30results about How to "Simplify the cumbersome process" patented technology

A rubbish classification operation and management system comprises a user terminal, an information processing platform, a user management terminal and a resource recovery station. The user terminal is used by a user, provided with a user account and used for scanning two-dimensional codes on a rubbish bag group of a plurality of rubbish bags, and therefore the serial number of the bar codes of each rubbish bag in the rubbish bag group can be associated with the user account. The resource recovery station comprises a bar code scanner, a voice module, a video module, a plurality of classification rubbish cans, a data transmission module and a control module. The bar code scanner is used for scanning the bar codes of the rubbish bags. The video module is used for performing video monitoring on the user. The voice module is used for performing voice guidance on the user and guiding the user to throw rubbish into the correct classification rubbish cans. The control module controls the data transmission module to send the information of the rubbish bags to the user management terminal through the information processing platform. The user management terminal is used for pushing rubbish throwing information and integral information to the user terminal.

An intelligent input device of keyboard consists of keyboard for continuously pressing down follow-up correlation key to form key set after key event is occurred, databank for storing correlation data corresponding to said key set, the first matrix table being connected to keyboard and databank separately and being used to store follow-up key corresponding to key event and passively pressed-down probability of follow-up correlation key after each key event is occurred. Its intelligent-inputting method is also disclosed.

The invention discloses a breathable insole which comprises an insole body with an upper surface and a lower surface. The upper surface makes contact with the sole of a foot, the lower surface makes contact with a shoe sole, the insole body protrudes from the lower surface to the upper surface at the position corresponding to the heel to form an elastic first protruding portion, the lower surface of the first protruding portion and the shoe sole form a first cavity, the lower surface of the insole body is provided with a sealing ring in contact with the shoe sole in a protruding mode at the edge of the first protruding portion, and the sealing ring is provided with an air outlet. The breathable insole has the advantages that the first protruding portion is good in resilience buffering performance and air replenishment is facilitated; due to the arrangement of the sealing ring and the air outlet, the insole is convenient to detach for washing and breathable; due to the arrangement of a positioning column and an annular magnet, acupoint massage and magnet therapy can be carried out on the foot through the insole conveniently; due to the design of the edge of the insole body of the protruding portion, a small part of the insole can be trimmed conveniently when used so as to be matched with a shoe.

The invention discloses a device for producing a micro-nano thermocouple probe. The device comprises a box body with an upper opening, a chute, an operating rod, a mechanical claw, an electrochemical corrosion module, a washing and drying module and an insulating layer coating module, wherein the upper part of the box body is provided with the chute; the operating rod can horizontally move on the chute and is fixedly connected with the mechanical claw; and the electrochemical corrosion module, the washing and drying module and the insulating layer coating module are sequentially arranged at the bottom of the box body. The device can be used for automatically producing a thermocouple for measuring temperature of a micro-nano environment, and the complicated processes of producing the micro-nano thermocouple are simplified; and moreover, a human error in the production process is avoided, the experiment parameters are quantified, and the success rate is greatly improved.

The invention provides a method and device for automatically finding interference fringes. The method includes the following steps that pictures of white light interferometric scanning images are successively collected at equal intervals in the Z direction, continuous N pictures among the collected pictures are selected, and an eigenvalue of a pixel fringe of the image corresponding to the nth-frame picture is calculated; N is an integer greater than or equal to 3; the signal-to-noise ratio of the pixel fringe of the image corresponding to the nth-frame picture is calculated; detection is conducted on the current state according to the current eigenvalue and the signal-to-noise ratio of the pixel fringe of the nth-frame picture; and according to eigenvalues and signal-to-noise ratios of pixel fringes corresponding to the pictures in the different Z directions, the brightest Z-direction position of fringe interference and the Z-direction position of disappearance of fringe interferenceare obtained through detection. According to the technical scheme, by automatically finding and locating to the interference position, the safe and efficient searching process is realized, real-time operation and observation by operators are not required, the time and labor are saved, the efficiency is high, and the safety and reliability are achieved.

The invention discloses a temperature field virtual reality real-time reconstruction method for monitoring the service performance of a steam turbine. Perform finite element analysis on the steam turbine to obtain the finite element analysis results of the simulated temperature field, select the sampling point set of the steam turbine, and calculate the semivariance between every two points on the simulated temperature field; randomly select a sampling point on the simulated temperature field, and reconstruct the temperature field space Distribution, with the finally obtained reconstructed temperature field as a result, presenting the change of the temperature field during the operation of the steam turbine in real time. By reconstructing the real-time finite element temperature field of the steam turbine, the present invention can present the temperature change of each structure in the running state of the steam turbine in real time in an intuitive visualization form in a virtual reality environment, and realize the performance monitoring of the running state of the steam turbine.