Toyo Seikan Kaisha, Ltd.

Fujitsu Corporation

Toyo Seikan Group Holdings, Ltd.

Toyo Seikan Kaisya, Ltd.

Masaki Miura

Yosuke Yasuda

Shinichi Miyazaki

Kazushi Matsukiyo

Akihito Morimura

Kenzo Kobayashi

Nobuhiro Kishida

Yoshimichi Ohkubo

Makoto Hyuga

Yoshinori Nemoto

Noriaki Ushio

Kenichiro Maeda

Yuuta Murayama

Minoru Yoshino

A non-transitory computer-readable storage medium storing a program that causes a computer to execute a process, the computer controlling an utterance of a robot, the process including detecting an utterance of a person by using a microphone, obtaining, in response to the detecting, pieces of response information for the utterance of the person based on first information indicating a content of the utterance of the person, obtaining second information relating to at least one of the person and a motion of the person other than the utterance of the person, selecting specified response information among the pieces of response information based on the second information, and transmitting, to the robot, an instruction that causes the robot to execute a response in accordance with the specified response information.

Non-transitory computer-readable storage medium, information processing apparatus, and utterance control method

Provided are an angular resin container, which while being thin, retains excellent appearance in respect of luster, transparency or the like, as well as a blow molding die for subjecting the container to biaxial stretch blow molding. Biaxial stretch blow molding is conducted with a blow molding die having a scallop height for the surface of the blow molding die, that corresponds to the side wall part of the body part of the angular resin container, of 3 to 30 &#x3bc;m, thereby to obtain an angular resin container having a thickness of the body part of 0.5 mm or less and in which a horizontally-directed processed part having a depth of 3 to 30 &#x3bc;m is formed on the outer surface of the side wall part of the body part.

Angular resin container and blow molding die

A synthetic resin container, in which the bottom parthaving a bottom plate partwhich is present at the center of the bottom part and a peripheral partwhich is positioned at the periphery of the bottom plate part, in the peripheral part, a grounding parthaving an inside slopewhich rises outwardly of the container with the outer peripheral edge of the bottom plate partbeing the start point and an outside slopewhich continues to the side surface of the bottom partis formed, and when a load is applied in the axial direction in the state where the container stands upright on the grounding surface G, the shape of the bottom partchanges reversibly such that the bottom plate partis depressed inwardly to the container. As a result, it is possible to avoid deformation of a container into an unintended shape by buckling or the like even if a load is applied to a container in the axial direction, and to ensure the rigidity of a container against a load in the axial direction.

Synthetic resin container

A synthetic resin container with a bottom structure in which forms, in the bottom portion thereof, an outer circumferential wall that is continuing from the body portion, an annular leg portion inclusive of a grounding portion and an inner circumferential wall, and a raised bottom portion positioned over the grounding portion on the inside of the inner circumferential wall of the leg portion. The raised bottom portion protrudes downward beyond the root portion where the leg portion is continues to the inner circumferential wall, a plurality of arcuate protuberances are formed in a spiral shape heading from the outer edge of the central portion of the raised bottom portion toward the outer circumferential side, and arcuate dents are formed among the arcuate protuberances that neighbor each other.

Synthetic resin container having pressure reducing/absorbing capability in the bottom

The present invention provides a handle for a container, a handle-equipped container, and a method for manufacturing same. It is accordingly possible to provide a container that has a cross-sectional shape that is substantially quadrangular and allows for exceptional storability, has favorable blow-molding properties, presents none of a variety of anomalies in the container and the handle, and has adequate strength to withstand drop impact.

Handle for container, handle-equipped container, and method for manufacturing handle and container

The present invention provides a handle for a container, a handle-equipped container, and a method for manufacturing same. It is accordingly possible to provide a container that has a cross-sectional shape that is substantially quadrangular and allows for exceptional storability, has favorable blow-molding properties, presents none of a variety of anomalies in the container and the handle, and has adequate strength to withstand drop impact. The present invention is characterized in comprising a polyester container, which has a finish part, a shoulder part, a body part, and a base part in the stated order from a top part; which has a concavity provided to a portion of the body part; and which has a handle-attaching convexity provided to the concavity; and a polyester handle attached to the handle-attaching convexity of the container. A space is provided between the handle and a wall surface that surrounds the handle-attaching convexity in the concavity. A transverse cross-sectional shape of the body part has a substantially quadrangular shape. The concavity is in a corner part of an upper half part of the body part, and the handle-attaching convexity is positioned in a concavity along a diagonal line L of the upper half part.

In a bottlehaving a waist grooveand a grasping recessnearly in the center of the height direction of a body portionfor imparting the sloped surface of a waist portion with necessary strength and restoring capability so that the denting and deformation of the sloped surface of the waist portion are prevented and for forming an easily graspable container even if it is a thin-wall container of which the weight has been decreased, a finger receiving recesshaving the form of a convex curved surface toward an inside of the container is formed in a region including a container bottom portion side connecting faceof the waist groove

Packaging container with finger receiving portion

A handy bottle is capable of absorbing deformation strain caused by variation of capacity, is easy to lift and carry because of its recessed portions for gripping and is excellent in dropping strength and capable of not buckling while maintaining moldability and lightweight property. Typically, the handy bottle has recessed portions for gripping on both sides of a body portion thereof and a shape in diametric cross section of the recessed portions is almost bilaterally symmetrical to a line connecting deepest portions of the recessed portions and a central axis of the body portion. The process for producing the handy bottle allows movable inserts capable of molding the recessed portions for gripping to be on standby in predetermined positions and allows the movable inserts to proceed toward the deepest portions of the recessed portions for gripping in the course of blow molding.

Handy bottle and process for manufacturing same

A video display control method comprises generating camera operation information concerning an operation of a camera operated by remote control, transmitting data of video captured by the camera and the camera operation information to a control apparatus via a network; and processing the data of the video based on the camera operation information to display an image of the video at the control apparatus.

Image display control system reducing image transmission delay

An apparatus for the preparation of a vessel having a handle, which includes an injection mold having a cavity for forming a handle having an endless holding portion and an endless attachment portion; an injection molding mechanism for injecting a resin for the handle into the cavity of the injection mold; a blow-forming or draw-blow-forming split mold having a parting surface that can be closed, cavity assembly which is arranged in the split mold plane-symmetrically with the parting surface and includes an inserting cavity for containing the handle therein, and a forming cavity which has a neck-forming cavity, a barrel-forming cavity, a closed bottom-forming cavity, a recess-forming cavity formed at a part of the barrel-forming cavity so that the diameter of a deepest part of the recess-forming cavity is substantially equal to or slightly larger than the diameter of the neck-forming cavity, a projection-forming cavity for forming a projection to project and extend through the attachment portion almost to the center of the recess-forming cavity, and a flange-forming cavity formed on the top end of the projection-forming cavity to have a section expanded over the projection-forming cavity; a mechanism for supplying a blowing pressure into a preform held by the split mold to effect blow-forming or draw-blow-forming of the preform; a pushing pin that can be pressed into the flange-forming cavity; and a pushing pin-driving mechanism.

Apparatus for preparation of synthetic resin vessel having a handle

A synthetic resin vessel having a handle, which comprises a vessel proper comprising a neck, a barrel and a closed bottom, which are integrally prepared by blow-forming or draw-blow-forming of a synthetic resin, a recess formed at a part of the barrel so that a deepest part of the recess has a diameter substantially equal or slightly larger than the diameter of the neck, a projection formed substantially at the center of the recess so that the section of the projection is non-circular, a circumferential concave groove formed around the projection, and a pair of short concave grooves extending from the top end and bottom end of the circumferential concave groove along the concave portion upwardly and downwardly, respectively, and a handle comprising an endless holding portion and an endless attachment portion, which are integrally prepared by injection molding of a synthetic resin, the handle being fixed by inserting the attachment portion into the circumferential concave groove and inserting the central part of the holding portion on the side end of the attachment portion into the short concave grooves.

Synthetic resin vessel having handle

A synthetic resin bottle has a main body of synthetic resin molded in accordance with biaxial orientation. A handgrip is provided which has an attaching section surrounding a handgrip supporting portion of the main body, and a handgrip section extending outwardly and integrally from the attaching section. The handgrip is molded by means of injection molding to attach integrally to the body.

Growing community of inventors

Yokohama, Japan

Masaki Miura