664results about How to "Reduce usage costs" patented technology

The invention discloses repeating titanium clamp pincers, which comprise a pincer body and a nail storage for filling a titanium clamp. When in use, the clip storage is inserted into the pincer body, and a handle is pinched to realize the clamp-closure of the titanium clamp and is released to finish the automatic filling of the next titanium clamp. The repeating titanium clamp pincers can effectively improve the operative speed, shorten the length of operation and reduce the probability of falling off of the titanium clamp when apparatuses are passed; in addition, only the titanium clamp and the nail storage are disposable apparatuses, while the pincer body can be sterilized and repeatedly used, thus the cost on use of the repeating titanium clamp pincers is low and economical burdens of patients can be relieved; besides, bended pincer heads can provide wider field of view and internal-mounted structural parts are beneficially for being prevented from contaminating by the operation.

The invention discloses an intelligent household information system of an internet of things, which comprises a terminal device system, a secure transmission system, an information management system and an application system; the terminal device system consists of a hardware sub-platform, a system and software sub-platform, an internet of things sub-platform, a 3G sub-platform and an input and output sub-platform, and the system adopts delicate intelligent design, comprises an industrial automation technology, an intelligent technology and a network communication technology and realizes the fusion of two nets; and the sub-platform of the internet of things consists of infrared, Bluetooth, RFID, RS232, RS485, RJ45, USB, DB9, a DB25 common serial interface, a parallel interface, other interfaces and an SAM secure access module. The system does not need message sending or phone activation, realizes complete combination of security defense and household management, overcomes the problems of communication time delay, image effects, unitary instructions and functional defects, has low purchase, maintenance and working cost and truly realizes intelligent active household management.

The invention relates to a pressure-controlled drilling method based on drilling annulus wellbore multi-phase flow computing, which comprises the following steps: obtaining basic parameters for drilling wellbore multi-phase flow computing; determining the variety of fluid in wellbore annulus; considering multi-phase multi-component complex flow factors, and establishing a wellbore annulus internal multi-phase flow control equation group; establishing definite conditions for the multi-phase flow control equation group by combining with technical processes under pressure-controlled drilling different working conditions; carrying out grid division on the time and space domains obtained by multi-phase flow computing; carrying out numerical discretion; solving the wellhead back pressure required by pressure-controlled drilling; and adjusting the wellhead throttling valve based on the computed wellhead back pressure value to realize pressure-controlled drilling. Through the adoption of the method, pressure-controlled drilling can be continued under the condition that the drilling fluid contains gas; the method can be applied to the pressure-controlled drilling process of strata highly containing acidic gases; and the computation accuracy is high, the error is small, the control accuracy of pressure-controlled drilling is improved, and the application range is enlarged.

The embodiment of the invention provides an obstacle avoidance path planning method of obstacle avoidance task unrelated artificial potential field guide. The obstacle avoidance path planning method comprises the steps of using the energy consumption, end speed and frictional wear of a manipulator as optimization objectives according to the use cost of the space manipulator, and providing a minimum singular value index to which a speed limit is introduced on the basis; providing a gradient potential field offline construction method considering the operating cost of the manipulator according to the minimum singular value of a jacoby matrix to which the speed limit is introduced and the operability, condition number and joint limits of the manipulator; and expanding by using constructed random trees in a gradient potential field guided RRT algorithm, and planning to obtain an obstacle-free operating path of the space manipulator. According to the obstacle avoidance path planning method provided by the embodiment of the invention, when an obstacle avoidance path planning task of the redundant space manipulator is executed, the efficiency of an obstacle avoidance planning algorithm can be improved, and the use cost of the manipulator can be reduced.

The invention discloses a WG radio transceiver, comprising a mobile communication module, a communication module of WiFi wireless LAN, a data host, an antenna, a data wire and a driver power source, which implements the technical proposal for monitoring house state in a short distance through smart phones which rely on a WiFi wireless LAN and monitoring house state in a long distance through smart phones which rely on a mobile communication network, and the invention is characterized by real-time and bidirectional information exchange, large communication capacity, good compatibility, strong capacity for resisting disturbance and convenient switch between short-distance control and long-distance control, thus being an ideal smart household controller.

The invention provides a tackifier for a drilling fluid, and a preparation method and application thereof. The tackifier is a quadripolymer formed by polymerization of four alkene monomers, wherein the four alkene monomers are selected from a temperature-resistant salt-tolerant monomer, a hydrated monomer and an adsorptive monomer; the temperature-resistant salt-tolerant monomer is selected from an alkenyl sulfonic acid monomer; the hydrated monomer is selected from alkenyl carboxylic acid, alkenyl alkane ketone and double-bond-containing quaternary ammonium salt compounds; and the adsorptive monomer is selected from an alkenyl amide monomer. The tackifier provided by the invention can resist a high temperature of no less than 180 DEG C, is resistant to saturated salt, has remarkable tackifying effect, is low in toxicity and environmentally friendly, and can obviously improve the dehydration and wall building capability of the drilling fluid, thereby effectively reducing the dehydration. The invention solves the downhole complexity possibly caused by the fact that the drilling fluid system can not carry and suspend rock debris and thus can not clear boreholes in time due to reduced viscosity shearing force as a result of poor temperature resistance and salt tolerance of the tackifier in deep well, ultradeep well, horizontal well and extended reach well operations.

The invention discloses a multi-walled carbon nanotube-loaded nano ferrofferic oxide (Fe3O4) catalyst and a preparation method and an application thereof. In the multi-walled carbon nanotube-loaded nano ferrofferic oxide catalyst, ferroferric oxide is distributed on the surface of the outer wall of the multi-walled carbon nanotube. The preparation process is simple, the cost is low, and easiness in industrialized popularization is realized. In the synthesized catalyst, the crystallinity of the Fe3O4 nano particles is high, the particle size is controllable, and the particles distribution is narrow. The catalytic activity of the multi-walled carbon nanotube-loaded nano ferrofferic oxide (Fe3O4) catalyst multi-walled carbon nanotube-loaded nano ferrofferic oxide (Fe3O4) catalyst (Fe3O4-MWCNTs) is high and the Fe3O4-MWCNTs is easy for being repeatedly used through magnetic separation. The Fe3O4-MWCNTs which is prepared by the method can be used as peroxide mimic enzyme and can be used as catalyst for organic pollutants which are difficult to degrade and for organic synthesis.

The intelligent control method for air compressor includes the following steps: starting the combined control cabinet if selecting combined control mode; and operating in single set operation mode if selecting single set operation mode, and monitoring the parameters through the man-machine interfaces of the single sets. By means of combining automation technology and communication technology, the present invention performs the pressure order operation mode, resulting in operation cost of each compressor, prolonged compressor life, saving in power consumption, raised operation reliability and convenient use.

The invention discloses a bidirectional satellite navigation and communication positioning method and system, relating to a satellite technology. The system is provided with an outcoming and incoming positioning link and a communication link, comprises satellite ground stations (a master station and an auxiliary station), a synchronous communication satellite and various user terminals, is a highly-integrated navigation positioning and communication integrated bidirectional information system, has various functions, such as bidirectional pseudorange measurement, positioning, velocity measurement, posture measurement, direction finding, time service, help calling, monitoring, surveying, communication, search and rescue, service, and the like and has the characteristics of high precision (relative positioning precision: millimeter level (1Sigma); measuring frequency: 50Hz; velocity measurement precision: 0.01mm/s; bidirectional time service precision: superior to 0.1ns; and communication information transmission rate: 50bps-2400bps), less investment, short construction period, good completeness, high reliability, and the like.

The invention discloses a system for remotely monitoring and controlling an internet of things on the basis of a GPRS (General Packet Radio Service) network, relating to a monitoring system. A center server with coexistence of two modes such as B/S and C/S is adopted for carrying out data conversion with monitoring terminal equipment and a monitoring center client side by a TCP/IP (Transmission Control Protocol/Internet Protocol) mode so as to realize distributed remote monitoring and controlling. In the system, the operation does not need to create a local area network by self, so that the network creating cost is saved and the reliability is high; and the equipment is general and simple, the cost is low, the one-time investment is less, the use cost is low, the installation and maintenance are convenient, and the operation is safe, no limitation can be caused by the terrain, the landform and the environment, and even no pollution can be caused. The system can be widely applicable to streetlamps, railways, gas, running water, power, environment, petroleum and machines and the like. The system has the advantages of high network access speed, advanced technology, safety, reliability, economy, reasonability, energy conservation, simpleness and convenience in maintenance and strong practicability, and conforms to the trend for development of the conservation-minded society.

The invention relates to a weighing module which comprises a base and a weighing sensor, wherein the connecting side of the weighing sensor is installed on the base by a fastener; the base is provided with more than two installation holes; both side faces of the weighing sensor are connected with the wall of a spacing groove; the bearing side of the weighing sensor is provided with blind holes in a vertical direction; a top board or/and a bottom board of a frame-shaped rack is provided with installation holes; a bearing piece with spacing holes at the bottom is screwed on the top board of the frame-shaped rack and is fixed with the top board by a fastening bolt; both end surfaces of a rocking column respectively come into contact with the bottom surfaces of the blind holes and the top surfaces of the spacing holes; protective space A is arranged between the upper end surface of the weighing sensor and the bottom surface of the bearing piece; two horizontal spacing bolts are respectively installed on two side boards and positioned on both sides of the weighing sensor; and protective space B is arranged between the end surfaces of the horizontal spacing bolts and both side faces of the weighing sensor. The weighing module has the characteristics of high weighing precision, safety, reliability, convenient installation and maintenance, stable operation, low manufacturing cost and wide application range.

The invention discloses an embedded system capable of monitoring the unlawful act of a vehicle, which relates to the technical field of computer image processing, and comprises the following steps of an implement method: selecting one of a stand-alone connection mode or a network interconnection connection mode, comprising the steps: setting a monitoring region, collecting images, indentifying vehicles, recording unlawful data and recording a record file. A picture for monitoring and recording the unlawful act of a vehicle is collected by the same image collector; a picture for recording an unlawful vehicle licence has high resolution ratio; the image range of the picture and the picture recording the unlawful position of the vehicle is coincident; the recorded unlawful data also comprises a video stream file for recording the unlawful process of the vehicle; and the recorded video file is a series of unit video files the recording duration length of which is more than or equal to 120 hours. The method can monitor and record the various unlawful acts of the vehicle, can provide a powerful proof for traffic accident management and provide an effective clue for law case detection, and can be widely applied to the unlawful management of traffic vehicles.

The invention discloses a repeater for automatically adjusting a position, a repeater system and a relay method. A repeater body is fixed on an automatic mobile apparatus, the repeater body is utilized for providing network signals for a user, receiving first network signal intensity and second network signal intensity fed back by the user at the same time, and sending the first network signal intensity and the second network signal intensity to the automatic mobile apparatus; and the automatic mobile apparatus, according to the first network signal intensity and the second network signal intensity, moves to an optimal relay position, i.e., the repeater body moves to the optimal relay position along with the automatic mobile apparatus, at the moment, the intensity of the network signals which are received by the user and provided by the repeater body is the maximum, and the network signal intensity is smaller than the second network signal intensity. According to the invention, the repeater can move according to the position of the user, high-intensity network signals are provided for users located at any positions, arrangement of multiple repeaters can be avoided, and the application cost of wifi is decreased.

The invention discloses an airplane control plane deflection angle measuring system, and belongs to the technical field of engineering observation and control. The airplane control plane deflection angle measuring system is characterized by comprising an operation control unit [1], a horizontal stabilizer deflection angle measuring unit [2], an elevator deflection angle measuring unit [3], an aileron deflection angle measuring unit [4], a rudder deflection angle measuring unit [5], a spoiler deflection angle measuring unit [6], a flap deflection angle measuring unit [7], a slat deflection angle measuring unit [8], a field control bus [9], an operation application unit [10], a field power supply [11] and a field power line [12], wherein the operation control unit [1] executes the order of the operation application unit [10], and realizes transmission of control orders, state information and measurement data with the deflection angle measuring units through the field control bus [9]; the field power supply [11] supplies power to the various deflection angle measuring units through the power line [12]. The airplane control plane deflection angle measuring system disclosed by the invention is complete in functions, reasonable and compact in structure, reliable in working, convenient to use, and good in expandability and clipping modularity.

The invention discloses a network isolation system based on a dual one-way channel transmission technology. The system comprises a transmitting end, a receiving end, and a transmitting channel and a feedback channel that are connected between the transmitting end and the receiving end, wherein the transmitting channel comprises network cards separately located at the transmitting end and the receiving end and a one-way transmission component connected with the two network cards, and the feedback channel comprises serial ports separately located at the transmitting end and the receiving end andthe one-way transmission component connected with the two sets of serial ports. The invention also provides a method for implementing the network isolation system based on the dual one-way channel transmission technology. The method includes the following steps: the transmitting end sends data to the receiving end through a one-way optical fiber, and the receiving end feeds the data receiving situation back to the transmitting end through a one-way serial port. Compared with an existing one-way transmission technology, the scheme of the invention is higher in reliability, faster in transmission speed and better in integration level. According to the scheme of the invention, the one-way isolation equipment can be integrated, the use cost can be reduced, and the efficiency can be improved.

The invention provides an image process method for image generated by plug-type camera in stove, especially monitors the work state of fuel in the stove in process of puddling high furnace, and uses computer to process the image in order to describe the air and temperature distribution state of fuel, monitor the work state of chute and big clock and the material flow state, and monitor the abnormal state of tube and material collapsing in stove. The camera is made up of the body, camera, monitor, digital thermometer, computer and color monitor. The advantages lie in: it uses micro-camera without moving part to acquire the infrared image in stove, and uses the computer to process the image.

The invention provides an airtight pressure-charged hot-gas floating platform. The floating platform comprises a lifting system (1), hanging ropes (2), a nacelle (3), a mooring cable (4), a guiding plate (5), a hydraulic winch (6), an anchoring vehicle (7) and a control system, wherein the lifting system is connected with the nacelle through the hanging ropes; the upper end of the mooring cable is connected with the joint of the lower ends of the hanging ropes; the lower end of the mooring cable is mounted on the guiding plate; the guiding plate and the hydraulic winch are sequentially fixed on the anchoring vehicle; and the lifting system (1) comprises a capsule (11), a one-way pressure release valve (12), booster fans (14), heaters (15) and a supercharging member (16). Compared with the prior art, the airtight pressure-charged hot-gas floating platform has the benefits that the capsule is high in rigidity, strong in wind resistance and stable in operation; the manufacturing cost is low, the operation is easy and the maintenance is simple; safety and reliability are achieved, so that the accident incidence is low; and in case of emergencies, such as natural disasters, the emergency response is fast and the mobility is strong.