Shimano Inc.

Takeda Chemical Industries, Inc.

Unimetal Co., Ltd.

Junichi Kikuta

Toshiaki Aoki

Kadunori Iuchi

Tadashi Makino

Yasuo Ohno

Yutaka Ueda

Tetsuro Tabata

Shuji Morimoto

Toshihiro Shimizu

Tatsushi Okamoto

Takeichiro Sogo

Tomohiro Nagata

A shoe sole includes a first sole layer including a first region having a first rigidity, and a plurality of second regions having a second rigidity that is more flexible than the first rigidity. The plurality of the second regions extends in a longitudinal direction of the shoe sole. The plurality of the second regions is spaced from a toe edge of the first sole layer, and is spaced from a heel edge of the first sole layer. The plurality of the second regions has arcuate shapes bending in a same lateral direction.

Shoe sole

A shoe sole includes a first sole layer, a second sole layer and a third sole layer. The first sole layer includes a first region, a second region and a cleat engagement part. The second sole layer at least partly overlaps the first sole layer. The second sole layer is disposed between the first and third sole layers. The second region s more flexible than the first region. The second sole layer is more flexible than the first region. The third sole layer is less rigid than the first region. The second region includes at least one elongated through opening of located laterally between the cleat engagement part and at least one of the side edges of the first sole layer. The third sole layer includes at least one opening aligned with the at least one elongated through opening.

A shoe sole is basically provided with a first layer and a second layer. The second layer is coupled to the first layer. The second layer has a forefoot part and a tarsal part. The forefoot part extends along the first layer and the tarsal part is configured to be displaceable relative to the first layer.

A shoe sole includes a first sole layer including a first region having a first rigidity, and a second region extending in a longitudinal direction of the shoe sole. The second region is spaced from a toe edge of the first sole layer and is spaced from a heel edge of the first sole layer. The first sole layer has a cleat engagement part. The second region is located between the cleat engagement part and a side edge of the first sole layer.

An upper is provided for a shoe. The upper is basically provided with a base layer, a first reinforcement layer and a second reinforcement layer. The base layer includes a toe portion and a heel portion. The base layer has a joint free three-dimensional shape at least partly defining an interior foot receiving space. The first reinforcement layer is disposed on an outer side of a centerline of a toe-heel direction of the upper. The first reinforcement layer overlies a first heel area of the heel portion. The second reinforcement layer is disposed on an inner side of the centerline. The second reinforcement layer overlies a second heel area of the heel portion. The first reinforcement layer and the second reinforcement layer are separated at the heel portion.

Upper for shoe

A shoe basically includes an upper and a sole. The sole is attached to the upper. The sole includes an outsole and a first midsole. The first midsole has a fore part, a first heel part, a second heel part and a boundary part. The first heel part is at least partly disposed along a longitudinal centerline of the shoe and configured to support a center part of a heel. The second heel part is disposed laterally outward of the longitudinal centerline of the shoe and configured to support an outer part of the heel. The boundary part is provided between the first heel part and the second heel part such that the first heel part and the second heel part are movable relative to one another.

Shoe

A bicycle shoe includes a sole. The sole includes a recess, which is recessed from a bottom surface of the sole. The recess is defined by a bottom portion and lateral surfaces. The bottom portion has a lateral dimension, which is greater than or equal to 20 millimeters and less than or equal to 45 millimeters.

Bicycle shoe

A bicycle cleat positioning device includes a shoe holder, a cleat holder, and an attachment portion. A bicycle shoe is mounted to the shoe holder. The cleat holder is adjustably arranged relative to the shoe holder. The attachment portion supports the cleat holder relative to the shoe holder. The cleat holder is detachably and rotatable mounted to the attachment portion.

Bicycle cleat positioining device

A shoe positioning plate has a shoe facing side surface, a sole surface and a shoe positioning member. The sole surface is configured to be a part of a shoe sole when the shoe facing side surface is attached the shoe sole. The shoe positioning member includes at least one abutment disposed on an opposite side of the shoe positioning plate from the shoe facing side surface and extending in an elongated direction of a shoe when the shoe positioning plate is attached the shoe sole.

Shoe positioning plate for bicycle shoes

A bicycle cleat positioning kit includes a reference indicating instrument and a cleat adjusting instrument. The reference indicating instrument includes a shoe reference indicator with respect to a bicycle shoe. The cleat adjusting instrument includes a cleat adjusting indicator indicative of an adjustment amount of a cleat with respect to the shoe reference indicator of the reference indicating instrument.

Bicycle cleat positioning kit

A bicycle cleat positioning kit includes a foot locating instrument and a foot measuring instrument. The foot locating instrument includes a foot support surface. The foot measuring instrument includes a foot reference indicator indicative of a foot reference location and a cleat attachment indicator indicative of a cleat attachment location relative to the foot reference indicator.

Bicycle cleat positioning kit and bicycle cleat positioning method

A solid pharmaceutical preparation comprising a pharmaceutically active ingredient, erythritol, crystalline cellulose and an disintegrants, which exhibits a fast buccal disintegratability and dissolubility.

Solid pharmaceutical preparation with improved buccal disintegrability and/or dissolubility

Solid pharmaceutical preparation with improved buccal disintegrability

A transfer device for transferring solid articles, comprising: a cylindrical member which has a supply opening formed at one end portion and a discharge opening formed at the other end portion, such that an angle formed between an axis of the cylindrical member and a horizontal plane is not more than 75.degree.; a transfer member which is rotatably provided in the cylindrical member; the transfer member including a rotary shaft extending along the axis of the cylindrical member and a helical vane projecting from a peripheral surface of the rotary shaft such that lead angle of the helical vane at its outer peripheral edge ranges from 3.degree. to 25.degree.; and a drive member so as to rotate the transfer member about the axis of the cylindrical member at a rotational speed of not more than 500 r.p.m.

Transfer device for transferring solid articles

An effervescent composition comprising a core-shell powder consisting of a fine granular core spray-coated with a liquid mixture containing a water-soluble polymer such as hydroxypropylcellulose or hydroxypropylmethylcellulose, and at least one physiologically active substance, especially an acid-sensitive drugs, and enteric coating film, an effervescing component and an auxiliary effervescing agent which provides for controlled release of the physiologically active substance and in useful for preparing uniform solution or suspension having a refreshing sensation on ingestion.

Growing community of inventors

Osaka, Japan

Junichi Kikuta