138results about How to "Accurate modification" patented technology

Methods of modifying one or more target nucleic acid sequences using the Clustered Regularly Interspaced Short Palindromic Repeats (CRISPR) and CRISPR associated (Cas) proteins (CRISPR/Cas) system are disclosed. Methods of introducing one or more exogenous nucleic acid sequences into one or more circular nucleic acid sequences using the CRISPR/Cas system are also disclosed.

The present invention relates to methods of developing genetically engineered, preferably non-alloreactive T-cells for immunotherapy. This method involves the use of RNA-guided endonucleases, in particular Cas9/CRISPR system, to specifically target a selection of key genes in T-cells. The engineered T-cells are also intended to express chimeric antigen receptors (CAR) to redirect their immune activity towards malignant or infected cells. The invention opens the way to standard and affordable adoptive immunotherapy strategies using T-Cells for treating cancer and viral infections.

Methods and apparatuses for collecting data utilizing voice recognition and voice authentication technologies. In one variation, the method comprises recording a plurality of clinical data entries through voice inputs and verifying the identity of the user through voice authentication. The method can further include associating each of the recorded clinical data entries with the digital recording of a corresponding voice input. In another aspect, an apparatus is provided with voice authentication and voice recognition capabilities to record clinical data and verify user identity. In one variation, the apparatus is configured to assign an identity stamp and a time stamp to each of the clinical data entry stored in the database.

The invention relates to a chemical mechanical polishing apparatus and a method thereof. The apparatus comprises a polishing head for pressing and rotating a wafer in a state where the wafer is on a lower side; a height measuring portion for obtaining a height deviation in the radial direction of a polishing pad during the chemical mechanical polishing; a regulating device having an arm portion and an adjusting disc, the arm being rotated about a hinge axis to rotate at a predetermined angle, and the adjusting disc pressing the polishing pad against the lower side of the arm portion and rotating; and a control portion for adjusting the rotational speed of the arm portion with a second rotation speed at a second position, the height of the polishing pad at the second position being higher than the height at the first position, and the second rotational speed being smaller than the first rotational speed, such that, by adjusting the rotational speed of the adjusting disc, it is possible to alleviate the height deviation of the polishing pad at different positions. Therefore, even if the same pressure is applied to the wafer, the friction amount is different depending on the height deviation of the polishing pad, so that the polishing amount per hour of the wafer can be adjusted in each region.

Disclosed herein is a microarray cell chip. The microarray cell chip includes an upper substrate that has biomatrices encapsulating biomaterials formed on one surface thereof and through holes penetrating from one surface to the other surface thereof and a lower substrate that is coupled with the upper substrate and is provided with wells storing reagents supplied to the biomatrices. The microarray cell chip according to the present invention can smoothly transfer the culture media and the reagents to the biomaterials embedded in the biomatrices through the diffusion and simply separate the upper substrate from the lower substrate, thereby improving the easiness of washing. Therefore, the present invention provides an environment similar to the bio environment, thereby making it possible to increase accuracy of an experiment.

The invention provides a full-automatic script test method based on an intelligent substation.The method includes the following steps that in-access devices to be tested are detected, and test data matched with the devices to be tested is acquired; test scripts, matched with the devices to be tested, in a database are selected, and test cases are generated; field data in the test cases corresponding to the test data is updated, and control instructions are generated; test results which are sent by the devices to be tested and generated after execution according to the control instructions are received; the accuracy of testing the devices to be tested is judged according to the test results.The test data and functions can be dynamically changed through the automatic test scripts, the test results can be compared, it is not needed to reedit the whole test design, and the test scripts used last time can be accurately modified in time and updated into a state conforming to a test of this time when a tested system is changed.Thus, testing efficiency can be improved, and the problems that the test development cycle is long, the method is complex, and the requirement for the programming ability of personnel is high are solved.

The invention relates to the technical field of multimedia, and discloses a production method and system of a combined user interface control, and a control method and system of the combined user interface control. The production method of the combined user interface control comprises following steps of establishing at least one combined control, wherein the combined control comprises at least two sub-controls; adding each sub-control to the combined control; setting universal attribute and special attribute of each sub-control; obtaining the resource of each sub-control and transmitting the resources to corresponding sub-controls; and adding an event response mechanism to the combined control. According to the production method of the combined user interface control provided by the invention, the production method of the user interface control is relatively simple; and the method is beneficial for controlling and modifying the integral or single user interface control in a user interface. Because one set of user interface can be multiplexed in multiple scenes, the style of the whole application is unified in the user interface; the user experience is improved; and the errors resulting from repeatedly developing the user interface control can be avoided.

The invention discloses a method for establishing a human body model, and the method comprises the steps: obtaining a two-dimensional image of a target human body; substituting the two-dimensional human body contour image into a first neural network subjected to deep learning to carry out regression of joint points; acquiring information such as a joint diagram of the target human body; substituting into a second neural network subjected to deep learning to carry out regression of human body posture and body shape parameters; obtaining three-dimensional human body parameters including three-dimensional human body action posture parameters and three-dimensional human body shape parameters; constructing a three-dimensional standard human body model, namely a basic mannequin, in combination with the mathematical model; inputting the plurality of groups of obtained basis and skeleton parameters into a standard three-dimensional standard human body model for fitting; and obtaining a three-dimensional human body model with the same posture and body shape as the target human body. According to the three-dimensional human body model generation method, the self-owned standard human body model is established, the body bases suitable for the body shape characteristics of the Asian human body are selected, and the parameters corresponding to the 20 body bases and the 170 bones are used, so that the three-dimensional human body model which is closer to the body shape of the Asian human body than a Mapp human body SMPL model and is better in independent operation and controllability is generated.

A design of a semiconductor saturable absorber that offers a convenient and reliable way to control/decrease the recovery time of the absorption. The absorption recovery time is controlled during the epitaxial growth by using lattice-mismatched layer(s) to induce dislocations, and implicitly non-radiative recombination centers within the nonlinear absorbing region. These lattice reformation layer(s) are interposed between the distributed Bragg reflector and the nonlinear absorption region, containing quantum-wells, quantum-dots or bulk semiconductor material. The thickness and composition of the lattice reformation layer(s) is an instrumental to control the amount of non-radiative recombination centers used to trap the optically excited carriers generated in the absorption region.

The invention provides a skin process model correction method based on a workpart point cloud model. And performing point cloud processing on the workpart, performing equal-length cutting by referringto the design model, and aligning with the design model. Creating a reference line and a reference plane group, the reference plane group is intersected with the point cloud model and the design model of the workpart to obtain a section line group, then the section line group is discretized to obtain discrete point groups corresponding in pairs, a discrete curvature calculation formula is established, the discrete curvature of each discrete point is calculated, and the discrete curvature value of the compensated point is calculated through a compensation formula. And the positions of the compensated discrete points are obtained by utilizing the positions of the discrete points of the section line of the design model and the discrete curvature values of the discrete points of the section line of the process model, and the compensated section line is obtained through fitting. Finally, a curved surface based on the compensated section line set is generated, and a corrected process modelis obtained. According to the method, secondary correction can be carried out on the inaccurate skin process model, and the process model of the skin part can be quickly and accurately modified.

The invention relates to the technical field of multimedia, and discloses a layout method and a system for user interface controls, and a control method and a system for user interface controls. The layout method for user interface controls comprises the following steps: establishing a relative layout container, the relative layout container being used to hold child controls, the child controls being relative layout containers or common controls; assigning the attributes of the child controls for the relative layout container; generating child controls; if the child controls being the relative layout containers, repeating the above steps, until all child controls in the relative layout container are common controls. The method can generate UI controls in a plurality of different sizes or types through layout arrangement, and the UI controls in the plurality of different sizes or types can be nested with each other, so as to rapidly realize UI interfaces in different rules, and satisfy different requirements of various products on UI control arrangement.

A shank of a diamond scriber suitable for substantially flat-surfaced materials that is to be scribed with particularly high loads. The shank includes a blind hole for retaining a diamond single crystal. The blind hole includes a rectangular mouth and four triangular sidewalls, each of which includes one edge of the rectangular mouth and meets the other three.

A method for measuring density, includes: forming on a medium a pattern that consists of a plurality of dot rows formed respectively in a plurality of row regions lined up in a direction intersecting a movement direction in which a plurality of nozzles move, by forming each of the dot rows in the row region arranged in the movement direction by ejecting ink from the nozzles; reading the pattern by a scanner; measuring density of each of the row regions of the read pattern; calculating respective modification values corresponding to each of the row regions, based on at least a part of a measurement result of the density of the plurality of the row regions; and modifying respective measured values of the density of each of the row regions based on the respective modification values corresponding to each of the row regions.

The invention belongs to the field of measurement, and relates to a two-dimensional cam part shape digital measurement method based on profile. The method includes the following steps: (1) establishing a two-dimensional cam part shape digital measurement model; (2) calculating the profile tolerance of the actual surface curve of the shape of the model according to the two-dimensional cam part shape digital measurement model; (3) obtaining a profile measurement result of the actual surface curve of a two-dimensional cam part; and (4) comparing the obtained profile measurement result with the profile tolerance, determining that the two-dimensional cam part product is qualified if the profile measurement result is within the profile tolerance range, and determining that the two-dimensional cam part product is unqualified if the profile measurement result is out of the profile tolerance range. The invention provides a two-dimensional cam part shape digital measurement method based on profile which can improve the measurement efficiency of cam shapes, make the measurement conclusion conform to the real allowance of cam profiles and facilitate rapid and accurate modification of processing procedures.

The invention provides a product node tree based presentation method of product performance simulation information, belonging to the technical field of information integration. The method mainly comprises the following steps: 1) generating the product node tree of a performance simulation model; 2) generating a data management page of the performance simulation model; 3) generating a report management page of the performance simulation model; and 4) generating a flow management page of the performance simulation model. The method solves the problem that such cross information as simulation process, tasks, report data and the like can not be expressed in an omnidirectional manner in the prior art, and has the advantages of convenience for managing the performance simulation process and convenience for inquiring the flow execution process at all times, etc.

The invention provides a method and a device for testing a chip. The method is used for automatic test equipment (ATE) and comprises the following steps of: reading a test vector source file in a memory of the ATE, and displaying a list of pin description information in the test vector source file; deleting pin description information, which is not actually input or output, in the list by using a deletion module of a source file editor; storing the modified test vector source file; and operating the modified test vector source file by using the ATE to test the chip, so that resources occupied by the pin description information which is not actually actual input or output in the test are saved. By the method and the device, the resources of the ATE can be saved, test efficiency is improved, and the technical problems that the test vector source file consumes a large quantity of time and resources and the test efficiency is low in the prior art are solved.

The invention provides a method for generating a multi-level vector diagram. The method comprises the steps of: determining a boundary contour of a color filling area of an image; storing the boundary contour and an image attribute of the color filling area, wherein the image attribute is used for determining pixels in the boundary contour. By adopting the method, the pixels within the contour range can be reduced via the contour of the color filling area, so that the effect of modifying the pixels is achieved and the image can be modified more accurately; and because the pixels can be directly operated, processing of complex topological structures can be supported.

The invention discloses an on-line detection and calibration apparatus for oil consumption of an automobile. The on-line detection and calibration apparatus comprises an on-line calibration device, an automobile diagnosis interface, an oil consumption measuring instrument and a data processing unit. A gear value, engine rotating speed data, throttle data and speed data are read from en engine controller and a gearbox controller by means of an automobile diagnosis interface. Gasoline consumption information is read from the oil consumption measuring instrument. The above read information can be simultaneously transmitted to a laptop through the on-line calibration device, an automobile engineer calculates current gasoline consumption through a logic way according to all the read information in the laptop, and then a parameter correction instruction is emitted. In this way, the engineer obtains current oil consumption in real time from an automobile, updates corrected control parameters in a control system for an engine or a gearbox, also obtains running information of the automobile, and corrects the parameters more accurately. Furthermore, on-line repeatedly debugging can be conducted quickly, and the work efficiency can be effectively improved.

The invention concerns a method and device for processing echo between at least two communication devices in order to attenuate, in a picked-up signal of a communication device comprising at least one microphone, the components of the signal broadcasted by at least one other communication device comprising at least one loudspeaker, characterised in that the echo processing device comprises: means for receiving, by means of a connection with at least one other device, information representing at least one broadcasted signal of at least one other communication device, means for modifying the picked-up signal of the communication device according to information representing the broadcasted signal and information representing the coupling separating a loudspeaker of the said at least one other communication device from the microphone of the communication device.