Bridgestone Sports Co., Ltd.

Pulsic Limited

Mitsubishi Heavy Industries Limited

Fumiaki Sato

Wataru Ban

Mark Waller

Jeremy Birch

Tim Parker

Mark Williams

Graham Balsdon

Hideo Matsunaga

Hiroshi Takahashi

Kozue Wada

Kazuo Ishida

Yudai Kato

Tatsuya Ishikawa

Shinji Ogino

Seiji Kakesako

Motonari Aihara

Atsuo Tateno

Setsuo Omoto

Hirotada Iwade

Hiroyuki Furuichi

Tomotaka Ishihara

Graham Baldsdon

Takaharu Takechi

Tomonori Kitagawa

Keiichi Nakagawa

Masakazu Sakaguchi

Makoto Susaki

Tsutomu Hamada

Kenji Atarashiya

Souichirou Sugawara

Hiroyuki Furuich I

The present invention is provided with: a first processing device main body () that processes carbonized coal () by means of processing gas () of which the oxygen concentration has been adjusted by blowers (); a second processing device main body () that processes primary processed carbonized coal (), which results from being processed at the first processing device main body, by means of air () fed by a blower (); a second-processing-gas state detection means that detects the state of the air used within the second processing device main body; and a control device () that, on the basis of information from the second-processing&#x2014;gas state detection means, controls the blowers () in a manner so as to adjust the oxygen concentration in the processing gas when the state of the air has diverged from a predetermined state.

Coal deactivation processing device

The purpose is to produce inactivated coal in a short time while preventing spontaneous combustion. A coal inactivation processing apparatus for inactivating coal with an oxygen-containing process gas, wherein the coal inactivation processing apparatus comprises a kiln assembly () for passing coal () from the base-end side to the distal-end side therein, base-end-side process gas supply means (-) for supplying a process gas () to the base-end side of the interior of the kiln assembly (), distal-end-side process gas supply means (-) for supplying a process gas () to the distal-end side of the interior of the kiln assembly (), process gas oxygen concentration adjusting means () for adjusting the oxygen concentration of the process gases () supplied into the kiln assembly (), and a cooling device () for cooling the coal () inside the kiln assembly ().

Coal inactivation processing apparatus

A golf club includes a shaft; a head mounted to the tip end of the shaft; a grip mounted to the butt end of the shaft; a first vibration damping member arranged on the head side of the shaft; and a second vibration damping member arranged on the grip side of the shaft. The first range of the shaft in which the first vibration damping member is arranged includes a position of the shaft corresponding to the top end of the hosel of the head and has a length of 25 to 250 mm in the longitudinal direction of the shaft. The second range of the shaft in which the second vibration damping member is arranged includes a position of the shaft corresponding to the tip end of the grip and has a length of 150 to 250 mm in the longitudinal direction of the shaft.

Golf club

The present invention provides a golf club shaft. The shaft is made of a fiber reinforced resin. When a position 100 mm apart from a distal end of the shaft is represented by P, a position 200 mm apart by P, a position 500 mm apart by P, and a position 1,000 mm apart by P, thicknesses at the positions are defined as P: not more than 1.0 mm, P: not more than 0.9 mm, P: not more than 0.6 mm and P: not more than 0.6 mm. Each section between the positions has a thickness larger than a thickness transition obtained by connecting the thicknesses at the positions by a straight line. The shaft includes a plurality of prepregs which include first prepregs containing carbon fibers and a second prepreg containing a high specific gravity material.

Golf club and shaft

A method and system for recovering COfrom gasification gas, prevents the recovered COfrom being contaminated with COS, without repeating cooling and heating operations and without increasing the steam consumption. Gasification gas being produced in a gasifierand containing CO, CO, COS and HS is subjected to dust removal in a scrubber. Then, a part of the gas is subjected to a CO shift reaction, in which CO is converted into CO, in a CO shift reactor. Another part of the gasification gas is not subjected to the CO shift reaction by means of a bypass, and is mixed with the gas after the CO shift reaction. Thereby, the temperature of the mixture gas is set at 180&#xb0; C. to 300&#xb0; C., and COS in the mixture gas is converted into HS in a COS converter

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A method includes a first step of, with a CO.HS stripper maintained to have a pressure higher than atmospheric pressure, from the ammonia-containing wastewater, discharging COand HS in a form of gas having a low moisture concentration from a tower top of the CO.HS stripper while discharging an ammonia-containing solution from a tower bottom of the CO.HS stripper; a second step of introducing the ammonia-containing solution obtained after the first step into an ammonia stripper which is maintained to have a lower pressure than that of the CO.HS stripper, and thereby discharging a gas rich in ammonia containing a small amount of HS and COfrom a tower top of the ammonia stripper while discharging water usable as industrial water from a tower bottom of the ammonia stripper; and a third step of introducing the ammonia rich gas obtained after the second step into a washing tower which is maintained to have a lower pressure than that of the ammonia stripper, and thereby discharging a wastewater containing a Na compound from a tower bottom of the washing tower while discharging a HS-free gas rich in ammonia from a tower top of the washing tower.

Ammonia recovery device and recovery method

A golf club includes: a shaft; a head mounted on the leading end of the shaft; and a shaft case having a substantially cylindrical shape and fixed to the leading end of the shaft and inserted into a hosel formed in the head, the shaft case being fixed to the head by a bolt inserted from the sole side of the head, wherein the shaft case includes a small-diameter cylindrical portion on the leading end side thereof and a key portion formed on the outer peripheral surface of the small-diameter cylindrical portion, and multiple slits having different depths and engageable with the key portion are formed in the deep portion of the inside of the hosel, whereby, by changing the slits engageable with the key portion, the insertion depth of the shaft case into the hosel can be changed.

Golf club, shaft insertion depth changing method and shaft replacing method

According to an aspect of this invention, a golf club includes: a shaft; a head attached to a distal end of the shaft; a substantially cylindrical shaft case is secured to the distal end of the shaft; the shaft case is inserted into a hosel hole in the head; and the shaft case is fixed to the head by a bolt which is inserted from a sole side of the head, wherein: a stopper member is attached to an outer circumference of the shaft case so that an attaching position can be changed; the stopper member is in abutment with an upper end portion of a hosel; and an inserting depth of the shaft case into the hosel hole can be changed by changing the attaching position of the stopper member.

According to an aspect of this invention, a golf club head includes: a head main body; and a weight material detachably mounted in a weight material mounting portion in the head main body, an external screw thread on the weight material meshing with an internal screw thread in the weight material mounting portion, wherein: the weight material comprises a head portion having the external screw thread and a rod portion which projects from the head portion; and the internal screw thread is provided on an entrance side and a cylindrical portion is provided on a deeper side for engagement with the rod portion in the weight material mounting portion.

Golf club head

A golf club shaft has the bending rigidity distribution and the torsional rigidity distribution satisfying the following three relational formulas: 1) S/S&#x2267;2.5, wherein an average inclination of the bending rigidity in an interval from 400 mm to 700 mm from the front end of the shaft is defined as Sand an average inclination of the bending rigidity in an interval from 800 mm to 950 mm from the front end of the shaft is defined as S; 2) 1.0&#x3c;EI/GI(mid)&#x3c;1.5, wherein an average of the ratio of the bending rigidity with respect to the torsional rigidity in an interval from 300 mm to 700 mm from the front end of the shaft is defined as EI/GI(mid); and 3) EI/GI(900)&#x2267;1.75, wherein the ratio of the bending rigidity with respect to the torsional rigidity at a position 900 mm from the front end of the shaft is defined as EI/GI(900).

Golf club shaft

A coal reforming system includes a drying furnace for drying low-grade coal, a carbonizing furnace for carbonizing the dried low-grade coal, hot air generating furnaces for supplying hot air to the drying furnace or the carbonizing furnace, and a carbonizing gas circulation line for supplying a carbonizing gas, which is generated in the carbonizing furnace, as a fuel for the hot air generating furnaces while the temperature thereof is maintained.

Coal reforming system

A golf club includes a shaft and a head, the torque of the entire length of the shaft being in a range of 3 to 5&#xb0;. From viewpoints of a torsional rigidity distribution of the shaft, an integrated value of the torsional rigidity on the grip end side of the shaft is 85% or less of the integrated value of the torsional rigidity of the entire length of the shaft. The head has a distance to the center of gravity of 40 to 48 mm and a gravity center angle of 22 to 30&#xb0;.

A golf club includes: a shaft; a head mounted on a leading end of the shaft; and a substantially cylindrical shaft case fixed to the leading end of the shaft, wherein: the shaft case is inserted into the tubular portion of the hosel of the head; the tubular portion includes a partition plate section in the lower portion thereof; a spacer is interposed between the leading end of the shaft case and partition plate section; the shaft case is unrotatably engaged with the spacer; the spacer and partition plate section respectively include stopper portions for preventing the rotation of the spacer; and a bolt inserted through bolt insertion holes respectively formed in the partition plate section and spacer from the sole side of the head is screwed into the shaft case, whereby the shaft case is fixed to the head.

Golf club and method for adjusting characteristics of golf club

A system automatically routes interconnect of an integrated circuit design using variable width interconnect lines. For example, a first automatically routed interconnect may have a different width from a second automatically routed interconnect. The system will vary the width of the interconnect lines based on certain factors or criteria. These factors include current or power handling, reliability, electromigration, voltage drops, self-heating, optical proximity effects, or other factors, or combinations of these factors. The system may use a gridded or a gridless (or shape-based) approach.

Automatic routing system with variable width interconnect

A system of automatically routing interconnect of a integrated circuit design while taking into consideration the parasitic issues of the wiring as it is created. The system will be able to select an appropriate wiring pattern so that signals meet their performance requirements.

Growing community of inventors

Chichibu, Japan

Fumiaki Sato