82results about How to "No load" patented technology

The invention discloses a liquid-solid contact electrification friction nano-generator, which comprises a high-molecular material layer, an electrode layer and a reference electrode, wherein the high-molecular material layer and the electrode layer constitute a power generation unit, and the power generation unit and the reference electrode respectively constitute two poles of the liquid-solid contact electrification friction nano-generator; both sides of the electrode layer are covered with the high-molecular material layer; the electrode layer is sealed in the high-molecular material layer on both sides; the electrode layer and the reference electrode constitute an electrode pair through a wire and electric equipment; and both the reference electrode and the power generation unit are partially placed in the liquid. The high-molecular material layer sufficiently wraps the electrode layer, thereby not only being capable of enlarging the liquid-solid contact area, but also being capableof shielding the inductive charge of the liquid around the electrode layer to the electrode layer, enabling the charge generated by the contact between the liquid and the material to be sufficientlytransferred, and forming current in an external circuit. Compared with the prior art, the generating capacity of the liquid-solid contact electrification friction nano-generator is improved by 8.3 times, thereby solving the technical requirement of long-term energy supply for ocean sensors.

A method for degrading dye waste water with ceria nano particles as catalyst pertains to the application technical field of ceria nano particles. The invention is characterized in that: firstly, powder of ceria nano particles is produced with a hydro-thermal method; secondly, the powder of ceria nano particles is added into activated blue dye waste water to degrade the activated blue dye waster water by illumination. The preparation technique of the catalyst of the invention is simple without calcinations or load, thereby, the purity of the product is high; the operation technique of the degradation is simple with easily controlled conditions and rapid degradation speed and the reaction can be taken placed by illumination under normal temperature and atmosphere, thereby being energy conservation.

The invention discloses a redundant data processing system of an intelligent substation, which guarantees uniqueness of information of primary equipment which is concern of substation users. The redundant data processing system of the intelligent substation is formed by a data base configuration tool module, a real-time data base, a data collection and monitoring control system, a double-measurement-control master-slave device switching module, a data base buffering module, a data base and a client module. Compared with the prior art, by introducing a double-measurement-control master-slave device pairing relation table and a double measurement and control master-slave signal pairing relation table, correspondence of real signals of a double measurement and control master data source measuring and controlling device to the primary equipment is achieved, the fact that the measuring and controlling device is a master data source device is guaranteed, the information of the primary equipment comes from master real signals under the master data source device, and accordingly the uniqueness of the information of the primary equipment is guaranteed. The method does not change a structure of an existing substation automation system and does not cause extra loads to an existing monitoring system.

The invention discloses a preparation method and application of a nano monocrystal Pd core-shell catalyst, and belongs to the technical field of inorganic nano catalytic materials. According to the method, cellular glass microspheres which are etched by subcritical water and have core-shell structures are used as a carrier to load Pd<2+> ions, and the metal ion-loaded glass microspheres are reduced in hydrogen atmosphere to form the nano monocrystal Pd core-shell catalyst which is high in dispersibility and has different load capacity. The method for preparing the nano monocrystal Pd core-shell catalyst is easy to operate and low in production cost and is suitable for large-scale industrial production, and organic pollution is avoided.

The invention provides a method for preparing a ZnS sosoloid photocatalyst, which relates to a method for preparing a photocatalyst. The invention solves the problem of low hydrogen yield under visible light in the prior photocatalyst preparation by photolysis of H2O. The preparation method comprises: first, adding Zn (AC)2.2H2O and a III compound to pyridine to stir; secondly, adding thiacetamide to the mixture to stir; thirdly, dropping a transition metal salt pyridine solution to the mixture; fourthly, reacting at a temperature of between 120 and 240 DEG C for 8 to 48 hours, and cooling, washing and drying the reactant to obtain the ZnS sosoloid photocatalyst. The ZnS sosoloid photocatalyst prepared by the method has high hydrogen production velocity and good catalytic activity without carrying noble metals, such as Pt. The method has the advantages of low energy consumption, high visible light utilization ratio, simple preparation process and low cost.

The invention discloses a demolition construction method for an overpass existing line arch bridge. The demolition construction method comprises the steps: 1, erecting a protective shed frame; 2, carrying out static crushing demolition on the arch blasting demolition structure; 3, manually removing the blasting protection layer; 4, cutting the removed arch ring; 5, hoisting the arch ring to be hoisted; and 6, dismantling the under-arch structure. The method is simple, reasonable in design, easy and convenient to construct and good in using effect; the protection shed frames fixed to the frontside and the rear side of the removed arch bridge are adopted for effective protection, meanwhile, the structure on the arch of the removed arch bridge is removed in the mode that static crushing andmanual chiseling are combined, it is guaranteed that a plain concrete arch ring cannot be damaged in the static crushing process, and an existing spanned railway line cannot be disturbed. After the arch ring is exposed, the removed arch ring is cut and decomposed through a rope saw and then hoisted and removed, then the under-arch structures on the left side and the right side are rapidly removed,the construction period can be effectively shortened, the arch bridge removing efficiency is improved, and the removing process is safe and reliable.

The invention discloses a screw temperature control film clamping device. The film clamping device comprises a left flange and a right flange which are arranged front and back, a driving section is fixed at the left end of the left flange. A driven section is fixed to the right end of the right flange. A membrane I, a membrane clamping ring I, a membrane II and a membrane clamping ring II which horizontally move are sequentially fixed to the central axis between the left flange and the right flange, connecting screws which are evenly distributed are fixed to the position between the left flange and the right flange in the circumferential direction, and symmetrical telescopic oil cylinders are further fixed between the left flange and the right flange. A cavity is formed in the central axisof the connecting screw rod, a heater is installed in the cavity between the left flange and the right flange, a water cooling sleeve is sleeved outside the connecting screw rod at the position corresponding to the heater, and the heater is connected with an external power supply. The film clamping device is simple, efficient and reliable, can provide enough clamping force for diaphragms of shocktunnel type ground test equipment, and is particularly suitable for the conditions that the caliber of a shock tube is large, the pressure is high, the requirement for the clamping force is high, andthe measurement and control requirement for the film clamping position is high.

A system for observing air and water in same position at deep off-lying sea comprises a buoy provided with a sealed barrel at the bottom; a mooring connector, a mooring connection post and a towing cable connected to the top of the mooring connection post are arranged in the sealed barrel, the bottom of the mooring connection post is in contact with sea water, a mooring cable and a weight chain are connected sequentially to the bottom of the mooring connection post, and the weight chain is connected with a moored observation system through a horizontal cable; the moored observation system comprises a balance unit connected with an upper ADCP (acoustic Doppler current profiler) floater and a lower ADCP floater, the balance unit is also connected with the mooring cable and a horizontal connection chain, an adjuster is hung at the bottom of the horizontal connection chain, a release unit is arranged at the lower end of the mooring cable, a bottom mooring cable is connected to the lower end of the release unit, and a self-weight anchor and a grip anchor are connected to the tail end of the bottom mooring cable. The system ensures inclination and safety of ADCPs and makes it less difficult to perform reclaiming on the sea without decreasing mooring strength and safety coefficient, the life of the system is extended, the difficulty in deploying and reclaiming an original loaded mooring system is overcome, and underwater mooring and instruments and equipment can be deployed and reclaimed safely with no load.

The invention provides a cobaltosic oxide quantum dot and a preparation method thereof. The preparation method includes: using short-chain alcohol as surfactant to wrap hexahydrate cobalt nitrate so as to form settled solution A, using long-chain alcohol as solvent to be well mixed with settled solution A so as to form cobalt nitrate reverse micelle solution, subjecting cobalt nitrate reverse micelle solution to microwave reaction to promote hydrolysis and purification of cobalt nitrate, and separating materials after microwave reaction to obtain the cobaltosic oxide quantum dot. The cobaltosic oxide quantum dot prepared by the method is 3-4 nanometers in particle size, has evident quantum confinement effect, can be well dispersed in water to form colloid, and is capable of generating hydrogen and oxygen by resolving pure water according to standard mole ratio 2:1 under visible light without load and mixing. The cobaltosic oxide quantum dot is also applicable to fields of fluorescopy, electrocatalysis, chemical catalysis, super capacitors and novel batteries.

The invention relates to a wind blade automatic turning and mold closing device. The wind blade automatic turning and mold closing device comprises a base, a lower mold fixedly arranged on the base, and a turnover upper mold movably arranged at the upper part of the lower mold through a turnover mechanism, wherein the turnover mechanism comprises a main hydraulic cylinder, an auxiliary hydraulic cylinder, a main rocker arm, and an auxiliary rocker arm; the main hydraulic cylinder is fixedly arranged on the base; the main rocker arm is rotatably arranged on the base and is connected to the output end of the main hydraulic cylinder in a transmission manner; the auxiliary rocker arm is fixedly arranged on the side of the upper mold; one end of the auxiliary hydraulic cylinder is rotatably arranged on the main rocker arm; the output end of the auxiliary hydraulic cylinder is connected to the auxiliary rocker arm in a transmission manner; a positioning mechanism for positioning the relativeposition of the upper mold and the lower mold is also arranged on the main rocker arm; and a positioning hole matched with the positioning mechanism is also formed in the auxiliary rocker arm. The wind blade automatic turning and mold closing device has high reliability and stable stress and saves space.

The invention discloses a door-window state information transmission device which comprises an induction switch bracket (404), an induction switch, a signal generator (501), a signal receiver (502) and a signal output end (503). The invention further discloses an air conditioning system capable of preventing doors and windows form opening, wherein the air conditioning system comprises an air-conditioning main control system (101) which is mounted in indoor unit (1) of an air conditioner, and an independent remote controller (2), and further comprises a plurality of the door-window state information transmission devices. The door-window state information transmission device can be used for effectively announcing the door-window state information, so that doors and windows are kept closed or open according to needs of a user. The air conditioning system capable of preventing doors and windows from opening can be effectively managed, so that for a room with relatively great staff mobility, heat outside the room is prevented from entering the room, and therefore, the air conditioner does not need to bear redundant load, the service life of the air conditioner is prolonged, and the air conditioner can be effectively utilized; and from another aspect, artificial air conditioner management level is improved.

The invention discloses a silent non-power-consumption heat dissipation type computer mainframe, wherein heating components in the computer mainframe are directly and fixedly arranged on a case wall board with a heat dissipation function; the heat conducted to the outer surface of a case is brought away through external natural air flow to perform physical heat dissipation; and the silent non-power-consumption heat dissipation type computer mainframe is characterized in that no additional power consumption exists in the entire heat dissipation process. The computer case wall board is made of metal with high thermal conduction ratio; and a heat dissipation toothed lattice for increasing the heat dissipation area is arranged on the outer side of the computer case wall board according to a heat dissipation requirement. The heat of the heating components in the mainframe is directly conducted to the exterior of a computer in real time through the heat dissipation wall board, so that infrasonic wave and noise caused by a fan are avoided, meanwhile, the stability performance for operation of the computer is improved, and the service life of the electronic components in the computer is effectively prolonged. Meanwhile, electromagnetic radiation in the computer is effectively obstructed by the metal wall board with high thermal conduction ratio and the heat dissipation toothed lattice of the metal wall board. The silent non-power-consumption heat dissipation type computer mainframe has a good actual measurement effect in the aspects of performance, energy conservation and environmental protection.

The invention discloses a preparation method for nano-silver anti-bacterial soluble gauze not loaded with silver chloride. The preparation method mainly comprises the following steps: immersing soluble gauze subjected to etherification into an ethanol solution of polyvinylpyrrolidone, then, adding excess silver-ammonia solution with the pH value of 8-11, and further reacting for 20 min; at the room temperature, dropwise adding an enough amount of an ethanol solution of ascorbic acid while stirring, and reacting for 50-70 min; reacting for 30-60 min at the constant temperature of 45 DEG C; taking out the gauze, washing the gauze with an ethanol aqueous solution, and drying at the temperature of 60-85 DEG C, so as to obtain the final product. Compared with the prior art, the preparation method has the advantages that the preparation technology is simple, no pollutants are generated or discharged during the production process, and the technology is green and environment-friendly; the prepared nano-silver anti-bacterial soluble gauze not loaded with silver chloride is excellent in water-soluble property and gel formation property, is good in anti-bacterial and infection-preventing property by virtue of loaded nano-silver, and is higher in safety as silver chloride is not loaded, thereby being more suitable for medical dressing and the like.

The invention discloses a TiO2@C/CdS composite material and a preparation method thereof. TiO2@C hollow spheres are prepared by a hard template process, the TiO2@C hollow spheres are compounded with CdS synthesis raw materials in different mass fractions, and the obtained compounded product is washed and dried to prepare the TiO2@C/CdS composite material. The composite and unique hollow structureof three materials is utilized to greatly improve the visible light utilization rate of the catalyst and inhibit the recombination rate of photogenerated carriers. The TiO2@C/CdS composite material prepared in the invention has excellent catalytic performances in the degradation of organic dyes as a photocatalyst.

The invention discloses an Ethernet looped network breaking method, which comprises the following steps: when network nodes change, enabling each node in the network to know the topology of the whole network through topology learning; and when the network data flow is abnormal, judging whether a loop is generated or not, and if the loop is generated, carrying out looped network damage. According to the invention, each node knows the topology of the whole network at ordinary times and also knows the position of the node in the network, a certain node can immediately know the position where the loop is generated and the newly added port when the looped network appears, the looped network can be broken only by disconnecting the newly added port of the node, the looped network breaking speed is high, and the stability is high. When the network is stable at ordinary times, additional messages do not need to be sent, and basically no load exists. The invention further provides a ring network breaking system of the Ethernet, the ring network breaking system comprises a plurality of nodes, and ring network breaking is carried out by adopting the ring network breaking method of the Ethernet when the network data flow is abnormal.

Drawing machine (1, 101), having a frame (2, 102) and a drawing unit, the drawing unit draws elongated material through a drawing die, the drawing unit has at least one drawing carriage (3, 4; 103, 104), the drawing carriage has a drawing carriage driving device, and the present invention proposes that the driving device for each drawing carriage (3, 4; 103, 104) comprises at least two A linear motor driving device (5a, 5b; 6a, 6b), the linear motor driving device has a primary part and a secondary part for supplying energy, and the frame (2, 102) includes a line extending along the drawing direction for each The track of the drawing carriage, which is part of the linear motor drive (5a, 5b; 6a, 6b), comprises a first upper track part (7b, 8b; 107b) and a second lower track part ( 7a, 8a; 108a), which are inclined and arranged oppositely on the frame, and each carriage (3, 4; 10, 104) moves in the intermediate space (16) between the opposite track parts.

The invention discloses a neuropeptide and a synthesis method and application thereof, wherein the neuropeptide has an amino acid sequence shown by SEQIDNO:1. According to the amino acid sequence represented by the SEQIDNO:1, valine is used as a first amino acid,-NH2 of the valine is exposed, then the-NH2 of the valine is condensed with-COOH of second amino acid-arginine to form an amide bond, other amino acids are sequentially connected, and finally tyrosine is to obtain the neuropeptide. Compared with the prior art, the neuropeptide has the following advantages: 1. the neuropeptide product can effectively improve defects of experimental animal social memory, and no adverse reaction is observed; 2. functional areas of the neuropeptide is a sequence on an endogenous protein, and cell rejection reaction may not be caused; 3. a signaling pathway activated by the neuropeptide is a known nervous system specific signaling pathway; 4. the product can effectively change the activity and state of neurons; and 5. the essence of the product is an amino acid sequence, is easy to degrade, and may not cause bodily organ loads.

A gas-water mixing pump is mounted at the lower part of a finished water tank, a suction inlet is connected with the finished water tank, and an ozone pipe joint mounted at the suction inlet is connected with an ozone generator through a one-way valve; an outlet of the gas-water mixing pump is connected with the middle part of the finished product water tank through a water outlet pipe; a stainless steel tail gas pipe is arranged at the top of the finished water tank; an ultraviolet lamp is arranged in the tail gas pipe; the produced water inlet pipe is mounted on the central axis of the finished product water tank; and a produced water outlet pipe is arranged at the lower part of the finished water tank and is provided with a sampling valve. The gas-water mixing pump and the waterway system are modified from a common self-suction impeller pump, the gas-water mixing rate is greater than or equal to 95%, and the productivity is increased by 50% compared with that of a conventional process; the ultraviolet/ozone advanced oxidation method tail gas treatment device is adopted, the power consumption is one fifteenth of that of a thermal decomposition method, and the tail gas emission ozone concentration is smaller than or equal to 0.2 mg/L.

The invention provides a folding winding stair for a duplex house. The folding winding stair comprises a base column, steps are mounted on the base column, and the steps are connected to a handrail byconnecting chains. The folding winding stair is characterized in that the steps are rotatably connected to the base column through bearings, damping buffers are mounted in the bearings, the handrailis of a bag-like structure, and a mounting plate is arranged at the end of the handrail. The folding winding stair has the beneficial effects that the opening and closing is realized by an automatic machine, time and labor are saved, the automation of the winding stair is realized through the design of the rotation structure, and at the same time, the damping buffering in the steering direction and the vertical direction is realized; and no load is caused on equipment during unfolding, less space is taken after unfolding, and buffering is realized during climbing stairs.

The invention discloses a thermal ball valve resistant to leakage. The thermal ball valve resistant to leakage comprises a sphere. Floating valve seats are connected with the two sides of the sphere.Buffer limiting mechanisms are connected with both the upper end and the lower end of the side, close to the sphere, of each floating valve seat. According to the thermal ball valve resistant to leakage, a valve rod is made of 20Cr13 stainless steel, the valve rod is high in torsional strength and smooth in machined surface, and a lubricating sealing effect is improved; the valve rod is installedfrom the lower part of the interior of a valve rod connecting sleeve, pressure is pushed towards the valve rod by using a thrust washer support made of a low-friction material, and therefore the valverod only plays a role in transmitting torque without generating load; meanwhile, because the valve seats are composed of carbon fiber reinforced polytetrafluoroethylene and springs, self lubrication,friction resistance and resistance to temperature as high as 200 DEG C are achieved; an O-shaped sealing ring is made of VITON fluororubber, and thereby being good in temperature resistance, resistant to friction and high in corrosion resistance; and a first sealing ring is assembled at a low temperature, and thereby being high in adaptive capacity of changes of pressure and temperature, and no leakage is likely to happen within the marked range of pressure and temperature.