108results about How to "Guaranteed simultaneity" patented technology

The invention discloses an intelligent sensor for the electrical conductivity of water quality. The sensor comprises a temperature-conductivity probe used for sensing the temperature and the electrical conductivity of the water; a signal conditioning module which is connected with the temperature-conductivity probe, forms a sensing circuit with the temperature-conductivity probe and carries out filtering and amplification to an output signal; a microprocessor which is connected with the signal conditioning module, is used for digitizing the signal input by the signal conditioning module and adopts IEEE1451 standards to carry out the calibration and alignment of channels; a bus interface module which is connected with the microprocessor and is used for the functions of networking and plugging and playing; and a power module which supplies power to the circuits of all parts of the sensor under the control of the microprocessor and realizes the characteristic of low power consumption. The invention can eliminate the polarization effect of the probe, has pollution resistance, large measuring range and low price, and is characterized by the functions of self alignment and compensation, self diagnosis and plugging and playing and high integrity.

The invention discloses a device for testing the penetration and deformation of an impervious material of a gasket of a landfill site. The device comprises a pressurization device, a data control device, a testing vessel and a data processing device; the testing vessel consists of two hollow hemispheres with wing edges; the impervious material of the gasket is arranged between two hollow hemispheres; and the testing device measures pressure at two sides of geomembrane to obtain the pressure difference, provides parameters for the deformation of the geomembrane under certain pressure and can establish a pressure-deformation quantity relation. The testing device has the functions of measuring the osmotic coefficient and the deformation of the impervious material of the landfill site and also has the function of measuring the osmotic coefficients under different pressures. Data acquisition of the testing device ensures the simultaneity of the data acquisition to allow the measured osmotic coefficient to be more accurate. The osmotic coefficient measured by the testing device can be directly read and also establish relations between the pressure and the osmotic coefficient and between the pressure and the deformation quantity; therefore, the device provides more reliable evidence for the engineering application and the estimation of imperviousness of the geomembrane.

The invention relates to a double-liquid capillary micro-flow control valve in a micro-flow control chip, and a manufacturing method thereof, in particular to a capillary micro-flow control mechanism which is used for the micro-flow control chip and can realize sample injection of two liquids at the same time, aiming at solving the technical problem that the sample injection of the two trace liquids with different medium affinity properties can be difficultly realized in the existing micro-flow control technology. The double-liquid capillary micro-flow control valve is provided with a first branch flow groove, a second branch flow groove and an output groove which have equal cross section width; the cross section width of an air duct groove is less than that of the first branch flow groove, the second branch flow groove and the output groove; the depth of the second branch flow groove is equal to that of the output groove, and the depth of the first branch flow groove is less than that of the second branch flow groove; the depths of the second branch flow groove and the output groove are less than that of the air duct groove; the ends of the first branch flow groove and the second branch flow groove are communicated with an input end of the output groove; and the end of the air duct groove is communicated in front of the end of the second branch flow groove. The invention is applicable to the structure of a device which can lead the sample injection of high-affinity liquid to be carried out at the same time.

The invention discloses an LED (Light Emitting Diode) lamp, which comprises a lamp holder, an LED substrate and a plurality of LED light sources, wherein the LED substrate is fixedly arranged on the lamp holder; the LED light sources are fixedly arranged on the LED substrate; the lamp holder comprises an outer shell, an inner shell in the outer shell and a frustum-shaped light source mounting table of a hollow structure; the light source mounting table is provided with a large end and a small end opposite to the large end; the large end is fixedly arranged in the inner shell; the small end protrudes out of the inner shell; the outer surface of the light source mounting table is provided with a plurality of radiating columns; the LED substrate is fixedly arranged on the radiating columns; the light source mounting table of the LED lamp has the hollow structure; and the LED substrate is fixedly arranged on the radiating columns on the outer surface of the light source mounting table to increase the radiating efficiency of the LED light source.

The invention relates to tool fixtures, in particular to an automatic tooth aligning tool fixture. By the aid of the automatic tooth aligning tool fixture, the requirement on angles of gear teeth of gear shafts and gear teeth of gears can be assuredly met. The automatic tooth aligning tool fixture comprises a tool base plate, tooth aligning portions and a floating axial positioning portion. The tooth aligning portions comprise gear shaft aligning teeth, gear aligning teeth, gear supports, cylinders and first limiting supports, the cylinders are mounted on the tool base plate, the first limiting supports are connected to output ends of the cylinders, the gear supports are mounted on the first limiting supports and are driven by the cylinders to move, and the gear shaft aligning teeth and the gear aligning teeth are respectively arranged on the gear supports and are respectively meshed with gear teeth on gear shafts and gear teeth on gears; the floating axial positioning portion comprises an axial support seat and a floating positioning head, a spring is inlaid in the floating positioning head, and the floating positioning head penetrates a guide sleeve, so that the floating axial positioning portion can be formed. The automatic tooth aligning tool fixture has the advantages that the automatic tooth aligning tool fixture is wide in application range, reliable in work and simple in operation, manual work by operators can be omitted in tooth aligning procedures, the tooth aligning accuracy can be guaranteed, and manual work can be reduced.

The invention relates to a high voltage line patrol robot with a single motor controlling movement of three arms. The high voltage line patrol robot comprises a first mechanical arm fixedly mounted on the left side of the bracket via a left support arm and a right support arm, wherein the first mechanical arm is located right behind a cross beam of the bracket. A second mechanical arm is fixedly mounted in the middle of the bracket via a left support arm and a right support arm and located right ahead the cross beam of the bracket, and a third mechanical arm is fixedly mounted on the right side of the bracket via a left support arm and a right support arm and located right behind the cross beam of the bracket. Disc cams and vertical bevel gears are mounted at the bottom ends of the three mechanical arms, a rotation shaft is fixedly mounted at the bottom of the bracket, a swing motor is mounted at the front end of the rotation shaft, and the disc cams and the vertical bevel gears are concentrically and fixedly mounted on the rotation shaft. The robot has the advantages that the cam move to control the movement of the mechanical arms, the robot can avoid a barrier when encountering the barrier and return to the original position for clamping, and the high voltage line patrol robot is driven by the cams, and has a small number of motors, and good climbing ability.

The invention discloses a laser electronic target based on non-diffraction light. Laser transmitted by a cube corner pyramid lens enters a light splitting circuit and is divided into a horizontal beam and a vertical beam; the horizontal beam is reflected by a plane mirror and a beam splitter and then enters a conical lens to form a non-diffraction light spot O2; an image information processing system captures the non-diffraction light spot O2, and a horizontal yaw angle and an inclination angle of an object to be measured can be obtained by calculation of the center coordinate of the non-diffraction light spot; the vertical beam is reflected by the plane mirror on a gravity pendulum with damp, is projected into the beam splitter and enters the conical lens to form a non-diffraction light pot O1; and the image information processing system captures the non-diffraction light and acquires the roll angle of the object to be measured according to the calculation of the center coordinate of the non-diffraction light pot O1. The laser electronic target realizes all-optical space angle measurement based on the non-diffraction light, and has the characteristics of high space angle measurement accuracy, stability, and ambient light interference resistance capacity and compact structure.

The invention aims to provide a buoyancy ball ejection device for an underwater carrier; with a spring for providing a prime power, the buoyancy ball ejection device comprises a buoyancy ball positioning part, a lever conversion part and a buoyancy ball releasing part. A mechanical body provides a connecting platform between the underwater carrier and the ejection device. When the underwater carrier is in normal work, the device can safely keep a non-release state by eagle head hooks; when the underwater carrier completes work and floats onto a water surface, a control system allows a power-loss electromagnet to be electrified to lose magnetism by applying a signal, so that the eagle head hooks are imbalanced in stress so as to generate deflection and lose a contraction effect on a buoyancy ball, then the buoyancy ball is ejected to the water surface having a certain distance from the carrier under the action of the elastic force of the spring, therefore, recycling personnel can successfully recycle the carrier in the premise of keeping a certain safe distance from the carrier. The buoyancy ball ejection device relies on the mechanical method for positioning and releasing, and has the advantages of compact structure, safety, reliability and the like.

The invention discloses an automatic measurement device and method for water body apparent spectrum bi-directional property. The device comprises a master control system, an automatic observation geometry adjustment system, a global positioning system and a multi-angle optical measuring system, wherein the master control system is connected with the automatic observation geometry adjustment system, the global positioning system and the multi-angle optical measuring system through cables; the multi-angle optical measuring system is mounted on the automatic observation geometry adjustment system. The method comprises the steps of installation deployment, position information inputting, real-time time information inputting, sun azimuth calculation, automatic observation geometry adjustment and multi-angle spectrum acquisition. According to the invention, the automatic measurement of water body apparent spectrums at a plurality of observation azimuths can be implemented easily, the observation angle is strictly adjusted, and spectrum data is subjected to parallel acquisition, so that the simultaneity and synchronicity of spectrum data at the observation azimuths are guaranteed, the matching of the spectrum data acquired at different observation angles is greatly improved, and high-quality on-site observation data is provided for research of water body apparent spectrum bi-directional property.

The invention discloses a multi-channel sampling grid voltage bootstrapping switch suitable for a streamline type analog-digital converter. Compared with a traditional grid voltage bootstrapping switch, on the basis of an original clock multiplying circuit and a grid voltage bootstrapping circuit, another grid voltage bootstrapping circuit is added, a sampling switch is arranged correspondingly, meanwhile, the added grid voltage bootstrapping circuit and the original grid voltage bootstrapping circuit share the clock multiplying circuit, accordingly, compared with a plurality of original separated grid voltage bootstrapping switches, a certain area is saved, meanwhile, the synchroneity of various clocks is guaranteed, and simultaneous sampling of multi-channel differential signals can be achieved.

The invention discloses a downhole intelligent-control-type packing two-way injection allocation device comprising an expansion type packer. The two ends of the expansion type packer are connected with an upper measuring and adjusting water distributor and a lower measuring and adjusting water distributor correspondingly, and the other ends of the upper measuring and adjusting water distributor and the lower measuring and adjusting water distributor are connected with an upper control bin and a lower control bin correspondingly. When the downhole intelligent-control-type packing two-way injection allocation device is used, the parts are connected through an oil tube and put downwards into a well in sequence; a cable is in faultless connection with a well outlet to be connected with a ground control system, and thus power supply and communication are kept normal; nozzle front pressure meters, upper nozzle rear pressure meters, lower nozzle rear pressure meters, upper flow meters and lower flow meters in the upper and lower control bins collect or store data in real time; and the data are uploaded to the ground control system through an upper steel tube cable and the like, the working state of the packer is diagnosed timely, and the injection amounts of the upper layer and the lower layer are measured and adjusted timely.

The invention discloses a sampling system and a processing method for a gas chromatograph. The sampling system comprises a control system, a reversing device, sampling interfaces, tail gas interfaces, carrier gas interfaces, quantitative loop groups and chromatographic columns, wherein each sampling gas path is composed of a carrier gas interface, a quantitative loop group and a chromatographic column. When tested samples are to be injected, each gas feeding path is formed by connecting a sampling interface, a quantitative loop group and a tail gas interface together through the reversing device, so that the tested samples are synchronously injected into all quantitative loop groups through the gas feeding path; when the tested samples are analyzed, the tested samples in the quantitative loop group in each sampling gas path are injected into the chromatographic column through the carrier gas interface to be analyzed. By utilizing the sampling system and the processing method, the simultaneity and the precision in sampling of the tested samples are ensured, the problem of artificial interface factors in artificial sampling or respective sampling in two ways is avoided, and the precision and the reliability of a gas chromatograph used for detecting data of the tested samples are further improved.

The invention relates to a rodent depression model construction device and an experiment system, and relates to the technical field of animal experiment methods and equipment. The rodent depression model construction device comprises a cage frame and a control mechanism, wherein a plurality of cage positions are arranged in the cage frame; a cage body used for containing an experiment animal is fixedly connected in each cage position; a vibration motor is arranged under the cage frame; the top of the vibration motor is connected with the bottom of the cage frame through vibration springs; an electric telescopic rod is also arranged at the upper part of the back surface of the cage frame; the fixed end of the electric telescopic rod is hinged to a wall; the telescopic end of a lead screw ishinged to the back surface of the cage frame; an electric control cabinet is arranged in the control mechanism; and the electric telescopic rod and the vibration motor are electrically connected withthe electric control cabinet. The consistency, the synchronism and the timing performance of experiment operation can be ensured; the operation steps of experimenters can be reduced to the maximum extent; the work efficiency is greatly improved; and the experiment quality is improved, so that the depression molding is efficiently and smoothly completed.

The invention discloses an abrasion-resistant S-shaped grinding wheel and a hot-press forming technology thereof. The abrasion-resistant S-shaped grinding wheel comprises the following main materials in volume fraction: 12 to 15% of diamond, 20 to 25% of copper, 40 to 45% of iron, 3 to 8% of tin, 5 to 8% of nickel, 5 to 8% of cobalt and 3 to 5% of auxiliary material alloy powder. The continuous tooth S-shaped grinding wheel is produced through the steps of batching, premixing, total mixing, cold pressing performing, hot pressing sintering, primary cooling, high frequency welding, secondary cooling, surface treatment, paint spraying, edging, and the like. According to the S-shaped grinding wheel produced through the formula and the technology, the strength is improved, the abrasion resistance is improved as well, the service life is prolonged in the actual use process, the production cost is greatly reduced, the resources are saved, and the technology is environment-friendly, sanitary and safe in the production process.

The invention provides an interface conversion device and a conversion method thereof for running test of a serial thyristor valve. The device comprises a signal collection and conditioning unit, a signal processing unit, a programmable logic unit, a signal synchronous conversion unit and a communication unit, wherein the signal collection and conditioning unit, the signal processing unit, the programmable logic unit and the signal synchronous conversion unit are sequentially connected, and the signal processing unit is connected with valve base electronic equipment through the communication unit. The interface conversion device for the running test of the serial thyristor valve has the advantages that various types of triggering and detection commands sent by a testing device can be converted into different commands which can be identified and executed by valves, the cooperation of the testing device and the valves is ensured, and various valve tests can be jointly carried out; the flexibility, adaptability, compatibility and reliability of the testing device are improved, and meanwhile the testing efficiency and the utilization rate of equipment are improved.

The invention discloses an intelligent dish-washing machine with a vegetable and fruit cleaning function. In order to achieve the integration of functions of vegetable washing and fruit washing, the invention provides the intelligent dish-washing machine with the vegetable and fruit cleaning function, the intelligent dish-washing machine comprises a washing chamber, mechanical arms, a flow system,a hot-air blower, a vacuum assembly, a storage assembly and a functional panel; the washing chamber is divided into a vegetable and fruit washing chamber and a dish washing chamber, so that the washing processes of the vegetables and fruits and dishes are separated, stains of the dishes are effectively removed by adopting high pressure washing and low pressure washing, thereby the vegetables andfruits are cleaned, the washing efficiency is improved, the effects of inhibiting bacteria and retaining freshness are improved, and the user requirements are met.

The invention provides a double-end single baseline transmission-type visibility meter, and aims to provide a transmission-type visibility meter, which can reduce the optical pollution effect on the transmission-type visibility meter and semi-quantitatively measure self optical pollution situation. The goal is achieved through the following technical scheme: a first group of laser beams emitted by a first laser device orderly goes through a lens group, then is reflected by a first beam splitter prism, a lambda/4 wave plate, a second beam splitter prism, and a triangular prism, finally the reflected laser beams enter protective glass, the light beams are divided into transmission lights and reflection lights by the protective glass; the transmission lights go through the air in a baseline gas column, then are reflected by the triangular prism and converted into lights to be detected, the lights to be detected are split by the second beam splitter prism and converted into vertical lights, the vertical lights go into a P2 power measuring system; the reflection lights go through the second beam splitter prism for a second time and are reflected into a P1 power measuring system; then a second group of laser beams emitted by a second laser device goes through the similar route as the first group of laser beams and finally enters a P4 power measuring system and a P3 power measuring system; and finally value relationship between the obtained power values and atmospheric extinction coefficient of the baseline gas column can be obtained.

The invention provides a synchronous vertical lifting system for a stereoscopic warehouse. The synchronous vertical lifting system comprises supporting pillars and a rigid lifting platform. The rigidlifting platform is provided with driving motors, and each motor individually drives a set of gear and rack mechanism; all motors are independently controlled by respective drivers, and control unitsof the drivers are in circular series connection; the synchronous vertical lifting system monitors torque values of all the motors in real time, a programmable controller is connected with all the drivers, and sensors are further connected to the programmable controller and comprise a plurality of sensor submodules; the programmable controller compares feedback pulse values of all the sensors withpulsed quantities of the corresponding drivers and send adjusting signals to ensure that the positions of the synchronous vertical lifting platform are synchronous. According to the synchronous vertical lifting system, all the drivers are in circular series connection, thus the drive synchronicity is guaranteed, and the synchronization precision is high. All the motors conduct individual drive, mechanical connection is not involved, and gear and rack mechanisms at the side positions are unlikely to get stuck.