50results about How to "Realize personalized design" patented technology

The invention relates to the technical field of architectural design and construction, in particular to a BIM-based holographic imaging full-decoration simulation display method and display system. A three-dimensional information model of a building and an internal partition wall parameter family are built by BIM modeling software; interior structures are designed by adjusting partition wall family parameters and the partition wall position; and the diversity of the interior structures and individualized design of decorating schemes are achieved. The effect of selection and modification by residents can be displayed by a three-dimensional real image projected through a holographic imaging technology; a user can intuitively experience the difference of the decorating schemes; and through rendering animation, the user can carry out live-action experience on each detail of the decorating scheme in the projected three-dimensional animation scene, and can intuitively determine the decorating schemes without visiting model houses. Auxiliary acceptance is carried out through a three-dimensional scheme map and an animated image; and the display method and the display system help the user who does not know the decoration carry out comparison acceptance and ensure that the decoration reaches design requirements of the user.

Disclosed are a method for generating a flight trajectory, a control device (40,60) and an UAV(100). The method comprising: acquiring a specific image (20)and a specific curve (21-22) (S101),and generating the specific curve (21-22) into a flight trajectory according to the specific image (20)and the specific curve (21-22), the flight trajectory controlling the UAV(100) to fly along the flight trajectory (S102).The specific image (21-22) is drawn on the specific image (20) and used to generate the flight trajectory for controlling the flight path of the UAV (100). The specific image (21-22) drawn on the specific image (20) by a user can used to control the flight path of the UAV (100), that is, the UAV (100) can fly according to a specific curve (21-22) designed by the user. Personalized design of the flight mode of the UAV (100) is realized, and the flexibility of the flight mode of the UAV (100) is increased.

The present invention belongs to the field of numerically controlled machining technology, and is especially digitalized sneakers tree customizing production apparatus and process. The digitalized sneakers tree customizing production apparatus consists of a main control computer, a 3D foot form scanning instrument and a numerically controlled shoe tree machine connected together. The main control computer forms the sneakers tree template based on the foot form parameters obtained through measuring the loaded foot form with the 3D foot form scanning instrument, zooms and trims the tree template, converts the shoe tree data into an NC file suitable for machining and feeds the NC file to the numerically controlled shoe tree controlling system for driving the shoe tree machine. The present invention may be applied widely in customizing production of different shoes.

The invention relates to a computer-aided garment design and automatic templet generation method, in particular to an individualized trousers intelligent design and automatic templet generation method which belongs to the garment structure design technique field. The method includes the following steps: firstly human body characteristic points are defined; the human body characteristic points are taken as measurement points to collect human body parameter data which are inputted into a computer three-dimensional human-body model software to establish a body-fitted trousers model; then style design control points are defined and the style design control points are moved to get a required trousers style design model; then a mathematical model is established according to the data in a three-dimensional style design model to convert the three-dimensional data into corresponding two-dimensional data and to automatically generate the individualized trousers plane templet. The invention can carry out garment templet design according to any body type to realize the individualized design and automatically finish templet design according to the style design result so as to integrate the style design and templet design into a whole system with a high speed and lead enterprises to really realize the quick response.

The invention relates to an intelligent domestic traveling route generating method oriented to customization. The method includes the steps that first, a travel information database is built; second, the travel information database is searched according to preliminary travel planning conditions provided by travelers, and rough tourist attractions are generated; third, corresponding route optimization objective functions are built according to further travel planning conditions provided by travelers; finally, the optimization problem is solved through the operational research theory, and optimal traveling routes oriented to customization are obtained. Compared with an existing method and technology, the method is not only applicable to designing the traveling routes for travelers who name destination places but also applicable to planning the traveling routes for travelers who do not name destination places at the beginning, and the method has wide application prospect.

The invention relates to a ceramic abutment for a dental implant. The ceramic abutment comprises a substrate with a countersunk head through hole, wherein a central countersunk head screw of which the external threads are matched with an implant threaded hole is formed in the countersunk head through hole; a reducer connection ring is arranged at the lower end of the substrate; a bulged edge which extends outwards is arranged on the middle part of the substrate; a metal bottom layer is wrapped on an excircle of the upper part of the substrate; the bottom end of the metal bottom layer expands outwards along the upper surface of the bulged edge; a casting ceramic layer is wrapped outside the metal bottom layer; and the appearance of the casting ceramic layer is matched with that of a concave hole at the bottom of a ceramic crown. A manufacturing method comprises the following steps of: manufacturing a metal bottom layer wax mold and a sprue on the substrate, fixing the metal bottom layer wax mold and the sprue in a casting ring, and pouring embedding material mixed liquid into the casting ring for embedding; roasting an embedding body, melting the wax mold, pouring wax liquid, melting a metal alloy, pouring the molten metal alloy into an embedding body cavity from the sprue, and clearing an embedding material after casting to obtain the substrate wrapped with the metal bottom layer; manufacturing a wax mold of which the shape is matched with that of the casting ceramic layer and a sprue, fixing the wax mold and the sprue in the casting ring, and pouring the embedding material mixed liquid into the casting ring for embedding; roasting an embedding body, melting the wax mold, pouring wax liquid, melting casting ceramic, pouring the molten casting ceramic into a cavity of the roasted embedding body from the sprue, and clearing an embedding material after casting to obtain an initial finished product; and polishing the initial finished product and modifying.

The invention relates to the field of UI design, and provides a page generation method and device, a terminal and a storage medium. The page generation method comprises the following steps: creating aplurality of sub-frames in a blank page and selecting a target sub-frame, wherein each sub-frame carries a unique identifier; responding to a configuration request of a user for the target sub-frame,inquiring a data table matching the identifier from a database according to the identifier of the target sub-frame, and displaying the data table on the blank page, wherein the data table comprises configuration items for configuring the content information, and the same content information is set in the same configuration item; and in response to a configuration item determined by the user in the data table, adding the content information mapped by the configuration item into the target sub-frame to generate a target page. According to the page generation method and device, the same contentinformation is set in the same configuration item, so that the content information is quickly added when the page is configured, and a great deal of time is prevented from being consumed on configuration of the same content information, and the development efficiency of the page is improved.

The invention relates to a polymer flooding oilfield overall process polymer injection parameter grading optimization decision method. The method comprises the following steps of determining a master control factor and a value range of an optimized target function (an effectiveness speed and a water content decrease integration coefficient); according to the master control factor and the value range, setting a test scheme with n factors at m levels; aiming at each test scheme, according to a value range of an injection parameter, setting a corresponding test scheme with a factors at b levels, and optimizing the injection parameter of each test scheme; according to an optimization result of the test scheme, applying a response curved surface analysis method, regressing an optimized decision model of the injection parameter and realizing a rapid optimization design of a polymer flooding oilfield overall process polymer injection parameter. In the invention, influences of factors of a development stage, a geologic characteristic, an injecting-polymer opportunity and the like on the injection parameter are considered, a target oil field single well polymer injection parameter individuation design is realized, operation is simple, accurate and reliable, and the method has an important meaning for guiding on-site construction, increasing polymer injection quality and improving a polymer injection effect.

The invention relates to a titanium mesh manufacturing method for the alveolar bone defect, which comprises the steps of 1, synthesizing 3D model data of the dentition and jaw according to dentition data and jaw data; 2, generating three-dimensional data of a titanium mesh covering a bone defect structure according to the bone defect structure; 3, generating a positioning wing, and generating dataof the positioning wind connecting a natural tooth adjacent to the bone defect position and the titanium mesh according to the three-dimensional data of the titanium mesh and the 3D model data; 4, determining positioning holes used for fixing the titanium mesh on the jaw according to the three-dimensional data of the titanium mesh; and 5, printing the titanium mesh. The position matching betweenthe titanium mesh and the adjacent natural tooth is realized due to the setting of the positioning wing, the installation location of the titanium mesh can be positioned according to the positioning wing when the titanium mesh is installed so as to enable the titanium mesh to be accurately fixed at the predetermined location.

The invention discloses a preparation method of a ceramic ink used in an ink jet printer. The method comprises the steps of raw material preparation, mixing, combining, pH regulation, mechanical dispersing, and finished product acquiring. According to the invention, with a physical stone mill method, ceramic powder and an additive are refined and combined to prepare the ceramic ink used in the ink jet printer. With the method, product customized design and manufacturing can be realized, and decoration effect can be improved. The process provided by the invention is simple, preparation cost is low, and the requirement upon equipment is not high. The method is suitable for industrialized productions.

The invention discloses an artificial meniscus scaffold based on a fiber braided structure. The three-dimensional braided meniscus scaffold uses a bionic idea and overcomes the defects that a traditional artificial meniscus is not enough in strength and short in service life. A braiding material, the braided structure and a braiding technical method are involved. The braiding material can be madeof biological materials such as collagen fibers, silk fibers and polycarbonate polyurethane fibers. The braided structure simulates the radial distribution and circumferential distribution of the collagen fibers of the biological meniscus, and the requirements of shearing force and annular force borne by the meniscus during knee joint motions are met. According to the braiding technical method, atraditional braiding method is used for single-layer braiding, pouring and shape setting, and then layer-by-layer accumulation series connection is conducted.

The invention provides a personalized hard tissue defect restoration body and a manufacturing method thereof. The personalized hard tissue defect restoration body provided by the invention is porous structure metal with a rough surface, and the appearance and the mechanical property of the personalized hard tissue defect restoration body are accurately matched with a hard tissue defect part of a patient. The manufacturing method comprises the following steps of firstly, designing a restoration body three-dimensional model according to the form and the mechanical property of the hard tissue defect part of the patient; then utilizing a selective laser melting rapid prototyping method to acquire a restoration body entity; carrying out annealing treatment to obtain the restoration body. The method is simple in processing step, short in period, high in material utilization rate, low in cost, and convenient for manufacturing of the hard tissue defect restoration body with a complex structure, and has more efficiency and economic advantages for the personalized design and quick manufacture of the restoration body. The manufactured restoration body is uniform in porosity and adjustable in pore diameter, has mutually penetrated and communicated holes, has the elastic modulus and the compressive strength being very close to those of the hard tissue, and can meet the biomechanical compatibility requirement required by biomedical materials.

The invention discloses a memory light-emitting control circuit, which comprises a plurality of memory banks, a program writing module, an MCU chip and a light-emitting control module, and is characterized in that each memory bank is provided with a light-emitting unit; the program writing module is used for writing a light-emitting control program for controlling the light-emitting units on the plurality of memory banks to emit light; the MCU chip is electrically connected with the program writing module and used for receiving and temporarily storing the written light-emitting control program, and the MCU chip is electrically connected with the plurality of memory banks and generates a PWM control signal according to a selected light-emitting mode after determining a time base point when the light-emitting units of all memory banks performs synchronous light emitting; and the light-emitting control module is electrically connected with the MCU chip, generates a control instruction according to the PWM control signal and controls the light-emitting units of all memory banks to emit light according to the written light-emitting control program. The technical scheme of the invention can control the light-emitting mode according to a personalized light-emitting program, and can realize different visual effects of the memory banks.

The invention belongs to the technical field of gardening and particularly relates to a multifunctional bonsai pruning device and method. The multifunctional bonsai pruning device comprises a base, arotary table and a manipulator, wherein the manipulator is fixedly connected with the base through a hinged piece, and the rotary table is located on the base and used for driving a bonsai to make a rotating movement, so that a pruning mechanism is convenient for bonsai pruning according to a bonsai pruning model. The multifunctional bonsai pruning device further comprises the pruning mechanism and a control mechanism, wherein the control mechanism is electrically connected with the rotary table, the manipulator and the pruning mechanism and used for establishing the bonsai pruning model by utilizing a recurrent neural network and a convolutional neural network and controlling the working states of the rotary table, the manipulator and the pruning mechanism according to the bonsai pruningmodel; the pruning mechanism is arranged at the end part of the manipulator and used for pruning the bonsai according to the bonsai pruning model so as to realize personalized design of the bonsai, sothat the bonsai is rich in artistry and has an ornamental value.

The invention discloses a method for automatically generating an AutoCAD drawing file and rapidly ordering point coordinates. The coordinate information of all of the points in the AutoCAD drawing file of a product is extracted, the rapid ordering is carried out based on the processing coordinate sequence of the product, the coordinates of the other points in an actual coordinate system are obtained by using the coordinates of the mark points in the actual coordinate system, the ordering and the storage are carried out based on the processing coordinate sequence of the product, so that the multiple point movement based on an established locus can be realized during the processing, the workload of one-by-one manual ordering is greatly simplified, the work efficiency is improved, the ordering and storage of the points of the product can be rapidly, conveniently, and visually realized, and the method is suitable for the application conditions having requirements on point processing sequence of a product, and a humanized and personalized design can be realized.

The invention belongs to the field of horticultural techniques, and particularly relates to a trimming device and method for trimming small-size bonsai. The trimming device for trimming the small-sizebonsai comprises a rotary mechanism and a telescopic mechanism; the telescopic mechanism is connected to the rotary mechanism, the rotary mechanism comprises a storage platform, a rotary shaft and arotary disc, the rotary disc is arranged on an outer ring of the storage platform, one end of the rotary shaft is connected to the rotary disc, and the other end of the rotary shaft is connected to abase of the storage platform to be used for driving the rotary disc to rotate; the trimming device further comprises a trimming mechanism and a control mechanism, the control mechanism is electricallyconnected with the telescopic mechanism, the rotary mechanism and the trimming mechanism, and the control mechanism is used for establishing a bonsai trimming model by utilizing a recurrent neural network and a convolutional neural network, and controlling the working state of the telescopic mechanism, the rotary mechanism and the trimming mechanism according to the bonsai trimming model. By means of the trimming device and method, individualized bonsai design is achieved, the reasonable growth of the periphery of the bonsai is coordinated, and the beautiful posture of the bonsai is maintained.

The invention provides a bone defect repair stent, a construction method, a preparation method, a computer readable storage medium and equipment. The bone defect repair stent comprises a bone defect repair stent body, several stent layers, the stent layer comprises a plurality of parallel stent beads; the stent beads comprise a first stent bead and a second stent bead, and adjacent layers of stentbeads are crossed to form micropores, the shape of the bone defect repair stent is the shape of a defective bone tissue, the material of the first stent bead comprises a biodegradable polymer and a biodegradable inorganic substance, and the material of the second stent bead is cell hydrogel. According to the bone defect repair stent, a biodegradable polymer containing biodegradable inorganic matters such as bone induction active magnesium particles is used as a base material, in combination with the cell hydrogel, modeling preparation such as 3D biological printing preparation is carried out,the advantages of polymer, metal and biological printing are effectively combined, and good biocompatibility, biodegradability, osteoconductivity and osteoinductivity are achieved.

The invention relates to the field of computer data processing, in particular to a computer data processing system based on big data. The system comprises a data processing customizing module for realizing customizing of a data classification demand, a data permission configuration demand and an application access permission limitation demand; a data processing model/algorithm library which is used for constructing the corresponding data processing model/algorithm library based on big data according to a data classification demand, a data permission configuration demand and an application access permission limitation demand which are customized by a user; and a data processing module which is used for realizing classification of data loaded in the computer, configuration of data authority and configuration of application access authority based on the data processing model/algorithm loaded in the data processing model/algorithm library. According to the invention, while the personalized design of the computer data processing system can be realized, the workload of manual operation can be reduced, the data processing efficiency is greatly improved, and manual operation errors are avoided.

The invention discloses a finely-decorated integrated bathroom with reserved pipe-line trench holes in inner walls. The finely-decorated integrated bathroom with the reserved pipe-line trench holes inthe inner walls has the advantages that inverted double-layer templates are integrally prefabricated in a factory to achieve synchronous construction with an onsite major structure, and the construction technology is simple and efficient; the walls and bottom boards of the bathroom constructed by the double-layer templates are flat, and ceramic tiles can be directly fixed after water pipes and electric lines are pre-buried in reserved trenches of the inner walls, so that mortar levelling is omitted, the space use rate of the bathroom is increased, the trenches of the inner walls can be prevented from being blocked, extraction and replacement of the pipes and the lines can be ensured, the pipes and the lines are hidden behind the fixed ceramic tiles and prevented from exposure, separationof the pipes from the lines is achieved, and later replacement and overhaul are facilitated; after the inner walls and the bottom boards are subjected to waterproofing work, ceramic tile fixing, pipe-line pre-burying and sanitary ware installation can be conducted in the factory, and accordingly industrialized production and finely-decorated delivery as well as batch production are achieved; the finely-decorated integrated bathroom is lower in cost and high in development value.