12724 results about "Oil storage" patented technology

An electronic cigarette comprising an atomizer and a first case configured for accommodating the atomizer is provided; the atomizer includes a heating mechanism, a breather pipe, and oil storage cotton, the heating mechanism is received inside the breather pipe, and the oil storage cotton envelops an outer surface of the breather pipe; wherein, the heating mechanism is positioned along an axial direction of the breather pipe, and has a shape matching an inner surface of the breather pipe. The heating mechanism in the electronic cigarette has a large effective heating area so that more smoke can be generated by the atomizer.

An offshore floating production, storage, and off-loading vessel has a monolithic non ship-shaped hull of polygonal configuration surrounding a central double tapered conical moon pool and contains water ballast and oil storage compartments. The exterior side walls of the hull have flat surfaces and sharp corners to cut ice sheets, resist and break ice, and move ice pressure ridges away from the structure. An adjustable water ballast system induces heave, roll, pitch and surge motions of the vessel to dynamically position and maneuver the vessel to accomplish ice cutting, breaking and moving operations. The moon pool shape and other devices on the vessel provide added virtual mass capable of increasing the natural period of the roll and heave modes, reducing dynamic amplification and resonance due to waves and vessel motion, and facilitate maneuvering the vessel. The vessel may be moored by a disconnectable turret buoy received in a support frame at the bottom of the moon pool and to which flexible well risers and mooring lines are connected.

The present invention discloses an electronic cigarette atomizing device, which comprises an atomizing sleeve, an oil supply unit mounted in the atomizing sleeve and a heating wire unit, the atomizing sleeve has its first end configured with a nozzle cover, and its second end configured with a connecting unit, the oil supply unit comprises an oil storage cotton for storing the smoke oil and an oil guiding member for guiding the smoke oil to the heating wire unit, the heating wire unit comprises a hollow spiral tubular heating wire, a ceramic tube and an electronic wire for connecting the heating wire to the connecting unit, the oil guiding member is made of non-fiberglass fiber material, wrapped around the heating wire to have a tubular shape and fixed by a fixing wire wound around an outer wall of the oil guiding member, and wrapped around an end of the ceramic tube.

The present application discloses an atomizing assembly and electronic cigarette. The atomizing assembly comprises a connecting assembly, an atomizing core, an oil cup assembly and a sealing gasket. The connecting assembly comprises a connecting base and a lower electrode. The oil cup assembly comprises an oil storage sleeve, a vent pipe, and a mounting sleeve which enclose to form an oil storage chamber for storing smoke oil. The connecting base and the oil storage sleeve are either abutted against or expandedly fitted with each other. The connecting base is cappingly provided on an oil filler of the oil storage sleeve. The atomizing core comprises an atomizing sleeve, a heating wire assembly, a smoke oil retention member and an inner electrode. The inner electrode is abutted against and electrically connected to the lower electrode. The atomizing core is slidably sleeved in the mounting sleeve.

An atomizer, electronic cigarette and method for assembling the atomizer, wherein the atomizer is configured to be connected to a battery sleeve to form an electronic cigarette, comprising an oil storage cavity, a holding cavity, a heating assembly received in the holding cavity, and an electrode assembly configured to be electrically connected to the battery rod; the heating assembly including a heating wire electrically connected to the electrode assembly and an oil guide rope for transferring tobacco tar to the heating wire; one side of the oil storage cavity defines an oil outlet, a clamp seat configured to clamp the oil guide rope is received in the holding cavity and is located between the heating wire and the oil outlet, and the oil guide rope extends to one side of the clamp seat away from the heating wire.

The invention relates to an oil condition on-line monitoring system of hydraulic oil and lubricating oil, and is characterized in that the system consists of an oil condition detection and sensing system, an environment monitoring system, a data collection and conversion system, an operation procedure, a warning (caution) system and an automatic implementing system; a bypass and an oil storage chamber are arranged on an oil station; each monitoring unit is fixed to monitor an oil viscosity, a micro-moisture content, a temperature, impurity, a pressure and other parameters in real time; an actual measured value is compared with the set value; when the actual measured value excesses an allowed range, the system automatically warns or implements the functions of closing, self-locking, etc.

The invention is direction and position drill-following survey apparatus comprising a drill collar, two V slots, metal shielding layer, tow gamma sensor, three-axis acceleration sensor, signal processing circuit module, high pressure sealing cover board, boring liquor conducting channel, upper slip ring connector, lower slip ring connector, wire hole. The invention integrated gamma survey and directional survey in just a short section which enables the drill not only survey the rock properties real-timely, but also tell the upper and lower rock characteristics when boring well., so to effectively find out the upper cover layer of the storage layer and seize the best timing entering the oil storage layer. Moreover, meanwhile assorting the upper and lower rock properties, the direction and drill status also can be obtained without any delay, which, facilitating adjusting the well boring track according to the geographic data and manage the drill travels a best track underground among the oil storage. The invention is suitable for geological guiding in fossil engineering.

The invention relates to a device for making food by using hot air. The device includes a pot, and a food-making room (1) arranged in the pot; a hot air passage (9) is formed between a pot inner vertical wall (5) and the food-making room (1); the device also includes a baking tray (10) placed in the food-making room (1); the baking tray (10) further comprises a bottom (11) and a side wall (12) atleast partially surrounding the bottom (11); the bottom (11) has oil guide grooves (15), an oil storage tank (16) and an oil pouring nozzle (17); the height of the bottom (11) gradually decreases fromthe center to the periphery. The guide grooves (15) communicate with the oil storage tank (16); and the oil storage tank (16) communicates with the oil pouring nozzle (17). The invention solves the problem of slag and oil leakage of baking trays such as fish baking trays in the prior art, and the invention can conveniently direct the oil into the oil storage tank and pour the oil out via the oilpouring nozzle, so that the oil will not enter the food-making room such as a frying basket, and is easy to be cleaned.

The present application provides an atomization assembly and an electronic cigarette, the atomization assembly comprises an atomization core and an oil storage element. The atomization core comprises an electrode assembly, an atomization tube configured to sheathe the electrode assembly and insert into the oil storage element. A blocking part is defined on an outer surface of the electrode assembly. An air-vent hole is defined at one end of the blocking part of the electrode assembly close to the battery assembly; the atomization tube is positioned at the other end of the blocking part. In the atomization assembly or the electronic cigarette of the present application, it is hard for the tobacco oil to be leaked to airflow passageway, hard for user to suck condensed tobacco oil and easy for assembling.

An electronic cigarette comprises an electronic cigarette body; the electronic cigarette body is provided with a smoking end (1), an oil storage assembly (4) for containing cigarette oil, an atomization assembly (3) for atomizing the cigarette oil and a battery component (2) for powering the atomization assembly (3); the oil storage assembly (4) is arranged on one end of the electronic cigarette body which is in an opposite side of the smoking end (1), since a smoke passage does not pass through the oil storage assembly (4), a user can be effectively prevented from sucking a non-atomized cigarette oil; and meanwhile, through an arrangement of a protective sleeve (5) for containing the oil storage assembly (4) on the electronic cigarette, a vibration-resistance of the oil storage assembly (4) can be enhanced, so that a risk that the oil storage bottle is easily broken is avoided.

The invention discloses an electric vehicle braking system (EVBS) capable of reclaiming braking energy. The EVBS comprises a hydraulic braking subsystem, a braking energy reclaiming subsystem and a whole vehicle controller. The hydraulic braking subsystem comprises a braking pedal, a vacuum booster, a braking main cylinder, an oil storage chamber, an EVBS hydraulic unit, and an EVBS electric control unit for controlling the operation of the EVBS hydraulic unit; the braking energy reclaiming subsystem comprises a storage battery, a reversible motor controller, a motor, a transmission and a main speed reducer; and the whole vehicle controller is respectively connected with the EVBS electric control unit and the reversible motor controller. According to the system, a hydraulic brake and a motor reclaiming brake are coordinated; the whole vehicle controller cooperatively controls the reversible motor controller and the EVBS electric control unit, so that the braking safety is ensured; when the motor reclaiming brake fails, the hydraulic braking system can still work reliably; the whole hydraulic unit has a simple structure and is easy for batch production; and the EVBS has a consistent braking effect in a reclaiming or non-reclaiming state, and has the same braking sensation.

The invention provides an underwater robot adjusted through three oil pockets, and a depth-setting control method thereof. The method comprises the following steps: information, such as depth, longitudinal velocity and attitude angle, etc., is obtained through corresponding sensors; the static submergence or dynamic submergence is determined according to a host computer instruction; if the instruction indicates the static submergence, a bow, a midship and a stern respectively pump oil from the oil pockets at the same time, therefore, the displacement volumes of the oil pockets are reduced, the buoyancy force of the underwater robot is smaller than the gravity force in general, and the underwater robot sinks; if the instruction indicates the dynamic submergence, an axial main thruster is started, and enters a constant speed motion state with acceleration, an oil storage tank at the bow part sucks oil from the bow oil pocket, and therefore, the displacement volumes of the bow oil pocket is reduced; since the oil is discharged to the stern oil pocket from an oil storage tank at the stern part, the displacement volume of the bow oil pocket is increased; the underwater robot is changed into a state of trim by head from zero pitch, and bow trim occurs; the bow trim motion is coupled by the axial motion at the moment, and longitudinal trim submergence is realized; and the oil suction action and the oil discharge action are opposite when the static floating or dynamic floating occurs. The method has significance for the long-distance voyage underwater robot regarding to energy conservation.

The invention discloses a self-lubricating gear. A self-lubrication device is arranged on at least one gear tooth of the gear and comprises an oil storage cavity, an adaptive extensible device and a lubrication oil way. The oil storage cavities are formed in the gear teeth, the adaptive extensible devices are arranged in the oil storage cavities, and the lubrication oil ways are arranged in the gear teeth. One end of each lubrication oil way is communicated with the corresponding oil storage cavity, and the other end of each lubrication oil way is communicated with the cylindrical surface of the top of the corresponding gear tooth. Each adaptive extensible device comprises a fixed sleeve and a slidable sleeve. The fixed sleeves are arranged in the oil storage cavities, and the slidable sleeves are arranged in the fixed sleeves. The fixed sleeves are fixed on the inner walls of the oil storage cavities. One end of each fixed sleeve is closed, and the other end of each fixed sleeve is open. First seal rings are arranged between the inner side faces of the fixed sleeves and the outer side faces of the slidable sleeves. One end of each slidable sleeve is closed, and the other end of each slidable sleeve is open. The open ends of the slidable sleeves face the closed ends of the fixed sleeves. By the self-lubricating gear, the problems of poor gear lubrication and shortening of service life of the gear due to lubrication system failure, lubrication system oil shortage or the like can be solved effectively.

The invention discloses an electro-hydraulic power steering system for an engineering mechanical vehicle based on vehicle speed and load signal control. A steering hydraulic pump of the electro-hydraulic power steering system is connected with a rotary valve and is connected between an oil storage device and a direct current motor; the rotary valve is connected with a power-assisted steering oil cylinder; the direct current is connected with a steering control unit through a driving circuit; the steering assisted cylinder is connected with a steering gear plumbing arm; the other end of the steering gear plumbing arm is connected to a steering knuckle arm through a steering straight pull rod; the steering knuckle arm is connected with wheels; a wheel rotary angle sensor, a vehicle speed sensor, a steering shaft load sensor, a steering wheel rotary angle sensor and a torque sensor are respectively connected with a steering control unit; both the vehicle speed and the load are consideredin the whole control system; the steering control unit is controlled by closed loop feedback; the defects that a steering force is insufficient or over great caused by incomplete signal acquisition is prevented; the precision of steering control is improved; and the aim of saving energy is achieved.

The invention discloses a simulator for feeling an automobile brake pedal, comprising an oil storage cup, a brake master cylinder and a brake pedal which is provided with a pedal stroke sensor; a simulator valve block is connected between the first chamber and second chamber of the brake master cylinder and an ABS valve block; the hydraulic oil in the first chamber of the brake master cylinder is accessed into the simulator valve block and then is divided into two paths after passing a pressure sensor; one path of the hydraulic oil in series connection with a third electromagnetic valve is connected with the ABS valve block, the other path in series connection with a fourth electromagnetic valve is connected with stimulator-free spring chamber of a stimulator cylinder body; the hydraulic oil in the second chamber of the brake master cylinder is accessed into the simulator valve block and then is divided into two paths; one path of the hydraulic oil in series connection with a second electromagnetic valve is connected with the ABS valve block, the other path in series connection with a first electromagnetic valve is connected with the oil storage cup; and the stimulator spring chamber of the stimulator cylinder body is connected with the oil storage cup. The simulator has simple structure, is convenient for being installed in an automobile, can accurately obtain the brake intention of a driver and truly feed back the feeling of the driver stamping the pedal, and can realize emergent brake function of an electronic control braking system; and the property of the pedal is stable.

A harmless treatment technology for separation and recovery of oily sludge comprises the following steps: 1, conveying the oily sludge to a high solid content treatment device, carrying out preliminary screening on large granule impurities in the oily sludge, and conditioning the sludge; 2, conveying pre-conditioned oily sludge to a three-phase centrifuge, and separating oil, water and mud in the oily sludge; 3, conveying the obtained separated liquid to an oil-water separation device, and further carrying out oil and water separation; 4, inputting the obtained oil phase to an oil storage tank, and inputting water to an oily wastewater advanced treatment system; 5, conveying the obtained solid phase sludge transported to a thermal desorption device, and carrying out heating curing separation and condensation oil-water separation in a thermal desorption treatment process; and 6, conveying water output by the oil-water separation device and water output by the thermal desorption device to the oily wastewater advanced treatment system, and carrying out advanced oil-water separation. The method has the advantages of low cost oily sludge treatment cost, convenient maintenance and management, high efficiency and good stability.

Disclosed is an electronic cigarette, comprising a tube sleeve and an atomizer assembly which is provided in the tube sleeve and is used for producing smoke, wherein the atomizer assembly comprises an oil storage space which is mainly composed of a liquid storage part; the atomizer assembly is provided with a support mechanism which prevents the oil storage space from deforming excessively when the oil storage space is pressed. By means of the support mechanism, the electronic cigarette can achieve the technical effects of no overflow of cigarette oil after the electronic cigarette is pressed, a robust structure and stable and reliable quality.

The invention aims at providing a dual-fuel electric control monomer ejector, which comprises an ejector body, and a control diesel oil electromagnetic valve, a control natural gas electromagnetic valve, a control piston, a needle valve, a needle valve offsetting spring and a nozzle which are arranged in the ejector body, wherein the ejector body is provided with a diesel oil inlet, an oil discharge port and a natural gas inlet, a control room, an oil storage room and a gas storage room are arranged in the ejector, the diesel oil inlet is respectively communicated with the control room, the oil storage room and a fuel pipe of an engine, the natural gas inlet is communicated with the gas storage room, the control diesel oil electromagnetic valve is arranged above the control room, a control piston is arranged below the control room and is connected with the needle valve, the control natural gas electromagnetic valve is arranged outside the needle valve, the nozzle is arranged on the lower end of the ejector body, and the needle valve offsetting spring is arranged between the needle valve and the ejector body. According to the invention, less lean mixture of fuel ignition air and natural gas is ejected at an initial ejection stage, the ejection performance of the fuel and the atomizing effect are improved, and emission and economy of the engine are improved.

The invention relates to a microwave and vacuum frying integrating device for food processing and an efficient frying method, and belongs to the field of rapid frying, dewatering and drying devices for foods. The integrating device comprises a microwave heating cavity, a microwave generator, a microwave vacuum frying vessel, an oil storage tank, an oil pump, a hanging basket, a hanging basket rotating device, a condenser and a control panel, wherein the hanging basket is used for placing materials; the microwave generator is a variable-frequency microwave generator with high precision; the circumferences of the microwave generator are distributed evenly, vertically and spirally; the microwave generator adopts a waveguide feeding operation in a side part extending manner; the microwave vacuum frying vessel is used for frying the materials; and the oil pump is connected with the vacuum frying vessel, so that the materials are heated evenly in a pulse spouting manner. After the frying operation is finished, the frying oil is pumped back to the oil storage tank, and a vacuum de-oiling operation is carried out through the hanging basket rotating device. The integrating device has the advantages of high efficiency, rapidness, energy conservation and reduction in production cost. In order to realize an effect similar to a stirring effect, the pulse spouting manner is adopted, so that the frying effect is more uniform and the frying quality is very good. In addition, the flavor, the color and the nutritional ingredients of an original product are maintained when the materials are processed in the vacuum frying manner.

A satellite based communication system in a low-earth-orbit (LEO) has multiple beams and FDM channels within each beam for voice/data communication between user terminals and multiple gateways. The satellite based communication system has two links for duplex communication, i.e., a forward link between the gateway and the user terminals through the satellites and a return link between the user terminals and the gateway through the satellites. Low volume telemetry data from remotely located assets, such as liquid petroleum gas tanks, water tanks, oil storage tanks, rail cars is gathered, processed, and transferred to a customer over an Internet link. A remote telemetry unit with a sensor and a simplex transmitting unit transmits remote telemetry data. A gateway receives data and directs the data to a gateway applique for demodulating and decoding. Resulting messages are sent to the customer via a back office over an Internet connection.

The invention relates to a method and a device for calculating effective porosity of a compact oil storage layer. The method comprises the following steps: preparing a saturate rock sample; performing nuclear magnetic resonance measurement on the saturate rock sample, thereby acquiring T2 point amplitude of the saturate rock sample, nuclear magnetic porosity of the saturate rock sample and total amplitude of T2 spectrum of the saturate rock sample; performing dewatering treatment on the saturate rock sample under an effect of centrifugal force and performing the nuclear magnetic resonance measurement, thereby acquiring the T2 point amplitude of the centrifugal rock sample, the nuclear magnetic porosity of the centrifugal rock sample and the total amplitude of T2 spectrum of the centrifugal rock sample; acquiring the porosity component of the T2 point of the saturate rock sample, the curve of T2 spectrum of the saturate rock sample, the porosity component of the T2 point of the centrifugal rock sample and the curve of T2 spectrum of the centrifugal rock sample; acquiring a T2 cut-off value according to the total amplitude of T2 spectrum of the saturate rock sample, the curve of T2 spectrum of the saturate rock sample, the total amplitude of T2 spectrum of the centrifugal rock sample and the curve of T2 spectrum of the centrifugal rock sample; utilizing the T2 cut-off value to acquire the valid saturability of the flowing fluid; calculating the effective porosity of the compact oil storage layer according to the valid saturability of the flowing fluid.

The invention discloses a graphene/thermoplastic polyurethane composite and a preparation method and application thereof. The improved Hummers method is adopted to prepare graphene oxide which is dispersed in DMF to be subjected to ultrasonic treatment, TPU (Thermoplastic polyurethanes) swollen in DMF is poured in, and the solution coating film-forming process is adopted to prepare a GO (Graphene Oxide)/TPU composite film which is subjected to in-situ thermal recovery treatment for 2 h at 200 DEG C to prepare the graphene/thermoplastic polyurethane composite. The prepared graphene/thermoplastic polyurethane composite has the excellent electrical property, is uniform in filler dispersion, can be used for preparing TPU medical cushions, TPU biogas storage bags, TPU wading products and TPU water and oil storage bags, and can also be used in the field demanding relatively much on the obstructing and antistatic performance of materials.