119 results about "Air receiver" patented technology

In an earth drilling rig in which an air compressor and one or more hydraulic pumps are driven by the same engine, the intake throttle of the compressor is controlled by an electronic controller having a proportional integral derivative control. The controller minimizes unloading of the compressor, allowing the engine to operate more efficiently, the hydraulic system to provide more consistent power to drilling functions and the volume and pressure of compressed air to be optimized for the drilling conditions encountered. The electronic controller also operates a blowdown valve at the discharge side of an air receiver, and effects various overrides of the control system, for example when air discharge temperature approaches a critical level, or when an overpressure condition is detected.

An emergency response system including a smoke detector and an evacuation guide. The emergency response system and evacuation guide are separate components removably attached to each other, and each has a shape that includes a long, narrow neck and a curved handle, which permits both the smoke detector and evacuation guide to be installed by hanging each from a door knob. The smoke detector includes, in addition to means for sensing smoke and means for emitting an alarm, a radio transmitter that generates and transmits an activation signal in the form of radio waves. The radio waves are detected by a radio receiver in the evacuation guide. Upon receipt of the activation signal, a digital recording and playback device delivers a message to occupants of the home or building. A flashlight contained within the evacuation guide also is illuminated.

An audio transmitter and remote control unit receiver and storage apparatus for transmitting audio signals from electronic equipment, such as a television set, to individuals remotely located therefrom includes an audio transmitter for disposition adjacent to the electronic equipment and an audio receiver and remote control unit storage case positioned remotely form the electronic equipment. The audio transmitter having electronic circuitry for receiving audio transmissions from the electronic equipment and an audio antenna or IR sender for transmitting audio signals to remote locations. The audio receiver and remote control unit storage case having a floor and a pair of opposed sidewalls forming a receptacle for holding therein a remote control unit, a receiver antenna or IR detector for detecting audio signals conveyed from the audio transmitter, and an audio output speaker for broadcasting audio conveyed from the electronic equipment to the adjacently positioned individual.

The invention relates to a time-domain ground-air electromagnetic detection system and a calibration method, in particular to a system consisting of an induction signal recording device connected with a ground recording device global position system (GPS) synchronization unit, a closed abnormal ring and a data quality evaluation system, and a calibration method for the time-domain ground-air electromagnetic detection system. The closed abnormal ring and the induction signal recording device are adopted, the induction current and induction voltage are simultaneously recorded, and the 24-bit 200Hz sampling rate, a bandwidth of 0-13KHz and a dynamic range of an amplifier of 160dB are achieved. Moreover, the system is synchronous with a ground transmitter and an air receiver GPS, and during measurement, by removing earth background field data, a pure closed abnormal ring electromagnetic signal containing a geometric error is extracted, is input into the data quality evaluation system, andis compared and fitted with the computed closed abnormal ring theoretical value, the system error, the geometric parameter error and the detection resolution of the time-domain ground-air electromagnetic detection system are determined, and the performance of the electromagnetic detection system is tested and calibrated.

The present invention relates to an immersion hollow fibrous membrane separating device and the operation method thereof. The device comprises a membrane filtration system, a water producing system and a cleaning system which are connected by the tubes and a control system which is connected by a circuit, the present invention is characterized in that the membrane filtration system takes an immersion type, adopting a column external pressure hollow fibrous membrane component, a plurality of holes are arranged at the casing, the device is directly and vertically arranged in the processed water body; the water producing system comprises a pressure gauge, an automatic intake valve, a water producing pump, a flow meter and an automatic discharge valve which are sequentially connected with a water producing opening of the membrane module; the cleaning system comprises a backflushing system, a gas vacuole scrubbing system and a chemical cleaning system, the gas vacuole scrubbing system comprises a flow meter, an air inlet valve, an air adjusting valve, a filtrating pressure reducing valve, an air receiver and an air compressed valve which are sequentially connected with the backflushing air intake of the membrane module. The operation method includes a plurality of cyclic processes as follows: 1. an operating state, a backflushing state, a gas vacuole scrubbing state and a pollution discharge state; 2. the operating state, the backflushing and gas vacuole scrubbing state, an gas vacuole scrubbing state and the pollution discharge state; 3. the operating state, a chemical backflushing state, the gas vacuole scrubbing state and the pollution discharge state.

An apparatus for the collection of samples of exhaled air during normal respiration, comprising a flow generator, an orally insertable exhalation air receiver, and a device for isolating the nasal airways, wherein the apparatus further comprises: a sensor for detecting a change in a parameter representing the change from inhalation to exhalation and to transmit said change as a signal; a control unit adapted to receive said signal and to control said device for isolating the nasal airways; wherein the flow generator is connected to or integrated with the exhalation air receiver. A method of collecting samples of exhaled air during normal respiration conditions, comprising the steps of: detecting a change in a parameter representing the change from inhalation to exhalation and transmitting said change as a signal; receiving said signal in a control unit; activating a device for isolating the nasal airways; activating a flow generator connected to an exhalation air receiver; and collecting a sample of exhaled air during exhalation when the nasal airways are isolated.

The invention relates to automatic air charging storing supplying device. It includes storing supplying device, structural component, releasing mechanism, air supplying nozzle. The inner or outer of the air storing supplying device is set supporting structural component and locking releasing component. And the air storing supplying device can be flexible air charging bag or rigid air receiver. The inlet tube of the air bag is connected with filter. Its air outlet is connected the air nozzle. Its covering cloth or the receiver wall is connected with the supporting structural component. The invention can be used in ballroom, hotel, large meeting room etc. The auto charging movable backpack air bag, portable air bag, or plain type one can supply 30min flesh air for one person, or 10-20min five persons.

The invention relates to an automotive range extender based on a linear ISG(Integrated Starter and Generator) motor/engine. The range extender comprises cylinders, wherein two piston components are arranged and are respectively located in the two cylinders; the two piston components are connected with the two ends of a connecting rod component; a linear displacement sensor and a Hall sensor are arranged on the connecting rod component; a linear ISG motor rotor is arranged in the middle of the connecting rod component; a linear ISG motor stator is fixed between the two cylinders and outside the linear ISG motor rotor; a scavenging air receiver is arranged on the inner sides of the cylinders; a throttle body is connected with the scavenging air receiver; an oil sprayer, a throttle body position sensor and an air flow sensor are arranged on the throttle body in turn; cylinder covers are arranged on the outer sides of the cylinders; spark plugs are arranged on the cylinder covers; and an electric control unit is respectively in electric connection with the linear displacement sensor, the Hall sensor, the throttle body position sensor and the air flow sensor. Compared with the prior art, the automotive range extender based on the linear ISG motor/engine has the advantages at the aspects of energy use efficiency, cost, mechanical structure, use convenience, and the like.

The invention provides a vessel two-stroke diesel engine exhaust gas recirculation system and a control method. A work mode is a non-EGR (exhaust gas recirculation) mode and an EGR mode; when the vessel sails in a non-exhaust control region, the diesel engine works under the non-EGR mode, the exhaust gas exhausted from an exhaust manifold drives turbines to apply work so as to drive a gas compressor to compress air; the pressurized fresh air is cooled and dehumidified and then enters into the engine from a scavenging air receiver to participate in burning; when the vessel sails in an exhaust control region, the diesel engine works under the EGR mode, part of waste gas is led from the exhaust manifold and then flows to a one-way stop valve , then the waste gas is cooled and washed, so that the temperature is reduced, and the particles and SOx are removed; then, the exhaust gas is pressurized by an EGR fan and humidified by a drop catcher to mix with fresh air from the gas compressor in the scavenging air receiver, and then enters into an air cylinder to participate in burning; the NOx generation and exhaust amount of the engine are reduced, the Tier III standard related to NOx exhaust of IMO (International Meteorological Organization) can be satisfied.

An obstruct explosion protection skid-mounted car air filling device integrates an obstruct explosion protection air receiver, an air filling machine and auxiliary apparatus, which can be movable on the ground and is a fuel device for filling the liquefied petroleum gas (LPG) for the LPGV cars. The air receiver of the device is filled with an obstruct explosion protection material unit, a shaft and a decontamination tunnel. A pile casing filled with the obstruct explosion protection materials is arranged in the shaft, wherein the materials can be suspended outside the receiver with the pile casing 26, which is convenient for the maintenance and the clean. A liquid inlet pipe and a liquid outlet pipe are arranged in the obstruct explosion protection, a shielding case is arranged on the nozzle end, which greatly reduces the impact of the LPG liquid materials. A spray heat sink is arranged in the sun-screening heat insulation hood, and the cooling water sprayed from the atomizer can make the air receiver cool down. Due to the air receiver filled with the obstruct explosion protection materials, the accident 'boiling liquid expansion steam explosion' of the LPG can be effectively avoided to ensure the safety of the storage reservoir. The device is an integral structure, which is convenient to suspend and move.

The invention discloses a shaping system for a closed bucket, which aims to provide a shaping system capable of guaranteeing the shaping quality of the wall of the closed bucket and improving work efficiency. The invention comprises a mainframe, roller bracing frames, a shock rack, a bucket rotation supporting mechanism, and an inflating mechanism. The shaping rollers on both first roller bracing frame and second roller bracing frame, and a vibrator-roller are combined to correspond in shape to the outer wall of the bucket, the vibrator-roller is fixedly connected with the shock rack. The shock rack is provided with a damping spring, which is connected with a shock mechanism fixed on the second roller bracing frame by a shock drive link. A hollow shaft is fixedly connected at the front end of a power output rod of a cylinder or a hydraulic cylinder in the inflation mechanism, and is rotatablely connected with a compact block. An air receiver which communicates with the internal cavity of the hollow shaft is arranged inside the compact block; and a rubber packing pad is arranged at the front end of the compact. An enclosed air chamber which is formed between the rubber packing pad and the cover of the bucket communicates with the internal cavity of the bucket and the air receiver. The system simplifies the closed bucket shaping technique.

An air receiver tank and removable mounting plate assembly includes an air receiver tank having at least one mounting bracket secured thereto for removably mounting a mounting plate, wherein the bracket has holes. A mounting plate includes a top wall and first and second side walls extending from the top wall; wherein each of the first and second side walls includes holes. The mounting plate is removably secured to the air receiver tank via a plurality of fasteners received by the holes of the mounting brackets and corresponding holes of the mounting plate.

A hybrid system for electric power generation from solar-thermal energy and wind energy sources is described. The system includes a wind electric power generation system, a solar-thermal generation system and an air compressing system powered by a wind electric power generation system, and a compressed air storage system. A solar-thermal generation system includes two air receivers illuminated by heliostats to heat compressed atmospheric air provided from a compressed air storage system for driving the solar-thermal generation system. The hybrid system also includes a thermal energy storage system storing thermal energy and preheating the pressurized atmospheric air flow provided by the compressed air storage system.

The invention discloses a pod attitude real-time measuring, resolving and monitoring device. Position change information of multiple points on the pod is obtained through a plurality of GPS antennas placed on the pod. A pod attitude calculation center calculates attitude information of a pod plane in real time. A resolving result is transmitted to the receiver. The receiver fuses the GPS information of the aircraft and the pod attitude information and then transmits the information to the ground base station in real time through the wireless transmission unit. The ground base station integrates GPS information of the ground base station and information transmitted by the air receiver to calculate attitude and position information of the nacelle relative to the base station, attitude and position information of the nacelle relative to the aircraft and position information of the aircraft relative to the base station. After the test is finished, the ground base station performs data fusion on the electromagnetic data obtained by the system test and the stored and interpolated attitude information. According to the invention, real-time calculation and monitoring of the attitude of thenacelle and the motion state between the nacelle and the flight platform by ground personnel in a complex electromagnetic environment generated during normal flight testing of the system are realized.

A precipitation gauge including a clear elongated outer cylinder and an opaque or translucent inner member disposed longitudinally in the outer cylinder to define a tubular water receiver in the space between the cylinder and the inner member and markings disposed along either the outer cylinder or the inner member, the gauge indicating the amount of water collected in the water receiver with a sharp demarcation at the top surface of the water resulting from an optical illusion making it appear that the portion of the gauge below the demarcation is filled with a fluid of the color of the inner member.

The present invention relates to a method and device using an external combustion apparatus to supply large amounts of heated and pressurized combustion gases used to produce mechanical movement of a device, such as, but not limited to, a piston or a low pressure positive displacement motor. The combustion takes place in a separate pressurized combustion vessel that is supplied with organic fuel and two separate streams of compressed air, one from a lower pressure air receiver and one from a higher pressure air receiver. The combustion gases from igniting the fuel with the higher pressure air stream are accelerated and blended with the lower pressure air stream in a manner to produce a mixture of higher temperature pressurized working gas. The design includes features of regenerative cooling of the combustion vessel, improved combustion characteristics, regenerative breaking, and higher efficiency.

A hand dryer has a body case with a blower with an air-blowing nozzle on its lower surface, and a water receiver disposed below the body case and forming a hand-inserting space with the body case. The water receiver is detachable from the body case. The water receiver has a receiving portion which covers a lower front surface, a back surface which is connected to the receiving portion and which covers a wall surface, and a pair of side surfaces, connected to the receiving portion, rising from opposite sides of the back surface. Water receiver-side retaining portions are on upper portions of the side surfaces, body case-side retaining portions are on opposite sides of the body case, and the water receiver is mounted to the body case by the water receiver-side retaining portions and the body case-side retaining portions. The water receiver-side retaining portions are hooked on the body case-side retaining portions, so that the water receiver can be fixed.

Disclosed is a working face operator positioning method using auxiliary positioning nodes. The auxiliary positioning nodes, a remote controller, a receiver and an electrohydraulic control system are provided. The auxiliary positioning nodes containing address information and having a wireless communication function are distributed at fixed positions on a working face. The remote controller has a wireless communication function and is capable of interacting with the electrohydraulic control system and controlling supports to operate, through the receiver. The receiver has a wireless communication function and is capable of receiving command information from the remote controller and forwarding the command information to the electrohydraulic system. The electrohydraulic control system has a function of controlling the supports on the working face to act. After the remote controller enters a geographic fence area specified by the auxiliary positioning nodes, the position of the remote controller determined, connection with the nearest receiver is built, the electrohydraulic system is controlled through the receiver, the supports are locked meanwhile, the operators on the working face can be automatically positioned, and safety of the operators is ensured.

The invention provides a badminton sideline intelligent judging device and aims to provide accurate and objective judging results on placement of a shuttlecock around a sideline of a badminton court during badminton games and displaying the judging results in real time for a chair umpire to decide. Possible misjudgment and unnecessary controversies caused by artificial naked-eye judgment are avoided. The badminton sideline intelligent judging device comprises a laser transmitter, a laser receiving and information processing unit and a wireless receiving and displaying unit, the laser receiving and information processing unit is composed of a laser receiver, an operation controller A, a system power source A and a wireless transmitting module, the wireless receiving and displaying unit is composed of an operation controller B, a system power source B, a wireless receiving module, a setting keyboard and a displaying module, and each side line corresponds to one laser transmitter 1 and one laser receiving and information processing unit.

The invention relates to a pressure lubrication system for a free piston internal combustion engine generator and belongs to the field of energy power. The pressure lubrication system is characterized in that machine oil in a machine oil tank is pumped out through a machine oil pump, and divided into two branches after being filtered by a machine oil filter, then enters lubricating oil cavities and gaps between the lubricating oil cavities and a connecting rod rotor from first oil inlets and oil conveying pipelines of scavenging air receivers on the two sides, further enters an oil channel in a piston rod connecting rod assembly, and finally flows into a piston-air cylinder sleeve friction pair through oil outlets of the oil channel, so as to realize continuous lubrication of the lubrication surface. The system adopts a pressure lubrication mode, and does not have a coupling relationship with a motion process of the free piston generator, thereby being reliable in working and high in adaptability; the electric machine oil pump is adopted, so that accurate electronic control can be carried out conveniently according to different working conditions of an engine; and the lubricating oil cavities and the lubricating oil channel are arranged in a free piston generator module, so that the structure is compact, the space is saved and the relatively high volume power can be realized easily.

This invention discloses a photoelectric anti-stealing system including a ray generator, a light reflection device, a photoelectric anti-control device, an alarm and a RF remote controller, in which, the photoelectric anti-control device includes a body and a light receiver set in the body, a photoelectric converter, a RF controller adaptive with the RF remote controller, the photoelectric converter is connected with the ray receiver, the RF controller and an alarm, a small hole is set on the body corresponding to the ray receiver, the ray reflection device is set in the optical route for reflecting rays emitted by the generator and irradiated onto the receiver via the small hole.

The invention relates to an escalator. The escalator is provided with a truss (2), a plurality of stairs (5), a plurality of guide rails (13, 14, 15 and 16) and an oil receiver (17), wherein the truss (2) is arranged on a building, the stairs (5) are annularly connected through a stair chain and circularly move in the truss, the guide rails (13, 14, 15 and 16) guide the stairs, and the oil receiver (17) is arranged in the truss and receives lubricating oil dropping down from the stair chain. The escalator is characterized by further comprising an oil guide component (24), wherein the oil guide component (24) is arranged in the transition range from a lower curve section to a lower horizontal section of the main wheel operating guide rail (13), located below the main wheel operating guide rail and located above the auxiliary wheel operating guide rail (14). The oil guide component receives lubricating oil dropping down from the main wheel operating guide rail and guides the lubricating oil into the oil receiver from the outer side of the left side or the right side of the moving direction of the stairs. Thus, the escalator can effectively prevent stair pollution caused by dropping of the lubricating oil accumulated in the transition range from the lower curve section to the lower horizontal section of the main wheel operating guide rail.