208results about How to "Achieve metering" patented technology

The present invention relates to oil well output liquid measuring power graph method and device. Oil well liquid output is measured through analysis of the 3D vibration of oil pumping rod column, oil pipe column and liquid column and the time relationship of their displacement, speed, strain, stress and load, research of the mutual coupling of the force and displacement of these three sys, acquiring oil well relating data with load and displacement sensors, and computer treatment to calculate the effective stroke of the oil pump. Meanwhile, the present invention also performs the diagnosis and analysis of oil well work state and the remote monitoring of oil well.

The invention discloses an electricity trading system. The system comprises a metering module, a block chain module and a communication module, wherein the metering module is used for bidirectional orunidirectional metering of electric quantities; the block chain module is used for realizing point-to-point electricity trading among nodes in a block chain network in a region through the communication module and the Internet-based block chain network; and the communication module is used for realizing data transmission between the metering module and the block chain module and data transmissionin the block chain network by the adoption of the wireless or wired communication technology. According to the system, electricity trading and recording are performed through the block chain module,so that final electric quantity information and point-to-point electricity trading information are both stored in the block chain network in a distributed and non-tampering mode, metering, trading andrecording of the electric quantity of a microgrid are realized, and the microgrid is more feasible in economy.

The invention provides an airport ground vehicle tracking management system which comprises multiple vehicle information collection devices, one or more ground substations and an upper computer. All ground vehicles are provided with the vehicle information collection devices respectively, the ground substations are arranged on an airport tower or the ground, and the upper computer is arranged on a monitoring center. The ground vehicle information collection devices are connected with the ground substations through wireless transmission networks, and the ground substations and the upper computer are connected through a cable transmission network. The airport ground vehicle tracking management system has the advantages that firstly, real-time and automatic monitoring and management can be conducted on the positions, the running states and the work states of the airport ground vehicles, and the management efficiency of the ground vehicles by the airport is greatly improved; secondly, measuring of the service life of the ground vehicles can be achieved, and a basis is provided for airport and airline measuring and charging; thirdly, statistic data are provided, comparison with the airport flight operation guarantee standard is conducted, and a basis for airport ground service evaluation is provided.

The invention discloses a fine line loss analysis system, which comprises an intelligent line loss analysis host module and a plurality of monitoring modules connected to the intelligent line loss analysis host module. The monitoring modules are respectively arranged at a side of a distribution transformer of a station area, branch nodes of each low-voltage branch line, and the side of each user meter box. The monitoring modules are used for separately monitoring the distribution transformer side, the branch nodes of each low-voltage branch line, the metering data of each user meter box, and the metering data of each branch household meter in each user meter box. The intelligent line loss analysis host module collects the total area data of the station area and the measurement data monitored by each monitoring module in real time, and compares the received measurement data according to a hierarchical structure of a distribution network of the station area to obtain and output the lineloss analysis result. According to the fine line loss analysis system, the fine line loss analysis of the station area can be realized. The method has advantages of simple realization, low cost, highprecision, stability and reliability, and the like.

The invention relates to a heat supply measurement sharing method based on heating area, indoor and outdoor temperature difference and heating time, belonging to the field of centralized heat supply. The technical scheme is as follows: an effective energy consumption concept is introduced from the aspect of actual utility provided for heating users by a heat supply system; effective heat consumption under different outdoor environment temperatures and indoor heating temperatures of the users can be projected by weakening heat loss or gain due to factors such as structures of buildings, heat conduction and heat radiation among different rooms of users, and the like; the product of temperature difference and time corresponding to each of sampling periods of user rooms under real-time outdoor environment temperature and indoor heating temperature is metered; and finally heat measured by building heat meters according to the product of heating area, heating temperature difference and heating time of the users is shared, and the value of the shared heat is taken as the basic evidence for charging the users, therefore, multiple contradictions and problems existed when household metering is carried out by utilizing the traditional metering method are greatly solved.

The invention discloses a self-service charging terminal based on distributed bookkeeping. The terminal comprises a data center server, an automatic charging terminal chip, a metering chip, a mobile phone and a networked charging system. An output end of the data center server is electrically connected with a distributed ledger system. Interaction between the distributed ledger system and the automatic charging terminal chip is realized through a router. The automatic charging terminal chip pre-sets a signature of a user and a contract creation mechanism. The self-service charging terminal based on distributed bookkeeping is capable of rapidly and accurately authenticating an identity of the user and confirming payment information of the user. Therefore, a charging process is automated andself-service. The level of automation of the self-service charging terminal is greatly improved so that the user can pay for his bill more quickly and conveniently. Additionally, the self-service charging terminal can precisely charge in an automated manner. The safety degree is high.

The invention discloses an automatic dosing machine with the mobile receiving function. The automatic dosing machine comprises a storing container, a receiving container, a sliding component, a control component and a rack. The storing container is installed on the rack, and a discharging outlet of the storing container is located above the receiving container. The receiving container is placed on the sliding component. The sliding component is installed on the rack. The control component is installed on the rack and respectively connected with a storing container control mechanism and a sliding component control mechanism. The storing container control mechanism receives a control instruction of the control component, and dosing materials stored in the storing container are sent out; the sliding component control mechanism receives a control instruction of the control component, and drives the receiving container arranged on the sliding component to move to the position below the storing container. The receiving container receives dosing materials discharged by the storing container. The automatic dosing machine has the automatic dosing material discharging and mobile receiving functions, and is simple in structure, low in cost and convenient to clean.

The invention discloses a movable wellhead platform for offshore marginal oilfield development and a use method of the platform. The platform constituently comprises a platform main body and four pile legs, wherein the four pile legs are connected with the platform main body through hydraulic lifting devices; a submarine oil pipeline vertical pipe is arranged along a height direction of one pile leg; the platform main body is provided with fixing winches and positioning anchors which are respectively arranged outside the pile legs; the platform main body is provided with a multi-way valve, a multiphase flowmeter, a water injection manifold, a water injection filter, a wellhead control disk, an industrial switch, an electric submersible pump junction box, a submarine cable junction box, a lifting hydraulic station, an electrical winch, an electrical remote-control gangway ladder, oil and gas production equipment and a wellhead supporting structure; the wellhead supporting structure is connected with a conductor tube; a wellhead Christmas tree is arranged on the upper end of the conductor tube; the lower end of the conductor tube drills into a submarine designated position, and is fixed by utilization of an underwater wellhead template. The movable wellhead platform disclosed by the invention has the advantages that the production requirements of different offshore marginal oilfields in all life cycles can be met, and the platform can be further removed and wetly towed to other oilfields for operation after the current oilfield is abandoned.

The invention discloses an in-situ self-inspection and metering device of an automatic test system. The in-situ self-inspection and metering device of the automatic test system comprises a main control computer, a first measurement and control module, a second measurement and control module, a test interface, a power module and a calibration instrument. The first measurement and control module is connected with the main control computer through a PXI bus. The second measurement and control module is connected with the main control computer through an LXI bus. The test interface is connected with the first measurement and control module and the second measurement and control module respectively. One end of the power module is connected with the main control computer, and the other end of the power module is connected with the test interface. The calibration instrument is connected with the test interface. The invention further provides an in-situ self-inspection and metering method. According to the in-situ self-inspection and metering device and the in-situ self-inspection and metering method of the automatic test system, the accuracy and the reliability of self-inspection results can be improved effectively, the self-inspection and metering period of the system is shortened, and the automation and informatization needs are met.

The invention discloses a preparation method of a polyurethane elastomer containing two kinds of special micropores and aims to solve the problem that a polyurethane elastomer containing one kind of special miropores in the prior art requires high production cost and can be only applied in limited special fields. The preparation method is characterized by the following steps of: mixing a performed polymer component and a chain extender component in proportion, injecting the reaction feed liquid into a die with the die temperature of 75-90 DEG C, molding, followed by secondary slaking, and demoulding to prepare the polyurethane elastomer containing two kinds of special micropores. The product prepared by the method has all performance of the polyurethane elastomer containing one kind of special micropores, and is more excellent than the polyurethane elastomer containing one kind of special micropores due to excellent heat conductivity and low price. The product is mainly used to prepare filled-type high-speed solid tires, high-speed railway sleepers and the like.

The present invention discloses an electric energy meter having the AC/DC adaptive electric energy measurement function and an electric energy measurement method. The electric energy meter comprises a voltage sampling module, a current sampling module, an electric energy measurement module and a single-chip microcomputer control module. The electric energy measurement module comprises a signal detection unit, a signal processing unit, an A/D conversion unit, a high-pass filter, and an electric energy measurement unit. The signal detection unit of the electric energy measurement module is used for conducting the zero-crossing detection and the frequency measurement on input signals. Based on the dual judgment conditions of a zero signal and a frequency threshold, whether an input signal is an AC signal or a DC signal can be distinguished, so that the AC measurement or the DC measurement is adaptively conducted. According to the technical scheme of the invention, no extra circuit is required, while the input DC or the input AC can be measured. The electric energy meter is simple, practical and reliable. The problem that two types of electric energy meters are respectively required for the AC measurement and the DC measurement in the prior art can be solved.

The invention provides an oil field single-well metering device and method. The oil field single-well metering device comprises a metering tank and an energy-storage tank which mutually communicate. Gas with the preset pressure is stored in the energy-storage tank, and a liquid inlet pipeline, a liquid level meter, a liquid outlet pipeline and a weighing module are arranged on the metering tank. An inlet valve is arranged on the liquid inlet pipeline, and an outlet control valve is arranged on the liquid outlet pipeline. A piston for cleaning the metering tank is further arranged in the metering tank, and the bottom of the metering tank is connected with a cleaning device which is used for injecting cleaning liquid in the metering tank. Through all embodiments of the oil field single-wellmetering device and method, the structure is simple, operation is convenient, oil field single-well metering is achieved under the situation that additional power is not needed, and the accuracy of the single-well metering result is improved.

The invention provides a standard meter access-based uninterrupted-power replacement method for replacing electric energy meters. A standard meter is accessed to the circuit of an electric energy meter. During the process from the removal of an old electric energy meter to the installation of a new electric energy meter, an electric energy metering circuit is established through switching the short-circuit plates of an electric energy metering device. In this way, the electric energy metering function is realized during the replacement of electric energy meters by means of the standard meter. According to the technical scheme of the invention, the electric energy metering function is realized during the replacement of electric energy meters. In this way, the economic loss caused by the missed metering phenomenon of the electric energy during the current power-outage replacement process of electric energy meters in the prior art can be avoided. According to the method, a three-phase 0.02-level portable multifunctional standard electric energy meter is adopted, so that the metering accuracy can be ensured. At the same time, based on the design of upper blocks, lower blocks and short-circuit plates in the junction box of the electric energy metering device, the electric energy is completely cut off during the mounting and dismounting process of to-be-dismounted electric energy meters and newly mounted electric energy meters. Therefore, electric energy meters are isolated from the charged electric energy metering loop of the standard electric energy meter. As a result, the secure operation is realized.

The invention relates to a municipal solid waste intelligent timely cleaning method. A cleaning platform is established in advance, and comprises a dustbin capacity detection device, intelligent application software, and a network server. The dustbin capacity detection device comprises a data transceiving module, a capacity detection module, a microprocessor, and a code storage module. The network server comprises a memory unit, a central processor, and a data scheduling unit. The memory unit is used to store city map information, the installation position information of the dustbin capacity detection device, and a software code of dustman application software of a dustman. The installation position information of the dustbin capacity detection device is constituted by the unique number of the dustbin capacity detection device and the installation position thereof. The municipal solid waste intelligent timely cleaning method is advantageous in that municipal solid waste processing speed is greatly accelerated, metering of dustman workload is realized, and the performance of the dustman is facilitated; information of almost all of waste spots is acquired, and dustmen are timely allocated, and therefore an intelligent degree and flexibility are high.

The invention relates to a pore-level simulation experiment device for alternately displacing oil by microorganisms and air in porous media. The pore-level simulation experiment device comprises a micro-pump, an air pump, a valve, a first intermediate container, a second intermediate container, a third intermediate container, a pressure sensor, a microscopic visualization transparent model, a sampler, a vacuum pump, a bubble tower, a computer, a three-dimensional video microscope, a hot water circulating heater and constant-temperature circulating water bath. The pore-level simulation experiment device has the advantages that remaining oil distribution images can be observed in real time, can be acquired and can be quantitatively analyzed in procedures for alternately displacing the oil by the microorganisms and the air; injection pressures can be measured in real time in the procedures for alternately displacing the oil by the microorganisms and the air; the water content and the oil production of microorganism and air alternative displacement can be metered and analyzed; pore throat characteristics of real oil reservoir rock can be reflected by the designed microscopic visualization transparent quartz sand model, and the model is filled with transparent quartz sand, is convenient to clean and can be refilled with transparent quartz sand to be used.

The invention discloses an intelligent water cup realizing a water drinking amount sensing function and a detecting method for the water drinking amount based on the intelligent water cup. The intelligent water cup comprises a cup body, an upper cover body, a lower cover body and an inner cover body, wherein the lower cover body is connected to the opening position of the cup body, and the inner cover body is arranged between the opening of the cup body and the lower cover body; a water drinking hole communicating with the cup body is formed in the inner cover body, a master control PCB and alithium battery are arranged in a sealed accommodating cavity formed between the lower cover body and the inner cover body, and a silicone water drinking spout is arranged corresponding to the water drinking hole; and the inner cover body is provided with a flow inducing sensor corresponding to the water drinking hole, a water drinking inducing sensor is arranged between the silicone water drinking spout and the water drinking hole, the flow inducing sensor and the water drinking inducing sensor are electrically connected with the master control PCB, a movement recognizing device is further integrated on the master control PCB, and the master control PCB comprises a gravity sensor, a feature extracting unit and a water drinking recognizing unit. According to the technical scheme, the accurate recognizing and judgment for the water drinking amount of a user are realized, and then analysis data with a reference value is provided for the health management of the user.

The invention discloses a feed line terminal metering method capable of filtering rest direct current components in alternating current samples. The method comprises following steps of step 1, establishing a direct current filter difference equation; step 2, according to filter principles and the difference equation, deriving a filtering algorithm; step 3, by using a single chip microcomputer to carry out digitalization processing, and according to sampling principles, carrying out sampling at equal intervals on to-be-acquired alternating current simulation quantities so as to acquire a discrete signal sequence; and step 4, deploying an alternating current sampling and signal processing and filtering algorithm in AD interruption of the single chip microcomputer, wherein when the acquired data quantity is accumulated to a certain quantity, a program front end can carry out periodical task or second task calculation according to the accumulated buffering data, and calculates effective values of voltage and current, power grid frequency, power parameters and related electrical parameters. Before measurement, rest direct current filtering is performed on each phase of voltage and current obtained through alternating current acquisition, so effects on measurement imposed by direct current components are eliminated, so AD interruption metering is achieved.