming apparatus. Includes a rib portion as an engage portion at its one end. For forming the rib portion, a groove is provided at an end of a cylindrical member, as an inner mold, and/or a tubular mold member as an outer mold, and a film to be the rib is rolled along the groove.

Tubular-film and image forming apparatus using tubular film

An antireflection film is provided which is insoluble, wear-resistant, and weatherable, and simultaneously having non-fogging property. A non-fogging optical member employing the non-fogging antireflection film, and a process for producing the film are also provided. The non-fogging antireflection film is formed from a composition derived by polycondensation of a hydrolyzate of an inorganic alkoxide conducted in the presence of a polyacrylic acid compound.

Non-fogging antireflection film and optical member, and production

Provided is a method of manufacturing a cylindrically shaped article, wherein a thermoplastic layer is formed on the surface of the cylindrically shaped article precisely and at low cost. To achieve this, the outer peripheral surface of a cylindrically shaped article supported on a columnar member is coated with particles of a thermoplastic resin, a tubular molding member is fitted on the cylindrically shaped article coated with a film of the particles of thermoplastic resin, and at least the columnar member is then heated to calcine the thermoplastic resin film.

Cylindrically shaped article, method of manufacturing same and film for

A tubular film for fixing a unit of an image forming apparatus includes a rib portion as an engage portion at its one end. For forming the rib portion, a groove is provided at an end of a cylindrical member, as an inner mold, and/or a tubular mold member as an outer mold, and a film to be the rib is rolled along the groove.

Tubular-film manufacturing method

A tubular film having a high film thickness uniformity and suitable for a fixing film of an image forming apparatus is provided. To achieve such a film, a thermoplastic sheet film is so wound that the leading and trailing end portions of the film partially overlap each other to form overlapping portions, and the wound film is heated between a core member and a tubular molding member.

The prevent invention relates to an optical device capable of varying the angle formed by a pair of optical elements. The optical device comprises a pair of support members having portions for preventing the optical elements from slipping outwardly, and for supporting the optical elements, a connection member for forming a watertight space, the connection member being adhesively secured to the support members and being deformable, and a transparent substance filling the watertight space.

Optical device for deflecting light

A plastic molded article has an external appearance of a coated article and is formed by injection molding using a mold with a surface shaped by forming machining marks in the form of recesses over the entire mold surface. The resulting plastic molded article has a center line average roughness of the surface shaped of the plastic molded article less than 0.5 .mu.m and one of either an average slope within the range of 1.0.about.10.0.degree. or an average peak-to-peak interval within the range of 5.0-30.0 .mu.m.

Plastic molded article with a finished surface appearance

An optical device functioning as a variable apex angle prism and suitable to be incorporated in an image stabilizing apparatus for an optical apparatus is constituted by a pair of transparent circular plates disposed oppositely spaced from each other, a connecting member attached to the circular plates so as to define a closed space in combination with the circular plates and deformable under application of an external drive force, and a transparent substance disposed within the closed space. The transparent substance comprises at least one compound selected from the group consisting of polyether-modified organopolysiloxane, polyether alcohol-modified organopolysiloxane and fluorine-containing compounds.

Optical device and optical apparatus including same

An optical device comprises two optical elements, a deformable connecting member for joining the two optical elements to constitute a hermetic space, and a transparent substance enclosed in the hermetic space, and is arranged to be capable of varying an angle formed by the two optical elements. In such an optical device, a refractive index Ng of the optical elements and a refractive index Nt of the transparent substance are selected to satisfy the following inequality: ##EQU1##

Fluid type optical device

A delivery member comprises a substrate and, provided thereon, an electro-deposition coating film containing inorganic powder. The inorganic powder may be selected from the group consisting of a ceramic powder, a metal powder, and a ceramic powder whose particle surfaces are coated with a metal.

Sheet feeding member having a film containing inorganic power

An optical device for stabilizing an image of an objective lens against an unexpected vibration is disclosed. A pair of transparent parallel-plane plates are supported by a support member, an optically transparent material is held in a space defined by the pair of parallel-plane plates by a deformable connecting member, a reinforcement member made of a harder material than that of the support material is provided at a portion of the support member, and a drive force is applied to the pair of parallel-plane plates through the reinforcement member.

Growing community of inventors

Yokohama, Japan

Shoichi Shimura