33 results about "Home testing" patented technology

The determination of analyte concentration in physiological samples is of ever increasing importance to today's society. Such assays find use in a variety of applications, including clinical laboratory testing, home testing, etc., where the results of such testing play a prominent role in the diagnosis and management of a variety of disease conditions. An apparatus is described herein which may be used for the manufacture of medical devices which include an integrated lancet and sensor.

The determination of analyte concentration in physiological samples is of ever increasing importance to today's society. Such assays find use in a variety of applications, including clinical laboratory testing, home testing, etc., where the results of such testing play a prominent role in the diagnosis and management of a variety of disease conditions. In the present application, a method is described which may be used for the manufacture of medical devices which include an integrated lancet and sensor.

A home test for measuring glycated albumin levels in saliva. The saliva sample is collected at home using a standardized saliva collection kit and mailed to a testing laboratory that performs the test and reports the result directly back to the customer via the internet. The home test can be used to monitor glucose control in diabetics and in healthy individuals. It may also be used as a diagnostic aid in identifying individuals with diabetes, or who are at risk of developing diabetes.

A container is configured to provide sequential access to contents therein, and includes an upper portion and a lower portion connected to the upper portion by a hinged portion, the lower portion defining an interior space bearing a moveable tray and an opening through which the moveable tray may move, the moveable tray defining an interior volume configured to receive at least one device therewithin. The container also includes at least one device borne by the moveable tray, at least one cavity for receiving the at least one device disposed in the upper portion and at least one insert located between the upper and lower portions, the at least one insert comprising at least written indicia thereon.

The invention relates to a real-time testing system and a testing method for an inertial platform. The testing system comprises a real-time data collection module, a real-time communication module anda real-time testing system, wherein the real-time data collection module is used for collecting self-monitoring data, inertial measuring data, analog data and power source data of the inertial platform, and sending to the real-time testing system; the real-time testing system is used for receiving the self-monitoring data and the power source data of the inertial platform and diagnosing faults, receiving and displaying the inertial measuring data and receiving and storing the analog data of the inertial platform. The testing system has the advantages that the online programmable function of testing tasks is realized, an item interaction window is provided, the testing task progress can be programmed on line, the storage function of testing task process is provided, and the automatic testing of the inertial platform is realized; the parameter fault detection and fault treatment functions of the inertial platform are realized, the monitoring data of the inertial platform can be judged,and the effective response can be timely made.

An automated feeding station for in-home testing away from unfamiliar laboratory settings test the acceptance of pet food by monitoring the reaction of the companion animals or pets in their comfortable in-home environment where the animals make their preferred choice of food without distractions caused by an unfamiliar environment. A pet owner scans appropriate food identifiers to verify the proper diet is being distributed into the appropriate food-receiving region(s). Once the food bowls are placed in appropriate food receiving regions within the feeding station, the testing system begins collecting data and transmits this data, preferably wirelessly, to the testing investigators. The preferred feeding station can measure: intake for the companion animal, information pertaining to the rate of food consumption, the animal's first approach to food, and the food first tasted by the animal. This information is provided via appropriate sensors and algorithms designed for this purpose within the system.

An apparatus is disclosed that includes a frame, an impact delivery unit for delivering an impact force and at least one head form. The head form is adapted to be mounted to the frame such that the impact delivery unit can deliver an impact force to a designated location on the head form. The head form is configured to have a helmet installed thereon. The head form is selectively rotatable about each of a plurality of different axes of rotation, wherein movement of the head form is constrained to be able to move only in rotation and in rotation about only one axis of rotation of the plurality of axes at any time. A measuring system provides an indicator of the rotational acceleration of the head form when rotated about each of the plurality of axes. Also disclosed are methods for comparing the degree of protection afforded by first and second helmets.

A system used for testing car-wetting by rain comprises closed test space, water supply unit, spraying unit, heating unit and safety unit. It is featured as forming said spraying unit by water pump, pressure regulation element, multiple sub-spray pipe and position regulation component for spraying water on car as per set parameter; forming said heating unit by multiple lamp tube and temperature control element for heating test space; forming water supply unit by two water storage pools as one being used to supply water to said spraying unit and another being used to collect waste water from test space.

A testing device for real-time testing of at least a part of a virtual electronic control unit with an electronic control unit code is provided. The testing device has a computing unit of a first type, and a computing unit of a second type. The testing of a virtual electronic control unit with electronic control unit code, which is executable on the computing unit of the second type with a second instruction set, is made possible in that a computing unit of the first type executes an emulator for emulating the computing unit of the second type and the emulator executes the electronic control unit code. The emulator also has a simulation environment interface for exchanging data and / or events with the simulation environment.

The invention discloses an adaptive cognitive function assessment method and system. The cognitive function data of the respondent are acquired and a basic database is established; the characteristicparameters of a single cognitive test are analyzed based on the basic database and a cognitive assessment item question bank is constructed; the current cognitive ability value and the information quantity are further calculated in real time based on the question bank and the characteristic parameters according to the answer situation of the completed items of the testee; and the items most suitable for the ability of the testee are automatically selected for testing until the cognitive ability of the testee is accurately assessed. According to the method, adaptive computerized cognitive impairment screening and assessment can be realized so that the method can be applied to community organization and home testing; and adaptive testing varies from person to person so that the cognitive function level and the degree of cognitive impairment can be rapidly, objectively and accurately assessed.

The invention discloses motor performance testing equipment and a testing method thereof. The motor performance testing equipment comprises a frame and a control system and is characterized in that the frame is provided with a plurality of testing chambers which are adjacent and have upper openings; each testing chamber is internally provided with a same testing unit; the testing unit comprises a testing fixed platform, a testing platform above the testing fixed platform, lifting elements for making the testing platform elevate and drop, and a pressure resistance testing device which is used for performing pressure resistance testing on a tested product; the testing platform is provided with a clamp seat for positioning the tested product; the lifting elements are mounted below the testing fixed platform and are electrically connected with the control system; the pressure resistance testing device is provided with a pressure resistance testing needle; and the pressure resistance testing needle faces the motor output shaft of the tested product. The motor performance testing equipment and the testing method can realize one-time testing of motor operation current, spark, vibration, noise steering and pressure resistance. The motor performance testing equipment and the testing method have advantages of greatly improving production efficiency, reducing labor intensity and improving quality monitoring capability in a production process.

The invention discloses a multifunctional tester for electrical performance of an electrical heating element, belongs to the technical field of power electronics, and aims to solve the problem that the existing multi-functional tester has small power and cannot meet the requirement on testing of the electrical performance of the electrical heating element. The multifunctional tester for the electrical performance of the electrical heating element comprises seven parts of a leakage current test display, a small-current meter display, a voltmeter, a temperature controller, a voltage adjusting part, a contactor and a switch operation interface. The tester is mainly used for thermal state leakage current testing, rated power testing, overload testing and overheating testing of the electrical heating element of a metal shell at rated power and specified temperature, and can be widely used for manufacturing enterprises for producing the electrical heating elements.

The invention belongs to the field of assembly line power testing and provides an assembly line and a power testing system. By means of a special connection relation between a first sub-conductor rail, a second sub-conductor rail and a third sub-conductor rail and design of a tooling machine, after a power testing instrument is correspondingly connected with all the sub-conductor rails, Uninterruptible electric power testing can be carried out on mechanical and electrical products on the assembly line. After comparison and analysis on measurement data by a PLC control chip are carried out, whether the mechanical and electrical products are qualified or not is judged; a disqualified product identification subsystem is used for moving disqualified products to a branch maintaining line. According to the assembly line and the power testing system, the difficulty in testing the power of the mechanical and electrical products on the assembly line is lowered and the working efficiency is improved.

The invention discloses a water quality soft measuring prediction method of permanganate index, which relates to the field of environment monitoring. The method comprises the steps of obtaining the data value of a plurality of water quality monitoring indexes in water environment to be measured, wherein the data value obtained by each water quality monitoring index is more than one, and the plurality of water quality monitoring indexes include at least one permanganate index; selecting a plurality of water quality monitoring indexes from various water quality monitoring indexes excluding the permanganate index, and forming a data sample set with the data value of the selected water quality monitoring index, and dividing the data sample set into a training set and a testing set, conductingtraining on the training set by means of support vector machine algorithm, and obtaining a permanganate index soft measuring model; conducting test on the permanganate index soft measuring model by means of the testing set, and obtaining the testing result; repetitively executing model establishing and model testing until the obtained test result accords with the preset condition, and using the permanganate index soft measuring model according with the preset condition as the final soft measuring model. The invention is advantageous in that the prediction effect of the model is accurate, and the water quality soft measuring prediction cost of the permanganate index can be reduced.

The invention relates to a test wire special for phase testing of an intelligent substation. The test wire special for the phase testing of the intelligent substation is formed by connecting two lead lines and a socket, wherein a firing line in the lead lines is connected with a wiring terminal of a firing line jack in the socket, a null line in the lead lines is connected with a wiring terminal of a null line jack in the socket, and both the firing line and the null line are provided with contact pins. The test wire special for the phase testing of the intelligent substation is connected with a power spool of a common tool in power construction, does not need field connection in a working site, and not only can avoid potential safety hazards brought by a test wire connector, but also can improve work efficiency of the phase testing.

The invention discloses an automatic testing method and system for a delivery mode function of a notebook computer, and the method comprises the steps: after a notebook computer is powered on and started and enters a system, an instruction for enabling a battery to enter a delivery mode is issued to an embedded controller through a test program; the embedded controller sends serial port information to the single-chip microcomputer controller; the single-chip microcomputer cuts off a loop where a power line of the patch board and an external power supply are located by controlling the relay to be disconnected, so that the adapter loses power, and the battery enters a delivery mode; the single-chip microcomputer controller switches on a loop where a power line of the patch board and an external power supply are located by controlling the relay to be closed, so that the adapter is powered on, the battery exits from a delivery mode, the notebook computer is powered on and started again, and one-time testing is completed. According to the invention, automatic testing of the delivery mode functions of batch notebook computers can be realized, manual or mechanical arm execution is not needed in the testing process, the labor cost and the equipment cost can be well saved, the testing time is shortened, and the working efficiency is improved.

This device consists of a frame and light filters so as to enable a highly portable device to measure Dark Adaption. Dark Adaption is a process which tests sight in low light conditions and is an indicator of wet AMD disease, the leading cause of blindness in older people. This testing process was first established by the Goldmann-Weekers machine in the 1950s. The portability is achieved by use of filters, a common means to light reduction, and elimination of a machine outer cover. The simplicity and portability of this invention allows many types of very substantial cost efficiencies in eye examinations and also greater flexibility. With this device, testing for incipient wet AMD may be achieved in routine eye examinations where it is not now common. Home testing for wet AMD is also made possible and practical with this device.

The invention discloses a helmet testing system, belonging to the technical field of helmet evaluation. The helmet testing system comprises a head model, a liquid module, a gas module, a detection module and a controller, wherein a liquid input pipeline in the liquid module is installed in the middle part of the head model and inputs liquid into the head model; a gas pipeline in the gas module is mounted beside the liquid input pipeline and inputs gas into the head model to change the size of the head model; a helmet is fixed on the head model; the detection module is mounted on the head model and the helmet and connected with the controller; and the system is connected with a power source. According to the invention, the structure of the head model is changed and the size of the head model is adjusted by inputting liquid and gas, so demands of people in China are met; the helmet testing system overcomes the problems that head models in conventional helmet production have only one shape and cannot meet demands of people and has the advantage that the head model is adjustable; and the size of the head model is adjusted according to actual needs, and then whether prepared helmets fit designated head models are tested.

The invention provides a smart home testing system and a method thereof, wherein the system and the method relate to the technical field of smart home. The system comprises terminal equipment, a household electrical appliance control center and a testing device. The household electrical appliance control center is in communication connection with the terminal equipment, the testing device and thehousehold electrical appliance. The testing device is electrically connected with the household electrical appliance. The household electrical appliance control center receives a control signal whichis transmitted from the terminal equipment, and makes the household electrical appliance perform a corresponding action according to the control signal. The household electrical appliance control center receives an operation parameter of the household electrical appliance, wherein the operation parameter is feed back by the testing device, determines an operation state of the household electricalappliance according to the operation parameter, and performs feedback of the operation state to the terminal equipment. The system determines a fact that the operation state of the household electrical appliance is stopped or in-operation according to whether fluctuation of current data which are fed back from the testing device, and furthermore fed back the operation state of the household electrical appliance to the terminal equipment, thereby confirming whether the household electrical appliance truly performs the corresponding action, and improving user experience.

A portable motorized centrifugal system is optimized for low cost manufacture and operation. Separation of inhomogeneous fluid biological samples, such as liquid plasma from whole blood, is a common step in medical diagnostic tests. This system may enable remote separation where access to plug-in power sources are limited. The system may facilitate at-home testing. Due to biohazard concerns, the entire centrifugal apparatus portable and disposable, or the system includes one or more disposable elements within the interior of the centrifuge. Alternatively, the system may contain a module of higher value components that are re-usable after disinfection. Devices and methods for implementing centrifugal separation may include disk-shaped fluidic cartridges and tubes with reduced drag cross-section.

The invention discloses a Bayes group testing method. First, the occurrence probability Pm of state combinations is subjected to initialization, let us suppose that the total number of individuals in a group is N, and the number of the state combinations is 2N; in first-time testing, a plurality of individuals are randomly selected for testing, and final output is obtained; after results of each-time testing are obtained, the probability of each of the 2N state combinations is updated; individuals which join in next-time testing are determined; and a selected testing vector is used for completing testing, final testing output is obtained; when the probability of the maximum state combination is larger than 0.5, whole testing is completed, and otherwise, the steps is carried out in a cycling mode. The method has the advantages that needed testing frequency is lowered, and under the situation that noise exists in the testing results, all individuals in fault can still be found out correctly.

A home testing kit used to collect a blood sample of the user and a method of blood analysis used to calculate correct mixtures of THC and CBD for each patient's desired therapeutic benefit.