1281results about How to "Simplify operating procedures" patented technology

A Multiprotocol Label Switching (MPLS) method, a MPLS network element, and a MPLS network include receiving a packet destined for a destination node at a source node in an MPLS network; pushing an identifier in an MPLS label on an MPLS label stack associated with the packet, wherein the identifier denotes the source node as the source of the packet and is pushed prior to any other MPLS labels on the MPLS stack; pushing one or more labels on the MPLS stack indicative of a route of the packet to the destination node; and transmitting the packet from the source node into the MPLS network. The identifier is located at the bottom of the MPLS stack thereby being a last item popped in the MPLS stack at the destination node, and the identifier can be used for updating OAM data efficiently without requiring deep packet inspection.

An intervertebral implant for the fusion between two vertebral bodies of a vertebral column may include a body having two opposite surfaces and holes or cavities for filling purposes during bone growth, and an engagement portion for receiving a gripping end of a positioning instrument. The engagement portion may be shaped as a splined shaft accessible through an opening of the body.

Custom radiographically designed tibial and talar cutting guide system and instrumentalities including a tibial cutting guide position verification device is disclosed. A computer-based system and method for making the custom radiographically designed tibial and talar cutting guides is also disclosed. Further disclosed is an adjustable tibial reaming guide positioning system for allowing a position for reaming of a distal tibia to be adjusted during total ankle replacement surgery and, particularly, during total ankle arthroplasty for prostheses with an intramedullary stem.

The embodiment of the invention provides a short message verification method, device and system. The short message verification method comprises the following steps: searching for a verification short message meeting a specific information demand in a terminal receiving box; obtaining a verification code in the verification short message; supplying a verification code evaluation to a verification code input frame; and requesting a server to verify the verification code. According to the technical scheme provided by the embodiment of the invention, a user can quickly and effectively verify the identity.

The invention belongs to the technical field of charging and electrical changing of electric vehicles and in particular relates to a small automatic charging and electrical changing station for an electric vehicle. The invention aims at solving the problems that an existing electrical changing station occupies large area, and is low in modularization degree and inconvenient to maintain, and scale can not be changed once the existing electrical changing station is built. For the purpose, the small automatic charging and electrical changing station for the electric vehicle comprises an electrical changing platform, a charging platform, an electrical changing system and a control system, wherein the electrical changing platform, the charging platform and the electrical changing system are respectively connected with the control system. The small automatic charging and electrical changing station for the electric vehicle is characterized in that an electrical changing trolley of the electrical changing system can freely shuttle between the electrical changing platform and the charging platform, a battery can be directly taken out from a charging frame of the charging platform, and a replaced battery is directly put back onto the charging frame. By adopting the technical scheme, the small automatic charging and electrical changing station for the electric vehicle occupies small area and can be flexibly set on an existing cit surface parking lot, and underground and other various environments appropriate for parking.

The invention relates to a manifold for mixing biomedical fluids having superior stability and minimal susceptibility to clotting.

The invention discloses a preparation method of an ABX3 type all-inorganic perovskite nanocrystal. In the preparation process, a solvent is used in a small amount, and the raw material unit price is low (for example, an expensive PbX2 raw material is replaced by cheap lead acetate), environmental requirements are not high in the preparation process, a glove box is not required, the operation procedure is simple, and the cost of raw materials and instruments is greatly reduced. The nanocrystal can synthesize a target product in a wide temperature range of 0 to 300 DEG C in the preparation process, and the morphology, phase, size and luminous performance of the nanocrystal can be controlled by changing the raw material ratio, solvent ratio, reaction temperature and/or reaction time, for example, perovskite nanowires can be prepared at the reaction temperature of greater than or equal to 0 DEG C and less than 90 DEG C, and perovskite quantum dots can be prepared at the reaction temperature of 90 to 300 DEG C. The nanocrystal has good stability and high fluorescence quantum yield (26%-80%), and can realize full visible spectrum (400-700 nm) luminescence. The preparation method is simple in process, short in time consumption, low in cost, easy to amplify and synthesize, and suitable for industrial large-scale preparation.

The service terminal 1 which contains bar code reader 2, RF-ID reader 3 and information processing block is moved to a medium containing the bar code and RF-ID tag. Both of the bar code reader 2 and RF-ID reader 3 are set to the positions that information can be read from the bar code and RF-ID tag. In this case, the information processing block controls the bar code reader 2 and RF-ID reader 3 to read information from the bar code and RF-ID tag.

The invention discloses a method for preparing antarctic krill low-fluorine hydrolysis polypeptide. The method comprises the following steps of: performing enzymolysis on antarctic krill powder used as raw materials, heating and inactivating enzyme, centrifuging, adding calcium oxide at different concentration, defluorinating, uniformly stirring, performing centrifugal separation, adjusting a solution until the solution has a certain pH value, and performing spray drying on supernatant obtained through separation to obtain the antarctic krill low-fluorine hydrolysis polypeptide of which the fluorine content is 10 to 30ppm. The process is easy to operate, the obtained product has low fluorine content, the nutrition constituents are damaged slightly, consumed time is short, and the process is simple and efficient, and is an ideal method for removing fluorine from enzymatic hydrolysate. The method lays the foundation for developing the multi-functional antarctic krill low-fluorine polypeptide.

The present invention relates to an electric treadmill in which the tread base neighboring upon the running belt and based upon the central reference point is provided with sensing lines for acceleration, sensing lines for deceleration both of which are arranged one after the other. When the runner touches the fixed sensing position by light wave or acoustic wave, a CPU located within the electric console gives a command according to the sensing position to accelerate or decelerate the motor such that an immediate control of the rotational speed of the running belt is achieved. In addition, a sensing line for stop can be disposed behind the decelerating sensing line. When the operator continues to be shifted forwards, thereby contacting with the sensing line for stop, CPU gives a command to stop the motor immediately. Thus, the safety of the operator can be more ensured.

A method and device for harmless treatment and recycling of waste refrigerators. Plastic parts, electrical boxes, compressors, and condensers are disassembled at a disassembling station. Refrigerants from compressors are recycled at a fluoride-extracting station. Refrigerator bodies and doors are transferred to a double shaft shredder and a rolling crusher for crushing. Crushed materials are sorted out by wind force, by a self-discharge type iron remover made of permanent magnet and a cylindrical iron remover for magnetic separation. The device is placed in an enclosed workshop equipped with a multistage ventilation system, a protective device of nitrogen, a device for spraying, dedusting, and cooling, and an on-line detection and alarm control device for cyclopentane gas concentration, polyurethane dust concentration, and temperature. The method and device have low manufacturing and operating costs and are dustproof, explosion proof, environmentally friendly and has excellent recycling effects.

The high strength and low density oil well reinforcing cement has cement mortar density of 1.60 g/cu cm, and consists of oil well cement, weight reducing material, cement mortar stabilizer and admixture. It has optimized material composition, high early stage strength, improved rheologic performance and controllable thickening time, and meets the requirement for reinforcing low stratum pressure oil well.

The invention discloses an operating system user interface interaction control method and a relevant device. The method specifically comprises the following steps: displaying a user interface, and displaying a system address book contact object list in the user interface; in response to a touch instruction for a random contact object in the list, displaying an associated application container menu interface, and displaying a communication application shortcut icon pre-associated with the contact object in the menu interface; and in response to the touch instruction for the random shortcut icon, opening a communication function interface corresponding to the touch contact object in the application corresponding to the shortcut icon. By creating the solution of integrally displaying a plurality of communication application shortcut icons by selecting the contact objects, the search time of a user is shortened, the user experience is improved, the operation flow is simplified, and the response speed of the system is improved.

The invention relates to a method for producing asphalt blending oil by normal pressure distillation of catalytic slurry oil. The method comprises the steps of: adding a certain amount of additives, such as a steam partial pressure regulator and an oxidant and the like, into catalytic cracking slurry oil as a raw material, pumping the material into a heat exchanger by an oil pump for preheating; after the material is preheated, conveying the material into a heating furnace for heating to be 360-420 DEG C, and conveying the material into a distillation tower for separating; obtaining a mixture of top light oil and the steam partial pressure regulator at the top of the tower, and if the steam partial pressure regulator is not soluble in the light oil, standing and separating to obtain the light oil; distilling off wax oil from a middle outlet of the tower; obtaining high boiling point heavy oil, as the asphalt blending oil, containing small amounts of catalyst microparticles at the bottom of the tower; and if high boiling point heavy oil not containing powders is needed, removing residual microparticles by a high temperature filter to obtain cleaner high boiling point heavy oil.

A light control system includes at least one illumination module and a remote controller. Each illumination module includes an identification signal generator, at least one light source, a receiving unit and a control circuit. When the receiving unit receives a first wireless control signal, the control circuit controls the identification signal generator to emit an identification signal; when the receiving unit receives a second wireless control signal, the control circuit controls the ON/OFF of the light source. The remote controller sends the first and second wireless control signals to the illumination module, acquires the identification signal emitted from the identification signal generator to generate a plurality of images, and identifies the illumination module according to the images. The present invention further provides a control method of a light control system.

The invention discloses a pipe jacking construction method. The pipe jacking construction method is characterized by comprising the steps that firstly, surveying and setting out are carried out; secondly, working well construction is carried out; thirdly, assembling type back wall installation is carried out; fourthly, a guide rail is installed; fifthly, a main jacking jack is installed; sixthly, a pipe jacking auxiliary device is installed; seventhly, a pipeline is jacked; eighthly, deviation is rectified, and mould weights are stacked at the front end of a water draining pipe to increase the weight of a pipe section; ninthly, coming out of a hole is carried out. According to the pipe jacking construction method, the horizontal deviation and high-level deviation of a pipe jacking axis are effectively controlled, the stability of an excavation face can be effectively kept, the disturbance on the soil body around a pipe body is small, and the pipeline floating is avoided.