8results about How to "Fast implant" patented technology

The invention relates to a flexible microelectrode implantation device, implantation equipment and an implantation system. The implantation device comprises a base, a plurality of implantation needle assemblies, a plurality of flexible microelectrodes and an implantation control piece. Each implantation needle assembly comprises a fixed seat and an auxiliary implantation needle which are connected with each other, the multiple fixed seats are detachably connected to the base, and each auxiliary implantation needle is connected with one flexible microelectrode; the implantation control piece comprises a first magnetic piece, each fixing seat comprises a second magnetic piece, the implantation control piece is magnetically attracted to the second magnetic piece on each fixing seat through the first magnetic piece, then each fixing seat and the corresponding auxiliary implantation needle are driven to be separated from the base, and the corresponding flexible microelectrode is implanted to a preset position of a brain area. By means of the arrangement, the implantation area and the implantation depth of each auxiliary implantation needle can be dynamically selected, rapid implantation of a single auxiliary implantation needle can be achieved in a magnetic attraction control mode, and the implantation efficiency cannot be reduced.

This utility model relates to a biliary particle tube implantation kit, including a particle tube implantation kit assembly and a particle tube. The particle tube is a hollow and transparent cylindrical tube with an opening at one end. The open end of the particle tube is coaxially connected to a connector with openings at both ends. A traction suture, which is an absorbable suture, is also installed on the outer wall of the particle tube. This utility model facilitates the rapid assembly of the particle tube and allows for easy integration with a self-expanding metal stent. During surgery, the particle tube and the self-expanding metal stent can be accurately, efficiently, and safely implanted into the predetermined position within the biliary tract.

The invention provides a high-end equipment fault intelligent diagnosis system based on side cloud cooperation, and the system comprises a cloud control module, one end of the cloud control module is provided with a cloud update maintenance module, one end of the cloud update maintenance module is provided with a cloud storage module, and one end of the cloud storage module is provided with a cloud detection module; the information acquisition module is arranged at one end of the cloud control module, and an information verification module is arranged at one end of the information acquisition module; and the scene adjustment module is arranged at one end of the information verification module, and an APP implantation module is arranged at one end of the scene adjustment module. According to the invention, the problem that the existing technical architecture is difficult to adapt to complex and changeable environment requirements of a user side and operation and maintenance scenes with many points and wide range still exists in the existing distributed photovoltaic access is solved.

This invention discloses a biofilter packing material for VOCs organic waste gas treatment and its preparation method, belonging to the technical field of biofilter packing materials. The biofilter packing material for VOCs organic waste gas treatment of this invention includes a nutrient slow-release core, a conductive functional shell layer, and a surface functionalized layer. The dry weight percentages of the raw materials for the nutrient slow-release core, conductive functional shell layer, and surface functionalized layer are 50%-60%, 35%-45%, and 3%-5%, respectively. The biofilter packing material for VOCs organic waste gas treatment and its preparation method proposed in this invention adopt a three-layer composite structure of a nutrient slow-release core, a conductive functional shell layer, and a surface functionalized layer. The core is responsible for the long-term supply of nutrients and carbon sources; the shell layer achieves efficient adsorption, conductive transfer, and microenvironment regulation; and the surface layer ensures the rapid colonization and targeted degradation of functional microorganisms. This spatial functional partitioning avoids mutual interference between different components and greatly improves the overall performance of the packing material.

This disclosure provides an implantation device and an implantation system. The implantation device includes: a receiving mechanism, the receiving mechanism including a first receiving portion; and an implantation component, the implantation component being housed in the first receiving portion, at least a portion of the implantation component being movable relative to the first receiving portion to drive the movement of electrodes attached to the implantation component; wherein the electrodes are capable of acquiring electrical signals from biological tissue or applying electrical stimulation to biological tissue. The solution of this disclosure can reliably improve at least one of implantation efficiency and implantation accuracy.

The utility model discloses a needle assisting component, which comprises a needle assisting device and a needle assisting needle head coaxially installed, the needle assisting needle head is used for connecting an indwelling component, the needle assisting device is composed of a base, a main body shell, a support, a needle assisting key and a needle releasing key, the main body shell is connected with the base to form a containing space, and the support is partially located in the containing space. The support is arranged on the main body shell, the needle-assisting needle head is fixed at the bottom end of the support and can move up and down, the needle-assisting key is arranged outside the support, the support is arranged in the main body shell, the support is controlled to drive the needle-assisting needle head to move up and down, and the needle-releasing key is installed in the support. Through the whole needle assisting assembly, the indwelling soft needle and the monitoring probe can be rapidly, stably and accurately implanted under the skin without pain, meanwhile, the needle is very convenient to remove, operation is easy and safe, in addition, the needle assisting needle head is installed and detached under the protection condition, environment friendliness and safety are achieved, secondary damage to a patient is avoided, and the use experience of the patient is improved.

This application provides a workpiece implantation device, including a main body and an implantation assembly. The implantation assembly includes a main body portion and a movable block. The main body portion is fixedly connected to the main body portion and is provided with a sliding groove. The movable block is installed in the sliding groove and can slide within the sliding groove. The main body portion is also provided with a loading channel and a unloading channel respectively communicating with the sliding groove. The movable block is provided with a storage hole. When the movable block slides within the sliding groove, it has a first position and a second position. When the movable block slides to the first position, the storage hole can communicate with the loading channel, so that the workpiece to be implanted can move from the loading channel to the storage hole. When the movable block slides to the second position, the storage hole can communicate with the unloading channel, so that the workpiece to be implanted in the storage hole can be removed from the unloading channel. By controlling the movable block to move back and forth between the first and second positions, rapid loading and rapid implantation of the workpiece can be achieved, improving the working efficiency of the workpiece implantation device.

The invention discloses a microneedle implantation device and method.The microneedle implantation device comprises a microneedle clamping module, a microneedle cutting module, an angiography module and a mechanical arm, the microneedle clamping module is used for clamping and releasing a microneedle, the microneedle cutting module is used for cutting a microneedle body of the microneedle, and the angiography module is used for carrying out angiography on the microneedle body of the microneedle; the mechanical arm is detachably connected with the microneedle clamping module, the mechanical arm is used for driving the microneedle to move in the cutting and implanting process, and the blood vessel imaging module is detachably connected with the mechanical arm. The micro-needle implanting equipment can automatically complete accurate implantation of the micro-needle through the automatic mechanical arm under the assistance of the navigation tracking system, and under the condition that the micro-needle body has the risk of puncturing a blood vessel, the micro-needle cutting module is used for cutting the micro-needle body in a specific area in advance to avoid the blood vessel, so that the blood vessel puncturing risk is reduced, and the blood vessel puncturing risk is reduced. Therefore, it is guaranteed that the microneedle is rapidly, accurately and safely implanted into a designated intracranial area. The micro-needle implanting equipment is simple to operate, high in implanting precision, high in safety and high in practicability.