4373results about How to "Wide range of applications" patented technology

The invention discloses an automatic guide and obstacle avoidance method for a robot. The method comprises steps as follows: a global route from a start position to a target position is planned according to an acquired scene map; the robot moves toward the target position in an automatic navigation and location manner according to the scene map and the well planned global path, and a sensor is used for acquiring information of the front of the route in real time; when a dynamitic barrier is determined to exist in the front, whether the robot can cross the dynamic barrier in an obstacle avoidance manner is judged; if yes, the robot crosses the dynamic barrier in an obstacle avoidance manner, and otherwise, a route leading to the target position is replanned with the current position serving as the start position, and the deviation between the new planned route and the original global route doesn't exceed a threshold; or when the distance between the robot and the dynamitic barrier is in the threshold range, the dynamitic barrier is reminded to leave the current route in a voice manner, and the robot continues moving toward the target position. According to the method, the scene environment is not required to be modified, and the robot can automatically avoid the barrier and has higher adaptability.

The invention discloses a method for preparing a nitrogen-doped graphene material with a hydrothermal process, relating to a method for preparing the nitrogen-doped graphene material. The technical problems of lower nitrogen content, difficulty in control of nitrogen content, high production cost, complex structure of equipment required by reaction, rigorous reaction conditions, low yield, difficulty in industrialized production and the like in the traditional method for preparing the nitrogen-doped graphene material are solved in the invention. The method comprises the steps of: 1, dissolving graphite oxide in a solvent, adding a surfactant and uniformly mixing; 2, adding a nitrogen-containing compound, and uniformly mixing; and 3, after a hydro-thermal reaction, washing and drying to obtain the nitrogen-doped graphene material. The nitrogen-doped graphene material prepared in the invention has the advantages of higher nitrogen content, controllable nitrogen content, low production cost, simple structure of required equipment, high yield and easiness in realizing industrialized production.

A method and apparatus for coating prostheses via contact patterning with an applicator. Applicators can include rollers, tampons, and ribbons. Coating materials include a variety of substances including polymers and therapeutic agents.

Disclosed are sterile hydrogel compositions comprising polyvinyl alcohol (“PVA”), polyvinyl pyrrolidone (“PVP”), and a polysaccharide, wherein the combined amount of PVA and PVP present in the hydrogel compositions is from about 2% to about 12% weight by volume, based on the total volume of the composition, and wherein the hydrogel compositions has a gel fraction greater than or equal to 97%. Sterile hydrogel products including such sterile hydrogel compositions, and methods of making such sterile hydrogel compositions and sterile hydrogel products.

The invention discloses composite ecological cement produced by using reproducible biomass combustion wastes, industrial residues and the like as main raw materials (the utilization ratio of the biomass combustion wastes and the industrial residues is over 80 percent). The novel gelling material namely the composite ecological cement is combined with other environment-friendly materials such as a paper honeycomb panel and the like to compound and manufacture a novel environment-friendly building product, such as a novel super-lightweight high-strength inner wall composite partition plate (having a dead weight of about 19 kilograms per square meter) special for novel high-rise and multi-layer frame constructions, a 65 percent self-heat preservation lightweight high-strength outer wall partition plate, an outer wall heat preservation and decoration integrative plate, a novel composite wood building block, a novel composite baking-free brick, novel bubble concrete and the like; and all the products are detected by a national level building material detection institution, reach a related product quality standard, are manufactured in factory by using specified machinery, are mounted and manufactured on site and are efficient and economical. The composite ecological cement uses various reproducible resources and various reclaimable wastes to the utmost extent, protects the environment, saves energy, reduces discharge and the overall comprehensive engineering manufacturing cost, and has important economic and social benefits.

A safe and high-brightness LED lamp consists of a lampshade, a bulb mounting base, an LED module and a circuit board. The lampshade and bulb mounting base construct an inner space, which is allowable to store said LED module; the LED module consists of a heat-radiating block, an LED lamp panel and a reflective wall, where such LED lamp panel can be flat nestled up against the heat-radiating block at one end. Moreover, such reflective wall can be coupled with the LED lamp so that the said inner space can be partitioned into one light source refractive space and one flowing space for airflow thereof. Furthermore, an electrical fan is installed outside the heat-radiating block. Thereby, while light is being refracted and diffused via reflective wall into the light source refractive space in lampshade, it will then be refracted and diffused once more, and under this circumstance, not only the light will become more uniform with higher brightness, but also it will improve the heat radiation efficiency, and thus, resulting in a longer service life for such LED lamp while utilizing the said flowing space for airflow to guide the air blown by the fan.

An artificial antigen presenting system is presented. The herein presented microspheres combine negative regulators individually or at varying combinations along with MCH molecules and can induce antigen specific tolerance. The herein described methods provide for the construction of artificial biodegradable microsomes containing MHC: peptide complexes, accessory molecules, co-stimulatory molecules, adhesion molecules, and other molecules relevant to T cell binding or modulation. Additionally, the present invention is directed to compositions and methods for treating conditions which would benefit from modulation of T cell response, for example, autoimmune disorders, allergies, cancers, viral infections, and graft rejection.

The invention provides a multi-point touch positioning method applied in touch screen systems, which contains the following steps: (a). Measure touch signals, judge signal changing situation, calculate touching location coordinates and / or shape and size of touch points; (b). judge signal-point or multi-point touch according to quantity change of location coordinates--if single-point touch, single point operations will be implemented by touch screen system, otherwise, turn to step (c); (c). determine whether there is any new touch points added or left or not by comparing quantity change of location coordinates and / or change of coordinate value. If there are new touch points added, register new touch points information and record location coordinates of new touch points. If there are touch points left, then clear those points information. The invention has wider application range but lower cost, and realizes multi-point touch positioning.

The present invention relates to compositions and structure of deformable alloys on the basis of magnesium with an optimum combination of mechanical properties (strength, plasticity) and a resistance to corrosion, including in vivo. Alloys of the new group possess an excellent formability at room temperature, high corrosion stability in sodium chloride solution, excellent heat resistance and can be used in various technical applications, particularly in vivo as a structural material for stents.

The present invention discloses a laser and vision-based hybrid location method for a mobile robot. The mobile robot comprises a laser radar and a vision sensor. According to the technical scheme of the invention, the weight of each particle at a predicted position is updated based on the collected data of the laser radar and the collected data of the vision sensor. After that, particles of higher weights are re-sampled, so that the real location distribution of the mobile robot at the moment t can be obtained. Compared with the prior art, the above technical scheme integrates the high accuracy of the laser radar with the information integrity of the vision sensor, thus being wider in application range. Meanwhile, the defect that the visual location is unstable is overcome. In addition, in one embodiment of the present invention, a conventional particle filtering sampling model is improved, so that the diversity of particles is ensured.

The invention provides a leaching and recycling method for metals in anode waste materials of lithium-ion batteries. The leaching method comprises the steps that: the anode waste materials of the lithium-ion batteries react with organic acid solution containing a reducing agent; after reaction, solid-liquid separation is carried out and leaching solution and filter residues are obtained, so that the leaching of the metals in the anode waste materials of the lithium-ion batteries is realized. Based on the leaching method, the invention provides a recycling method for the anode waste materials of the lithium-ion batteries based on closed-loop circulation of metals. The leaching method for the metals in the anode waste materials of the lithium-ion batteries has the advantages of high metal leaching rate, short leaching time, low processing cost and wide application range; secondary pollution and complex process for separating and purifying various metals in the leaching solution are avoided; according to the recycling method for the metals in the anode waste materials of the lithium-ion batteries, the technological process is short and the closed-loop circulation of the metals is realized.

An energy control method for a inductive conversion device comprising: determination of individual error of multiple output voltages; determination of peak current based on the errors, determination of total energy through the peak current and charging to at least one inductor according to the peak current, whereas the inductor will store the total energy.

The present invention relates to novel methods and novel solid support materials for the tandem synthesis of two or more different oligonucleotides on the same solid support in one synthetic run. The methods involve novel support preparations comprised of two or more types of orthogonally protected anchor groups. Subsequent to the selective removal of the first of the respective protective groups, the first oligonucleotide is assembled on the deblocked anchor groups according to standard methods, preferably via phosphoramidite chemistry. Following the capping of said first oligonucleotide, the anchor groups blocked by the second type of protective group are selectively liberated and serve is the starting point for the assembly of a second oligonucleotide, and so forth. After completion of all of the syntheses on the solid support, the oligonucleotides are released from the solid support and deprotected at the nucleobases, using standard methods. Preparations obtained using the method of this invention, generally contain two or more different oligonucleotides. Such preparations are particularly useful in applications that require pairs of oligonucleotide primers, several probes at a time, duplexed nucleic acid fragments, or other combinations of oligonucleotides that are useful in applications such as PCR, sequencing, multiplexed genotyping, cloning and RNA interference. The invention includes procedures for the preparation of the novel solid supports of the invention.

The invention provides a method, a device and equipment for improving a search result based on user behaviors. The method comprises the following steps of: acquiring an input sequence from users; acquiring candidate search result items and real popularity corresponding to the input sequence according to the input sequence; and sorting the candidate search result items according to the real popularity based on a first presetting rule to acquire a sorting result. Compared with the prior art, the invention has the following advantages that: 1) by the method, the sorting result is determined by referencing the real popularity, other user behavior information and related information of the users, so that the method can better reflect the real concerning points of the users, and the sorting result better meets the requirements of the users; and 2) the method, the device and the equipment can be used for online or offline processing and have wide application ranges.

The invention relates to a dynamic deployment method for virtual machines. The method comprises the following steps: dividing residual resources of each dimension on a physical machine by demanded resource quantity of a corresponding dimension of a to-be-deployed physical machine so as to obtain a ratio sequence, screening out the minimum value of ratios in the sequence and taking the minimum value as the maximum accommodating number of the physical machine to a to-be-deployed virtual machine; selecting a physical machine with the largest maximum accommodating number, and judging whether the physical machine has enough resources to accommodate the to-be-deployed virtual machine; if the value of the maximum accommodating number of the target physical machine is greater than or equal to 1, deploying the virtual machine to the physical machine; and if the maximum accommodating number of the target physical machine is less than 1, outputting that the deployment of the virtual machine fails. By using the method disclosed by the invention, a 'short board' phenomenon, namely, resources of other dimensions are wasted because of the lack of resources of some dimension of a physical machine in a cluster, can be avoided, and the resource utilization ratio of the physical machine can be increased.

An embedded wireless sensing network intelligent platform comprises network nodes, a base station, a wireless gateway, and a central control computer, and carries out communication according to an IEEE802.15.4-based Zigbee communication protocol standard. The technique provides an intelligent platform for an embedded wireless sensing network, which can combine required different sensors according to practical control requirement to develop wireless sensing network systems meeting different requirements. The intelligent platform can thoroughly get rid of a wire access manner adopted in conventional sensing control system, and overcome disadvantages such as wiring difficulty, high cost, and maintenance / management difficulty caused by the wire control manner. The platform has high development flexibility, wide operation and application ranges, low cost of system construction and maintenance. Compared with other wireless control manners, the system networking manner has the advantages of combined short-range multihop and grid manner, high intellectualization and reliability, high stability, low power consumption, and long service life.

The invention discloses a laser speckle blood stream imaging analysis method. The method comprises: irradiating a laser beam on an object to be detected and continuously acquiring N frames of laser speckle images reflected by the object to be detected according to identical exposure time and frame intervals; taking pixels from a Ns*Ns spatial neighborhood corresponding to identical positions in each frame of image to form a pixel set; calculating a contrast Kst within the spatial neighborhood and then calculating the blood stream speed V(i, j) of a corresponding biological tissue by means of a relational expression of the contrast and the blood stream speed; and taking the blood stream speed value corresponding to each pixel as grey scale to establish a two-dimensional blood stream speed distribution map. The laser speckle blood stream imaging analysis method is based on space-time combined analysis of laser speckle blood stream imaging to carry out high time and spatial resolution imaging on blood stream of a biological issue, thereby realizing real-time, dynamic and high time and spatial resolution monitoring of two-dimensional blood stream distribution, blood vessel form and blood stream dynamic changes of the biological tissue. The analysis method is suitable for researching brain function imaging, neurophysiology, disease pathology and drug effect evaluation.

The invention discloses an intelligent terminal synergetic food ordering system and method based on two-dimension codes and NFC labels. The method comprises the following steps that S1, authentication information is acquired; S2, a food ordering initial page is opened; S3, a food ordering information list is established for each dining table by the food ordering system; S4, users who sit around the same table synergetically order food; S5, a menu is confirmed, and ordering is completed; S6, a cook starts to make the food according to the menu; S7 accounts are settled. The intelligent terminal synergetic food ordering system comprises a plurality of NFC labels, a plurality of intelligent terminals, at least one network access device, an ordering server, at least one server counter terminal and at least one kitchen terminal. The intelligent terminal synergetic food ordering system and method based on the two-dimension codes and the NFC labels have the advantages that the working efficiency and the service level of a dining hall are improved, ordering and settlement of a diner are facilitated, and good dining experience is provided for customers.

A nano-class toughened and strengthened butanediol polyterephthalate composition is prepared through proportionally mixing butanediol polyterephthalate, inorganic nanoparticles, reaction compatibilizer, antioxidizing agent, and lubricant, high-speed stirring, loading it along with glass fibres in dual-screw extruder, reactive mixing and granulating. Its advantage is high high-temp resistance, strength, toughness and surface polished.

The present invention provides one kind of viscose fiber with antibacterial and antifouling tea component, and the viscose fiber contains antiseptic comprising at least one of natural tea pigment, tea polyphenol and catechin. The powder or solution of at least one of natural tea pigment, tea polyphenol and catechin in the amount of 1-10 wt% is added into viscose spinning fluid to result in lasting antibacterial and antifouling functions. The viscose fiber has also the fragrance of tea, dyeing effect and no side effect on human body, and is suitable for use in making underwear, other costumes and bedding.

The invention belongs to the technical field of new environment-friendly materials, and particularly relates to a ceramal material for manufacturing hydrogen-enriched water and the preparing method and application thereof. The ceramal material is prepared from, by weight, 30-85 parts of base material component, 20-60 parts of hydrogen-enriched component, 2-25 parts of anti-microbial component, and 3-30 parts of binder. The base material component is prepared from tourmaline, serpeggiante, silicon oxide, calcium oxide and zeolite. The hydrogen-enriched component is prepared from magnesium metal powder, magnesia powder and KDF alloy powder. The anti-microbial component is prepared from zinc oxide, titanium oxide and cerium oxide. The binder is prepared from one or more of high-purity distilled water, carboxypropyl cellulose and bentonite. The ceramal material can be used for manufacturing alkalescent water, negative-potential water and hydrogen-enriched water and also has an anti-microbial function and a water activating function. The invention further provides the preparing method and application of the ceramal material. The technology is simple and easy to realize. The ceramal material can be applied to products including water purifiers, water purifying kettles and cups.

The invention provides an online monitoring system for the corrosion state of oil and gas pipelines and a method thereof, which can monitor sensitive corrosion points, such as an elbow, liquid accumulating parts at upper and lower slopes, and the like and insensitive corrosion points and realize the remote transmission of corrosion monitoring data in a wired or wireless manner, treat the data at a monitoring center, establish the corrosion state parameter of each point of the oil and gas pipelines via a modern digital signal treating method, judge whether the corrosion state is normal or not,and carry out the corresponding treatment and the control of the pipelines to timely monitor the corrosion state of the oil and gas pipelines so as to timely discover hidden troubles and prevent safety accidents. A three-dimensional corrosion state graph of the pipeline can be visually displayed at the monitoring center so that abnormal corrosion parts can be found out. The scheme of the system has the advantages of low cost and high benefit, and the key is that the system can realize real-time monitoring based on the prior art; and more important, the system can be applied to monitoring the corrosion state of newly-built long oil and gas pipelines such as pipelines for transporting the natural gas from the West to the East so that the system has a very wide market prospect. The oil and gas pipelines can be laid on the ground or buried under the ground.

The invention discloses a low-temperature self-crosslinked water-based acrylate resin, and a preparation method and application thereof. The low-temperature self-crosslinked water-based acrylate resin is prepared from the following components in percentage by weight: 30-50% of first monomer, 3-6% of second monomer, 1-2% of third monomer, 1-25 of fourth monomer, 40-60% of solvent, 0.6-1.2% of initiator, 60-80% of water and 4-8% of pH regulator. According to the invention, the prepared water-based acrylate resin and a water-based color paste can be compounded to finally obtain a water-based ink for printing on a low-polarity plastic film. The organic solvent content of the product is lower than 3%, and thus, the product is a safe environment-friendly water-based ink. The coated film on the plastic film has the characteristics of low-temperature self-crosslinking property (<60 DEG C), favorable staining power, high adhesive force, high glossiness and favorable adhesion resistance.

The invention discloses a black and blue disperse dye composition which comprises the components by weight percent: at least one 30-70% of dye monomer A shown in formula (1), at least one 15-40% of dye monomer B shown in formula (2), at least one 5-50% of dye monomer C shown in formula (3) and at least one 5-50% of dye monomer D shown in formula (4). The disperse dye composition has wide application scope of pH value, good compatibility, strong dye depth property, high color yield, good uniformity, and good sublimation fastness, washing fastness and fastness to sunlight; more importantly, the black and blue disperse dye composition has low price and convenient use, and makes up the defects of compatibility, dye depth property and tiger color of black and blue disperse dye spliced by disperse orange 288 model.

This invention relates to a radio frequency identification (RFID) tag and ceramic patch antenna for radio frequency identification systems. The radio frequency identification tag in accordance with this invention comprises; lower antenna member of which one end is formed with coupling projection for conjoining; upper antenna member of which one end is formed with coupling groove for conjoining; an RFID chip of which one end is conjoined with the coupling projection of the said lower antenna member and the other end is conjoined with the coupling groove of the said upper antenna member, containing the information of the objective management item which communicates with the terminal device; and a spacer which electrically isolates the said antenna members. The said antenna members are conjoined on the top and bottom sides of the said spacer in parallel direction. The RFID chip which is conjoined with the said antenna members is placed on the top or bottom side of the said spacer.The ceramic patch antenna in accordance with this invention comprises; a dielectric ceramic member formed with ceramic substance of which the permittivity is 4.0˜210 and formed with a feeder hole punched at the center; conductive film formed on one side of the said dielectric ceramic member; an earth plate affixed on the other side of the said dielectric ceramic and formed with a punched feeder hole at the center; a feeder pin which is inserted in the feeder hole of the said dielectric ceramic and contacted with and feeds electricity to the said conductive film. The said feeder pin is inserted into the feeder hole of the said dielectric ceramic. The said conductive film covers the feeder hole formed in the said dielectric ceramic and electrically contacts with the feeder pin inserted into the feeder hole, The feeder hole of the said earth plate is formed larger than the feeder hole of the said dielectric ceramic, so that electrically isolated with the said feeder pin.

The invention relates to a roudong volume variation method for fluid machinery and its mechanisms and applications, which is suitable to be used in internal combustion engine, pump, compressor, motor, transmission, refrigeration, metering, etc. In the roudong volume variation method, a roudong volume variation motion can be produced by the combination of a revolution of a roudong rotor in a roudong cavity and a rotation of the same in an inverse direction, causing speed, moment of momentum and loss to be reduced by 90%˜99% in comparison with a rotor with the same ratio. A roudong internal combustion engine has an efficiency increase of 25% and is free from lubrication. A roudong pump has an efficiency as high as 90%. Roudong isothermal compression can reduce 39%˜67% work, while roudong refrigeration can reduce 50% work. Roudong general fluid machinery has the functions of pump and motor, and also has such functions as metering, control, etc. Roudong general fluid machinery, which can be operated with gas, liquid and two-phase flow, can be provided with a flow rate as desired. It has good pressure self-adaptability, versatility and high efficiency.

The present invention discloses a geologic body three-dimensional visualization method based on geophysical field data. Said method includes the following steps: (A), fetching collected geophysical field data, making fetched data be stored as object array, and statistically analyzing the fetched data so as to obtain space distribution characteristics of fetched data; (B), according to the space distribution characteristics of data combining data points in the object array and constructing them into concrete space polygonal mode; and (c), drawing and displaying said constructed space polygonal model, and making said space polygonal model undergo the process of visualization operation treatment.

The invention discloses a horizontal measuring device and a horizontal measuring device for the axial static rigidity of a ball screw pair. The horizontal measuring device comprises a loading component, an anti-rotation component, a measuring component, a locking component, a support component and a data processing module, wherein the loading component comprises a servo motor, a decelerator, a belt wheel transmission part, a pair of loading screws, a pair of loading nuts and a moving beam; the anti-rotation component comprises a screw tool, an adaptor plate and a sleeve; the measuring component comprises a displacement sensor and a pressure sensor; the locking component comprises a locking screw, a locking hand wheel and double nuts; the support component comprises a lathe bed, a head bracket, a tail bracket and a displacement sensor clamp; and the data processing module is a computer needed by data processing. By utilizing the horizontal measuring device, the automatic measurement on the axial static rigidity of the ball screw pair is realized, and the horizontal measuring device has the advantages of large loading load, high measurement precision, wide application range, multiple measurement positions and consideration on both tension and compression in axial loading.

The invention discloses a method for preparing polymer porous nanofiber through mixed phase separation. The diameter of the prepared polymer porous nanofiber is between 300nm and 900nm, and the aperture is 1 to 120nm. The preparation method for the polymer porous nanofiber comprises the following steps of: mixing a polymer, an additive and a solvent according to certain proportion; heating and stirring the mixture until the mixture is completely dissolved and forms transparent solution; performing electrostatic spinning on the solution; depositing primarily generated fibers in ice-water bath or the water bath with the temperature of 0 to 20 DEG C, wherein thermally induced phase separation and nonsolvent induced phase separation are caused; and extracting residual solvent and additive through post treatment to obtain the polymer porous nanofiber. The preparation method is simple and highly effective and is convenient to perform; and polymer porous nanofibers with different diameters and porosities can be prepared by adjusting the conditions of electrostatic spinning. The method has enormous application prospect in aspects, such as high-tech composite materials, water treatment, catalyst carriers, electrode materials and the like.

This invention relates to a super-small resonator including a mum or a mm wave resonator with a negative permeability medium occupying the left space, in which, the resonant frequency of a resonator does not rely on the size of the resonator any more and one dimension structure is prior for the applied inverted medium (negative dielectric medium and negative permeability medium) according to the tunnel effect generated at the cross of the media.