Abstract: A large-quadrupedal-animal costume suit modeled after a large quadrupedal animal, the costume suit having a head and mouth part, a neck part, a body part, a foreleg part, a hind leg part, and a tail part and being configured, as a whole, a skeletal member and a skin member covering the skeletal member, wherein the body part, the foreleg part, and the hind leg part communicate with each other to form a single hollow, the hollow has a size allowing a foreleg operator fitting in the foreleg part and a hind leg operator fitting in the hind leg part to fit in as standing upright. Frame-pack support members for the foreleg operator and the hind leg operator are installed in the hollow as being fixed to the skeletal member at the body part, and a frame pack for the foreleg operator and a frame pack for the hind leg operator are provided to the frame-pack support members so as to face each other. The large-quadrupedal-animal costume suit capable of making a realistic movement is provided.

Abstract: Provided is an avatar service system and method for providing an avatar in a service provided in a mobile environment. The avatar service system may include a request receiving unit to receive a request for the avatar to perform an action, an image data selecting unit to select image data and metadata for body layers forming a body of the avatar in response to the request, and based on the selected body image data to further select image data for a plurality of item layers disposed on the body of the avatar, and an avatar action processing unit to generate action data for applying the action of the avatar based on the selected image data and metadata.

Abstract: A large-quadrupedal-animal costume suit modeled after a large quadrupedal animal, the costume suit having a head and mouth part, a neck part, a body part, a foreleg part, a hind leg part, and a tail part and being configured, as a whole, a skeletal member and a skin member covering the skeletal member, wherein the body part, the foreleg part, and the hind leg part communicate with each other to form a single hollow, the hollow has a size allowing a foreleg operator fitting in the foreleg part and a hind leg operator fitting in the hind leg part to fit in as standing upright. Frame-pack support members for the foreleg operator and the hind leg operator are installed in the hollow as being fixed to the skeletal member at the body part, and a frame pack for the foreleg operator and a frame pack for the hind leg operator are provided to the frame-pack support members so as to face each other. The large-quadrupedal-animal costume suit capable of making a realistic movement is provided.

Abstract: Generating combined content suitable for including in a virtual environment is disclosed. A background associated with the virtual environment is inputted. A real time video inputted. The background is combined with the real time video to generate combined content. The combined content is suitable for including in the virtual environment.

Abstract: The manipulable puzzle of the present invention includes a housing, multiple sliding bars, and multiple movable pieces. The housing has a support surface with an area defined by walls. The sliding bars are retained on the support surface by overhangs extending from opposing walls such that the sliding bars are removable and can slide across the support surface. The sliding bars each have a channel and peak pattern through which the movable pieces are slid as the sliding bars are manipulated to provide adjacent channels for the movable pieces to move through.

Abstract: A manipulable self-contained game puzzle with a base, multiple slider members mounted on the base through a switch and movable coded transfer members transferably mounted on the slider members for selective movement of the coded transfer members relative to the slider members and the base so as to permit manipulation of the individual coded transfer members into a selected pattern.

Abstract: A formed laminate (20) is made by a method and apparatus (38) by relative movement of first and second contoured mold surfaces (44,46) toward each other to compress a flexible sheet (28) and vertically spaced film (56) with a foamable liquid mixture (50) there between that has substantially completed expansion but not yet substantially cured so as to form the flexible sheet and provide a collapsed foam layer (30) bonded to the sheet. The flexible sheet (28) is preferably porous cloth, vinyl or leather. A film (56) which is preferably a nonadherent plastic such as polyethylene is preferably positioned in a vertically spaced relationship with the flexible sheet (28) either above or below the flexible sheet with the foamable liquid mixture received therebetween for the expansion prior to the compression that provides the formed laminate.

Abstract: A method for three-dimensionally shaping cover materials such as woven or knitted fabrics, vinyl, leather, and the like is performed by providing a cover material (18) and a layer of foamable liquid reaction mixture such as polyurethane which changes from liquid to a viscous state (16') at the beginning of the gas generating reaction, compressing the combined cover material and the foamed layer in a mold (21,22) having surface configurations corresponding to desired final three-dimensional shapes with the compression being performed when the foam layer has substantially completed rising, but before substantial curing thereof takes place, and then allowing the foamed layer bonded to the cover material to proceed in curing reaction. The three-dimensional cover material shaping is performed by this method without external heat or high pressure so that the cover material can retain its original appearance and high quality.

Abstract: A soft foam article (20) and a method for making the article including a permeable cover (24) of a cloth type sheet construction having an interior (26) and an exterior (28) as well as including an open cell soft polyurethane foam (30) molded in situ within the cover in direct engagement with the cover interior without permeating the cover. The soft foam article (20) includes a soft toy (22) and seating components embodied by a seat cushion (52), a seat back (54), a headrest (56), and an armrest (58). The in situ molding of the soft polyurethane foam is achieved by the use of an aqueous gel coating (34) on the cover interior (26) so as to prevent a liquid foam mixture from permeating the cover while still permitting escape of any air within the cover and of gas generated during the foaming.

Abstract: A manipulable, two-sided, self-contained game puzzle with sequentially movable color-coded transfer members for selective movement between color-coded, collared apertures in a first rotatable member to color-coded, collared apertures of a second rotatable member where the first and second rotatable members are rotatably connected so that each of the collared apertures of one member can be brought into communication with each of the collared members of the second planar member during rotation thereof.

Abstract: An apparatus (20) for batch molding open-cell soft polyurethane foam within a mold (22a,22b,104) is provided by introducing into a mixing chamber (26) of a mixing pot (24) a highly activated polyol component and an isocyanate component which are mixed and permitted to foam to provide upward expansion in a viscous state through an upper outlet (28) by free rise that fills the mold (22,104). Such batch molding provides "one age of foam" that enables molding to be performed which was not previously possible. Both a rigid mold (22) and a flexible mold (104) can be utilized. The mixing pot (24) includes a mixer 38 preferably embodied by a rotatable screw (74) that is moved axially to purge the mixing chamber (26) of foam after each cycle.

Abstract: A method for molding open cell soft polyurethane foam and a release agent utilized in the method are disclosed as incorporating an aqueous gel coated (30) onto interior surfaces (18,20) of a mold (10) prior to introduction of a foamable liquid polyurethane mixture (32) whose foaming fills the mold cavity (22) as the aqueous gel functions as a solventless release agent that has good lubricity to facilitate filling of the cavity by the foam (34), prevents bonding of the foam (34) to the mold and also provides a thin film-like escape passage (36) for gas generated during the foaming. An acrylic acid polymer that is acid neutralized is preferably utilized to provide the aqueous gel. The acrylic acid polymer and acid neutralizer are most preferably sprayed as separate aqueous mixtures onto the interior mold surfaces to provide the aqueous gel.

Abstract: A soft foam article (20) and a method for making the article are disclosed as including a permeable cover (24) of a cloth type sheet construction having an interior (26) and an exterior (28) as well as including an open cell soft polyurethane foam (30) molded in situ within the cover in direct engagement with the cover interior without permeating the cover. The soft foam article (20) is disclosed as a soft toy (22) and as seating components embodied by a seat cushion (52), a seat back (54), a headrest (56), and an armrest (58). The in situ molding of the soft polyurethane foam is achieved by the use of an aqueous gel coating (34) on the cover interior (26) so as to prevent a liquid foam mixture from permeating the cover while still permitting escape of any air within the cover and of gas generated during the foaming.

Abstract: The present invention disclosures a method of printing an electrical component onto a substrate to join a pair of circuit path elements to complete a circuit path to modify the electrical performance thereof, comprising the steps of: providing a selected surface region of a dielectric substrate 52 with a pair of conductive path elements 58, oriented at a selected angle with respect to each other; selecting a location along said reference axis at which to print a third conductive path element transverse to the reference axis, and printing a third conductive path element at the selected location thereby joining portions of both of the pair of conductive path elements 58, 64 thereby defining a discrete circuit path; determining the resulting electrical performance characteristics thereof and incrementally modifying the location of the printed transverse conductive path element along the associated mutually angled pair of conductive path elements 58, 64 in subsequent printing steps.

Abstract: A method and apparatus (20) for batch molding open-cell soft polyurethane foam within a mold (22a, 22b, 104) is provided by introducing into a mixing chamber (26) of a mixing pot (24) a highly activated polyol component and an isocyanate component which are mixed and permitted to foam to provide upward expansion in a viscous state through an upper outlet (28) by free rise that fills the mold (22, 104). Such batch molding provides "one age of foam" that enables molding to be performed which was not previously possible. Both a rigid mold (22) and a flexible mold (104) can be utilized. The mixing pot (24) includes a mixer 38 preferably embodied by a rotatable screw (74) that is moved axially to purge the mixing chamber (26) of foam after each cycle.