43results about How to "Meet the needs of personalized customization" patented technology

The embodiment of the invention provides a user behavior information collection method and a television. According to the user behavior information collection method and the television, the collection of user behavior information in the field of televisions can be achieved and the requirements for smart television personalized customization can be satisfied. The method comprises the steps that when a first product on the television is triggered by a user, target information is obtained; the obtained target information is sent to a server and stored by the server; the behavior information of the user on the first product is obtained; the obtained behavior information of the user on the first product is sent to the server and stored by the server and the user behavior information is analyzed according to the stored target information and the behavior information, wherein the user behavior information comprises the target information and the behavior information. The user behavior information collection method and the television are suitable for the field of the televisions.

The invention discloses a method for customizing a recommended card. The method comprises the following steps: receiving a search word; according to the search word, providing search results in a search result page, and obtaining a plurality of recommended cards according to the search word; providing a recommended card customization trigger button in the search result page; and when the recommended card customization trigger button is triggered, providing the recommended cards for a user to select. The method of the embodiment can realize a purpose that the user can customize the recommended card according to self requirements and hobbies to meet the requirements on the personalized customization of the recommended card for each user so as to improve the search experience of the user. The invention also provides a device for customizing the recommended card.

The invention relates to a touring route planning method and system, computer equipment and a storage medium. The method comprises the steps that according to position information of all scenic spotsin a target travel area and a travel range threshold value of a user, all the scenic spots in the target travel area are preliminarily screened, and a preliminarily selected scenic spot set is obtained; screening the primarily selected scenic spot set by using a genetic algorithm to obtain a target scenic spot combination; planning a touring route of the target scenic spot combination by using anant colony algorithm to obtain a target touring route; wherein the target touring route is the shortest route for touring the target scenic spot combination. By adopting the method, the personalized customization requirements of users can be met.

The invention is suitable for the technical field of communication, and provides a method for adjusting an application operation flow. and a terminal thereof. The method for adjusting the application operation flow comprises the following steps of: recording: recording the operating sequence of a plurality of interfaces and/or a plurality of operating regions of an application and/or the implementation frequency of the operating sequence by a user; and adjusting: adjusting the operation prompting sequence of the plurality of interfaces and/or the plurality of operating regions of the application according to the operating sequence and/or the frequency of the operating sequence. Due to the implementation of the method and the terminal thereof., the application operation flow of the terminal is consistent with the operating habit of the user, and the user experience is improved.

The invention discloses an information processing method, device and electronic device. The information processing method is applied to the electronic device, and the electronic device is provided with a first browser. The information processing method comprises the steps that an application package of extensive applications of a second browser is downloaded from the first browser; the websites of the extensive applications are read from the application package; a local application is generated by using the websites, and the local application calls the extensive applications by having access to the websites, and the local application is run. Therefore, not only the browsers oriented by the extensive applications in the development process, but also any browser installed in the electronic device can use and load the extension applications, the requirement that a user achieves individual customization in any browser is effectively met for the user, and the operation experience of using various browsers of the electronic device is largely improved for the user.

The invention relates to a lamp framework structure which can be combined with the roof of a building. The lamp framework structure comprises a frame-shaped outer frame which can be connected onto the top surface of the building, wherein the outer frame comprises bar-shaped outer borders; at least one connection keel is arranged in a window space defined by the outer frame; the at least one connection keel divides the window space defined by the outer borders into at least two sub windows; the lamp framework structure further comprises side triangular keels which are arranged on the inner sides of the outer borders; the side triangular keels and the connection keels are triangular keels; and the side triangular keels and the connection keels are located on the outer borders. Furthermore, the invention also relates to an integrated lamp island applying the lamp framework structure. Therefore, users can purchase the bulked parts freely and assemble the parts into various styles of lamps according to preference by referring to the structural drawings of complete sets of products provided by enterprises. The lamp framework structure has the above characteristics and advantages, so that an unexpected technical effect is obtained, and the lamp framework structure can be applied to lamp products with island-type structures.

The invention discloses a preparation method of a minced fillet material for 3D printing. The method includes: using fish meat as the main raw material, and performing raw material preprocessing, mincing, rinsing, dewatering and minced fillet making to obtain the minced fillet material for 3D printing. The preparation method has the advantages that the minced fillet gel system for 3D printing is significant to the development of minced fillet 3D printing; starch is added into minced fillet, so that the gel strength and elasticity of the minced fillet gel can be increased while minced fillet viscosity can be lowered, and the prepared minced shrimp material is moderate in viscosity, good in flowability, fine and smooth in pulp, less prone to 3D printer blocking, timely in discharge, high inprinting precision, high in three-dimensional forming rate, capable of achieving diversification of creative production, capable of producing high-precision and unique-style 3D printing minced filletproducts, capable of completely getting rid of mould constraint and capable of satisfying people's personalization requirements on food.

The embodiment of the invention provides a template generation method and device, electronic equipment and a storage medium, and the method comprises the steps: selecting a field object matched with afield configuration demand from a preset field configuration library, and aiming at the field object, according to a field attribute configuration demand corresponding to the field object, selectingan attribute object matched with the field attribute configuration requirement from a preset attribute configuration library; and/or, selecting a plug-in object matched with the plug-in configurationdemand from a preset plug-in configuration library, and generating a contract template corresponding to the contract to be signed. According to the embodiment of the invention, the field object meeting the field configuration requirement, the attribute object meeting the field attribute configuration requirement and the plug-in object meeting the plug-in configuration requirement can be configuredfor the contract to be signed, so that according to the selected field object, the attribute object corresponding to the field object and the selected plug-in object, the generated contract templatecan support various contract signing scenes and can meet the requirement of personalized customization.

The invention provides a housing for a personal mobile terminal and a manufacturing method thereof. The housing comprises a shell and a coated finished product, wherein at least a part of a bottom wall of the shell is transparent; and the coated finished product comprises a transparent film, a pattern is arranged on a first surface of the transparent film, and the second surface of the transparent film having no pattern is adhered to the inner side of the bottom wall of the shell. The transparent film of the housing is located on the inner side face of the bottom wall of the shell instead of on the outer side face of the bottom wall of the shell, therefore the pattern is unlikely to wear or wrinkle; and the pattern in the housing is processed on the inner side, a plurality of effects can be formed on the outer side face of the housing, and thus the pattern shows different effects.

The invention discloses a method for determining a gateway state, and a gateway device. The method comprises the following steps: obtaining event information of the current state of a gateway; decomposing the event information into at least one piece of standard event information for presenting the state of the gateway; and in the corresponding relation between the established standard event information and the operation state of the gateway, determining the gateway operation state corresponding to the decomposed standard event information. According to the invention, the current operation state of a household gateway can be quite accurately determined, and the compatibility between different household gateways of manufacturers is improved.

The invention provides a jewelry manufacturing method based on a 3d printing technology. The jewelry manufacturing method based on the 3d printing technology comprises the following steps: modeling, specifically, three-dimensional modeling is performed on jewelry through 3DMax software, Maya software and CAD software to obtain three-dimensional data, and processing repair is performed; slicing, specifically, slicing is performed on the three-dimensional data screened through designed software, and the software is controlled to read through a 3D printer; printing, adding a 3D printing material,debugging a printing platform, setting printing parameters, starting the 3D printer, enabling the printer to start working, printing the material layer by layer, bonding the layers through glue, andfixing a pattern according to a cross section; and performing after-treatment. Compared with the prior art, the jewelry manufacturing method has the beneficial effects that jewelry is manufactured through the 3D printing technology, manufacturing is convenient, and personalized customization needs of a user can be met; and meanwhile, the invention discloses a novel 3D printing material formula which is suitable for needs, in 3D printing, of the jewelry.

The invention discloses an information processing method and device and electronic equipment, and belongs to the technical field of communication. The method mainly comprises the steps: acquiring initial characters, wherein the initial characters comprise characters of at least two font types, and the characters of at least two font types comprise a first character and a second character; extracting a first stroke skeleton of the first character and a second stroke skeleton of the second character; fusing the first stroke skeleton and the second stroke skeleton to obtain a target stroke skeleton; and rendering the target stroke skeleton to obtain a target word with a target font type, wherein the first word, the second word and the target word arethe same word. The method provided by the embodiment of the invention solves the problem that the existing electronic equipment does not have the function of displaying the characters according to the fonts customized by the user.

A personalized ceramic cup customizing method comprises the steps that a user places an order, a manufacturer manufactures an impression according to the order, and automatic carving operation is completed on a ceramic cup to be carved through rolling contact between the impression and the ceramic cup to be carved. According to the ceramic cup, the requirement of a current user for personalized customization of the ceramic cup is met, and a merchant can customize the personalized ceramic cup accordingly only by providing materials required by personalized requirements; besides, temporary manufacturing of the mold is rapidly achieved through the visual 3D printing equipment, rapid manufacturing of the personalized ceramic cup is achieved through the design of the rotating disc and the rotating carving mechanism, the mold opening cost is low, and the working efficiency is high.

The invention discloses a flat screen and digital combined printing device for blocky fabrics, which comprises a rack and a hood arranged at the upper end of the rack, a positioning device, a sizing device, a first drying device, a combined printing assembly and a second drying device are arranged on the inner side of the hood along the horizontal direction, and the combined printing assembly comprises a mounting plate. A digital printing device and a flat screen printing device which are symmetrically arranged are installed at the lower end of the installation plate, a rotating rod is fixed to the center of the upper end of the installation plate, and the upper end of the rotating rod upwards penetrates through the installation shell and is rotationally connected with the installation shell. Through cooperative use of the digital printing device and the flat screen printing device, refined patterns and large pure-color patterns are complemented and coordinated with each other, the personalized customization requirements of customers are met, the production efficiency is improved, cleaning of the conveying belt can be completed in the printing and dyeing process, shutdown cleaning is not needed, the technological process is simplified, and the time cost is saved.