231results about How to "Flexible" patented technology

The utility model discloses an auxiliary expander for preventing nasal cavity cicatricial contracture, including deformation metal frame structure, two nasal cavity expansion structures are arranged in deformation metal frame structure both sides, the nasal cavity expansion structure includes the plate type silica gel sleeve part, and the top and bottom of plate type silica gel sleeve part fixedly links two arc deformation silica gel parts, the utility model nasal cavity expansion structure whole is silica gel material, has elasticity, two arc deformation silica gel parts will apply the elastic force to the outside, and the patient's nostril is expanded, when being inserted into the nostril, two arc deformation silica gel parts are pinched, can be inserted into the nostril, after entering the nostril, two arc deformation silica gel parts expand and the patient's nostril are pasted, can be suitable for the nostril of different size and use, more convenient, the utility model deformation metal frame structure each position can be bent, like this can realize the adjustment of two nasal cavity expansion structure spacing, is suitable for different nostril spacing.

The application provides a high-nickel ternary material modification method and a high-nickel positive electrode material with a nitrogen-oxygen coating layer, and relates to the field of lithium ion batteries. In the high-nickel ternary material, surface lattice oxygen is gradually replaced by nitrogen atoms in a high-temperature long-time calcination process in a nitrogen-oxygen mixed atmosphere, so that a nitrogen-oxygen layer is formed on the surface, which is beneficial to the delocalization of electrons, thereby endowing the material with excellent electronic conductivity; meanwhile, the presence of the nitrogen-oxygen layer inhibits the transformation of the surface layer structure into a rock salt phase structure, which is beneficial to realizing efficient ion transport. The formation of the nitrogen-oxygen layer on the surface of the high-nickel ternary material can simultaneously improve the electronic and ionic conduction of the surface of the high-nickel positive electrode material, inhibit the interface side reaction, relieve the volume change, and thereby improve the cycle stability of the battery.

The application discloses a packaging protection structure, which comprises a protection assembly, wherein the protection assembly comprises a protection plate, a metal layer and a flexible layer, the metal layer and the flexible layer are stacked to form the protection plate, the flexible layer is used for contacting a product, and the protection plate can be bent at any position to match the edges and corners of products with different sizes. The metal layer and the flexible layer are both flexible, the protection plate can be bent at any position to match the edges and corners of products with different sizes, a plurality of molds are not needed to be opened to manufacture protection plates with different shapes, and production cost is reduced; when the protection plate is installed on the product, the flexible layer contacts the product and plays a buffering role, so that the product is protected.

The utility model relates to the technical field of office table steel frames, and discloses a high-strength durable office table supporting steel frame which comprises two sets of supporting legs and a table top, the supporting legs are connected with a main transverse plate through lifting assemblies, and clamping grooves are formed in the middle of the top end of the main transverse plate. Connecting plates are fixedly connected to the left end and the right end of the opposite side of the main transverse plate correspondingly, a first folding plate and a second folding plate are rotationally connected to the inner walls of the opposite sides of the connecting plates correspondingly, the first folding plate and the second folding plate are connected through hinges, and sliding plates are slidably connected to the inner walls of the first folding plate and the second folding plate correspondingly. According to the folding table, the first folding plate and the second folding plate can be flexibly unfolded to increase the supporting area of the table top and improve the stability through rotary connection and hinge design, or can be folded and stored to save space and adapt to different use scenes, and the rotary connection structure of the folding transverse plate can evenly disperse pressure to the supporting legs during bearing; the overall connection strength of the frame is enhanced, and durability is improved.

The application discloses an edge air defense node task allocation method and system based on a genetic algorithm and a contract net method, and particularly relates to the following steps: establishing a target threat degree estimation and task allocation model; using an improved hybrid single-parent genetic algorithm to calculate a multi-platform cooperative task allocation problem through integer coding+dynamic double population, tournament selection+reverse order crossover+adaptive mutation genetic operator design, combined with an elite pool update and a mutation strategy triggered by concentration degree of a simulated annealing criterion; and using an improved contract net method to realize dynamic air defense task re-allocation by extending a contract protocol process, introducing a multi-Agent cooperative architecture, designing a consistency auction algorithm and a dynamic bid correction rule, and combining a load-sensitive contract exchange mechanism in view of problems encountered in executing tasks by air defense platforms in emergency situations. The application can rapidly and effectively perform multi-platform cooperative air defense task allocation, dynamically adapt to environmental changes, and improve multi-platform cooperative air defense task combat effectiveness and combat efficiency.

The invention provides a long text-oriented analysis checking method, device and equipment and a storage medium. The checking efficiency and accuracy are remarkably improved through intelligent fragmentation and mixed scheduling. The core of the method is that according to semantic relevance among text fragments, fragments with reference or dependency are distributed to serial auditing nodes for deep and coherent context verification, independent fragments are distributed to parallel auditing nodes for concurrent processing, and therefore the problem of long text semantic segmentation is solved, and meanwhile the content of the text fragments is improved. And the auditing time is greatly shortened from the hour level to the minute level. Besides, the output behavior of the large language model is restrained by loading a predefined structured instruction set in the auditing node, so that'illusion 'and misjudgment generated when the model processes complex tables and nested terms are effectively inhibited, and the reliability of a checking result is remarkably improved. The method has flexibility and expandability, and is suitable for automatic and intelligent checking scenes of various professional long texts such as contracts and bid invitation files.

This invention provides a method for manufacturing a circuit board assembly, comprising the steps of: providing a circuit board including a heating element, the circuit board having a flow channel, one end of the flow channel being connected to the heating element; providing a shock absorber within the circuit board, the shock absorber having a receiving groove, the receiving groove being connected to the other end of the flow channel; and providing a fan within the receiving groove to obtain the circuit board assembly, wherein the sum of the length, width, and height of the fan does not exceed 90 mm. Furthermore, this invention also provides a circuit board assembly.

The invention discloses a multi-terminal parallel authentication authorization and equipment perception method for a key task communication system, which belongs to the technical field of key task communication, and specifically comprises the following steps: S1, configuration preparation: a server pre-configures a terminal initial configuration file for a terminal; the initial configuration file of the terminal comprises lt; m < cpt >-UE-idgt; element, lt; m < cpt >-UE-idgt; the elements comprise the next-level lt; the method comprises the following steps: carrying out Instance-ID-URNgt; an element; lt; the method comprises the following steps: carrying out Instance-ID-URNgt; the elements are instantiated to be unique identifiers by the configuration terminal; s2, configuration issuing and effectiveness: the server issues the initial configuration file of the terminal to the terminal, and the initial configuration file of the terminal is restarted to take effect through the terminal; s3, authentication and information reporting: the terminal initiates an authentication and service authorization request, wherein the request carries the result; the method comprises the following steps: carrying out Instance-ID-URNgt; an element; s4, service authorization and configuration issuing: the server receives the request, analyzes the terminal instantiation unique identifier, records analysis information, and determines whether to issue matched user configuration file data to the terminal; according to the invention, the terminal registration authentication process is deeply coupled with the terminal type and capability evaluation, and intelligent decision-making can be carried out based on terminal difference.

The application relates to the technical field of composite copper foil preparation, in particular to a PET composite copper foil with high peeling resistance and oxidation resistance and a preparation method thereof. The preparation method of the PET composite copper foil with high peeling resistance and oxidation resistance comprises the following steps: PET composite copper foil preparation and PET composite copper foil composite treatment. In the application, the inert structure of a PET surface is broken through corona treatment, and a polar group is introduced; then, a reinforcing liquid containing a silane coupling agent and nano silicon dioxide sol is coated to form a polar transition layer, so that the interface bonding force and the peeling resistance of the PET and the metal layer are improved through chemical bonding and physical anchoring; then, a layer of oxidation-resistant barrier metal layer is formed by using a physical vapor deposition method; then, the PET composite copper foil is placed in a copper-containing electrolyte, and electrolysis treatment is carried out by electrifying, so that a layer of copper foil is deposited, and the PET composite copper foil is obtained; and finally, the obtained PET composite copper foil is subjected to a surface treatment process.

The utility model discloses a kind of heat-insulated fireproof doors, comprising: door frame and two groups of fireproof door panels, two groups of fireproof door panels are fixedly installed with heat insulation layer between, heat insulation layer one end is provided with installation port, installation port is fixedly installed with door gap plugging mechanism, and the plugging end of door gap plugging mechanism extends from the gap between two groups of fireproof door panels, and two groups of fireproof door panels are rotatably installed in door frame, and then make door gap plugging mechanism can extend from between fireproof door panel and touch on the inner wall surface of door frame.The application is designed by door gap plugging mechanism, so that it passes through the double protection mechanism of " primary sealing + automatic plugging", first by fireproof door panel and spacer plate form preliminary blocking, then utilize zirconium fibre composite felt to automatically expand and fill gap when fire, substantially delay the speed of high-temperature dense smoke diffusion to indoor, and gain more escape time for personnel.

The invention discloses an image restoration method and system based on dynamic re-parameterization, and the method comprises the following steps: obtaining a training image and a control parameter k, selecting a pre-trained denoising network on a natural image restoration task as a basic model, and constructing a dynamic controllable re-parameterization network based on the basic model; inputting the training image and the control parameter k into the dynamic controllable re-parameterization network for forward propagation, then constructing a loss function for back propagation, and updating parameters in the dynamic controllable re-parameterization network to obtain a dynamic controllable re-parameterization mother model; setting a target scene for image restoration, calibrating the optimal processing intensity of the target scene, determining a corresponding krep value, and processing the re-parameterized mother model based on the krep value to obtain an image restoration model; and performing image restoration by using the image restoration model.

The utility model relates to the field of biomedical experiment instruments, in particular to a device for fixing a culture bottle, which comprises a base and two clamping arms, a groove is arranged in the middle of the base, the two clamping arms are movably connected to the inner side wall of the groove respectively, two threaded rods are in threaded connection with the side wall of the base, and the two threaded rods are connected with the base. First connecting seats are fixedly arranged on the inner side walls, close to the threaded rod, of the clamping arms for the threaded rod to rotate, and a handle is fixedly arranged at the other end of the threaded rod; compared with a traditional device used for fixing a culture bottle, the culture bottle fixing device is provided with the base, the clamping arm threaded rods, the first connecting base, the limiting rod, the second connecting base, the mounting base, the roll shaft and the handle according to requirements, an experimenter places the culture bottle in the middle of the groove, the two threaded rods are driven to move in the opposite directions by rotating the handle, and the culture bottle is fixed. The clamping arms can be respectively supported on the side wall of the culture bottle, and the roll shaft is matched with the second connecting seat and the mounting seat for supporting and limiting, so that the clamping stability and adaptability of the culture bottle are further improved.

The utility model relates to the technical field of automobile chassis protection, in particular to a modularized automobile chassis assembly armor which comprises protection units and unit connecting pieces, the whole armor is composed of a plurality of sets of protection units matched with the unit connecting pieces, the whole protection units are of a square structure, and the joints of every four adjacent sets of protection units are connected through the unit connecting pieces. Each protection unit comprises an armored protection plate, the armored protection plate is of a square structure, and connecting clamping grooves of right-angle structures matched with the unit connecting pieces are formed in the four corners of the upper surface of the armored protection plate correspondingly. Each unit connecting piece comprises a cross-shaped connecting hanging plate, and the cross-shaped connecting hanging plates are arranged at the connecting positions of the four sets of adjacent armor protection plates. The whole armor is composed of the multiple sets of protection units matched with the unit connecting pieces, convenient and fast assembly of the armor is achieved through the modular unit design and the detachable connecting mode, meanwhile, when the armor is damaged, the damaged units can be independently replaced, and the maintenance cost is reduced.

The utility model discloses a novel conductive fabric auxiliary material pressure maintaining structure, which comprises a main body, a double-column ejector rod arranged below the main body, a polyurethane compression ring arranged below the double-column ejector rod, a gland guide limit arranged on the right side of the polyurethane compression ring, and a pressure maintaining positioning seat arranged below the gland guide limit, a gland lock hook is installed on the right side of the pressure maintaining positioning seat, a gland lock hook seat is installed on the gland lock hook, a gland lock hook shaft is installed on the gland lock hook seat, and an inner sinking screw is installed on the left side of the gland lock hook shaft. According to the novel conductive fabric auxiliary material pressure maintaining structure, the operation hole facilitates operation in the main body, the positioning hole improves the assembly precision, and device stability and function accuracy are ensured. The gland lock hook is connected through a second connecting hole, a second spring enables the lock hook to reset, operation convenience is improved, and the service life of parts is prolonged. A gland lock hook seat screw mounting hole is used for fixing, and a first connecting hole is used for strong connection to guarantee stability. A first spring of the double-column ejector rod provides elastic force to keep stable ejection, a polyurethane compression ring is in butt joint with a butt joint hole, and components are protected through material characteristics.

This invention discloses a rapid electromagnetic-thermal coupling optimization method for permanent magnet motors considering demagnetization. Specifically, it involves finding an initial topology for the permanent magnet motor that satisfies the temperature rise condition after electromagnetic-thermal coupling calculations, and obtaining the average temperature rise of each component of the motor. This temperature rise is then fixed in the parametric electromagnetic model of the motor, and the motor efficiency is calculated using LHS sampling and finite element method. or With the degree of demagnetization D m Furthermore, a demagnetization penalty term is introduced into the efficiency calculation. D m Mapped to a 01 array, denoted as D m_01 Using efficiency data and demagnetization data D m_01 The Kriging response surface and the decision tree response surface were trained separately. Using demagnetization as a constraint, the motor efficiency was optimized and validated using NAGA-II. If the accuracy of the efficiency response surface was insufficient, it was trained and optimized again to enhance its predictive ability in the high-efficiency region of the motor. Electromagnetic-thermal coupling calculations were performed using the highest-efficiency topology predicted by the efficiency response surface to obtain the efficiency. or re .like or re If the requirements are met, the optimization ends; if not, a new round of optimization begins, and this cycle continues.

The application provides an integrated intelligent electric power fire monitoring and rapid disposal device, and belongs to the technical field of electric power fire safety, and is used for solving the problem that fire detection and fire extinguishing decision are independent and lack continuous adaptive control in the prior art. The device comprises an edge computing gateway, and a physical information deep Bayesian controller is stored in the gateway. The controller receives multi-modal sensor data at each time step, performs state prediction based on a differentiable physical prior model, performs state posterior update based on a deep Bayesian observation model, and generates a continuous value fire extinguishing action through a policy network to control the partition valve to spray foam. The device integrates state estimation and fire extinguishing decision into a unified recursive framework, realizes end-to-end joint optimization and online Bayesian adaptation, and has the advantages of fast response, high precision and strong adaptation.

The application discloses a flexible capillary hydrogen storage device and a manufacturing method thereof, and is characterized in that device components include a framework, a flexible hydrogen storage capillary and a high-pressure-resistant metal connecting piece; wherein both ends of the flexible hydrogen storage capillary are in an open state. The device manufacturing steps include: flexible hydrogen storage capillary single-pipe drawing, flexible hydrogen storage capillary arrangement and flexible hydrogen storage capillary end sealing. Compared with the prior art, the application can realize higher hydrogen storage pressure and higher mass hydrogen storage density, and the device has the advantages of flexible structure, higher safety, no hydrogen embrittlement and the like.

This invention discloses a computation graph optimization method, system, and storage medium based on a multi-level cost model, comprising: (1) defining a multi-level cost model to evaluate the execution cost of computation graph execution schemes; (2) setting a set of subgraph replacement rules; (3) converting a given neural network model file into unified computation graph information; (4) analyzing the candidate computation graph structure and applying the subgraph replacement rules to obtain a new computation graph; (5) selecting a cost model to evaluate the execution performance of the computation graph; (6) selecting candidate computation graphs based on the cost evaluation results and scaling factors; and (7) repeating steps (4) to (6) until the expected computation graph optimization effect or convergence condition is achieved to obtain the optimal computation graph. This invention comprehensively considers the trade-off between search time and optimization effect, can meet different needs in various scenarios, guide the optimization direction of computation graphs, and thus improve the computational efficiency and performance of neural network models.

This invention provides a six-legged octopus robot device for underwater operations, relating to the field of underwater robot technology. The device comprises a main body, main tentacles, secondary tentacles, and a 360° rotating gimbal. The main tentacles integrate highly elastic TPU flexible tentacles and a miniature camera, while the secondary tentacles have built-in friction wheels for current-resistant anchoring. All components are detachably connected via standardized interfaces, making it suitable for efficient inspection and modular maintenance in complex underwater terrain. It solves the problems of traditional rigid robotic arms, such as difficulty in fitting into confined spaces, poor current-resistant stability, and high maintenance costs.

The utility model discloses a reagent dispersing homogenizer relates to reagent field, including homogenizer jar, the outer wall of homogenizer jar all installs fixed link. The utility model discloses a connecting rod is set up to the thread fixing effect of flow guide frame, when the device starts, the motor output strong rotation power and pass to connecting rod, drive its high -speed rotation, because flow guide frame and connecting rod adopt the thread fixed, and the both form rigid connection, therefore flow guide frame can rotate with connecting rod synchronization, and the flow guide frame structure is the flow guide board structure with specific radian and angle, and its special shape can produce multiple forces to the reagent of bottom, and flow guide frame blade pushes reagent and forms the vortex that rises, utilizes the principle of fluid dynamics, and guides the reagent particle or high -density component that deposits in the bottom of homogenizer jar upwards, and the shear force and centrifugal force that blade rotates produce, can effectively break the reunion state of the precipitate, make it re -dispersing to reagent whole solution.

The utility model discloses a kind of black fish head segmentation positioning cutters, it is related to fish head segmentation technical field.The utility model includes cutter, bottom plate is provided on the cutter, the top of the bottom plate is fixedly connected with support plate, the side of the support plate is fixedly connected with guide cone, the outer periphery below of the guide cone is provided with the rack of fixed connection in support plate, the rack is 'C' type, the gap is formed in the middle of the rack, guide cone and support plate, the rack includes rack bottom plate, the utility model directly replaces traditional manual gripping action by the physical fixing mode of sharp hook piercing into fish head, forms rigid constraint to avoid fish head slip risk when operating, 'C' type rack and its inclined plane bottom plate automatically guide fish body to slip into gap center, eliminate the operation redundancy of manual adjustment positioning.

The invention discloses a head-mounted device and relates to the technical field of intelligent wearable device.The head-mounted device comprises a device body and a bandage assembly, the bandage assembly comprises a bandage shell, an elastic piece and a connecting assembly, the elastic piece and the connecting assembly are arranged in the bandage shell, and the length of the elastic piece and the length of the bandage shell extend in the same direction; at least part of the binding band assembly abuts against the inner wall of the binding band shell, and the binding band assembly is connected with the equipment body through the connecting assembly. According to the invention, the bandage is optimized, so that the wearing comfort of the bandage assembly is better.

The utility model relates to the technical field of shielding materials, and discloses a shielding structure, a cable and an electronic product. The shielding structure comprises a polyimide film layer and a conductive cloth layer, the polyimide film layer and the conductive cloth layer are bonded through an acrylic adhesive layer, a conductive adhesive layer is attached to the side, away from the acrylic adhesive layer, of the conductive cloth layer, and the overall thickness T after the polyimide film layer, the acrylic adhesive layer, the conductive cloth layer and the conductive adhesive layer are attached is smaller than or equal to 0.04 mm. The cable comprises a conductive wire and a shielding structure, and the shielding structure is pasted and coated on the outer side of the conductive wire. The electronic product comprises a first main body and a second main body which are rotationally connected, and the first main body and the second main body are electrically connected through a cable. According to the utility model, the shielding performance, wear resistance and bending durability of the shielding structure are improved, the thickness does not exceed 0.04 mm, the shielding structure can bear 500,000 times of rotating friction without being damaged and layered, and the shielding structure still has high shielding performance and conductivity.

The invention relates to the field of electric connectors, in particular to an anti-loosening electromechanical equipment electric connector which comprises a male head, a female head and a locking assembly. The male head comprises a plug shell; the female head comprises a sleeve shell; the locking assembly comprises a groove, a hanging block and a steel clamp. The end surface of the hanging block close to the female head is a matching surface; the matching surface is an inclined surface inclined relative to the plugging direction of the male head and the female head; the end surface, far away from the female head, of the hanging block is a locking surface; the steel clamp comprises a rotating rod and an auxiliary structure; the middle of the rotating rod is bent towards the center of the sleeve shell to form a clamping protrusion. When the male head and the female head are connected in an inserted mode, the auxiliary structure limits rotation of the rotating rod, the clamping protrusion abuts against the locking face, the hanging block is locked in the groove, and before the male head and the female head are pulled away, the auxiliary structure exerts force in the inserting direction to drive the rotating rod to rotate, the clamping protrusion rotates away from the locking face, and the hanging block is unlocked. The direction of the unlocking action of the clamping protrusion and the hanging block of the rotating rod is parallel to the inserting direction of the male head and the female head, operation in a narrow and compact space is facilitated, and the connecting efficiency of the male head and the female head is improved.

The utility model relates to the field of bra cup design, in particular to a semi-invisible decorative three-dimensional printed cup which comprises a transparent fabric layer, a cotton layer and an inner fabric layer which are sequentially arranged from the outer surface to the inner surface, and the transparent fabric layer comprises a breathable layer, a high-elasticity filling layer and a connecting layer. The pattern layer is located between the connecting layer and the cotton layer and is of a protruding texture structure, the high-elasticity filling layer is made of silica gel foam materials and is of a hollowed-out structure, meanwhile, the multi-layer structural design is optimized in the cotton layer, and transfer of the three-dimensional pattern layer is achieved in a heat transfer printing mode. The purpose of giving consideration to comfort and functionality while improving the decoration effect of the cup body is achieved, and the visual experience of semi-invisible decoration and the good touch sense and durability are achieved.

This utility model relates to the field of low-voltage switchgear technology, specifically an interlocking mechanism for a movable drawer unit and the movable drawer unit itself. The interlocking mechanism includes a position interlocking mechanism, comprising a position interlocking drive plate and a movable portion position locking plate. The movable portion position locking plate is located on the back of the movable drawer unit and is fixed to the movable portion. The position interlocking drive plate is positioned by embedding a positioning element into a corresponding position positioning hole on the movable portion position locking plate. The fixed and movable portions of the movable drawer unit are interlocked through the aforementioned interlocking mechanism. The advantages are: the interlocking mechanism has complete functions, low structural cost, small space occupation, and enables unit miniaturization; the use of T-shaped sliding columns and guide rails for push-guided limiting reduces the precision requirements of sheet metal parts processing, lowers costs, solves push-up failures, controls the upward tilting of the rear of the movable portion, and also increases the internal width of the unit.

The utility model relates to a shoe changing stool which comprises a base, stool legs are fixedly arranged at the four corners of the bottom of the base, a containing groove is formed in the top of the base, a sponge mat is laid in the containing groove of the base, a plurality of hollow pipes are inserted into the top of the sponge mat, the bottom of the sponge mat is in clearance fit with the inner wall of the containing groove, and the hollow pipes are arranged in the containing groove. The top of the sponge mat is provided with inserting grooves allowing the hollow pipes to be inserted, one ends of the hollow pipes are inserted into the inserting grooves one by one, the hollow pipes and the inserting grooves are connected in a pluggable mode, and the sponge mat is made of elastic polyurethane materials. The sponge cushion made of the material has good elastic recovery performance, is not easy to deform in a long-term use process, and can continuously ensure the elastic comfort of the seat surface. According to the shoe-changing stool, the seat surface of the shoe-changing stool can be soft and elastic through a combination mode of the sponge cushion and the plurality of hollow pipes, so that the sitting comfort of a user is greatly improved.

This utility model provides a multi-segment flexible testing machine contact, belonging to the field of testing machine technology. The multi-segment flexible testing machine contact includes: a testing contact body composed of multiple bendable flexible segments connected sequentially; a fixed base for fixing the testing contact body; and a connecting component for connecting the testing contact body and the fixed base. Each flexible segment has a cylindrical structure, and adjacent flexible segments are connected by a flexible connecting part. The flexible connecting part is a thin sheet structure made of flexible material, with both ends fixedly connected to adjacent flexible segments. The fixed base has a block structure and a mounting groove for installing the connecting component. This utility model solves the problem of the traditional testing machine contact's simple structure and poor adaptability, improving testing accuracy and adaptability.

The invention discloses a high-energy-density semi-solid-state lithium battery and a preparation method thereof, and belongs to the technical field of semi-solid-state batteries. The semi-solid lithium battery comprises a positive electrode, a negative electrode and a semi-solid electrolyte, wherein the negative electrode is a silicon-based negative electrode; the semi-solid electrolyte comprises a skeleton layer and gel layers, wherein the gel layers coat the left and right surfaces of the skeleton layer; the framework layer is a mesoporous lithium lanthanum zirconium oxygen-based ceramic framework layer; the raw material of the gel layer comprises a functionalized acrylate gel precursor; the functionalized acrylate gel precursor comprises a functionalized acrylic monomer, a plasticizer and a functional aid in a mass ratio of (60-70): (20-30): (10-20). Through the gel layer, the skeleton layer and the semi-solid electrolyte of the gel layer structure, the buffer volume effect, the skeleton layer and the gel layer form a parallel ion transmission channel, the interface impedance is reduced, the conductivity is improved, and the high-safety semi-solid lithium battery with high ion conductivity and high energy density is obtained.