44results about How to "Accurate assignment" patented technology

The present invention has an object to provide a relay device capable of performing dynamic port forward setting to open a port even if performing a connection in two stages and being connected to a network and a port forward setting method, and relates to a router for relaying a data packet which has such a structure as to comprise a control portion for giving a port forward setting request to an upper router 2 to perform the port forward setting of the upper router 2 and to relate port forward setting for a CP4 to port forward setting of a router upon receipt of the port forward setting request from the CP4 when a WAN side I / F portion is connected to an internet 1 through the upper router 2 and a LAN side I / F portion is connected to the CP4.

A process for maintaining 3 dimensional orientation between a tissue specimen and images of the area of investigation, to register histopathologic diagnoses of multiple locations within the specimen with corresponding locations on the surface of said area of investigation.

The invention relates to a method for the determination of analytes using carrier chips comprising arrays of different receptors in immobilized form on the surface of said chips. The method is performed dynamically in several cycles. Information obtained in a previous cycle on the modification or alteration of said receptors is used in the following cycle.

The invention relates to a test disc system having at least one test disc for testing the seal of a glove which is installed in a port of an insulator. The test disc (1) can be connected in a hermetically sealed fashion to the port, wherein the glove encloses with the test disc (1) a glove volume which can be placed under overpressure by the test disc (1). The test disc (1) has a base body in which electronic components for recording and storing a pressure profile in the glove volume, and at least one data interface are arranged. The test disc (1) also has a reading device for reading both a first identification element which is arranged on the glove and a second identification element which is assigned to the port.

At least two chemical species are imaged using magnetic resonance imaging with signal separation for the two chemical species. The method includes acquiring first and second echo data at different echo times resulting in a first and second acquired complex dataset, —modelling the first and second acquired dataset, said modelling comprising a spectral signal model of at least one of the chemical species, —identifying in the first and second acquired dataset the voxels for which the modelling yields a single, unambiguous mathematical solution for the signal separation, and —resolving the ambiguity for the voxels for which the modelling yields more than one mathematical solution, if any such voxels remain.

The invention relates to a method for automatically assigning addresses of slave machines in a battery management system. The battery management system includes a master and several serially connected slaves communicably connected to the master. Both the master and the slave are equipped with a PWM output circuit and a PWM detection circuit. , and are respectively provided with a PWM input interface and a PWM output interface. The method of automatically assigning the address of the slave in the battery management system is: the master assigns the address of the slave by sending a duty cycle waveform. After the address assignment is completed, it sends a duty cycle The duty ratio waveform is verified. In addition to verifying the number of allocated addresses, it is also calculated and compared by combining the waveform duty ratio with the actual ID value to verify the accuracy of each slave address assignment one by one. Not only can realize the automatic distribution of the slave machine address, but also ensure that each slave machine address is incremented and valid, and the method is simple and the verification accuracy is high.

The invention relates to the medical field of bones and particularly relates to a bone CT value and elastic modulus relation determination method and a test loading device thereof. Under a precondition of not destroying bone tissues, an accurate relation between the CT value and the bone elastic modulus is determined, and a loading device (with a caliber of 10 cm) of a large testing range and suitable for being used in a micro-CT is established, so that large joints such as femur head can be disposed, and the sample integrity is ensured; and by a finite element inversion calculation method, the elastic modulus of a bone tissue corresponding to a CT sweeping solid is obtained. The bone CT value and elastic modulus relation determination method provided by the invention is a more correct CT value and bone elastic modulus relation determination method, which provides more accurate material valuation for bone stress simulative research, improves accuracy of simulative calculation, and can be more accurately applied to clinic prediction and treatment scheme programming.

In a process for providing run time information for computer programs for controlling industrial robots (robot control programs), a first system time of a computer system executing the program is determined after the calling and before the execution of an individual command or a sequence of individual commands (subroutine). The individual command or the subroutine is subsequently executed, and a second system time of the computer system is determined after the execution. The determination of the system times is carried out on the basis of access times to certain areas of a program memory of the computer system, which areas characterize the individual commands or the subroutine. It is thus possible to carry out run time measurements on robot control programs in a simple and efficient manner, and the results of these run time measurements can be used to optimize such programs.

A carcino-embryonic antigen calibrator test method is disclosed. The carcino-embryonic antigen calibrator test method includes the following preparation steps: 1) dividing to-be-tested calibrators into two groups, respectively testing the luminescence value of the to-be-tested calibrators, a working reference product and a quality control product; 2) using the working reference product as a curvefor fitting of the to-be-tested calibrators and the quality control product, and calculating the values of the to-be-tested calibrators and the quality control product; 3) using the to-be-tested calibrators as a curve for fitting of the quality control product, and calculating the values of the to-be-tested calibrators; 4) assigning, to be more specific, assigning the sub-packaged calibrators; and5) verifying, to be more specific, respectively determining inter-bottle homogeneity and the in-bottle homogeneity. The carcino-embryonic antigen calibrator test method can accurately detect the calibrator of a carcino-embryonic antigen (CEA), is accurate in measurement value, can effectively monitor a test value of a sample in a clinical test, and has the advantages of low cost, high efficiency,accurate assignment, mass production convenience compared with a test method used in the prior art.