51results about How to "Convenient injection operation" patented technology

The invention provides a liquid metal flexible electron and a preparation method and application thereof, and belongs to the technical field of liquid metal flexible electrons. According to the method, the characteristic that ABS plastic can be dissolved by acetone is utilized, 3D printing is utilized, a micro-channel is rapidly constructed in the Ecoflex silica gel which is a flexible substrate,and then liquid metal is injected into the channel to complete manufacturing of flexible electrons. According to the method, a traditional photoetching process does not need to be adopted for micro-channel construction, the operation steps can be greatly simplified, and the cost is reduced. A gold film on the surface of ABS is transferred to the surface of the Ecoflex silica gel flexible substrate, the wettability of liquid metal in a channel is improved, subsequent liquid metal injection operation is facilitated, and the prepared liquid metal flexible circuit is high in elasticity, can meet various deformation requirements and is stable in electrical performance in the service process.

The invention discloses an intravenous injection method of a radiopharmaceutical. The intravenous injection method comprises the following steps: a venous channel is established by utilizing a remaining needle and is connected with one end of a three-way connector, and a normal saline infusion apparatus is connected with the other end of the three-way connector; an injector provided with the radiopharmaceutical is taken from a protection device, the air is discharged manually, and the injector is connected with a third end of the three-way connector; a switch control valve of the three-way connector is rotated, the normal saline output end is closed, the remaining needle end and the injector end are communicated, and the radiopharmaceutical is injected to the vein; the switch control valve of the three-way connector is rotated, the remaining needle end is closed, the normal saline end and the radiopharmaceutical injector end are communicated, and the normal saline is injected into the injector; and then the switch control valve of the three-way connector is rotated, the normal saline output end is closed, the injector end and the remaining needle end are communicated, residues in the remaining needle are flushed and are pushed into a patient body. By adopting the method provided by the invention, the dose injected into a patient is more accurate, and meanwhile, safety of medical personnel and patients can be protected.

The invention relates to an operation bed special for a celioscope inguinal hernia operation. The operation bed comprises a bedstead, a heating mattress, a headrest, a head frame, a hip joint limitingmechanism, a shoulder limiting mechanism, an arm swinging mechanism and a headrest regulating mechanism, wherein the heating mattress comprises a silica gel mat, a carbon fiber infrared ray heating wire embedded on the surface layer of the silica gel mat and a gel layer covered on the top surface of the silica gel layer; the arm swinging mechanism comprises a notch groove, a swinging plate and adriving assembly, wherein the notch groove is formed in a position corresponding to the arm placing position, on one side of the bedstead, the swinging plate is formed in the notch groove and is in pivot connection with the bedstead, and the driving assembly is used for driving the swinging plate to rotate around a pivoting point; the headrest regulating mechanism comprises a headrest bracket, a second driving motor arranged on the headrest bracket, a second screw rod connected with an output shaft of the second driving motor, a second nut block which cooperates with the second screw rod and asupporting rod; and the head frame comprises two horizontal rods which cross the bedstead, a transparent container arranged on the horizontal rods and a camera arranged in the transparent container.In accordance with the celioscope inguinal hernia operation, the multifunctional operation bed is designed, so that the operation efficiency is improved, and the operation risk of a patient is reduced.

The invention relates to a battery liquid injection device. The battery liquid injection device comprises a rack, a liquid injection mechanism, a jacking mechanism and a battery bearing mechanism; before liquid injection, the battery shell to be subjected to liquid injection can be placed in the battery bearing mechanism at the feeding station. Then, the jacking driving piece drives the supportingrod to ascend, and the supporting rod penetrates through the avoiding structure and jacks up the battery shell in the battery bearing mechanism until the jacked battery shell is in butt joint with the liquid injection nozzle, so that liquid injection is completed. Finally, as the supporting rod is driven by the jacking driving piece to reset, the jacked battery shell also resets. When the batteryliquid injection device is used for injecting liquid into the battery shell, the battery shell is always in the battery bearing mechanism and does not need to be transferred. Therefore, the carryingaction on the battery shell is reduced, and the liquid injection operation on the battery is more convenient.

A freeze-dried composite of tripronin is proportionally prepared from tripronin and alkaline medicinal additive. Its preparing process is also disclosed.

The invention discloses a low-carbon environmental-friendly toilet paper recycling device. The device comprises a drying box, a pulverizing box, a pulping kettle, a first conveying device and a secondconveying device, the first conveying device is arranged on one side of the drying box, the other end of the first conveying device penetrates through the other side of the drying box, one end of thesecond conveying device is arranged below the other end of the first conveying device, and the other end of the second conveying device is arranged above the pulverizing box. According to the low-carbon environmental-friendly toilet paper recycling device, not only can drying operation be conducted on toilet paper by the drying box, but also high-temperature sterilization and disinfection can beconducted, pulverizing is conducted through the pulverizing box, finally mechanical energy driven pulping can be conducted on pulverized toilet paper in the pulping kettle, and therefore the toilet paper can be recycled and reused. The structure of the device is simpler to facilitate the operation of a user, not only is the pollution on the environment reduced, but also the waste of resources is prevented.

The invention relates to the field of medical equipment, in particular to a fixed-wing cardiovascular puncture device with a blood coagulation function. The fixed-wing cardiovascular puncture device comprises a disinfecting assembly, a needle tube assembly, a fixing device, an infusion tube assembly and a puncture needle; the disinfecting assembly is communicated with the needle tube assembly, theneedle tube assembly is communicated with the puncture needle, the infusion tube assembly is unidirectionally communicated with the needle tube assembly, the disinfecting assembly is used for cleaning and disinfecting a guide wire, the needle tube assembly is used for fixing the guide wire, the fixing device is used for positioning the puncture device, and the infusion device is used for anesthetic injection. The displacement of the puncture device in the puncture process is avoided, the guide wire can be disinfected, anesthetic can be supplemented again when the anesthetic efficacy is lost in the in-vivo intervention process of the guide wire, and the situation can be avoided that a lot of blood flows out of a needle holder opening when a syringe is disassembled.

The invention relates to the field of medical equipment, in particular to an anesthesiaintervened puncture outfit which comprises a disinfection assembly, an interventional medicine carrying device, aneedle tube assembly, an infusion tube assembly and a puncture syringe needle. The disinfection assembly and the interventional medicine carrying device are detachably connected, the interventional medicine carrying device is in assembled connection with the needle tube assembly, the needle tube assembly is communicated with the puncture syringe needle, and the infusion tube assembly is in one-way communication with the needle tube assembly. The disinfection assembly is used for cleaning and disinfection of a guiding wire, the interventional medicine carrying device is used for sticking interventional medicine to the guiding wire, the needle tube assembly is used for fixing the guiding wire, and an infusion device is used for anesthesia injection. The anesthesiaintervened puncture outfitis simple in structure, convenient to operate and capable of fixing the guiding wire and conducting disinfection treatment on the guiding wire, avoids the phenomenon that much blood flows from asyringe needle seat orifice when an injector is dismounted, and can bring interventional medicine to the affected part to be treated through the guiding wire.

The invention discloses a fixing device for fixing testicles of rats for injection, which includes a positioning tube, one end of the positioning tube is tapered, and a bearing platform is set at the other end, a binding piece is set in the positioning tube, and A sliding groove is provided on the carrying platform, and a collision seat is arranged in the sliding groove, and a collision cam is rotated on the collision seat, and a hole seat is provided on the carrying platform, and a hole seat is oscillatingly arranged on the hole seat. U-shaped elastic restraint arm, the two free ends of the elastic restraint arm are bent to form pins, the pins are inserted into the hole seat, and the elastic restraint arm is closely attached to the mating surface of the outer wall of the hole seat A first positioning groove, a first converging protrusion, a second positioning groove, a second converging protrusion and a third positioning groove are formed, and the second positioning groove is deeper than the first positioning groove and the third positioning groove. The overall structure is simple, and the testis of rats can be fixed, thereby facilitating cell transplantation experiments.