32 results about "Rank (computer programming)" patented technology

A prosthetic limb has an outer surface that is a mirror image of an intact limb. The intact limb is scanned and the surface data is manipulated to create a virtual mirror image. The end of the amputated limb is also scanned to obtain socket data. A virtual limb is designed using a computer program based upon the mirror image and end of the amputated limb data. The computer program is also used to design a removable fairing that provides color and texture to the prosthetic limb.

The invention discloses an intelligent programming building block toy based on image recognition and an implementation method of the intelligent programming building block toy. Due to the fact that building blocks can be constructed and identifiers are arranged on the building blocks, image collection is performed on the identifiers on the constructed building blocks through an image collector, and by means of an image recognition device, whether the building blocks which are adjacently connected are matched or not is judged according to the identifiers; if the building blocks which are adjacently connected are matched, the identifiers are converted into program codes to be output; if the building blocks which are adjacently connected are not matched, a signal is sent to an upper computer and a splicing error is prompted; the upper computer is used for running a source program formed by arranging the program codes according to the splicing sequence of the building blocks, and the running result of the source program is displayed. According to the intelligent programming building block toy, the building blocks serve as a programming tool, children can experience computer program design through the process similar to the process that children play traditional building blocks, and the intelligent programming building block toy is low in cost and interesting.

The invention discloses a material increase manufacturing method of a multi-scale biomimetic artificial bone support. The material increase manufacturing method comprises blending a biopolymer material and a bioceramic material, blending the mixture and deionized water or an organic solvent to obtain uniform slurry, carrying out freeze drying to obtain uniform powder, blending the uniform powder and deionized water or an organic solvent, carrying out vacuum exhaust, carrying out quantitative extrusion by a screw pump, by a XYZ motion device, designing internal aperture shapes, sizes and porosity of a geometric model by computer program according to a bone defect 3D geometric model obtained by CT scanning, and carrying out material increase manufacture under control of an extruded material motion locus. Through use of a degradable biological compound material, human autologous tissue finally replaces bone defect positions so that human lifelong growth requirements are satisfied. The needed biomaterial is quantificationally extruded by the screw pump so that use amount can be accurately controlled and an artificial bone clinical application cost is substantially reduced. The material increase manufacturing method has the advantages of accurate printing material use amount, wide material application range, accurate and controllable aperture structure, and free formation of a macroscopic geometric shape.

The invention applied to the field of computer programming provides Windows interface and editing methods. The systems include: software; the software interface to edit handling interface editor; a number of storage software interface scripts script Data Module, and accept software or interface editor of the call, read the script interface to generate corresponding data interface module interface generation. The invention will be implemented through software in the case of the interface formation of the independent, thus reducing the need for changes in the interface and software changes the risk. At the same time, the editor interface module generated by the timely generation interface is the editing interface provides developers with software interface development environment that allows developers to rapidly develop interface.

A prosthetic limb has an outer surface that is a mirror image of an intact limb. The intact limb is scanned and the surface data is manipulated to create a virtual mirror image. The end of the amputated limb is also scanned to obtain socket data. A virtual limb is designed using a computer program based upon the mirror image and end of the amputated limb data. The computer program is also used to design a removable fairing that provides color and texture to the prosthetic limb.

A method and apparatus for querying computer program design models (metamodels) is provided. A tree structure representation of the subject metamodel is likened to a database representation of the model elements. The invention method and apparatus logically maps a model query statement to the corresponding database version of the query. This leads to abstraction of the underlying metamodel and hence the queries targeting it in an automated and dynamic manner.

A computer programming design enables knowledge points of a certain subject to be presented in a computer system and shows preposition / postposition relationship of the knowledge points in the learning process clearly; learning content can be classified and concluded based on the knowledge points and is linked with the knowledge points on the knowledge map; and exercises and test states of a learner can be subjected to computerized tracking and precise statistics, and presented to a certain knowledge point on the knowledge map, and the learning progress information is expressed through characters, or numbers, or pictures or colors.

The invention relates to a method for realizing multi-language tag processing in a computer software system, which is characterized in that system initialization operation processing comprises the steps of initializing configurable system context variables and initializing service examples in the operation interface specifications of the document format tag data models; and read / write service invocation operation processing comprises the steps of judging whether the document is needed to be read / written by the system and invoking the read / write service interface according to the result. The method solves the problem of read / write of the integrated architecture of the multi-language document and the common difficulty of free compatibility and easy maintenance of the product tags of different historical versions, is applicable to the processing tools which support the extensible markup language, realizes sharp drop of development workload and compatibility of the multi-language document, ensures workload maintenance and expansion to be quite easy, has the characteristics of higher commonality, flexibility and practicability, stable and reliable working performance and wider application range, and is applicable to the field of computer program design.

The invention relates to a method for simply controlling an arrangement direction of a femtosecond laser-induced surface periodic structure to be perpendicular to a scanning direction based on electronic dynamic control, and belongs to the technical field of laser application. The method comprises the following steps of: utilizing a femtosecond laser unit to generate femtosecond laser single pulse; utilizing a combined light path for an Michelson interferometer structure and a quarter-wave plate for converting femtosecond laser single pulse into femtosecond laser double pulses with mutually perpendicular polarization directions, and focusing perpendicularly polarized femtosecond laser double pulses to a to-be-processed material surface through an optical objective lens; and controlling a to-be-processed material to move according to set moving speed and a set moving path, thereby processing out the periodic structure mutually perpendicular to the scanning direction on the material surface. Compared with the prior art, the method does not need a complex rotation control device and a complex computer program design, and only needs to change the scanning direction for realizing simplecontrol on the arrangement direction of the femtosecond laser-induced surface periodic structure, so that the processing cost is reduced, and processing efficiency is improved.

Systems, methods, and computer programming for collecting data using a mass spectrometer comprising a particle detector or other mass analyzer. A data collection such as a tree or array structure which includes data records for storing detected data is maintained in volatile or persistent memory. Data is received from the mass analyzer. Whether the collection contains data records corresponding to newly-acquired data signals is determined. If the collection does not contain records corresponding to the newly-received records, a new record is added. In either case, the record corresponding to the received data record is updated to reflect reception of the newly-acquired signal.

There is provided a method of designing and manufacturing a cam device using a three-dimensional design-support computer program including a customer setup program for customers and a manufacture setup program for cam device manufactures being configured to generate different finenesses in 3D models and characteristic values of cam performance as a result of design of the cam device, and being configured to obtain a result which indicates the same cam device except for fineness and the required calculation items when the same parameters are loaded. The customer setup program is lent from the cam device manufacture to the customer, and detailed design to constructional details of the cam device is performed using the manufacture setup program on the basis of design data created using the customer setup program and handed to the cam device manufacturer, whereby the cam device is manufactured on the basis of a detailed design drawing.

A method of fabricating an assembly of at least two parts (20, 22, 24, 26, 28) of metal plates butted together at a welded interface area (30) by using a stored CAD program of the three dimensional coordinates of a first part (20, 22, 24, 26, 32) and a second part (32) including the coordinates of an interface area (30) or outline of the first part (20, 22, 24, 26, 32) onto to the second part (32). The parts (20, 22, 24, 26, 28) are cut from stock about the desired peripheries by a cutting tool (34) guided by a sub-file in the computer program and, while the part (20, 22, 24, 26, 32) remains in the cutting machine (36), the program guides the cutting tool (34) to cut out a recessed area (30) in the second part (32) for receiving the first part (20, 22, 24, 26, 32) into the recessed area (30) of the second part (32). The first part (20, 22, 24, 26, 32) is welded to the second part (32) about the recessed area (30) to create a permanent interface area (30).

A plug-in computer program design architecture adopts an interface as a technological base; a plug-in unit function exists in a form of a dynamic library function. A main program obtains function signatures in a plug-in unit DLL through an interface, and then the function signatures are called in a proper place. By an interface technology, the plug-in unit just needs to implement an interface defined by a program; the main program does not need to know how the plug-in unit achieves a scheduled function, just needs to access the plug-in unit through the interface and provide an interface of an object related to the main program, and information exchange between the main program and each plug-in unit becomes abnormally simple. Furthermore, the plug-in unit is completely transparent for the main program, and the effect of change of the requirement of a software function on the original software architecture is effectively reduced.

The invention provides a method of screen printing with an arc effect, comprising the following steps: S1, making a first film, designing a pattern through a computer program, and then outputting the designed pattern to the first film with dots of a certain density and angle through a film output system; S2, making the first screen; S3, making the second film, rotating the pattern designed by S1 by 3‑10° through a computer program, and outputting the second film according to the density and angle in S1 through the film output system; S4, making the second film Two screens; S5, the first screen printing, the pattern of the first screen obtained is transferred to the substrate through UV ink; S6, the second screen screen printing, the pattern of the second screen obtained is passed through UV ink Transfer to the substrate obtained from S5. In the present invention, the same original image is rotated to form a dot matrix image with different screening angles, and then made into a film and a silk screen to obtain a multi-layered three-dimensional arc light effect.

The invention discloses a method and a special device for automatically identifying suction / discharge mechanism range of an electronic pipette. A cavity of the electronic pipette is provided with a checking control unit, a stepping drive unit, a reciprocating motion unit and a reciprocating terminating point. Whether the suction / discharge mechanism range of the electronic pipette is the one required by users can be effectively judged by detecting movement distance and movement time of a piston through the inside computer programming, without an additional detecting instrument, which saves thetime of users.

The extensible markup language file converter of the invention relates to file conversion, in particular to a converter for converting a Flat file into an XML file by using a process-oriented computer programming language under a Unix platform and a conversion method thereof. An Extensible Markup Language file converter, comprising a file splitting device for splitting each record of a Flat file into independent fields and naming them according to attributes; a file parsing device for representing the logical structure of each field; a file The mapping device is used to map the results of segmentation and parsing into XML files; the parsing device includes names and corresponding tree structure definitions and levels, and the tree structure definitions include three types: root node, branch node and leaf node ; The mapping device reads the content of the parsing device, and arranges the fields into a target XML file according to the tree structure and hierarchy.

The invention relates to a method and purposes for marking sounds and forms of Chinese characters, which relates to a method for marking sounds and graphemic structures of Chinese characters by letters and purposes of the method. The method comprises marking Chinese characters by character strings, and the character strings comprise sound sections and form sections, wherein the sound sections are formed by Chinese phonetic letters, and the form sections are formed by Chinese character patterns. Marking Chinese characters by letters is an objective trend complying with historical development. The effective information of Chinese characters is correctly reflected, which not only has the representation of sound information representation but also has the supplement of Chinese character forms, so the two-dimensional structure of sound and forms is formed. The invention inherits the spirit of the combination of sound and forms and the combination of sound and meaning, is convenient for reading and recognizing, can be used for Chinese character teaching, dictionary compilation and code encoding and decoding, and also adequately solves the problem of Chinese character information processing. The invention can develop the Chinese programming language of a computer, realizes Chinese programming and man-machine conversation, and further establishes a computer software platform of Chinese own language.

There is provided a method of designing and manufacturing a cam device using a three-dimensional design-support computer program including a customer setup program for customers and a manufacture setup program for cam device manufactures being configured to generate different finenesses in 3D models and characteristic values of cam performance as a result of design of the cam device, and being configured to obtain a result which indicates the same cam device except for fineness and the required calculation items when the same parameters are loaded. The customer setup program is lent from the cam device manufacture to the customer, and detailed design to constructional details of the cam device is performed using the manufacture setup program on the basis of design data created using the customer setup program and handed to the cam device manufacturer, whereby the cam device is manufactured on the basis of a detailed design drawing.

The invention discloses a method using a numerical control macroprogram to process a tooth bar; the method comprises the following steps: using a parameterization window to input tooth bar parameters into a numerical control system according to working drawing size technical parameters; converting a processing shape contour into a function equation according to the technical parameters in the drawing; inputting parameters so as to reserve processing balance according to actual needs. The method can realize power off reprocessing, can precisely associate the numerical control macroprogram with space analytical geometry, calculus, logic algebra, CAD / CAM, computer programming, machinery processing and numerical control system subjects, and can continuously process in the original spot, thus improving efficiency and accuracy, reducing operator requirements, and realizing a unified processing program of straight teeth and helical teeth with different modulus, lengths, heights and widths; the method can automatically invoke subprograms according to drawing tooth bar technical parameters.

The invention relates to an implementation method of a general virtual experimental system, which belongs to the technical field of computer animation technique, emulation technique and network technique. The invention discloses the implementation method of the general virtual experimental system and aims at providing a method for designing a complete virtual experimental system by the common animation designer and the computer program designer. The technical scheme is achieved as follows: a human-computer interface is designed by animation programming software (such as Flash and the like) and operation flow is implemented by using scripting language of the animation programming software, or the human-computer interface is designed by using the animation programming software, and then the operation flow is designed by using universal computer programming languages (such as BASIC, VB, java, VC, C++, DELPHI and the like) or dynamic web techniques (such as ASP, ASP.NET, PHP, JSP and the like). An experimenter obtains experimental data through a browser or the operation of a single computer, and the system can automatically record the experimental progress condition of the experimenter and the experimental data.

The invention discloses an intelligent programming building block toy based on image recognition and an implementation method of the intelligent programming building block toy. Due to the fact that building blocks can be constructed and identifiers are arranged on the building blocks, image collection is performed on the identifiers on the constructed building blocks through an image collector, and by means of an image recognition device, whether the building blocks which are adjacently connected are matched or not is judged according to the identifiers; if the building blocks which are adjacently connected are matched, the identifiers are converted into program codes to be output; if the building blocks which are adjacently connected are not matched, a signal is sent to an upper computer and a splicing error is prompted; the upper computer is used for running a source program formed by arranging the program codes according to the splicing sequence of the building blocks, and the running result of the source program is displayed. According to the intelligent programming building block toy, the building blocks serve as a programming tool, children can experience computer program design through the process similar to the process that children play traditional building blocks, and the intelligent programming building block toy is low in cost and interesting.

The invention relates to a core design of PU-MU-CHL computer, which can solve the bus impact and memory impact, to realize multi-memory and multi-mission parallel computer core structure, wherein the PU-MU-CHL structure arranges the external bus inside, to work the channel CHL as PU, and automatically alternatively connect the MU, to improve the efficiency of computer; the PU-MU-CHL computer arranges the manage mission to the hardware, without using process to operate the programs, and the programs over the number of processors can be switched in the instruction period, to execute the stop program. And the PU-MU-CHL computer has simple structure.

The invention relates to a method for quickly generating a tire tread pattern normal stiffness cloud diagram, a method for designing a tire tread by using the same and a designed tire. According to the method, the computer programming language C++ is adopted to quickly generate the pattern normal stiffness cloud diagram, a tread pattern two-dimensional DXF file is used as an input file, and finally the stiffness is displayed in the form of the cloud diagram. By means of the method, the work efficiency is multiplied, analysis results can meet the requirements of users, and the method can be used for guiding tire pattern design workers to improve design schemes and reduce the design cycle.

Systems, methods, and computer programming for collecting data using a mass spectrometer comprising a particle detector or other mass analyzer. A data collection such as a tree or array structure which includes data records for storing detected data is maintained in volatile or persistent memory. Data is received from the mass analyzer. Whether the collection contains data records corresponding to newly-acquired data signals is determined. If the collection does not contain records corresponding to the newly-received records, a new record is added. In either case, the record corresponding to the received data record is updated to reflect reception of the newly-acquired signal.

The invention relates to a core design of PU-MU-CHL computer, which can solve the bus impact and memory impact, to realize multi-memory and multi-mission parallel computer core structure, wherein the PU-MU-CHL structure arranges the external bus inside, to work the channel CHL as PU, and automatically alternatively connect the MU, to improve the efficiency of computer; the PU-MU-CHL computer arranges the manage mission to the hardware, without using process to operate the programs, and the programs over the number of processors can be switched in the instruction period, to execute the stop program. And the PU-MU-CHL computer has simple structure.

The invention discloses a method and a special device for automatically identifying suction / discharge mechanism range of an electronic pipette. A cavity of the electronic pipette is provided with a checking control unit, a stepping drive unit, a reciprocating motion unit and a reciprocating terminating point. Whether the suction / discharge mechanism range of the electronic pipette is the one required by users can be effectively judged by detecting movement distance and movement time of a piston through the inside computer programming, without an additional detecting instrument, which saves the time of users.

A multi-scale biomimetic artificial bone scaffold additive manufacturing method, mixing biopolymer materials and bioceramic materials with deionized water or organic solvents to form a uniform slurry, then freeze-drying to obtain a homogeneous powder, and then Mix and stir with deionized water or organic solvent, after vacuum exhaust, quantitatively extrude through screw pump, use XYZ movement device, according to the three-dimensional geometric model of bone defect obtained from CT scan, design the shape of the pores inside the geometric model through computer program , size and porosity, the movement trajectory of the extruded material, to complete the additive manufacturing. Using biodegradable biocomposite materials, the bone defect will eventually be replaced by the human body's own tissue to meet the lifelong growth requirements of the human body. Directly use the screw pump to quantitatively extrude the required biomaterials, the dosage is precise and controllable, and the clinical application cost of artificial bone is significantly reduced. This method has the advantages of accurate printing material dosage, wide application range of materials, precise and adjustable pore structure, and free shaping of macroscopic geometric shape.