107results about How to "Increase oil volume" patented technology

The present invention relates to a genetically modified plant having an increased amount of oil in its green biomass as compared to the oil in the green biomass of its non-genetically modified counterpart. The plants may be used for producing bio-fuels such as biodiesel fuel.

A lubrication system for an internal combustion engine having a pressure regulator to optimize oil flow through an engine to increase engine efficiency. The lubrication system includes an engine driven oil pump connected to supply pressurized oil through a main oil feed to a main bearing gallery, a cam gallery and a hydraulically actuated device such as a cam phaser or switching valve lifters. A pressure regulator connected between the main oil feed and the galleries selectively restricts oil flow to the galleries to raise oil pressure supplied to the hydraulically actuated device. The increased oil pressure to the cam phaser allows the engine to use a smaller oil pump and thereby increase engine efficiency while providing for actuation of the cam phaser over the full engine speed range. The increased oil pressure to the switching lifters allows the engine to reduce valve lift or disable cylinders over the full engine speed range.

A cooking appliance and method for cooking food articles by means of a heated cooking liquid, includes a liquid container for receiving a quantity of the cooking liquid; an electrical heater for heating the cooking liquid; a perforated rotary drum for receiving the food articles to be cooked; and an electrical drive for rotating the rotary drum. The liquid container is selectively movable to a raised position, wherein the cooking liquid therein directly contacts food articles in the drum, or to a lowered position wherein the cooking liquid therein is spaced below the food articles in the drum. The lowered position of the liquid container may be used for steam-heating the food articles, or for pre-heating the food articles before being fried by moving the liquid container to its raised position.

A hydraulic pressure supply system of an automatic transmission for a vehicle may be provided with first and second pump chambers and may supply hydraulic pressure generated at the first and second pump chambers selectively to a high pressure portion or the high pressure portion and a low pressure portion. The hydraulic pressure generated at the first pump chamber may be supplied to the high pressure portion through a high-pressure regulator valve, and the hydraulic pressure generated at the second pump chamber may be supplied to the low pressure portion through a low-pressure regulator valve or may be supplied to the high-pressure regulator valve according to switching operation of a switch valve.

An arrangement is provided for supplying oil to a brake arranged for braking an output shaft of a planetary gear. The arrangement includes a rotatable impeller for supplying oil to the brake and the impeller is arranged to be rotated by an input shaft of the planetary gear.

A cooking appliance and method for cooking food articles by means of a heated cooking liquid, includes a liquid container for receiving a quantity of the cooking liquid; an electrical heater for heating the cooking liquid; a perforated rotary drum for receiving the food articles to be cooked; and an electrical drive for rotating the rotary drum. The liquid container is selectively movable to a raised position, wherein the cooking liquid therein directly contacts food articles in the drum, or to a lowered position wherein the cooking liquid therein is spaced below the food articles in the drum. The lowered position of the liquid container may be used for steam-heating the food articles, or for pre-heating the food articles before being fried by moving the liquid container to its raised position.

A fin member is installed in an oil accumulating room. The fin member causes lubrication oil to follow rotation of the oil accumulating room so that the lubrication oil can be forcibly rotated. In this manner, a rotational speed difference between the oil accumulating room and the lubrication oil is made small, and an adequate oil supplying pressure is generated by the centrifugal force. As a result, a sufficient quantity of the lubrication oil can be supplied. Therefore, estimation of a supplying oil quantity becomes easy, and accuracy in prediction of the lubrication oil quantity actually used for the bearing lubrication can be improved.

A power transmission apparatus includes: an input shaft; a selectable one-way clutch; a housing case; a center support; a lubricating oil reservoir; and an oil passage. The oil passage extends through a pocket plate disposed between the lubricating oil reservoir and a selector plate. The selector plate includes a through-hole. The through-hole is located at a position where the through-hole is not lined up with the opening of the oil passage in a radial direction and a circumferential direction of the selector plate in a non-engagement state of the selectable one-way clutch, and also at a position where the through-hole is lined up with the opening of the oil passage in the radial direction and the circumferential direction of the selector plate in an engagement state of the selectable one-way clutch.

The engine linking bar sleeve with cylindrical body that comprises the lower bearing area for the pressure from the top dead end to the lower dead end of the piston pin, and the up bearing area bearing the pressure from lower end point to the top end point, with the said up end bearing area with oil holes, the said body inner wall having main oil storage slot sticking to the surrounding area, the said main oil storage slot connecting with the said oil hole, the said body inner wall having sub oil storage slot whose one end connecting with the main oil storage slot, the other end open at the said end surface. It has strong bearing ability, improved lubrication effect, improved reliability of the piston linking bar and extended durability.

The invention discloses a circulating cooling structure which comprises a motor spindle. A shaft sleeve is installed outside the motor spindle and provided with a spiral groove, the bottom of the spiral groove is respectively provided with an oil outlet and an oil inlet, and a cooling structure and an oil temperature adjusting mechanism which are connected with each other are installed between the oil outlet and the oil inlet and connected with the oil inlet and the oil outlet through oil conduits. Due to the oil temperature adjusting mechanism, under the treatment of the cooling structure, the temperature of cooling oil is controlled at the normally working temperature of the motor spindle before the cooling oil enters a spiral shaft, the influence factors causing the damage to the motor spindle are further reduced, and working stability of the motor spindle is guaranteed.

The invention provides a working vehicle and an amount controlling method of working oil thereof. Provided is a working vehicle, which is improved in its operability and its working efficiency at a loading work time. Loading work detecting means (211) detects the start of the loading work by a working machine, on the basis of at least two of a plurality of parameters of whether or not a boom lever (126) is operated in an upward direction, whether or not a boom is brought to a preset position, whether or not the boom angle is less than an upper limit angle, whether or not the velocity ratio at a brake-off time is higher than a predetermined value, whether or not the gear stage is at a predetermined one, whether or not the running range is switched from backward to forward, and whether or not the angular velocity of the boom is at a predetermined value. Oil quantity increase control means (212) either increases the discharge quantity of a loader pump (120) or feeds the working oil from a switch pump (121) to a boom cylinder (128), thereby to feed the boom cylinder (128) with more working oil.

A composition for use in extracting oil, the composition comprising: (a) a mixture comprising, by weight, 50-55% of an aromatic alkyl, 15-19% d-limonene, 6.5-7% polyethylsorbitan monoleate, 15-15.5% PEG sorbitan monostearate, 3.4-9.9% tall fatty acid, and EDTA in an amount up to 1%; and (b) water in an amount such that the mixture is diluted to 1%-2% by weight of the composition.

When A denotes a required oil lower limit amount for one bearing near an oil supply source, and B and C respectively denote a required oil lower limit amount and a safety surplus oil amount for the other bearing away from the source, an amount of oil equal to A+B+C is supplied from the source and a hole diameter and the number of first oil holes are set such that an amount of oil to be supplied to the one bearing is equal to the amount A. Thus, the oil with the amount A can be securely supplied to the one bearing. Also, oil with the sum of the amounts B and C is supplied to the other bearing so that the oil with the amount B can be securely supplied to the other bearing which tends to receive oil insufficiently because of its remoteness from the source.

A vehicle control system is provided to improve energy efficiency of a vehicle that can be operated not only manually but also autonomously. The vehicle control system is configured to deliver oil to an oil requiring site in a first feeding amount under the manual mode, and to deliver oil to the oil requiring site in a second feeding amount that is smaller than the first feeding amount during propulsion under the autonomous mode in line with a travel plan. When a required amount of oil delivered to the oil requiring site is expected to be increased based on the travel plan under the autonomous mode, the controller increases an oil feeding amount to the oil requiring site from the second feeding amount.

A hydraulic pressure supply system of an automatic transmission for a vehicle may be provided with first and second pump chambers and may supply hydraulic pressure generated at the first and second pump chambers selectively to a high pressure portion or the high pressure portion and a low pressure portion. The hydraulic pressure generated at the first pump chamber may be supplied to the high pressure portion through a high-pressure regulator valve, and the hydraulic pressure generated at the second pump chamber may be supplied to the low pressure portion through a low-pressure regulator valve or may be supplied to the high-pressure regulator valve according to switching operation of a switch valve.

The present invention is directed to an enhanced oil recovery composition comprising (a) a surfactant comprising an alkylated hydroxyaromatic sulfonate having the general formula:wherein R1 is an alkyl group containing from about 8 to 40 carbon atoms and having from about 20% to about 50% methyl branching, and M is a mono-valent cation; (b) a solvent; (c) a passivator; and (d) a polymer.

When the temperature of oil supplied to an electrical oil pump is detected and the oil temperature is lower or higher than normal oil temperature, a gradient threshold value smaller than that at normal oil temperature is set, a gradient of a road surface on which a vehicle is stopped is detected, and an idle stop is prohibited when the detected gradient of the road surface is larger than the set gradient threshold value.

Provided is a chain tensioner that can, with a simple structure, supply sufficient and necessary oil when restarted after a long time after the stop of oil supply, and control pressing force in accordance with operating conditions during the drive, thereby reducing vibration of the chain not only when restarted but also during the drive. In a chain tensioner 100 in which a plunger 120 inserted in a plunger bore of a tensioner body 110 is biased outward by biasing means 140 provided in an oil pressure chamber 101 to be extendable and contractible, an oil supply hole 114, an oil supply space 102, and a plunger hole 124 that together form a continuous oil supply passage is formed in such a shape that an oil amount changes in accordance with a position of the plunger 120.

The present invention provides a scroll compressor in which the reliabilities of the eccentric ball bearing and the main ball bearing are enhanced by controlling an amount of oil supplied from the high pressure region to the back pressure chamber and an amount of oil from the high pressure region to the eccentric ball bearing and the main ball bearing. The scroll compressor includes a back pressure chamber oil-supply path 25 through which lubricating oil 7 is supplied from the high pressure region 21 to the back pressure chamber 22, and a compression chamber oil-supply path 26 through which lubricating oil 7 is supplied from the back pressure chamber 22 to the compression chamber, and the one opening 25c of the back pressure chamber oil-supply path 25 reciprocates, and comes into and comes out from the sealing member 24.

The invention discloses a double-inlet and single-outlet submersible screw pump oil extraction device, which solves the problems of short bearing service life and the like of the existing submersible screw pump oil extraction device. The double-inlet and single-outlet submersible screw pump oil extraction device comprises a submersible motor, a planetary speed reducer, a screw pump, an oil protector, a thrust coupler, an oil outlet check valve and an oil pipe line group which are connected in a header pipe from top to bottom. The invention has the technical points that the screw pump an upper screw pump and a lower screw pump, wherein the upper screw pump whose delivery capacity is small is provided with an upper oil supply hole, and the lower screw pump whose delivery capacity is large is provided with a lower oil supply hole; pump rods of the upper screw pump and the lower screw pump whose rotation directions are opposite are hinged with a universal coupling; the pump body of the upper screw pump is connected with the oil outlet check valve and the oil pipe line group, and axial confluence oil discharging holes are respectively arranged in a stream guidance body and a shunting cover. The invention has optimizing structure, scientific design and reasonable stress distribution and matching, has the advantages of the mechanical drive device of an electric submersible screw pump oil extraction system, effectively improves the service life of the bearing, prolongs the service cycle of the oil extraction device, lowers maintenance cost and obviously improves the working performance of oil extraction and oil output.

The invention relates to the technical field of manufacturing of rock bits in oil drilling, in particular to a tricone bit oil storage compensation pressure balancing system. The system comprises a palm oil hole arranged on a palm, an oil storage bag is arranged in the palm oil hole, and a pin hole is arranged at the bottom of the oil storage bag. The system is characterized in that the pin hole and a pressure transmitting hole arranged on the palm are staggered. The system is simple in structure, and when the system is worked, slurry containing gravel and debris impact a lower gland or a disc spring without impacting the oil storage bag directly by staggering the pressure transmitting hole with the pin hole at the bottom of the oil storage bag, so that the service life of the oil storage bag is prolonged, and the service life of a tricone bit is prolonged integrally. A structure of the palm oil hole is simplified and is directly designed to be hollow cylindrical, and processing and improvement of oil hole surface roughness are benefitted.

The invention discloses a rotary type compressor. The rotary type compressor comprises a casing, a compression mechanism arranged in the casing, a driving mechanism arranged in the casing and cooperated with the compression mechanism for driving the compression mechanism, wherein the driving mechanism comprises a stator fixed to the casing, a rotor positioned in the stator and a driving shaft connected to the rotor, wherein a first eccentric channel and a second eccentric channel are provided in the driving shaft, the first eccentric channel is configured that when the driving shaft is rotated, the oil positioned at the lower part of the casing can be transferred to the compression mechanism, and the second eccentric channel possesses an oil injection hole, and is configured that when the driving shaft is rotated, oil is injected through the oil injection hole to the lower stator winding on the stator.

An object detecting actuator and an object detecting switch with increased durability. The actuator in one embodiment includes a roller that receives a load of an external force; and a roller lever to which the roller is rotatably attached by means of a rotary shaft, the actuator being a displacement member that is displaced in accordance with the load of the force received by the roller, wherein the roller is constituted by a sintered body of stainless steel material impregnated with lubricating oil, and a density of the sintered body of stainless steel material is in a range of 6.45 to 6.7 g / cm3.

A pulse burner includes: a combustion chamber provided in a liquid vat capable of storing liquid; a tail pipe that is connected to the combustion chamber and has a heat exchanging portion located in the liquid vat and bent in a predetermined shape; and a mixing chamber which communicates with the combustion chamber and to which fuel gas and combustion air is allowed to be supplied. When mixed gas including the fuel gas and the combustion gas is exploded and combusted, the combustion exhaust gas is exhausted through the tail pipe to allow heat exchange with the liquid, and the mixed gas is inhaled from the mixing chamber into the combustion chamber. At least the heat exchanging portion of the tail pipe is bent on a substantially horizontal plane.

A lubrication structure for splash lubrication in an engine includes an oil collector formed as a depression in the outer peripheral surface of the crank pin and an oil groove provided on the big-end of the connecting rod. The oil collector is formed approximately at the center, in an axial direction, of the crank pin. The position of the oil collector is chosen so as to be displaced from an explosive force in an expansion cycle of the engine. The oil groove is provided on the big-end of the connecting rod, and has a first end and a second end. The first end is open in the inner peripheral surface at the center thereof in an axial direction, and the second end is open into the crank case. The oil collector receives oil stored in the crank case and the oil is transferred to the oil groove.

Provided is a relief valve device including: a housing (1) including a valve chamber (2), an orifice (25), and a relief discharge port (26); a valve body (4) that opens and closes the relief discharge port (26) while moving inside the valve chamber (2) of the housing (1); a relief valve (A) including an elastic member (5) that elastically biases the valve body (4) in a direction in which the valve body (4) closes the relief discharge port (26); and an oil control valve (6) that controls the supply of oil into the valve chamber (2), wherein an inlet port for the oil supplied from the oil control valve (6) and the orifice (25) are configured such that oil can always circulate in the valve chamber (2).

A built-up floating disc for oil reservoir concludes an inner floating disc and an outer floating disc. The inner and outer floating discs both have a radiant skeleton structure composed of bolt-joined components with I-shaped profile made from steel plate or aluminum plate. There are 6 radial beams connected with a central plate and annular beams. Peripheral beams are used to connect between the outer annular beam and the inner annular beams. Coverplate fixed beams are mounted on the radial beams, auxiliary beams are used to connect between coverplate fixing beams. Plastic floaters presenting equilateral friangle or parallelogram in shape are laid over the space within the skeleton. Thick floaters are secured on the outer annular beam and the inner annular beam. Coverplates are laid on the coverplate fixed beams and are clamped by press bars. A tongue shaped sealing rubber band and a capsule-like sealing rubber band constitute a double layer structure. Using the floating disc can prevent reserved oil from contamination and degradation. And the floating disc is lighter, it can reduce the consumption of metallic material and eliminate the phenomena of sinking disc and blocking disc.

When the temperature of oil supplied to an electrical oil pump is detected and the oil temperature is lower or higher than normal oil temperature, a gradient threshold value smaller than that at normal oil temperature is set, a gradient of a road surface on which a vehicle is stopped is detected, and an idle stop is prohibited when the detected gradient of the road surface is larger than the set gradient threshold value.