42results about How to "Simplify the complexity" patented technology

The method of making a thin film transistor device includes: forming first pattern layers in different thickness formed by light resistance on a substrate having semiconductor materials, dielectric materials, and conductor materials formed thereon via a first gray-scale mask, gradually removing the first pattern layers, exposing the surfaces of layers from the thinnest part, etching the layers and doping carriers to the semiconductor materials to form a first doping area, and removing the other first pattern layers to obtain a conductive layer, a dielectric layer, and a semiconductor layer corresponding to a first center part and a transistor of the first doping area. The basic frame of a transistor can be made out by means of a gray-scale mask, and compared with a method using multiple masks, the method provided saves more material costs and making time.

The invention relates to a contact type flexible sensor. The contact type flexible sensor comprises a flexible strain sensing module; the flexible strain sensing module comprises a first strain sensorand a pressure sensor; the first strain sensor and the pressure sensor are integrated on the same substrate in a film form; the first strain sensor is used for generating a first signal according tothe deformation of a tested object; the pressure sensor is used for generating a second signal according to the pressure borne by the tested object; the first strain sensor and the pressure sensor also form a signal processing module; and the signal processing module can carry out signal processing on the first signal and the second signal to obtain a first processed signal and a second processedsignal. A sensing function and a signal self-processing function can be realized, so that the complexity of a signal processing part is greatly reduced, and the integration of sensing and signal processing is realized.

The invention relates to the field of machinery, in particular to a guide direction adjusting bracket for printing on a finished product, and discloses a printer guide direction adjusting device which comprises a fixing shaft, guide wheels, guide wheel moving sleeves and an adjusting lead screw, wherein an open pore is formed in one end of the fixing shaft; the adjusting lead screw is arranged in the open pore; the guide wheel moving sleeves are arranged on the adjusting lead screw along the direction perpendicular to the axial direction of the fixing shaft; and the guide wheels are sleeved by the guide wheel moving sleeves along the direction parallel to the axial directions of the guide wheel moving sleeves. By adoption of the printer guide direction adjusting device, the defect that in the prior art, the guide wheels cannot be highly precisely adjusted by fastening screws is overcome; and meanwhile, the adjusting complexity is simplified.

The present invention relates to a message forwarding method and apparatus, and a mobile terminal. The method includes the steps of detecting a first setting operation for unread message prompt information in a session list displayed by the mobile terminal; displaying a message corresponding to the unread message prompt information in a forwarding mode; detecting a second setting operation for the unread message prompt information; and forwarding the message to a session in which an ending position of the second setting operation is. According to the method, a user can forward the message by executing only two steps, so that compared with related technologies, the method greatly reduces user operation steps, lowers the complexity of a user operation process, and greatly improves the user experience.

The present invention provides a business data docking method and device, which relate to the field of communication technology, including receiving a business request sent by a business system, and obtaining the configuration parameters of a third-party data source required in the current business according to the business ID in the business request, wherein , at least one third-party data source required by the current business; dynamically generate the business call code according to the configuration parameters; load the business call code to call the third-party data source required by the current business, send the returned result to the business system, and obtain it through the general data interface And manage at least one third-party data source related to the current business, which simplifies the complexity of data docking.

The invention discloses a novel intelligent injection mold, comprising a workbench, an upper mold and a lower mold, the lower surface of the upper mold is provided with an upper mold cavity, the upper surface of the lower mold is provided with a lower mold cavity, the The upper mold cavity matches the lower mold cavity, and the upper mold is provided with a plurality of through holes, the through holes communicate with the upper and lower surfaces of the upper mold, and the through holes are equiangular with the vertical midline of the upper mold as the center. Distributed on the upper mold, the first through hole is formed by connecting a thick cylindrical hole and a thin cylindrical hole, and the center line of the thick cylindrical hole and the center line of the thin cylindrical hole are in a vertical line. On a straight line, the thick cylindrical hole communicates with the upper surface of the upper die, and the thin cylindrical hole communicates with the lower surface of the upper die. The beneficial effect of the invention is that the assembling process is simple and fast, and the working efficiency is effectively improved.

The disclosure relates to a method for preparing and testing a multilayer flexible electronic thin film device, comprising: depositing a first metal layer on a substrate layer; performing first photolithography and etching on the first metal layer to obtain a first electrode; Coating a photosensitive layer on the first electrode; performing photolithography and etching treatment on the photosensitive layer to open a first connection hole in the photosensitive layer to form a photosensitive layer after the hole is opened; depositing the second photosensitive layer on the photosensitive layer after the hole is opened Two metal layers; second photolithography and etching treatment are performed on the second metal layer to obtain the first strain sensor and the second electrode; wherein, the second electrode is facing the first electrode, the second electrode, the first electrode and the second electrode The photosensitive layer between the electrode and the first electrode forms a pressure sensor; the first electrode is electrically connected to the first strain sensor through the first wiring hole; the substrate layer, the first strain sensor, the photosensitive layer, the first electrode, and the second electrode Made of flexible material. The embodiments of the present disclosure can realize the integration of sensing and signal processing.

The patent of the invention discloses a bracket wiring assembly, a wiring method and an endoscopic lens. The bracket wiring assembly includes a bracket body and a circuit assembly. The bracket body is made of insulating material. The line assembly is formed by integrating several lines into the bracket body. Wherein, a camera assembly and an illumination assembly are installed on the bracket body. Several lines are selectively electrically connected to the camera component and the lighting component. And the bracket body, line assembly, camera component and lighting component form an integral module. In the present invention, the support body, circuit assembly, camera assembly and lighting assembly are designed as an integral module, that is, the circuit assembly, camera assembly and illumination assembly are all integrated on the support body to form an integral module. Then the whole module is directly installed in the endoscopic lens, which greatly simplifies the complicated installation, can greatly save the space inside the lens end, and improves the structural strength of the endoscopic lens during use.

The invention belongs to the technical field of electric power systems and specifically relates to an intra-region intelligent micro-grid node layout method which comprises the following steps: a network topological graph is drawn according to a connection relation among all micro-grids in a region, grid structures and annular structures are found, each of the grid structures and annular structures is replaced with a data point, a tree structure is obtained, a value is assigned to each data node, node layout distribution is performed after value assigning operation, data points replacing the grid structures and the annular structures are restored to the annular structures, and distance among all nodes is determined according to area of the region. Via use of the intra-region intelligent micro-grid node layout method, the connection relation among the intelligent micro-grids can be used for uniquely determining layout of the intelligent micro-grid nodes in a region occupied by a traditional power grid, all micro-grids are roughly consistent in terms of occupation area in the layout, and a problem that a certain micro-grid is overloaded and therefore damaged can be effectively prevented.

The invention discloses a method, device, storage medium and terminal for predicting purchase data. The method includes: obtaining detailed information of pre-ordered commodities in a historical record list list, and extracting key information set in the detailed information; according to the The above-mentioned key information is set, and the relevant data analysis is performed on the pre-ordered goods to obtain the analysis results; the analysis dimensions of the relevant data analysis include at least: average procurement cycle and supplier cost performance; according to the analysis results and the above-mentioned The detailed information predicts the purchase of the pre-ordered product to obtain the purchase data of the pre-ordered product, which is used as reference data for purchasing decisions of the pre-ordered product. The solution of the present invention can solve the problem of poor accuracy of artificially analyzing the historical records of the purchasing system, deciding whether to purchase and artificially selecting a supplier with low price and high cost performance for purchasing, and achieves the effect of improving accuracy.

This invention discloses one self-establishing mapping method, device and terminal, wherein, when there is new electron mails are received from servo, the new email address is sent to one index and map unit process; the unit is required to find out electron mail address not establishing relation with any record number and recording the mapping relationship through user selection of the new email address with this contact number.