9results about How to "Realize integrated production" patented technology

The application discloses a FBG type wearable fingertip three-dimensional force sensor for traditional Chinese medicine and a three-dimensional force measuring method, and the sensor comprises a fingertip, an elastic body, a fixed finger sleeve and a plurality of optical fibers; the fingertip is a force collector of the FBG type wearable fingertip three-dimensional force sensor for traditional Chinese medicine; the first end of the elastic body is connected with the fingertip, receives the force transmitted by the fingertip and generates deformation; the second end of the elastic body is connected with the fixed finger sleeve and is used for wearing on a finger; the plurality of optical fibers are uniformly arranged on the elastic body and generate deformation in X, Y and Z directions under the deformation of the elastic body, so that the three-dimensional force of the fingertip is obtained. The sensor adopts the FBG, no current passes through the optical fiber, and no electrical connection is needed; the force sensing system is not disturbed by electric noise and electromagnetic interference; the sensing element has small size and light weight, high precision, zero drift, wide frequency response and good high-temperature performance.

The utility model relates to medical packaging film field discloses a folding mechanism of composite film bag making machine, including operation platform, the support frame is fixed with ultraviolet disinfection device on one side of raw material placing roller close upper fixed setting has folding board The side fixed setting of edge bench fixed setting edge banding machine, the dry decomposition bin is fixed on the edge bench, the hydrogen peroxide storage is fixed below the operation platform, the extraction pump is fixed on the mounting bracket, the extraction pump is connected through hydrogen peroxide storage tank through the conveying pipe. In the utility model, the folding mechanism of composite film bag making machine integrates double disinfection, accurate folding and edge drying linkage design, solves the problem of incomplete disinfection, irregular folding and difficult control of residues of traditional mechanism, a plurality of conveying rollers maintain the stable tension of film material, adapt to different thickness film material, and be applicable to the packaging of medicines and medical devices, realize integrated production, and improve the safety and efficiency of medical packaging.

This utility model relates to the field of automotive stamping die manufacturing technology, and in particular to a compression molding and punching die for lightweight composite LWRT parts for automobiles. It includes a lower die, an upper die, and an electrical control system. The lower die includes a lower die base assembly, a lower die core assembly, a lower die pressure frame assembly, and a lower die forming limiting mechanism. The upper die includes an upper die base assembly, an upper die core assembly, a floating die assembly, and an upper die pressure frame assembly, each assembly mounted on its corresponding die base. The electrical control system includes electrical control components for the lower die and upper die, respectively electrically connected to the lower die and upper die. Integrated production is achieved by combining the lower die, upper die, and electrical control system. The limiting block, in conjunction with a displacement sensor, enables time-sharing of forming and punching actions. The electrical control system communicates with the press equipment via a 16-pin socket, and, combined with the coordinated action of an induction plate, solenoid valve, and cylinder, achieves full-process automation, improving production efficiency and quality stability. This solves the problems of low forming and punching quality stability and difficulty in achieving high-efficiency production requirements associated with traditional processes.

A kind of ultra-light optical platform based on 3D printing and its preparation method, platform includes the optical element installation surface of top layer with positioning groove and fine adjustment mechanism, and the hierarchical support framework of "macroscopic gradient beam+microscopic porous filling" integrally connected to its lower surface;Macroscopic beam wall thickness changes along the radial direction in gradient, microscopic porous filling is body-centered cubic lattice and cell size changes along the thickness direction in power function gradient;It also contains function integration area integrated with framework, wiring channel structure formed in the interior or joint of framework, and adjustable support structure distributed at the bottom edge.The platform is integrally formed by 3D printing of carbon fiber reinforced polyether ether ketone;When preparing, first topological optimization, then layer-by-layer printing with specific parameters, after annealing and precision polishing, finally complete optoelectronic device integration and horizontal calibration.The present application realizes weight reduction of more than 50%, with high stiffness, low thermal expansion and excellent damping performance, improves the integration and lightness level of platform.

The utility model discloses a greenhouse framework production integrated punch plastic forming device, and specifically relates to the technical field of greenhouse framework production, and it includes the base, and the front side fixedly connected with the support frame of base upper end, and the right side fixedly connected with the side frame of base upper end, and the left side fixedly connected with the mounting bracket of base upper end, and the inside of side frame and mounting bracket is equipped with same adjusting cavity, and the inside of adjusting cavity all is provided with fixed seat and mobile seat, and the connecting roller is rotatably connected between two fixed seats and two mobile seats, and the outside of connecting roller is provided with extruding roller, and the fixed support frame is fixedly connected between two mounting brackets, and the inner wall of support frame and side frame rotatably connect with the two-way threaded rod. The utility model discloses through the accurate adjustment of screw rod and two-way threaded rod, realized the quick adaptation of extruding roller gap and plastic wheel distance spacing, and the steel band of different width and different side plastic forming demand are adapted, and the adjustment is convenient, satisfies the demand of different span greenhouse, and the universality and stability are high.

The application discloses a fly ash and industrial miscellaneous salt amorphous preparation integrated equipment, relates to the solid waste resource utilization technical field, and solves the problems that the existing fly ash and industrial miscellaneous salt collaborative treatment equipment cannot realize continuous production, has high energy consumption, has low amorphous degree, and is prone to secondary pollution. The equipment comprises an oxygen-free heating zone, a gradient cooling zone and a condensation reflux zone which are sequentially communicated; the oxygen-free heating zone is provided with a rotary feeding port, a special melting pool and an electric arc heating device, the electric arc heating device is composed of eight carbon rods which are distributed at specific angles, the special melting pool is divided into a region a of an inclined plane and a region b of a plane with holes; the gradient cooling zone comprises an air circulation cooling unit and a water tank; and the condensation reflux zone is communicated with a gas outlet of the oxygen-free heating zone. The application realizes continuous and integrated amorphous preparation of fly ash and industrial miscellaneous salt, the heating time of single particle material is only 10-15 seconds, the energy consumption is low, the amorphous rate is high, volatile metals can be recycled, harmful gases can be treated, there is no secondary pollution, and the application has remarkable economic and environmental benefits.

The application provides a battery module combination section, a battery processing section, a battery production line and a production process thereof, characterized by comprising a component section and a side seam welding section, the component section is used for processing and treating the battery cell and the functional part, and the treated battery cell is stacked to form a first battery module, the side seam welding section is arranged after the component section process, and is used for obtaining the first battery module and the functional part, and combining them to form a second battery module; wherein the functional part comprises a first functional part and a second functional part, the first functional part is used for combining with the battery cell to enable the component section to complete the treatment of the battery cell, thereby forming the first battery module; the second functional part is used for combining with the first battery module to form the second battery module, and the component section and the side seam welding section are arranged in sequence, thereby realizing the automatic production of the first battery module and the second battery module formed by the battery cell.

The utility model relates to the technical field of refractory processing, and disclose an automatic production line of refractory, including workstation, the upper end of workstation is installed with the top frame through the stand, and the material cylinder and hydraulic press are installed on the top frame and can move horizontally, the workbench is opened with the pressing groove that passes through up and down on the table surface, and the lower end of pressing groove is blocked through the liftable supporting plate, the lower end inside workbench is installed with the conveyer and horizontal pushing mechanism located supporting plate both sides, the utility model discloses the integration of workstation, material cylinder, hydraulic press and table surface pressing groove, supporting plate, conveyer and horizontal pushing mechanism, realize'blanking - pressing - conveying' integrated production, and after the material is pressed from the material cylinder through the pressing groove, the supporting plate is lowered to the lowest place, and is pushed to the conveyer by the horizontal pushing mechanism, reduces manual intervention and material transfer interval, and the production efficiency is greatly improved compared with the traditional many equipment combinations, thereby improving the production capacity of automatic production line, and improving the production benefit of enterprise.

The invention relates to the technical field of prepreg processing, in particular to integrated multifunctional prepreg production equipment and a production method thereof.The integrated multifunctional prepreg production equipment comprises a pay-off unit, a gluing unit, a hot-pressing unit and a winding unit which are sequentially arranged in the direction of an assembly line; the gluing unit comprises a lower gluing unit arranged close to the pay-off unit, a lower paper feeding unit used for feeding paper to an inlet of the lower gluing unit, an upper gluing unit arranged close to the hot pressing unit and an upper paper feeding unit used for feeding paper to an inlet of the upper gluing unit. A yarn splitting and guiding switcher used for switching between a prepreg tape output state and a prepreg cloth output state is installed on the outlet side of the hot pressing unit, an upper paper collecting unit and a lower paper collecting unit are arranged on the upper side and the lower side of the yarn splitting and guiding switcher respectively, and the winding unit comprises a prepreg cloth winding unit, a prepreg tape winding unit and a prepreg tape laminating unit. According to the invention, the integrated production of multiple types of prepreg products on one device is realized, and the production cost and the plant area are saved.