201 results about "Water testing" patented technology

A cross-platform web-based system for water testing capable of measuring, analyzing and maintaining the quality of water using a plurality of different test strip readers each configured to obtain a digital image of a reagent test strip, normalize and analyze color information in the digital image by colorimetric analysis, and to transmit a set of colorimetric values corresponding to said digital image to a cross-platform cloud-based system for analysis. The cloud-based server(s) receive the colorimetric values, calculate analyte parts-per-million (ppm), and return the calculated analyte ppm with consistant results no matter which reader is used.

Process for assessing and remediation of a contaminated site comprising the steps of assessing the contaminated soil and/or groundwater at a contaminated site involving geophysical scans of the contaminated site and pH, microbial, salinity and metal testing of the soil and/or water contained in the site or other site specific parameters. Remediation of the soil and/or water at the site insitu is followed involving electro-kinetics of the contaminated site. Water testing is carried out during remediation to determine the effect of remediation. Following remediation, an assessment of the remediated soil and water involves electromagnetic scans of the contaminated site as well as pH, microbial, salinity and metal testing of the soil and water contained in the site Once the results of all tests are analysed, the electro-kinetic remediation can be deemed successful or optimized and continued for an extended duration. Effluent water collected from electrodes during remediation can be treated using electrodialysis or suitable technology and then used to flush the vadose zone or reinjected into the groundwater zone the water was extracted from.

The invention provides variable water head sectional permeation coefficient measuring equipment which comprises a falling head micro-water testing device, a double-plug blocking device and a probe, wherein the micro-water testing device comprises a measuring cylinder and a water leakage shock tube which are connected though a water guide tube; the double-plug blocking device comprises a high-pressure air cylinder, a one-way valve, a pressure gauge, a first plug and a second plug which are connected through a gas guide tube from top to bottom in sequence; a gas valve is further arranged between the one-way valve and the pressure gauge; and the first plug, the water leakage shock tube and the second plug are arranged inside the probe from top to bottom in sequence. The invention further provides a method for measuring the sectional permeation coefficient by using the equipment. The equipment is simple in structure, low in cost and convenient to use; and the first plug and the second plug are swelled to block and isolate a section of drilling holes by compressing air using the high-pressure air cylinder, the permeation coefficient of a water-bearing layer near the drilling holes at the sealed section can be measured by using the micro-water testing device, and the measurement result is accurate.

The invention relates to a pressurized-water testing and grouting device in geological prospecting. The drilling pressurized-water testing/grouting device in the invention is composed of an air compressor/hand pump (1), an air tube (3), a locating joint (8), an air sac (11), a lower seal head (17), a communicating air tube (14), a shock tube (15), an enclosed air sac (16), a high pressure rubber tube (4) and a water/grout injection pump (7), wherein the locating joint is arranged above the air sac and is fixedly connected with the air sac into a whole, the air compressor/hand pump is communicated with the air sac by penetrating through the locating joint by virtue of the air tube, the lower end of the air sac is fixedly connected with the lower seal head, the water/grout injection pump (7) penetrates through the locating joint, the air sac and the lower seal head by virtue of the high pressure rubber tube (4) to be communicated with the shock tube, the enclosed air sac is arranged below the air sac, the two ends of the air sac are sealed by seal heads, and the communicating air tube penetrates through the lower seal head and the seal head above the enclosed air sac to cause the air sac and the enclosed air sac to be communicated.

The invention provides a water testing tool of a water faucet, which belongs to the field of mechanical technique, and solves the problem that the existing water testing tool cannot be used for detecting the water faucet with a plurality of cavity bodies. The water testing tool of the water faucet comprises a base, wherein a plug I and a plug II are arranged on the base; an air inlet passage I is arranged on the plug I; an air outlet end of the air inlet passage I is communicated with a corresponding water inlet end; an air cylinder I is fixedly connected onto the base; a piston rod of the air cylinder I is connected with the plug II and can drive the plug II to horizontally move back and forth; a plug III capable of plugging a water outlet end of the water faucet is also arranged on the base; an air cylinder II is arranged on the base, and can drive the plug III to horizontally move back and forth; an air inlet passage II is arranged on the plug III; one end of the air inlet passage II is communicated with a water inlet end of the water faucet; and an air inlet end of the air inlet passage II can be connected with an air pipe. The water testing tool of the water faucet has the advantages of capability of detecting a plurality of cavities of the water faucet.

The invention discloses a water-testing seal plug and a water testing method, and the water-testing seal plug comprises a housing, a cam, a handle, an expansion mechanism, a front retaining ring and a seal ring, wherein the cam comprises two cam contact surfaces which are connected by a plurality of arcs and located at the different distances from the rotating axle center of the cam, and a rotating shaft of the cam is connected with the handle and the expansion mechanism; and the expansion mechanism comprises an expansion body and an expansion block, a groove is formed on the outer surface ofa ladder of the expansion block and a tension spring is placed in the groove and used for clamping and binding the expansion block on the expansion body. When in use, the water-testing seal plug is aligned with an electric heating port, the handle is adjusted to the horizontal position, the expansion body moves upwards, the expansion block becomes large uniformly on the inner side of the tension spring, then the electric heating mounting port is further tightened, and the seal ring simultaneously enters into a concave groove of an electric heating flange plate for compression and sealing so as to achieve the water testing purpose. The water-testing seal plug is simple in structure and convenient to operate, as long as the cam is pressed into the appropriate position by an employee, the expansion block can expand so as to achieve the effect of fixing with the electric heating port, the water-testing seal plug is applicable to line production and the production efficiency is greatly improved.

The invention relates to an automatic work line which integrates assembly, aging water testing and packaging of sanitary products, in particular to an online assembly aging integrated wire of an intelligent toilet and an operation technology thereof. The online assembly aging integrated wire of the intelligent toilet mainly comprises an assembly line, an aging water testing line, a conveyer line and a packing line. The online assembly aging integrated wire of the intelligent toilet is a complete automatic line which is formed by integrating the assembly line, the aging water testing line, the conveyer line and the packing line, solves the problem that plates need to be manually carried in a traditional toilet production line mode, saves a large amount of manpower and a large quantity of material resources, and furthermore prevents the intelligent toilet from being destroyed and damaged during the carrying process, reduces production cost of an enterprise, improves work efficiency, and obtains a stable and reliable test result in the aging water testing.

The invention belongs to the field of solar water heaters, and relates to a polypropylene modified material and method for preparing a plastic inner casing of a water heater by using the polypropylene modified material. The polypropylene modified material comprises the following components by weight: 60-90% of polypropylene, 10-20% of fiberglass, 0-5% of edible calcium, 0-5% of an antioxidant, 0-5% of an ultraviolet screening agent, and 0-5% of a setting agent. The beneficial effects of the invention are as follows: (1) the polypropylene modified material provided by the invention is high temperature resistant, can be used for a long time at a temperature higher than 100 DEG C, and has good chemical stability; (2) the method for preparing the inner casing of the solar water heater by using the polypropylene modified material is simple in procedures and easy in operation; and (3) the plastic inner casing prepared by the method according to the invention has high strength, does not leak gas and water under a 5MPa container pressure, does not deform and break during water testing, pressurization and other processing processes, and has a long service life over 20 years.

The invention discloses a leaf water near infrared non-destructive testing device in a light open environment, comprising a modulation light source, a testing circuit and calculating and processing equipment, wherein the modulation light source is used for launching alternating current optical signals with modulated light intensity to a leaf according to an alternating current rule, the testing circuit is used for converting the alternating current optical signals permeating through the leaf to spectroscopic data, and the calculating and processing equipment is used for calculating the water concentration of the leaf from the spectroscopic data. The invention also discloses a leaf water near infrared non-destructive testing method in the light open environment, comprising the following steps of sequentially illuminating two lights with preset wavelengths, which are a first light and a second light, onto the surface of the leaf through optical fibers; converting the two lights which transmitting the leaf to first spectroscopic data and second spectroscopic data; calculating the water concentration of the leaf according to the two kinds of spectroscopic data. The device has simple structure, and can carry out testing in the light open environment and eliminate attenuation caused by light absorption and scattering of a leaf background in the process of water testing to enable a measured value of the water concentration to be more accurate.

The invention discloses an intelligent inspection system and method for a fire water supply system. The intelligent inspection system comprises a monitoring system and a water testing control device. The monitoring system comprises an inspection terminal. The inspection terminal comprises a detection unit and a central processing unit which stores logical operation programs, controls the water testing device and judges the operation states of the fire water supply system according to the parameters sent by the detection unit. In order to avoid the situation that existing fire water supply systems are in the static working state for a long time and normal linkage cannot be guaranteed, the tail end water testing device is adopted, reasonable detection points are set through combination with an existing fire protection pipe net so as to form the system and the method capable of performing real-time dynamic and static inspection on a fire fighting system, and normal linkage of the fire water supply system is guaranteed. Therefore the purpose that the fire water supply system is in good and effective working sate and puts out a fire timely during outbreak of fire can be achieved, and loss caused by the fire is reduced.

The invention provides an automatic fire-fighting terminal water testing system. Flow sensors in measurement control modules of automatic fire-fighting terminal water testing devices of the system acquire flow signals, process and convert the flow signal to flow and water pressure data, and the flow and water pressure data is transmitted to a central measurement control device through a communication module and a communication bus. The measurement control module of the central measurement control device detects the water pressure and flow data of each automatic fire-fighting terminal water testing device at set intervals through the communication module, a data processing module acquires the data from the measurement control module and process the data, the processed data is transmitted to a data display module and a database module, and a fault detection module tests a state of each automatic fire-fighting terminal water testing device of the system at set intervals. The automatic fire-fighting terminal water testing system has the advantages that the automatic fire-fighting terminal water testing system can monitor flow and water pressure situations of worst points in a fire-fighting fire-sprinkling system in real time remotely.

The present disclosure teaches a practical method and apparatus for providing accurate, economic drinking water testing using materials available worldwide: a mirror 10, cell-phone 20, and a plastic bag 30. Cell-phone 20 contains a C# computer application which captures color digital images of water whose water quality is desired, processes said color digital images, and displays information suitable for determining water quality on said cell-phone. The present invention is susceptible to use by the majority of persons capable of cell-phone operation.

The invention discloses an automatic fire alarm fire-fighting system. The automatic fire alarm fire-fighting system comprises a spraying pump, spraying heads, a wet alarm valve, electromagnetic valves, a water flow indicator, a water motor alarm, a fire hydrant, a high-level water tank and a check valve. The fire hydrant is connected to the wet alarm valve, the wet alarm valve is connected with a safety signal valve, the safety signal valve is connected with the water flow indicator, a closed-type spraying head and an open-type spraying head are arranged on the water flow indictor through the electromagnetic valves, and the closed-type spraying head is connected to a tail end water testing device. A pressure gauge, a delayer and the water motor alarm are sequentially connected to the wet alarm valve. The wet alarm valve is arranged between the high-level water tank and the check valve, and the check valve is connected to a fire-water pond through the spraying pump and a brake valve. The automatic fire alarm fire-fighting system is safe, reliable, and capable of discovering and notifying fire disasters as soon as possible, the fire disaster damage is prevented and reduced, and the fire extinction efficiency of a spraying system is high.

The invention discloses a method for acclimatization culture of shrimp postlarvae by using inland soda-type saline-alkali water. By a water measuring acclimatization culture measure, large-scale shrimp postlarvae with higher adaptive capacity are cultured so as to solve the problem of stocking of commercial shrimp postlarvae cultured by the inland soda-type saline-alkali water. On the basis of water testing analysis, shrimp postlarvae culture pond water in primary shrimp places of coastal areas is taken as basic water, a method of adding the inland soda-type saline-alkali water into the basic water, feeding bait and propagating, and optimally regulating water quality is adopted, and an acclimatization culture speed that the alkalinity of the acclimatization culture pond water is improved by 1 mol/m<3> every 12 hours is adopted. By the method, NaCl shrimp postlarvae culture pond water with the alkalinity of 2.94mol/m<3> is changed into NaHCO3 inland soda-type saline-alkali water with the alkalinity of 37.29mol/m<3>, the survival rate of Litopenaeus vannamei Boone with the average specification of 0.8cm subjected to acclimatization culture for 18 days is 47.36 percent, and the average specification after the acclimatization culture is 2.73cm.

The invention provides a shallow water testing device for underwater production facilities. The shallow water testing device comprises a plurality of subsystems, a network switch, a data backup unit, a Web server and a remote client terminal, wherein the subsystems are respectively connected with the network switch, the network switch is connected with the data backup unit and the Web server in sequence, the Web server is connected with a display of a local control station and the remote client terminal respectively, and through all the connections, a head monitoring device is formed. The subsystems are mutually communicated through an OPC protocol. The remote client terminal carries out remote access through the Internet TCP/IP protocol and carries out shallow water testing remote control on the underwater production facilities. The shallow water testing device can be used for testing functions and reliability of the underwater production facilities and providing design verification, product manufacturing quality verification and marine installation operation simulation for the underwater production facilities under a wet environment.

The invention discloses a multifunctional fissure medium underground water testing device. The device utilizes a simulation transparent single fissure as a test object, can conveniently and rapidly simulate actual water flow and solute transport conditions in the fissure, can carry out ordinary fissure water flow and solute transport testing, fissure medium underground water pollution simulation testing and fissure medium underground water pollution bioremediation testing and can achieve adjustable fissure position and real time monitoring and data synchronous connection inside the fissure.

The invention discloses obstruction type multi-module water quality biological detection equipment and an obstruction type multi-module water quality biological detection method. The equipment comprises an obstruction index selection module and a water quality testing device, wherein the obstruction index selection device is used for selecting a qualified or effective gradient obstruction degree combination, and the water quality testing module is used for detecting the water quality of the water body to be detected according to the behaviors of indicator organisms passing through each obstruction in the effective obstruction degree combination after being injected into the water body to be detected. According to the method, on the basis of behavior difference of the indicator organisms ina clean water body and a polluted water body, the distribution area of the indicator organisms is counted by establishing the relationship between the water body pollution degree and the distributionarea of the indicator organisms so as to determine the pollution degree of the water body. The method can accurately and quickly detect the pollution degree of the water body, does not need chemicalanalysis, physical detection and other technologies, and has the advantages of low cost, quick operation, accurate result and the like.

The invention discloses a water quality testing and treating device, which comprises an impounding reservoir. A first water inlet pipe is arranged on one end of the impounding reservoir; a first wateroutlet pipe is arranged on the other end of the impounding reservoir; a bacterial detection sampling pipe is arranged on the first water inlet pipe; a PH value detection sampling pipe, a turbidity value detection sampling pipe and a residual chlorine number detection sampling pipe are sequentially arranged on one side of the impounding reservoir from left to right; a PH value determinator, a turbidity determinator and a residual chlorine total chlorine determinator are respectively arranged on one ends, far away from the impounding reservoir, of the PH value detection sampling pipe, the turbidity value detection sampling pipe and the residual chlorine number detection sampling pipe. The water quality testing and treating device provided by the invention has the beneficial effects that thewater treating device can be used for systematically and efficiently treating water according to a testing result after the water quality detection is completed, and enabling the water to meet the state specified standard so as not to further influence follow-up use of a water resource, meanwhile, the water testing and treating efficiency is improved, and energy conservation and environment protection are facilitated.

The invention discloses a portable multifunctional environment-friendly drinking water testing box. The testing box comprises a box body; the box body is provided with a detecting tool bracket, and the bracket is provided with a plurality of placing grooves for placing a UV lamp, a coliform determination reagent, a digital pH meter, a physicochemical determination reagent, a mini incubator, a measuring vessel, and a mini incubator power line; and inner wall of the box cover is also provided with fixed slots corresponding to the plurality of placing grooves. According to the invention, traditional detection tools and modern intelligent detection tools can be arranged in the box body, and the testing box has compact structure, is portable and easy for usage, and can detect 15 physicochemical indexes and 10 common toxicant indexes.

The invention provides a method for measuring the depth of a loose ring of a deeply-buried columnar jointed rock tunnel. The method comprises the steps that firstly, holes are formed in the rear portion of a tunnel face of the tunnel and used for installing Bragg fiber grating sensors; the interface of the loose ring of the deeply-buried columnar jointed rock tunnel is measured according to readings of the Bragg fiber grating sensors, and then the depth of the loose ring is obtained; fracture pressure and reopening pressure of cylindrical surfaces on the two sides of the interface of the loose ring are measured through a cyclic pressure water test method; by analyzing the difference value of the measured fracture pressure and the measured reopening pressure, the depth of the loose ring of the columnar jointed rock tunnel is further determined accurately. The method is combined with a testing method to conduct correction mutually, data measured by the grating sensors are monitored and analyzed by means of the optical principle, and measured data are accurate, intuitive and easy to distinguish; furthermore, the loose interface and depth are determined accurately according to data, measured by the grating sensors, of the loose interface and depth of the columnar jointed rock tunnel through pressure water testing.

The invention discloses a water quality safety monitoring and management system. The water quality safety monitoring and management system includes a water quality server, and the water quality serveris connected with a water quality monitoring terminal, a water source database, a display terminal and a plurality of stage water quality acquisition modules. According to the water quality safety monitoring and management system, the water quality in waterworks is tested and analyzed through the water quality monitoring terminal to determine whether the water quality discharged from the waterworks meets the requirements or not; through the stage water quality acquisition modules, combined with the water quality server, the water quality in water pipes is tested and analyzed to determine thewater quality safety variation coefficient in the process from the previous water pipe to the next water pipe and determine whether the water pipes are abnormal or not, and thus maintenance and replacement of the water pipes by management personnel are convenient; and the water quality cumulative variation coefficient flowing into user homes is calculated to determine whether the water quality meets the demands of people or not, the efficiency, safety and reliability of water quality testing are greatly improved, the quality of domestic water is improved, and a solid foundation for domestic water testing is provided.

The invention discloses a ceramic toilet bowl grading-detection water-testing production line. The production line comprises a toilet bowl feeding line, leakage detection lines, a repair line, a repair return line, water testing lines, a confluence line, a packaging line, a tool plate return line, a toilet bowl feeding line inlet, appearance inspection machines, leakage detection machines, water testing machines, blocking lines, a tool plate and a jacking transfer. Toilet bowls can be placed on the tool plate in the production line, flow along with the production line, and are inspected through the appearance inspection machines and the leakage detection machines in sequence and automatically distributed to other parallel connection production lines through blocking devices and the jacking transfer, and finally qualified products automatically flow into the water testing lines, are tested through the water testing machines and can also be automatically distributed to other parallel connection production lines through the blocking devices and the jacking transfer. Accordingly, large-batch or various products can be subjected to production detection at the same time, machines are adopted for replacing manual production and detection, the space is reasonably utilized, production efficiency is greatly improved, the production cost is reduced, and the product quality is improved.

The invention discloses a cotton cloth color-fastness-to-water grading standard sample. A color-fastness-to-water testing result of the standard sample to water is ranged from grade 2 to grade 5 and includes the daily detection range of the color fastness to water in current textile and clothing fields. A method mainly includes the following preparation steps: preparation of grey fabrics, pre-treatment, dyeing, dewatering and drying, tentering, cloth inspection and coiling, sample preparation, homogeneity testing, stability testing, and packaging. The standard sample is easy to preserve and transport, and the uniformity and stability are in accordance with regulations through verification. The standard sample for cotton cloth color-fastness-to-water grading is suitable for textile color-fastness-to-water detection personnel to use in proofreading of detection results, technical training, result comparison, ability verification and the like in the inspection and detection agencies and production and circulation fields. The standard sample can solve the problems of single quality control method and laboratory ability evaluation universally existing in the present-stage detection agencies and production and circulation fields, and can ensure the accuracy and consistency of experimental results.

An automated water testing apparatus and to a method of using the apparatus to test the amounts of dissolved salts and other solids in a water sample, where the apparatus includes a specially constructed sample bottle which preferably has a flexible wall and is fitted with a filter cap having a mesh top wall through which sample water can be poured to remove suspended matter, several beakers, a desiccator enclosure, a computer containing a database and an inventive computer program for executing method steps, and several devices in communication with and controlled by the computer and the program for executing the method, these devices preferably including a conductivity meter having a meter electrode, a robotic arm having a gripper, an analytical scale, a top loader balance scale and an oven.

A water testing system having a water sample container that is adapted to retain the water sample, a color indicator container that is adapted to dispense a color indicator, and a titration reagent container that is adapted to dispense a titration reagent. A method for determining the concentration of sodium dimethyldithiocarbamate in a water sample comprising providing a water testing system having a water sample container that is adapted to retain the water sample, a color indicator container that is adapted to dispense a color indicator, and a titration reagent container that is adapted to dispense a titration reagent. The preferred method also comprises placing the water sample in the water sample container, adding the color indicator to the water sample, adding the titration reagent to the water sample, and determining the concentration of sodium dimethyldithiocarbamate in the water sample.