Kyoto Seisakusho Co., Ltd.

Kyocera Corporation

Tetra Pak International Aktiebolag

Kaoru Yamamoto

Hiroyuki Hongo

The jewelry member according to the present disclosure includes: a plurality of spherical bodies that are three-dimensionally arranged regularly and include an amorphous silicic acid; and a resin that is located in a gap among adjacent spherical bodies of the plurality of spherical bodies and includes a fluorescent dye.

Jewelry member

An optical disk loading apparatus () for unloading a case () from a case stacking device () where a plurality of cases () are stacked with each case () closed and placed upstandingly, transferring the case () via a conveyor () and loading optical disks (D, D) into the case (). The optical disk loading apparatus () includes a case unloading and inverting device () that unloads a case () from a case supplying conveyor () of the case stacking device () and inverts the case () 90 degrees upstandingly, a case opening device () that opens the inverted case () to a flat state at its inverted position, and optical disk loading devices (') that load optical disks (D, D) into the opened case (). Since the case opening device () can be placed at a position in the vicinity of an upstream end of the conveyor (), the whole length of the conveyor () is shortened, thereby shortening the whole length (L) of the optical disk loading apparatus ().

Apparatus for loading an optical disk into a case

A case developing machine comprises a case unloading device that unloads a closed case from a case stacking station , a case opening device that opens and develops an unloaded case , and an insertion space forming device that forms an insertion space of rhombic cross section for a title sheet between a case body and a cover . The case opening device includes a suction cup holding the back of a case , at least one pair of suction cups holding the front face and the rear face of a case , respectively, and a pair of claw members engaging with the end face of a case body . The insertion space forming device includes a pair of contact members that maintain the opened case body in the reversed V-shaped cross section, and a suction cup that maintains the cover in the general V-shaped cross section.

Method and apparatus for opening a case and forming an insertion space therein

A booklet inserting machine ( ) includes a suction cup ( ) for holding and unloading a booklet (B) on the top of a stack of booklets at a stacking station ( ), a gripping device ( ) to grip the booklet (B) unloaded by the suction cup ( ), and a transferring device to transfer the gripping device ( ) along with the gripped booklet (B) toward a case ( ) to insert the booklet (B) into an engagement claw ( ) of the case ( ).

Method of inserting booklet into case and apparatus for inserting same

A card casting machine casts or throws a card B into a case such as an optical disk case, having a pair of case bodies and openable via a hinge The card casting machine includes a case closing device to close the case from an open condition by lifting both case bodies and of the case placed on a support table and a card casting device to cast the card B into the case during the closing operation when an open angle &agr; of the case is an acute angle.

Method and apparatus for casting a card into a foldable case

A title sheet inserting machine includes a rotatable turret having a plurality of equally spaced copes, which each have a corrugated contact face adapted to hold a title sheet. A drag is provided movably toward and away from the cope at the first station of the turret. A space forming device provided adjacent to the second station of the turret is adapted to form a title sheet insertion space in the case. A case transferring pusher transfers the case formed with the title sheet insertion space therein toward the cope placed at the second station of the turret. A case retreating pusher retreats the case having the title sheet therein from the cope placed at the third station of the turret.

Method and apparatus for inserting a title sheet into an optical disk case

A feed device for a long and narrow strip of continuous package wherein the continuous package includes a plurality of wrapped articles connected together by a connecting part and the rigidity of the wrapped articles is different than the rigidity of the connecting part. The feed device is further characterized by a rotatable member in contact with the continuous package and a plurality of ridge parts provided in parallel to each other on the rotatable member and a tension device for applying sufficient tension to draw the connecting part over the ridged parts but insufficient to draw the wrapped articles over the ridged parts.

Growing community of inventors

Kyoto, Japan

Kaoru Yamamoto