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Patent
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Title of the invention and abstract piece Date of publication of the patent
1 JP2001153206A
DIFFERENTIAL GEAR

PROBLEM TO BE SOLVED: To easily adjust the initial torque of a friction clutch. SOLUTION: This differential gear includes a differential mechanism 7 for distributing the driving power of an engine for rotating a differential case 3 from side gears 41, 43 to the wheel side, a side flange 9 connected to the side gear 41, differential limiting friction clutches 13, 13, and a pre-pressure mechanism 15...

08.06.2001
2 JP2001153217A
CONTROL DEVICE FOR VEHICLE

PROBLEM TO BE SOLVED: To restrain lowering of torque transmitted from a motor to a wheel in variable transmission. SOLUTION: In this control device of a vehicle, a clutch is provided in a torque transmission path extending from an engine to a transmission, a clutch is released with speed change of the transmission, and torque transmitted to the wheel is assisted by the motor. This control device i...

08.06.2001
3 JP2001153218A
CONTROL DEVICE FOR VEHICLE

PROBLEM TO BE SOLVED: To restrain torque loose feeling as much as possible in the case of a lowering in a function of a motor for compensating for lowering of torque transmitted to a wheel in gear shift. SOLUTION: In this control device of a vehicle, a clutch is provided in a torque transmission path extending from an engine to a transmission, a clutch is released in gear shift of the transmission...

08.06.2001
4 JP2001153225A
PARK LOCK DEVICE OF AUTOMATIC TRANSMISSION

PROBLEM TO BE SOLVED: To shift to the park lock state in the procedure without causing a large load on a park lock mechanism even in case of P-range shifting during running. SOLUTION: The steps 21 and 25 check whether the vehicle speed VSP is below a preset vehicle speed VSP1 for stopping determination, between the VSP1 and a second preset vehicle speed VSP2 higher than the VSP1, or equal to or hi...

08.06.2001
5 JP2001155721A
POSITIVE ELECTRODE PLATE AND SEALED LEAD ACID STORAGE BATTERY USING IT

PROBLEM TO BE SOLVED: To provide a lead acid storage battery with a positive electrode plate having prolonged life together with high capacity performance. SOLUTION: A positive electrode plate comprises a first active material layer with a porosity of 50% or less, and a second active material layer with a porosity of 50% or more coated over the surface of the first active material layer.

08.06.2001
6 JP2001155723A
SEALED LEAD ACID STORAGE BATTERY AND METHOD OF FABRICATING IT

PROBLEM TO BE SOLVED: To provide a sealed lead acid storage battery having prolonged life. SOLUTION: Acetylene black has its surface adsorbing lignin by 0.5% by mass, ketene black adsorbing it by 0.1% by mass, and graphite adsorbing it 0.25% by mass. The powder of these various forms of carbon is included in an active material layer used to form a paste-type negative electrode plate, which is then...

08.06.2001
7 JP2001155735A
SEALED LEAD ACID STORAGE BATTERY

PROBLEM TO BE SOLVED: To provide the lead acid storage battery having a high capacity and a long life. SOLUTION: A mixed carbon powder with 50-80% by mass being a carbon powder of an average particle diameter of 100 &mu m or more and 20-50% by mass being a carbon powder of an average particle diameter of 10 &mu m or less is prepared using a carbon powder of an average particle diameter of 100 &mu ...

08.06.2001
8 JP2001155736A
SEALED LEAD ACID STORAGE BATTERY

PROBLEM TO BE SOLVED: To provide a lead acid storage battery having a long life. SOLUTION: Lignin of 0.05% by weight or less is added in a weight ratio to a lead powder as a negative electrode active material, while barium sulfate of 0.5% to 2.0% by weight is added in a weight ratio to the lead powder as the negative electrode active material.

08.06.2001
9 JP2001155762A
SEALED LEAD CELL FOR AUTOMOBILE

PROBLEM TO BE SOLVED: To provide a sealed lead cell for an automobile which has an excellent high rate discharging performance at a low temperature without damaging the sealing property. SOLUTION: A ratio of an amount of a positive electrode active material and an amount of a negative electrode active material is adjusted to 1:0.8 and an amount of an electrolyte is adjusted to 120%-130% of the amo...

08.06.2001
10 JP2001157308A
CONTROL SYSTEM OF VEHICLE HAVING A PLURALITY OF DRIVING FORCE SOURCES

PROBLEM TO BE SOLVED: To provide a control system which can improve fuel consumption and ensure running performance by evading surely the driving in the state the the efficiency of driving force except a motor is low, in a vehicle having a plurality of driving force sources containing the motor. SOLUTION: This control system of a vehicle having a plurality of driving force sources containing a mot...

08.06.2001
11 FR2790689B1
PROCEDE ET DISPOSITIF D'ASSEMBLAGE PAR SOUDAGE DE DEUX PIECES

Two components (1, 2) are contacted for at least part of their overlapping zone and sufficient heat (3) is applied locally to component (1) to vaporize coatings (1', 2') on components in contact zone while retaining facing component surfaces solid. Same face of component (1) is then subjected to energy flow (4) to weld components over at least part of zone (3') in which first heat was applied. The...

08.06.2001
12 FR2801961A1
DISPOSITIF DE PROTECTION POUR TUYAUX HYDRAULIQUES ET TUYAUX EQUIPES

The invention concerns pipes consisting of a tubular body (1), provided with members for connection (2) to a pressurised fluid circuit, and a sheath (5) designed to enclose the tubular body. The invention is characterised in that the sheath (2) is integral with at least two longitudinal cables (6, 7) extending beyond its ends and whereof the ends (6a, 6b, 7a, 7b) are provided with means to be lock...

08.06.2001
13 JP2001154885A
METHOD FOR PREVENTING LOCK-UP OF COMPUTER SYSTEM AND METHOD FOR MONITORING THE SAME SYSTEM

PROBLEM TO BE SOLVED: To automatically detect the software lock-up state of a computer without any intervention of a user, and to provide a method for preventing the lock-up of a computer system for restoring this. SOLUTION: This method comprises a step for starting a first timer, a step for monitoring a second timer and deciding when the cyclic time of the second timer elapses, a step for samplin...

08.06.2001
14 JP2001157314A
WHEEL DRIVING APPARATUS FOR ELECTRIC MOTOR COACH USING PERMANENT MAGNET TYPE DC MOTOR

PROBLEM TO BE SOLVED: To provide a wheel driving apparatus of an electric motor coach which can obtain high torque, high rotational output, and has a long life, very low noise, a simple structure and high reliability. SOLUTION: A center shaft 4 fits and holds inside and outside concentrically a rare earth permanent magnet 11 forming a rotating magnet field, a soft magnetic member 12, a brush 14 fo...

08.06.2001
15 FR2791940B1
DISPOSITIF D'ASSISTANCE AU CONTROLE DES DEPLACEMENTS D'UN VEHICULE AUTOMOBILE, NOTAMMENT EN VUE DE SON PARCAGE

Car (10) has front (12), back (14) and sides (17) with sensors (16,18,27) sending data about distance between car and obstac (32) to electronic control module (34) via measuring beams (20,22,24,26,30). Control module also receive information from sensor (38,42,46,50) for speed of engine (40), clutch position (44), gearbox (48) and brakes (51) of car. Module controls mobility elements of car accord...

08.06.2001
16 NO20012839A
FREMGANGSMÅTE FOR FREMSTILLING AV EKSPANDERBARE POLYSTYRENPARTIKLER

A process for preparing expandable particulate styrene polymers wherein from 5 to 50% by weight of expanded graphite and also, if desired, from 2 to 20% by weight of a phosphorus compound, are present as flame retardants, by suspension polymerization of styrene in the presence of the flame retardants.

08.06.2001
17 NO20012839D0
FREMGANGSMÅTE FOR FREMSTILLING AV EKSPANDERBARE POLYSTYRENPARTIKLER

A process for preparing expandable particulate styrene polymers wherein from 5 to 50% by weight of expanded graphite and also, if desired, from 2 to 20% by weight of a phosphorus compound, are present as flame retardants, by suspension polymerization of styrene in the presence of the flame retardants.

08.06.2001
18 NO20012848A
VANDIGE DISPERSJONER AV FLUORPOLYMERER

Fluorine-containing emulsifiers can be removed from fluoropolymer dispersions by adding to the dispersion a nonionic emulsifier, removing the fluorine-containing emulsifier by contact with an anion exchanger and separating the dispersion from the anion exchanger. The resulting dispersions can be concentrated and used for coating applications.

08.06.2001
19 NO20012848D0
VANDIGE DISPERSJONER AV FLUORPOLYMERER

Fluorine-containing emulsifiers can be removed from fluoropolymer dispersions by adding to the dispersion a nonionic emulsifier, removing the fluorine-containing emulsifier by contact with an anion exchanger and separating the dispersion from the anion exchanger. The resulting dispersions can be concentrated and used for coating applications.

08.06.2001
20 NL1016810A1
WERKWIJZE VOOR HET MAKEN VAN EEN COLLAGEENMEMBRAAN UIT VARKENSACHTIGE HUID.

Collagen membranes are formed from porcine rinds (i.e., pig skins) for us in a variety of applications and, most preferably, for wrapping food products, such as hams and the like. First, after removing skins from the porcine, the skins are promptly frozen. In later processing, the rinds are thawed and then enzymatically defatted. Then, a quick alkalinic hydrolyzation is performed on the rinds. The...

08.06.2001