3414results about How to "Improve transfer efficiency" patented technology

The invention relates to a network payment method and a network payment device. The network payment method is used for a first network node in a network which is composed of a plurality of peer-to-peer network nodes and comprises the steps of transmitting a service request by the first network node to one or a plurality of second network nodes, receiving service request confirming information of the second network node by the first network node and generating an asset transfer recording, participating in whole-network consensus verification of the asset transfer recording by the first network node, and writing the asset transfer record which passes whole-network consensus verification into a block chain of the network by the first network node. The invention further discloses a network payment device.

The invention provides an electric pressure cooker with a cover being conveniently opened. The cooker comprises a cooker body, a cooker cover and a buckling part. The buckling part comprises a movable clamping part arranged on the cooker cover and a fastener located on the cooker body. The cooker cover is buckled with the cooker body through the buckling part. The cooker cover comprises a lining and a lock cover located below the lining. The lock cover rotates so that the lock cover and the cooker body are locked and unlocked. The cooker cover is further provided with a cover-opening assembly which drives the locking cover to rotate. The lock cover is provided with an unlocking part. When the cover-opening assembly drives the lock cover to rotate at the first set position, the lock cover and the cooker body are unlocked. When the cover-opening assembly drives the lock cover to continuously rotate at the second set position, the fastener is acted upon the movable clamping part. The movable clamping part is separated from the fastener such that the cooker cover is opened. The rotation angle at which the lock cover rotates from the first set position to the second set position is Alfa. The cooker cover is provided with an elastic device driving the lock cover to rotate. After the cooker cover is opened, the elastic device drives the lock cover to rotate at the angle of Beta which is less than Afla. The electric pressure cooker with the cover being conveniently opened facilitates opening the cover.

The invention provides an electric pressure cooker capable of facilitating cover opening. The electric pressure cooker comprises a pot body, a pot cover and a clamping buckling component; the pot cover comprises a liner and a lock cover located below the liner; the clamping buckling component comprises a movable clamping component arranged on the liner and a buckling component located on the pot body; the pot cover is buckled to the pot body through the clamping buckling component; the liner is provided with a cover opening assembly; the cover opening assembly drives the lock cover to rotate; the rotation of the lock cover enables the locking and unlocking of the lock cover and the pot body; the lock cover is provided with an unbuckling component; a distance from the unbuckling component to the center of the lock cover is 1/5 to 4/5 of the radius of the lock cover; a collision avoidance groove is arranged on the liner; the unbuckling component passes through the collision avoidance groove and extends to the upper surface of the liner; and the cover opening assembly drives the lock cover to rotate for unlocking, and the unbuckling component acts, so that the movable clamping component is separated from the buckling component. According to the electric pressure cooker of the invention, the pot cover can be opened just through rotation, and therefore, the electric pressure cooker is convenient for a user to use.

A manufacturing method of an LED array device uses LED devices with a vertical structure and a mother board, wherein the LED device is provided with a first magnetic part composed of soft magnetic metal; the mother board is provided with a second magnetic part composed of a hard magnetic material, and a base layer without magnetic insulation is arranged on a first plate surface; a driving circuitlayer including a plurality of welding pads arranged on the base layer, and the welding pads are corresponding to the second magnetic part; the LED devices are distributed on the driving circuit layer, the first magnetic part of the LED device is subjected to the acting force of the magnetic field of the welding pad on the second magnetic part, so that the LED device is arranged on the welding padin a positioning way; so that the LED device and the welding pad are bonded with each other; the base layer and the mother board are separated from each other to obtain an LED array device. This approach can quickly and efficiently transfer large amounts of LED devices to the driving circuit layer.

The present invention aims to provide a photoconductor having improved wear resistance, and which has reduced foreign matter attached on the photoconductor surface.

The electrophotographic photoconductor of the present invention is formed by sequentially disposing a photoconductive layer comprising at least one layer and a protective layer on an electroconductive support, and the protective layer comprises an acrylic resin and/or a methacrylic resin and a resin composition comprising an acryl-modified polyorganosiloxane compound which is dispersed in or compatible with the acrylic resin and/or the methacrylic resin.

The invention relates to the technical field of lithium-ion cathode material, in particular to silicon cathode material coated with graphene and a preparation method of the silicon cathode material coated with the grapheme. The preparation method comprises the following steps: A, preparing oxidized graphene suspension liquid; B, preparing nanometer silicon particle suspension liquid; and C, preparing silicon cathode material coated with grapheme. The preparation method adopts the electrostatic self-assembly synthetic technology and is wide in source of raw material, low in price, simple in synthetic method, easy for control of process conditions, strong in operability and good in repeatability. The silicon cathode material coated with grapheme is high in specific capacity and good in cycle performance and rate capability, wherein the specific discharge capacity for the first time under the electric current density of 0.01-1.2V, 200mA/g can reach 2746mAh/g, and the specific discharge capacity after 100 times of cycles can maintain 803.8mAh/g.

The present invention belongs to the data processing technology field, and discloses an urban bus dynamic scheduling optimization method and system. The method comprises: on the basis of obtaining information such as degree of congestion of a bus, a road congestion condition, bus real-time location and the like, establishing a three-layer scheduling decision model comprising a time frame bus-times model, a departing time decision model and a path changing model; realizing information interaction of people, vehicles and roads through an internet technology; determining optimal time frame bus times through the time frame bus-times model from the beginning of balancing bus operating cost, passenger waiting time and riding comfort; taking the maximum total meeting times and the minimum total meeting stations of an area as a target regulation departing moment through the departing time decision model so as to effectively reduce the probability of transferring and waiting; and employing the idea of being far away from a jamming road by employing the path changing model to effectively improve the running speed and reduce the following station passenger waiting time, and arranging response stations to allow passengers having missed the stations to get off.

The invention discloses a teacher-student interaction network system and method for classroom teaching. The teacher-student interaction network system for classroom teaching comprises teacher terminalequipment, a network server device and student terminal equipment, wherein the teacher terminal equipment is used for demonstrating electronic teaching plan documents during the class, acquiring voice information when a teacher gives a lesson, meanwhile copying interfaces during demonstration of the electronic teaching plan documents as image information, merging the interfaces with the voice information to generate teaching video information, compressing and encoding the teaching video information and then transmitting the teaching video information to the network server device, and sharingthe teaching video information to all the student terminal equipment. Students can decode and play the teaching video information through the student terminal equipment. The students can transmit character or expression information to the teacher terminal equipment, and the character or expression information is displayed in a rolling manner by a bullet screen mode to remind the teacher to adjustthe teaching speed in time or answer questions in a targeted manner. The teacher-student interaction network system and method for classroom teaching can be used for classroom teaching of colleges, middle schools and primary schools, disconnection of the teacher from students is avoided, and thus, the teaching efficiency and the teaching quality are improved.

An architecture for streaming data from a sending endpoint to a receiving endpoint which are connected to each other by multiple networks is provided. Each of the sending endpoint and the receiving endpoint has multiple physical interfaces each for interfacing to a respective one of the multiple networks. The architecture is implemented on both of the endpoints. The architecture includes a traffic monitor for gathering performance characteristics of each of the multiple physical interfaces, and a software library for controlling sending and receiving of the data stream between the endpoints. The traffic monitor and the software library communicate information to each other. The software library instantiates a plurality of bondable virtual interfaces for splitting the data stream into multiple data sub-streams and for combining the multiple data sub-streams into the data stream, and a data organizer for designating one of the plurality of bondable virtual interfaces.

In a photoelectric transfer device having a semiconductor electrode composed of semiconductor nanoparticles and an electrolyte layer between a pair of transparent conductive substrates, a transparent conductive substrate at the light-receiving side is made by stacking a transparent substrate, conductive wiring layer and a metal oxide layer in order from the light-receiving side and having sheet resistance equal to or lower than 10 Ω/□. The metal oxide layer is made of an In—Sn composite oxide, SnO₂, TiO₂, ZnO, or the like.

The invention relates to a power ultrasonic device for treating high-temperature metal melt under vacuum state and a method thereof, and belongs to the field of preparation of metal materials. The method has the technical characteristics that the power ultrasonic device is used for treating the high-temperature metal melt under the vacuum state. The power ultrasonic device is characterized in that tantalum with purity being 99.98% is taken as the material of a tool head, and stable and continuous ultrasonic waves can be conducted, and the power ultrasonic device can be prevented from being corroded by high-temperature metal liquid. During the casting process, a vacuum device is adopted for protecting an ultrasonic transducer, alloy to be treated and a temperature preservation device, on one hand, the tantalum tool head can be prevented from being oxidized to deteriorate, one the other hand, the degassing effect of the ultrasonic treatment on the metal melt can be improved by virtue of the vacuum condition. For the produced alloy material, the solidification tissue is fine and compact, the distribution is uniform, and the clarifying effect is good, so that the mechanical property is greatly improved. The invention provides a new technical means for application of ultrasonic treatment of high-temperature melt in industrial production.

The present invention discloses linked list based progress message transferring method. It contains main control progress establishing message queue, said message queue including allocated node queue and free node queue; first process progress receiving outer message, applying free node from free node message queue, chaining head and end of message field to sharing memory linked list then transmitting said linked list head pointer to second process progress; when after receiving first process progress transitive sharing memory linked list head pointer, second process progress converting first process progress transitive pointer into said progress address space memory address. Second process progress accesses sharing memory linked list in said memory address, processing and updating result to said linked list, then transmitting head pointer in said linked list to later processing progress. Adopting sharing memory pointer based message transferring technology and sharing memory linked list data structure, said invention effectively raises message transmission efficiency under on stream mode service processing frame.

The invention discloses an ultrasonic coupling supergravity rotary packed bed which comprises a housing, an end cover, a rotator and a transmission device, wherein the housing and the end cover form a sealed cavity; the sealed cavity is internally provided with the rotator which is provided with a filler ring; the rotator is connected with the transmission device out of the sealed cavity through a rotary shaft; a gas inlet and a liquid outlet are formed on the housing; a gas outlet and a liquid input distributor are arranged on the end cover, the gas input distributor penetrates and extends to a central cavity of the rotator from the end cover and is close to the inner edge of the filler ring of the innermost inner ring; the filler ring is composed of multiple reaction filler rings which are concentrically arranged with different diameters or multiple blade rings are concentrically arranged with different diameters or multiple reaction filler rings and blade ring which are concentrically arranged in a combined manner with different diameters; a functional bade which penetrates and extends from the end cover is arranged in annular space between two adjacent filler rings. According to the device and process disclosed by the invention, the efficiency is 1.1-3 times that of the efficiency without ultrasonic waves at different ultrasonic frequencies, and the device and process can be applied to processes such as reaction, emulsification and the like. The ultrasonic coupling supergravity rotary packed bed disclosed by the invention has the advantages of being less in equipment investment, low in energy consumption, small in occupied space of equipment and the like.

The invention relates to the field of vehicle welding in a vehicle production line, in particular to a storage switching mechanism for multi-vehicle-type vehicle body mixed line forming station clamps. The storage switching mechanism comprises four sets of clamp storage banks, and a clamp conveying device is installed below the clamp storage banks. The storage switching mechanism further comprises a clamp transfer device and a clamp in-place device. The clamp transfer device and the clamp in-place device are fixed between two sets of clamp storage banks located on the same side of a welding production line. The two ends of the clamp in-place device and the two ends of the clamp transfer device are connected with the clamp conveying device in the two sets of clamp storage banks on the same side respectively to form an annular clamp conveying system. The clamp storage banks are reasonable in arrangement structure, the occupied area of a factory is saved, the whole arrangement structure is more reasonable, the clamps can be well conveyed to designated positions through the cooperation of three-dimensional conveying mechanisms, the transfer device and the in-place device, the transfer efficiency of the clamps on the welding production line is improved, and high promotional value is achieved.

The invention discloses a lighterage operation bridge type loading and unloading ship machine (1), which comprises three parts, namely an unloading ship machine (1), a loading ship machine (2) and a middle belt conveyor (3), wherein the loading ship machine is arranged on the lower side of the unloading ship machine (1); a rotary and pitchable telescopic arm frame belt conveyor (21) is arranged above a wharf boat (4) and a ship (6) to be loaded on the other side; the middle belt conveyor (3) is arranged between the unloading ship machine (1) and the loading ship machine (2); one end of the middle belt conveyor (3) is arranged below a discharge hole of a hopper (13) of the unloading ship machine (1), and the other end of the middle belt conveyor (3) is connected with the telescopic arm frame belt conveyor (21) of the loading ship machine (2); and the loading ship machine (2) and the middle belt conveyor (3) are supported on a supporting frame (11). Due to a three-in-one loading and unloading ship machine, a large number of tail vehicles, metal structures and other parts are saved, so that the weight of the machine is lightened, the whole system has a simple and compact structure and small occupied space, and the cost of a lighterage operation system is reduced.

The invention proposes a mass Micro LED transfer method and a mass transfer device. The method comprises a step of providing Micro LED chips, wherein the cross-sectional shapes of first Micro LED chips capable of emitting a first color is different from the cross-sectional shapes of second Micro LED chips capable of emitting a second color, a step of dumping the Micro LED chips on a loading surface of a loading mold at one time, wherein the loading surface is provided with loading slots with first shapes matched with the shapes of the first Micro LED chips and second shapes matched with the shapes of the second Micro LED chips, and a step of vibrating the loading mold and allowing the Micro LED chips to fall into the matched loading slots, and tilting the loading mold such that Micro LED chips that do not fall into the loading slots leave the loading surface. The mass transfer method proposed by the invention can realize the mass transfer process of a plurality of Micro LED chips withdifferent colors at one time, and the high transfer yield can be ensured while the transfer efficiency is multiplied.

The present invention discloses a node autologous location method in the wireless sensor network, and the process is that each anchor node in the wireless sensor network sends the anchor node coordinate, the node ID number, the correct value, and the jumping-figure information to all nodes of the entire net, and enables the entire net to obtain the autologous information of all anchor nodes; after obtaining the smallest jumping-figure of other anchor nodes, each anchor node performs the calculation of the smallest mean square error correct value, and sends out the smallest mean square error correct value, then enables all ordinary anchor nodes to obtain the smallest mean square error correct value of all anchor nodes ultimately; each ordinary anchor node selects one smallest mean square error correct value c from the all smallest mean square error correct values, and performs the trilateral localization with each anchors node autologous information obtained from the mutual information, and performs the choice of the probability, then takes the trilateral localization coordinate of the biggest probability as the autologous position of the ordinary node. The present invention has the advantages of low energy consumption and high accuracy, thus being available in the autologous localization of the isotropic wireless sensor network node.

The invention relates to a material picking mechanism of an injection molding product feeder, and particularly relates to a material picking mechanism of an injection molding product feeder. The material picking mechanism of the injection molding product feeder comprises a translation device, a lifting device and material picking devices, wherein the translation device has a horizontal moving function; the lifting device has an up-down lifting function; the material picking devices have a material picking function; the material picking devices are connected by a plurality of material picking tongs through an adjusting connecting plate to form a group and is installed on a linear guide rail; one ends of the material picking tongs which are combined into a group are positioned, and the other ends of the material picking tongs are dragged by a translation air cylinder to perform contraction and stretching motions; the material picking devices can transfer materials automatically under the drive of the translation device and the lifting device. According to the invention, the problem that injection molding products can not be well linked with a follow-up material dividing mechanism after being completely taken out of a mold and temporally stored on a receiving platform is solved, and the products orderly arranged on the feeder can be automatically and efficiently transferred.

The invention discloses a multi-ground-clearance self-steering intelligent sprayer and a control method. The sprayer comprises a vehicle platform, two self-steering traveling mechanisms, a controllable lifting spraying device, a gasoline power generation and supply device and a control device, and each self-steering traveling mechanism is connected with the vehicle platform by adopting a rotation structure; the controllable lifting spraying device is fixed at the tail of the vehicle platform and comprises a sprayer lifting mechanism, a spraying rod device and a drug mixing device, the spraying rod device is arranged on the sprayer lifting mechanism and connected with the drug mixing device, and a spraying rod can move up and down along with traction of the sprayer lifting mechanism; the drug mixing device is fixed in the middle of the vehicle platform and provides drug to spraying equipment for spraying, the gasoline power generation and supply device is fixed on the front portion of the vehicle platform and serves as a stable voltage power source of the equipment, and the control device is connected with driving equipment, a control motor and multiple sensors. Four hub motors are controlled by the control device to realize self-steering of wheels at differential speeds, and the sprayer is high in control accuracy and small in turning radius.

A management system for semiconductor manufacturing equipment in a manufacturing facility is provided. The system includes a host computer communicating with a tracking server, the tracking server communicating with a wireless network adapted to communicate with a radio tag associated with a wafer cassette. The tracking server is adapted to receive status information from the radio tag via the wireless network, to derive location or movement information for the wafer cassette from the status information, and to determining an optimal transfer path for the wafer cassette through the manufacturing facility.

The invention discloses an energy recovery device in a shield duct piece assembling driving system, comprising an electric motor, a pump, a one-way valve, a hydraulic motor/pump, a relief valve, an energy accumulator, a three position four-way directional control valve, a hydraulic pressure transformer and a hydraulic cylinder. The system adopts the motor/pump, the energy accumulator and the hydraulic pressure transformer as energy conversion and recovery elements, converts part of the mechanical energy in the circumferential rotation and vertical lifting movement shield duct piece assembling machine into hydraulic energy, and stores the hydraulic energy to be used for assembly. The actuator element motor/pump of the hydraulic system drives the assembling machine to rotate when working at the state of motor, and feeds the load energy back to the energy accumulator when working at the state of pump. By switching the working states of the hydraulic transformer, the lifting of a lifting hydraulic cylinder and the recovery of gravity loading energy are realized. As no throttling element is arranged in the system, the energy transmission efficiency is high, energy loss in a throttle governing system is avoided, and the system has obvious energy conservation effect.

The invention provides a rotary-type compound nanometer power generator. The rotary-type compound nanometer power generator comprises a friction nanometer power generation assembly and a magnetic-electric sensing power generation assembly, wherein the friction nanometer power generation assembly comprises a rotor and a stator which are provided with a command rotation shaft, a friction layer is arranged on the lower surface of the rotor and is formed by outwards and radially arranging a plurality of friction units taking the rotation shaft as a circle center, an electrode layer of the stator comprises a first electrode and a second electrode which are formed by outwards and radially arranging a plurality of first electrode units and a plurality of second electrode units at intervals in the same plane from the rotation shaft, electron gain-loss capability difference exists between the friction units and the upper surface material of the stator, a magnet part and a coil part of the magnetic-electric sensing power generation assembly are separately arranged on the rotor and the stator, and under the effect of an external force, induction potential difference is generated between the two electrodes, and meanwhile, induction current is generated in the coil part. The power generator provided by the invention can acquire current output with milliamperes and can be used for directly supplying power to a small-sized power utilization device.