42results about How to "Reduce complicated steps" patented technology

A process for preparing the modified montmorillonite used to prepare composite polymer/montmorillonite nano-material with excellent properties features the direct reaction between powdered montmorillonite and organic modifier. Its advantages are no need of water and solvent, and no environmental pollution.

This invention relates to a test agent and its process method to test the cholesterin in the lipoprotein with high intensity in blood serum. This invention aims to provide an improvement of the agent and its process method by which we can get the agent able to automatic biochemical analysis device in each type. The technique project and the contents are the flowing: a, high combining enzyme compound; b, surface activity agent; c, some antiseptic agent, stabilization agent and color source.

The invention discloses a catalyst-absorbent complex for absorbing and strengthening low-carbon hydrocarbon steam reforming hydrogen and a preparing method of the complex, which are mainly used for the steam reforming hydrogen production through low-carbon hydrocarbons of C1-C4 and the like. The method is characterized in that a coprecipitation method is adopted to organically combine a catalyst for hydrocarbon steam reforming reaction and an absorbent for CO2 carboxylation reaction to form a whole body, so that micro-scale uniform distribution is realized, thus a precursor with a hydrotalcite structure is formed, and the catalyst-absorbent complex is prepared through high temperature sintering. The complex can effectively stimulate CO2 situ absorption, and excellent catalyzing and absorbing activities and stability of the complex are maintained through the hydrotalcite structure of the precursor. The chemical formula of the complex is Nix-Mgy-Caz-Al-O.

The invention belongs to the technical field of aeronautical materials, and particularly relates to a method for simultaneously measuring Cr, Ni and Ti in stainless steel 1Cr18Ni9Ti. The method comprises the steps of measuring the Cr by a hydrochloric acid method, measuring Ni by a high-Cr steel Ni reagent colorimetric method, and measuring Ti by an antipyrine methane colorimetric method. According to the method, the measurement of the Cr, the Ni and the Ti in the stainless steel can be integrated, the samples are weighed and dissolved in a unified way, and then the samples are respectively tested after being separated, so that the original complicated steps are reduced, the time and the cost are saved, and the testing efficiency is greatly increased.

The invention discloses a computer device, a digital electronic system and a control method thereof. The control method for the digital electronic system comprises the following steps of: connecting the computer device to a digital audio and video device; executing an application program of the computer device, and transmitting a control signal to the digital audio and video device after audio and video contents are selected; when the digital audio and video device is in a standby state, starting the digital audio and video device, and performing switching to a computer device channel; and playing the audio and video contents of the computer device in the digital audio and video device. Therefore, the inconvenience of film watching realized by utilizing a high-definition multimedia interface is reduced.

The invention belongs to the technical field of steel alloy materials, in particular to Q-and-P organized hot rolled Fe-Mn-Al-C steel obtained by quenching to a bainite zone and a manufacturing method. The hot rolled Fe-Mn-Al-C steel is prepared from the chemical components in percentage by weight: 0.22%-0.25% of C, 2.8%-3.2% of Mn, 1.8%-2.2% of Al, and the balance of Fe. The phase change dynamicsis controlled by composition design, experimental steel is cooled above an Ms temperature, sufficient bainite phase change is avoided when the steel is cooled slowly afterwards, and a structure withmartensite/bainite being as a matrix is obtained. The experimental steel is air-cooled to 500-550 DEG C after controlled rolling is carried out, then furnace cooling is carried out to the room temperature, finally, a complex phase Q-and-P structure of a small amount of ferrite, martensite/bainite and retained austenite is obtained, the tensile strength is more than 1050MPa, and the elongation is more than 20%. Thus, the difficult problem of low temperature quenching of the Q-and-P steel is not prone to controlling is solved.

The invention relates to an ink jet device, which comprises a main controller, an image sensing controller arranged between the main controller and an image sensing device, which is used for controlling the image sensing device, an ink jet controller arranged between the main controller and a nozzle which is used for controlling the nozzle, an ink jet frequency controller arranged between the main controller and a frequency receiver which is used for controlling the frequency receiver, a substrate loading platform connected with the main controller which is used for loading the substrate, a motor position back coupling controller comprising a plurality of location inductors, arranged between the main controller and the location inductors, which is used for calculating the position of the substrate loading platform and the adjustment amplitude of the rotation angle and a motor driving loop which comprises a plurality of motors corresponding with the location inductors is arranged between the main controller and the motor, which is used for controlling the location and the rotation angle of the substrate loading platform.

The embodiment of the invention relates to the technical field of scenic spot navigation, and discloses an intelligent navigation system and method based on wearable equipment, and the system comprises a detection terminal which is used for detecting whether target wearable equipment exists in a preset scenic spot position range corresponding to the detection terminal; if yes, target user information of the target wearable device is read, and the target user information is sent to a background server; the background server is used for generating target guide information matched with the targetuser information and the scenic spot information according to the target user information and the scenic spot information corresponding to the detection terminal; Sending a starting instruction to the navigation device according to the target navigation information; and the navigation device is used for starting according to the starting instruction and presenting a navigation scene matched withthe target navigation information, so that a target user corresponding to the target wearable device obtains the explanation information corresponding to the scenic spot information in the navigationscene. Therefore, by implementing the embodiment of the invention, an intelligent scenic area automatic guide service can be provided for tourists.

The embodiment of the invention provides a synchronization method and device and a computer readable storage medium, and relates to the technical field of data processing. The method comprises the steps that while a server side receives a synchronization request issued by a client side of a login user, information selected by synchronization in the synchronization request is acquired, the information selected by the synchronization comprises user information of the login user and program module information of the synchronization selected by the login user, the server side establishes a Linux machine corresponding to the login user based on the user information, and selects a program module of the synchronization selected by the login user from pre-stored online programs based on the program module information of the synchronization selected by the login user; then the program module of the synchronization selected by the login user is synchronized into the Linux machine. The method achieves that the selected program module is synchronized and migrated to another machine by one key, thereby omitting miscellaneous steps of manually downloading the program module, improving the working efficiency and saving the time.

A textile coloring and drying device, comprising an electric conveyor belt [1], an oily film [2] is set on the horizontal conveyor belt, which is close to the electric conveyor belt [1], and a plurality of capillary The coloring device [4] of the conduit [3] is provided with a heating plate [5] at the lower end of the inclined electric conveyor belt [1]; an electric conveyor belt [1] can drag the textile cloth in the left middle part of the whole device; Set oily film [2] to prevent the color from adhering to the conveyor belt and keep the conveyor belt clean; set multiple capillary tubes [3], which are arranged in parallel in the shader to make the color even; set the shader [4], above the conveyor belt, can be colored by lifting; setting a heating plate [5], can quickly dry after coloring; can evenly and quickly color, reduce the complicated steps in the traditional process, improve work efficiency and work quality.

The invention discloses a making method of acid ginger and belongs to the technical field of food processing. The making method includes the following steps that 1, glutinous rice is made; 2, acid grain fermentation is prepared, the glutinous rice and caky starter are mixed, and the mixture is put in a fermentation container; 3, acid grain fermentation is carried out, the fermentation temperature ranges from 30 DEG C to 40 DEG C, and the fermentation time ranges from 2 days to 3 days; 4, acid grain processing is carried out, and an acid grain semi-finished product is put in boiling water to be boiled for 3-5 min; 5, tender ginger is prepared; 6, the acid ginger is made, acid grains and the tender ginger are put in an acid jar according to the mass ratio of 1:(2-3), and the acid ginger is made 10-15 days later. The making method of the acid ginger is easy to operate and easy to achieve on production. The acid ginger is made from the acid grains fermented from glutinous rice, no additive is added, and the acid ginger is natural and free of danger; the made finished acid ginger is delicious, crispy and refreshing in taste and better in taste, the preservation time reaches one year or longer, and the seasonal problem of fresh ginger is solved.

The invention relates to the technical field of network security equipment protection, and discloses a modularized integrated multifunctional network security protection device, which comprises a shell, a fixed structure is arranged in the shell, and the fixed structure comprises a baffle plate, a limiting plate, a base, a knob, a sliding block, a connecting shaft, a threaded rod, a soft cushion, a fixed shell, a movable plate and a wiring groove. When a rotating force is applied to the rotary knob, the rotary knob can control the threaded rod to rotate and drive the sliding block to horizontally move front and back. The modularized integrated multifunctional network security protection device provided by the invention is provided with a fixing structure and a connecting structure; the fixing structure can firmly fix the network security protection hardware equipment in the shell, the shell can realize single placement of the security equipment, the situation that a plurality of security equipment are overlapped together during use is avoided, and the connecting structure can connect a plurality of shells together, so that the shells are connected more fixedly.

The invention discloses a smart classroom intelligent correction and data acquisition method based on an ink screen, and the method comprises the steps: enabling a teacher end to issue homework or test paper data to a student end through a server end after a binding relation is established between the teacher end and the student end, enabling a student to write and answer on the ink screen of the student end; and enabling the student end to collect the answer content of the student and send the answer content to the teacher end through the server end for intelligent correction. According to the invention, based on the use of the ink screen, automatic acquisition of the answering content by the student terminal can be realized, complicated steps such as photographing identification required by a traditional acquisition mode are reduced, and the use experience of teachers and students is improved.

The invention discloses a CPP thin film book cover production process, relates to a thin film production and processing technology, and aims to solve the problems that the production efficiency is easily influenced during production due to more and more complicated steps of an original book cover manufacturing method, and meanwhile, the edge of a CPP thin film obtained by cutting is sharp, so that people are easily scratched. According to the technical scheme, the method is characterized by comprising the following steps that firstly, materials are weighed and mixed; step 2, feeding and stirring: sequentially feeding the materials into a hopper stirrer, feeding a small amount of materials at a middle section, and continuously stirring for a certain time after all the materials are fed; 3, pumping and melting the materials, and pumping the stirred materials into a CPP casting machine for heating; and 4, film blowing, wherein after the temperature in the CPP casting machine reaches the set temperature, material injection and film blowing are started. Production can be carried out through thermal shaping, the production steps can be reduced, the working efficiency is improved, the edge of the obtained book cover is round, and people are not prone to being hurt when touching the book cover.

The invention provides a reading meter incomplete character recognition method, and the method comprises the steps: training a CNN algorithm according to transfer learning, and obtaining a target recognition model; obtaining an incomplete character region in the reading image, wherein the incomplete character region comprises a first region and a second region; inputting the complete character region into the target recognition model for recognition to obtain a first recognition result set matched with the first region and a second recognition result set matched with the second region; and obtaining a target value of the incomplete character region according to the first recognition result set, the second recognition result set and a preset reading table character arrangement rule. According to the method, through transfer learning of the training model and further screening and judgment of the first recognition result set and the second recognition result set, the technical problems of incomplete character recognition and inaccurate character recognition of a traditional reading meter are solved.

The invention discloses a pressing type spanner repeatedly operated. According to the spanner, one end face of a drive handle part is provided with an abutting part and an accommodating groove, the other end of the drive handle part is provided with a holding part, and a pivot hole is formed between the abutting part and the accommodating groove in a penetration mode; a ring sleeve part is provided with a nesting hole in a penetration mode, a sectioning hole is formed in the peripheral side of the ring sleeve part and communicates with the nesting hole, the end, provided with the abutting part, of the drive handle part is inserted into the sectioning hole, the ring sleeve part is provided with a punched hole corresponding to the pivot hole, and a bolt part penetrates through the punched hole and the pivot hole; an elastic part is arranged inside the accommodating groove; and a screw and a nut are arranged in the nesting hole in a penetration mode and are clamped and abutted by the abutting part and a wall of the nesting hole, the abutting part and the wall of the nesting hole can abut against the screw and the nut in a clamping mode for realizing locking and meshing through back-and-forth repeated pivoted swinging of the drive handle part, and slippage of the ring sleeve part can be elastically driven by the elastic part so that the meshing state can be removed.