186results about How to "Fast binding" patented technology

The invention relates to a microfabricated device for the rapid detection of DNA, proteins or other molecules associated with a particular disease. The devices and methods of the invention can be used for the simultaneous diagnosis of multiple diseases by detecting molecules (e.g. amounts of molecules), such as polynucleotides (e.g., DNA) or proteins (e.g., antibodies), by measuring the signal of a detectable reporter associated with hybridized polynucleotides or antigen/antibody complex. In the microfabricated device according to the invention, detection of the presence of molecules (i.e., polynucleotides, proteins, or antigen/antibody complexes) are correlated to a hybridization signal from an optically-detectable (e.g. fluorescent) reporter associated with the bound molecules. These hybridization signals can be detected by any suitable means, for example optical, and can be stored for example in a computer as a representation of the presence of a particular gene. Hybridization probes can be immobilized on a substrate that forms part of or is exposed to a channel or channels of the device that form a closed loop, for circulation of sample to actively contact complementary probes. Universal chips according to the invention can be fabricated not only with DNA but also with other molecules such as RNA, proteins, peptide nucleic acid (PNA) and polyamide molecules.

The present invention concerns a novel means by which chemical preparations can be made. Reactions can be accelerated on special chips using microwave energy. The chips contain materials that efficiently absorb microwave energy causing chemical reaction rate increases. The invention is important in many small scale chemical transformations including those used in protein chemistry and in combinatorial chemistry.

The invention is suitable for the technical field of communication, and provides an intelligent refrigerator netting-in method and system, an intelligent refrigerator, an intelligent terminal and a server. The netting-in method includes the steps that the intelligent terminal is connected with a wireless access point to obtain service set identifiers and passwords of the wireless access point and transmit the service set identifiers and the passwords to the intelligent refrigerator in a broadcast manner; after receiving the service set identifiers and the passwords, the intelligent refrigerator is connected with the wireless access point according to the service set identifiers and the passwords so as to be connected into the internet; the intelligent terminal obtains an MAC address of the intelligent refrigerator and jointly transmits the MAC address of the intelligent refrigerator and a unique identification code of the intelligent terminal to the server so as to request for binding with the intelligent refrigerator; and the server builds the binding relationship between the intelligent terminal and the intelligent refrigerator according to the unique identification code and the MAC address. Rapid netting-in, registering and binding of the intelligent refrigerator are achieved, and the netting-in and binding processes of the intelligent refrigerator are simplified.

The invention discloses a skinning method and device for virtual characters and electronic equipment The method comprises the steps of loading a three-dimensional model of a virtual character and skeleton data corresponding to the virtual character, wherein the three-dimensional model corresponds to grid data of a plurality of vertexes of the virtual character, and the skeleton data corresponds todata of a plurality of joint points; determining vertex characteristics of each vertex in the grid data and distance characteristics from each vertex in the bone data to each joint point; fitting vertex features and distance features to obtain binding features of all vertexes of the virtual character, the binding features being used for determining binding weights of all joint points and the vertexes; and performing skinning operation on the virtual character by using the binding weight, and binding the three-dimensional model to the skeleton of the virtual character.

The invention discloses a spiral stirrup continuously and synchronously machining machine and a machining method. The machining machine comprises a machine body seat, a spiral stirrup machining device and a monitoring device. The spiral stirrup machining device comprises a rotary workbench, a stirrup winding mechanism, a feeding mechanism and a cutting mechanism. The stirrup winding mechanism comprises a stirrup twining frame, a rolling type bending mechanism and a screw pitch axial feed mechanism. The monitoring device comprises a control device, a counting unit and a rotating speed measuring unit. The machining method comprises the first step of determining the number of winding shafts and the installation position, the second step of adjusting the positions of the winding shafts, the third step of feeding and positioning stirrup material, the fourth step of forming spiral stirrups and the fifth step of cutting spiral stirrups. The machining machine is simple in structure, continuous machining of spiral stirrups is achieved, and the production efficiency is high; meanwhile, the concrete constraining force of beam columns of buildings can be improved through the produced spiral stirrups, and therefore the seismic capacity of the buildings is improved. Practicality is high, and the machining machine and the machining method are low in carbon, environmentally friendly and efficient and save energy.

The invention relates to a method for quickly detecting the performance of an HPLC carrier module and provides a rapid detection platform system. The system comprises an analog concentrator, a to-be-detected analog meter tool, an attenuator, a coupler, a serial server, a PC upper computer and an MDS system. Module information is read by dynamically and automatically networking an analog concentrator and a detected HPLC carrier module. The communication performance of the HPLC module can be verified under the attenuation condition of 60dB and the condition that the working voltage of the modulechanges, and a chip ID verification test, a module communication performance test, a power consumption detection test, a power supply adaptability test and the like required in state grid specifications can be quickly completed. According to the invention, the analog concentrator is used as a copying control main device to realize automatic and rapid detection of the performance of the to-be-detected communication module. Simultaneous detection of a plurality of HPLC carrier modules to be detected is realized through a concurrent meter reading mode; and a to-be-tested analog meter tool is arranged and is quickly bound with the to-be-tested HPLC carrier module, so that the service process node time is shortened, and the networking efficiency is improved.

The invention includes reagents and methods for the isolation of nucleic acids. The reagents described herein contain a nucleic acid precipitating agent and a solid phase carrier. The reagents can optionally be formulated to cause the lysis of a cell. These reagents can be used to isolate a target nucleic acid molecule from a cell or a solution containing a mixture of different size nucleic acid molecules. The disclosed reagents and methods provides a simple, robust and readily automatable means of nucleic acid isolation and purification which produces high quality nucleic acid molecules suitable for: capillary electrophoresis, nucleotide sequencing, reverse transcription cloning the transfection, transduction or microinjection of mammalian cells, gene therapy protocols, the in vitro synthesis of RNA probes, cDNA library construction and PCR amplification.

The invention relates to an answering extension function display method and device. The answering extension function display method is applied to a first terminal. The method comprises the following steps: displaying a call interface with a second terminal; when answering extension operation of a user specific to the call interface is detected, determining a corresponding answering extension function; and displaying an application interface corresponding to the answering extension function on the call interface. Through adoption of the method and the device, the corresponding application interface can be directly displayed on the call interface according to the answering extension operation of the user, so that the user can execute a corresponding application conveniently; user operation is simplified; individual needs of the user are met; and the user experience is enhanced.

The invention relates to the technical field of sensors, in particular discloses a method and a device for realizing the purpose of binding the positions of CAN bus sensors. The method comprises the following steps: sequentially controlling a plurality of sensors to be accessed to a CAN bus network, wherein the CAN data frame of each sensor has corresponding characteristic identification, and the characteristic identification of the CAN data frame of each sensor is unique in the whole CAN bus network; receiving the CAN data frame sent by each sensor in the accessing process of each sensor; acquiring the characteristic identification of each CAN data frame; and establishing the binding relation between each sensor and each installing position corresponding to the currently binding position according to each characteristic identification. The invention can be used for automatically establishing binding relation between a plurality of CAN bus sensors and each of installing positions on one CAN bus, thereby meeting the requirement for applying CAN bus sensors in a complex control system.

The invention discloses a method and apparatus for sharing the control authority of household appliances, and a server. The method comprises the following steps: receiving information sent by a sharer, wherein the information comprises identification information of the household appliances, the identification information of the sharer and first voice information with shared person information; determining the identification information of a shared person according to the first voice information; generating a two-dimensional code according to the identification information of the sharer and the identification information of the household appliances, and sending the two-dimensional code to the corresponding shared person according to the identification information of the shared person; and after it is monitored that the shared person identifies the two-dimensional code, establishing a binding relation between the identification information of the shared person and the identification information of the household appliances, so that the shared person has the control authority of controlling the household appliances. By adoption of the method provided by the invention, the sharer having bound with the household appliances can share the control authority of the household appliances to the corresponding shared person, thereby simplifying the binding flow of the household appliances and enabling the shared person to quickly bind the household appliances.

The invention discloses an integrated excavation, banding and transportation device. The device comprises a vehicle body, an excavation unit and a banding unit, the excavation unit is used for diggingout spheres which are formed by tree roots and soil, the spheres are quickly banded on the banding unit, integrated work of tree excavation and banding can be quickly completed, and a large amount oflabor and time are saved.

The invention relates to a method and apparatus for binding equipment wherein the method comprises the following steps: scanning the image code corresponding to a piece of controlled equipment so as to obtain the serial number of the equipment; uploading the user identification and the serial number of the equipment to a server so that when the server establishes the binding relationship between the user identification and the serial number of the equipment, a binding record is generated and saved for the equipment corresponding to the user identification wherein the equipment binding recording includes the serial number of the equipment; drawing from the server the list of the equipment binding record corresponding to the user identification; and selecting from the list the equipment binding record and announcing the server so that the server could re-establish the binding relationship between the user identification and the serial number of the equipment in the selected equipment binding record. The method and apparatus for binding equipment provided by the invention bind equipment through the scanning of image code, which can effectively avoid the condition that equipment cannot be bonded due to the loss of image code.

The die bonder includes a machine frame. A control box is located at lower end of machine frame, and wafer bed and chute feeder are located on top of it. Under the wafer bed, the thimble is mounted. At the both ends of chute feeder, the loader and lay off machine are separately connected, and the claw and welding arm are also connected. The image collection device is located above it, and a heater is located under it. The image collection device is connected with the control circuit in the control box.

The invention discloses a flue-curing method for fresh tobacco leaves. The flue-curing method includes steps of weaving and binding the fresh tobacco leaves, hanging the fresh tobacco leaves in tobacco flue-curing chambers and carrying out flue-curing on the fresh tobacco leaves. The flue-curing method is characterized in that the fresh tobacco leaves are woven and bound by two rod racks, binding wires are arranged on the rod racks, butted side surfaces arranged on the two rod racks are butted to one another, and a plurality of spaced tobacco leaf mounting spaces are formed on the two rod racks, so that the ends of the fresh tobacco leaves can be bound into the tobacco leaf mounting spaces by the binding wires, the fresh tobacco leaves are in suspension states, contact between the tobacco leaves and the rod racks can be reduced during flue-curing, and the flue-curing uniformity can be improved. The flue-curing method has the advantages that the flue-curing method can be implemented easily, conveniently and quickly and is favorable for improving the flue-curing quality of tobacco leaves, the fresh tobacco leaves can be quickly woven and bound, and the like.

The invention discloses a full-automatic stapler which comprises a first base. The upper surface of the first base is connected with the lower ends of four guide rods which are symmetrically arranged at the four corners of the first base; a nail box is arranged on the upper portion of the first base; side plates are arranged on the left side and the right side of the nail box; a nail pressing plate is arranged on the upper portion of the nail box; a top plate is arranged on the upper portion of the nail pressing plate; the upper ends of the guide rods sequentially penetrate through the side plates and the nail pressing plate and are connected with the lower surface of the top plate; the side plates and the nail pressing plate are all slidably connected with the guide rods; first springs are arranged between the lower surfaces of the side plates and the upper surface of the first base; and the first springs are wound on the surfaces of the guide rods. According to the full-automatic stapler, using is convenient, the bookbinding speed is increased, double hands of a stapler user are free, hand fatigue caused by long-time use is effectively avoided, the situation that due to insufficient pressing force, stapling nails cannot completely penetrate through paper is avoided, the pressing force is uniform, and the bookbinding quality is improved.

The invention provides a preparation method of a superparamagnetic mesoporous molecularly imprinted polymer MMIPs-TBBPS. The preparation method comprises the following steps: preparing a polymer-coated Fe3O4 nanoparticle magnetic molecularly imprinted polymer by means of a one-pot process by taking tetraethoxysilane as a crosslinking agent, 3-aminopropyltriethoxysilane as a functional monomer and tetrabromobisphenol S as a template molecule; and finally, eluting a template by means of Soxhlet extraction to obtain the superparamagnetic mesoporous molecularly imprinted polymer MMIPs-TBBPS. The molecularly imprinted polymer has a uniform core-shell structure, a large specific surface area, a highly ordered mesoporous structure and relatively high saturation magnetization strength, has a fast combining capacity, excellent magnetic response and specific preferential adsorption capacity, and has a relatively high removal efficiency and equilibrium absorption capacity on a common brominated flame retardant, and in particular, the adsorption capacity on TBBPS reaches up to 1626.8[mg]/g. Therefore, the molecularly imprinted polymer can be used for effectively removing the brominated flame retardant in waste water.

The invention relates to a device for producing wire binders (41, 41', 41") for binding booklets of different sizes and thicknesses by means of a wire comb binder, wherein, The wire bindings (41, 41', 41") can be manufactured directly before binding according to the requirements thereof and the respective selected specifications and thicknesses of the booklets to be bound. Wire binders ( 41, 41′, 41″), the number of loops may correspond to the length of the largest booklet to be processed. No modification or adaptation of the device for manufacturing the wire binder (41, 41′, 41″) is required.

The invention discloses an improved machine head of a binding machine, which belongs to the technical field of binding machinery and equipment. The invention aims to provide the improved machine head of the binding machine having the advantages of high binding quality, high binding speed and wide range of binding thickness. The improved machine head has the technical key points that a swinging block component consisting of a swinging block, a pressure arm, a pressure spring, a column and a spigot shaft is arranged between the lower part of an outer shell (1) of the machine head and a molding column (16); the swinging block (11) in the swinging block component is fixed on the outer shell of the machine head by taking the spigot shaft (2) as a rotating pair and is also adjacent to the left side of a striking block (10) on a hook sliding plate (5); the upper part of the pressure arm (13) is arranged in a guide slot of the swinging block and is also connected with the guide slot by a cylindrical pin to form the rotating pair; and the column (14) on the tail end of the pressure arm is inserted into a radial slot on the outer end surface of a forming column, and the pressure spring (12) is arranged between the upper end of the pressure arm and the swinging block. The improved machine head has the advantages of ensuring binding quality, improving binding speed, and making the binding thickness reach the range between 0.2 and 15 mm.

The invention discloses an Internet-of-Things system used in a drop-and-pull logistics mode. The Internet-of-Things system comprises a vehicle-mounted system, a background database server, an inquiring terminal and a logistic distribution center registration subsystem. The vehicle-mounted system is mounted on a logistics vehicle. The logistic distribution center registration subsystem is arranged at each logistic distribution center. The vehicle-mounted system is connected with the background database server by means of a wireless network. The inquiring terminal and the logistic distribution center registration subsystem are connected with the background database server. The vehicle-mounted system collects corresponding vehicle information and information of cargos loaded on the vehicle, and transmits the information to the background database server. The logistic distribution center registration subsystem is used for registering cargos and vehicles entering and exiting each logistic distribution center, and inputting the registered information into the background database server. The Internet-of-Things system realizes fast binding or unbinding among the distribution logistics vehicle, containers and express delivery, and scans and registers the express delivery entering or exiting the logistic distribution center quickly, so as to realize precise positioning of the express delivery in the whole process from the sending to the reception of the cargos.