212results about How to "Simple design and operation" patented technology

The invention relates to ions guided by gas flows in mass spectrometers, particularly in RF multipole systems, and to RF quadrupole mass filters and their operation with gas flows in tandem mass spectrometers. The invention provides a tandem mass spectrometer in which the RF quadrupole mass filter is operated at vacuum pressures in the medium vacuum pressure regime, utilizing a gas flow to drive the ions are through the mass filter. Vacuum pressures between 0.5 to 10 pascal are maintained in the mass filter. The mass filter may be enclosed by a narrow enclosure to guide the gas flow. The quadrupole mass filter may be followed by an RF multipole system, operated at the same vacuum pressure, serving as fragmentation cell to fragment the selected parent ions. The fragmentation cell may be enclosed by the same enclosure which already encloses the mass filter, so the ions may be driven by the same gas flow at the same vacuum pressure, greatly simplifying the required vacuum pumping system in tandem mass spectrometers. There are many other applications utilizing gas flows including supersonic gas jets in mass spectrometry.

An onboard charger for both single-phase (level-1 and level-2, up to 19.2 kW) and three-phase (level-3, above 20 kW) charging of a battery in Plug-in Electric Vehicles (PEVs) is integrated with the Propulsion machine-Inverter Group residing in the PEV, and is controlled to operate in propulsion and battery charging modes. The subject integrated onboard charger provides battery charging at the rated power of the Propulsion machine, does not need motor / inverter rearrangement, does not require additional bulk add-on passive components, provides an effective input current ripple cancellation, and operates without rotation of the Propulsion machine during the steady state charging.

The invention discloses a method and device for processing a file needing mutation detection. The method includes the first step of obtaining comparison data according to the file needing mutation detection, the second step of carrying out preprocessing and / or correction processing on the comparison data to obtain the comparison data used for mutation detection, the third step of carrying out mutation detection on the comparison data used for mutation detection to obtain a mutation detection result, and the fourth step of carrying out advanced treatment on the obtained mutation detection result and then outputting the result. Through the method and device, the mutation detection method can be used for various types of comparison data, and meanwhile the mutation detection design and operation are simplified.

The invention discloses a Web page design system and a method for building the same. The system comprises: a design component, a design panel and a view control, wherein the design component includes at least one parameter, the design component corresponds to a logic which is capable of generating Hypertext Markup Language codes according to the design component and the parameter, and the logic can be configured by a Web page author; the design panel serves as a working area within which the Web page author performs design and is used for displaying a Web page browsing effect view in the area; and the view control is used for browsing the Web page content generated from the design of the Web page author and providing the Web page browsing effect view. The invention is capable of realizing the presentation of the Web page browsing effect, in particular the effect view after the execution of scripts, on the design panel, thereby enhancing the Web page design experience that what is seen is what is got; the Web page design operation is simplified, and the Web page design efficiency is improved; besides, the Web page design threshold is reduced so that the user group of the Web page design is enlarged.

Embodiments of the present invention generally disclose membrane-based systems and methods for the separation of propylene and propane that overcome certain issues associated with prior art devices and take advantage of a temperature drop across the associated separation membrane.

Methods and apparatus for producing high quality closed cell foams for use in applications such as coatings, sealant beads, seam filling and gaskets is provided. A two-stage mixing unit, having a static mixing stage comprising a static mixer having a plurality of mixing elements followed immediately by a second dynamic stage such as a dynamic gear pump or disc mixer is used to homogeneously disperse a gas throughout a highly viscous liquid polymeric material such as a plastisol, silicone, butyl or urethane based materials.

The invention provides a timed and circulating AM (arbuscular mycorrhizal) fungus expanding propagation and functional experiment device and relates to culture of soil microorganisms. The device is provided with an incubator cover, an incubator, a culture medium, a space for adding an isotope and the like, a hypha chamber, a water drainage tank cover, a water drainage tank, a filter pump, a plant growth chamber, a nozzle regulation and control hook and a nylon net, wherein the incubator cover covers the incubator, the incubator is divided into the hypha chamber and the plant growth chamber by virtue of a longitudinal net, the culture medium and the space for adding the isotope and the like are placed in the hypha chamber, and a water drainage hole is formed in the bottom of the incubator; the water drainage tank is arranged at the bottom of the incubator, the water drainage tank cover covers the water drainage tank, the filter pump is arranged in the water drainage tank, the nozzle regulation and control hook and the nylon net are arranged in the plant growth chamber, an atomizing nozzle is formed in the nozzle regulation and control hook, the atomizing nozzle and the filter pump are connected by virtue of a PVC hose, and a plant fixing device is arranged on the top of the plant growth chamber.

An apparatus for communicating information over a pressurized fluid-carrying pipe connecting a plurality of serial nodes. A sounder node (i.e., transmitter) creates variable pressure patterns within the fluid-carrying pipe, which pressure patterns are identified and detected by other nodes. The patterns convey information or solicit responses from the receiving nodes. The receiving nodes reply to the pressure fluctuations by inducing reply pressure fluctuations in the fluid-carrying pipe or by communicating with the sounder node via a separate radio frequency communications system. The apparatus and method can be used as an information-carrying communications medium or a train linking methodology for a railroad train.

The invention provides a negative pressure strengthened multi-stage laminated disc type solar energy distillation system for desalination, which takes solar energy as a heat source to heat brackish water in laminated discs, and under the negative pressure chimney effect of a vacuum pump, the multi-stage cyclic utilization of condensation heat and evaporation heat between the multi-stage laminated discs is realized, the heat transfer efficiency is increased, and pure distilled water can be obtained with less energy consumption. The system has the advantages of compact structure, small floor area, and low cost for water preparation, and is suitable for desalinating brackish water in western villages and small towns.

Cryogenic fluids are used to remove contaminants such as hard scale deposits from heating and / or heat transfer equipment. The fluid may be cryogenically cooled to achieve a liquid phase and / or a mixture of liquid and gas phases. The fluid may also be pressurized. The mixture does not include a solid phase. A particle injection port is not required. The cryogenic fluid contacting the surface of a scale or other contaminant that has built-up during service of heating or heat exchanging equipment causes a near instantaneous contraction at the scale surface. Cracks form at the scale surface contacted by the cryogenic fluid. These cracks extend through the scale thickness to the underlying material of the equipment of the heating and / or heat exchanging component. The fractured surface scale separates by spalling or de-cohesion from the underlying equipment structure and is moved off the surface by the action of the exiting cryogenic fluid.

A variable-ratio transmission device. A first translational member is pivotally intercoupled to a first rotational member by at least one connecting arm. The connecting arm has a first portion pivotally connected to the first translational member at a first pivot point, and a second portion pivotally and adjustably connected to the first rotational member at a first radial attachment point removed from the center of rotation of the first rotational member. The first radial attachment point and the center of rotation thereby define a first attachment radius. The location of the first radial attachment point with respect to the first rotational member is variable to thereby increase and decrease the first attachment radius, which in turn modifies a ratio of movement between the first rotational member and the first translational member.

In a laser diode arrangement for generating single mode tunable laser radiation wherein the laser diode forms a first resonator and has rear and front facets and a second external resonator is coupled to the first resonator, and an optical transmission component and a wavelength selective optical reflection element are arranged in the laser light path from the laser diode for directing part of the laser light into the external resonator and coupling it back into the first resonator, means are provided for changing the coupling quality of the first resonator to the external, second resonator.

Disclosed are processes and systems for making cyclohexanone from a mixture comprising phenol, cyclohexanone, and cyclohexylbenzene, comprising a step of or a device for subjecting at least a portion of the mixture to hydrogenation and a step of or a device for distilling a phenol / cyclohexanone / cyclohexylbenzene mixture to obtain an effluent rich in cyclohexanone.

A pottery trench system treats the down stream wastewater from a soil covered biological septic tank without power. The wastewater flows through porous pottery pipes buried underground surrounded with rock filter. U-shape polyolefin primary pipes buried under the pottery pipes prevent direct contamination of the underground water with the wastewater. Secondary porous pipes are buried under the polyolefin pipes with one end exposed to the air. Air is supplied from the pores of the porous pipes to the soil surrounding the trench. The system of this invention uses neither artificial chemicals nor powers. Maintenance cost is low. The system is constructed utilizing naturally occurring materials and plants. The effluent, water, exceeds the quality of needed for irrigation recycling or other effluent disposal methods.

The invention relates to a method and an apparatus for applying metallic, ceramic or composite thin film coatings onto parts, components and tools (e.g. gas turbine engine compressor blades or cutting tools) by a cathodic arc deposition technique. The method and the apparatus allows for a continually changing structure of the applied film by nanoimplanting atoms, molecules, compounds or other chemical species and structures of different materials thus coating a substrate during a single process. Furthermore, during the same process it allows for creating a coating with specific parameters as required. For instance: hardness, smoothness, corrosion resistance, erosion resistance.

The invention provides a dry powder feeding device, and belongs to the field of construction and building materials. The dry powder feeding device comprises a housing, a stirring roller and a magnetic part, wherein the upper and lower ends of the housing are respectively provided with a feeding hole and a discharge hole; the stirring roller is vertically arranged in the middle of the housing; the upper end of the stirring roller is provided with a tapered cap; the lower end of the stirring roller is connected with a motor for driving the stirring roller to rotate; the motor is fixed on the inner wall of the housing; the magnetic part is arranged on the inner wall of the housing; the cap edge of the tapered cap extends out of the outer wall of the stirring roller; and a channel for allowing dry powder to pass through is formed between the magnetic part and the stirring roller. According to the dry powder feeding device provided by the invention, the rotary stirring roller is arranged, so that the dry powder while entering is thrown to the magnetic part on the housing by virtue of the tapered cap on the stirring roller, and therefore, dry powder blocks can be scattered, metal impurities mixed in the dry powder also can be adsorbed, and the metal impurities are prevented from damaging machine equipment; and the dry powder feeding device is simple to operate and beneficial for popularization.

The invention discloses a wind turbine blade damping semi-active bidirectional coordinated vibration control device and a mounting method. A constant mass block (48) is a permanent magnet, and the upper and lower surfaces are connected with steel wire ropes (2); two additional mass blocks (41) are provided and symmetrically arranged on the two sides of the constant mass block (48); mounting coils(40) are mounted on the side surfaces near the constant mass block (48); friction resisting plates (44) are welded on the upper and lower surfaces, and are directly contacted with the inner surfaces of upper and lower plates (46) mounted in a zigzag fixed plate (42) through balls (47); the side surfaces not provided with coils (40) are connected to the side surfaces of the zigzag fixed plate (42)by shape memory alloy springs (45); the zigzag fixed plate (42) is bonded on the inner surfaces of blades (5); and elliptic columnar holes for enabling the steel wire ropes (2) to penetrate through are formed in the upper and lower plates (46). The method comprises the steps of completion of mounting of a mass device (4), completion of mounting of a transmission device and completion of mounting of the whole semi-active bidirectional coordinated vibration control device.

The invention discloses a walking aid device for climbing stairs. The walking aid comprises a walking aid, handles, a balance rod, a seat plate, support frames and sliding frames; and each sliding frame consists of a rod body, a telescopic pipe sleeve, a linkage mechanism, a ladder climbing rod and double wheels. According to the walking aid device, the linkage mechanisms drive the ladder climbingrods to move downwards; and after power is reflected to threaded shafts by the ladder climbing rods by taking a step as a fulcrum, force born by the walking aid is increased, the front end of the walking aid moves upwards, and the threaded shafts drive gear discs to transmit force to the double wheels, so that the double wheels drive the walking aid to cross the step so as to achieve an obstaclecross function. The walking aid device is simple to operate, force of a user is not needed, and potential safety hazard caused by unstable gravity center in a process that the user moves the walking aid device is avoided.

The invention discloses an adjustable drilling machine tool comprising a machine tool base, a fixing frame and a drill bit. A first fixing block is arranged at the front end of the fixing frame and internally provided with a first motor, the bottom of the first motor is connected with a second fixing block through a first rotary shaft, and an adjusting groove is formed in the second fixing block.A circular-arc-shaped sliding rail is connected to the side wall of the adjusting groove, the upper end of the circular-arc-shaped sliding rail is provided with an electric hydraulic adjustor, and a hydraulic rod is arranged at the bottom of the electric hydraulic adjustor. A second motor is arranged at the bottom of the hydraulic rod, and the drill bit is arranged at the bottom of the second motor. Through design of the circular-arc-shaped sliding rail, an object is drilled at different angles, additionally, the first motor drives the second fixing block to rotate, thus the drill bit rotatesat different angles so as to meet to different drilling requirements, the drilling efficiency is greatly improved, and the adjustable drilling machine tool is easy to operate, high in comprehensive practicability, and easy to use and promote.

The invention discloses a feed-based utilization method for instantly recovering and fermenting the rice and wheat straw, which belongs to the technical field of the straw recycling utilization. A device designed with the method structurally comprises an agricultural tractor, a straw packing machine, an automatic sprinkling device for straw ensiling fermentation liquor and a film covering machine. According to the growth characteristics of the rice and the wheat, the rice and the wheat are harvested in time in the later fructifying and grouting period of the rice and the wheat; the generated straw is collected and covered with the film by the device in 3-5 days; when the straw is collected, the agricultural tractor is operated in field to drive the straw packing machine to collect the straws; meanwhile, the automatic sprinkling device for straw ensiling fermentation liquor sprays and inoculates the fermentation liquor to a straw bundle which is gradually largened in the packing machine via a straw packing machine fermentation liquor feeding hole; when the diameter of the straw bundle is 50cm, the straw bundle is bundled and is fed out from a straw bale feeding hole; after being fed out, the straw bundle is transported to a storage place in 2-3 hours; the film covering machine is used for covering the film on the straw bundle for sealing, ensiling and fermenting; and the straw bundle is used as the ensiling feed of grass-feeding livestock. According to the feed-based utilization method for instantly recovering and fermenting the rice and wheat straw, which is disclosed by the invention, the straw resource can be simply utilized in an instant-collection and feed-based mode at low cost.

Embodiments of the present invention generally disclose membrane-based systems and methods for the separation of propylene and propane that overcome certain issues associated with prior art devices and take advantage of a temperature drop across the associated separation membrane.

The invention relates to a high-power spectral synthesis method based on a transmission type optical grating and belongs to the technical field of high power laser. A multi-beam laser source is located at the focal point of a focusing lens and emits a plurality of parallel laser beams which are all located on the same side of the central optical axis of the focusing lens and cannot be distributed on the two sides of the central optical axis at the same time. Each laser beam orderly passes through a collimating lens and a half-wave plate and then transmits through the focusing lens. The high-power transmission type optical grating is placed at the focal point on the other side of the focusing lens and the central optical axis of the focusing lens passes through the center of the optical grating. The wavelengths of the incident laser beams are selected according to the first-level diffraction conditions of a diffraction equation so that the incident beams can be different in incident angle and the same in diffraction angle. As a result, the incident laser is output through first-level diffraction completely according to the same diffraction angle, and laser beam combination is realized. The single beams of more than 100000W can be synthesized, and the high-power transmission type optical grating is enabled to be higher than a reflective optical grating in diffraction efficiency and synthetic power.

The invention provides a baffled multistage disc distiller enhanced by externally adding a negative pressure. Bitter in a disc is heated by utilizing a heating pipe at the bottom; one side of the distiller is provided with a steam lifting flow channel, and a large amount of steam is evaporated below a boiling point through negative pressure suction of a vacuum pump; after pumping, condensation is carried out so as to obtain fresh water, thereby achieving the effect of salt-water separation. The distiller can also be externally connected with a solar heat collector for heat supply, thereby greatly saving energy consumption.

The invention discloses a continuous chemical reaction method using gas counter-current detonation waves and a detonation reactor using the continuous chemical reaction method. The continuous chemical reaction method comprises: combustible gas reactants are continuously injected into the detonation reactor; chemical reactants which need a high temperature for reactions and destruction are continuously injected into the detonation reactor; air / oxidants / assistants are continuously injected into the detonation reactor; mixing of the combustible gas reactants, the chemical reactants and the air / oxidants / assistants is promoted by a detonation promoter; a mixed gas is ignited by an ignition device which is arranged at the downstream end of the detonation promoter; counter-current detonation is occurred by tempering of the combustible mixed gas through use of the detonation promoter; when the detonation waves arrive a feed end of the detonation reactor, flame extinguishing is occurred through use of the detonation waves; and then the procedure of mixing, ignition, counter-current detonation, and flame extinguishing of the combustible gas reactants and the chemical reactants is continuously repeated, so that the chemical reactants can carry out the reactions or be destroyed through high temperature and high pressure of the detonation waves.

Embodiments of the present invention generally disclose membrane-based systems and methods for the separation of propylene and propane that overcome certain issues associated with prior art devices and take advantage of a temperature drop across the associated separation membrane.

An apparatus for removing Japanese beetles and other insects from blueberries and other small produce without damaging or discarding any produce. The apparatus includes a produce conveyer formed by a plurality of elastic bands trained around four traverse rollers. A plurality of brushes are suspended above the top conveyer run and a plurality of rakes are supported between the top conveyer run. The brushes have soft, flexible bristles, which extend downward to contact the blueberries as it moves past the brushes carried atop the conveyer. The rakes have a plurality of spaced fingers that extend upward at an angle between adjacent conveyer bands. As the blueberries pass under the brushes, the bristles lightly contact the berries to gently turn the berries so that the beetles hang from the underside of the berries where they are knocked off the berries by the rake fingers.

The invention discloses an intelligent indoor light system, which includes an environmental monitoring module, a data analysis module, a system control module and a lighting module, and is characterized in that the environmental monitoring module transmits collected data to the data analysis module, the data analysis module transmits the data after data analysis and processing to the system control module, and the system control module controls the lighting module to carry out selective switching, and the design is simple to operate, strong in comprehensive practicability and easy to popularize and use.