52results about How to "Reduced risk of displacement" patented technology

The invention relates to a bone injury ointment for external use, which is applied to treating human body bone fractures and parenchyma contuses and sprains. The bone injury ointment is prepared from drug loose powder added with honey according to a weight ratio of 1:1.7-2.0, wherein the drug loose powder and the honey are mixed evenly, and the drug powder is prepared by evenly mixing the following components in portion by weight: 8 to 11 portions of radix angelicae powder, 3 to 7 portions of rhubarb powder, 8 to 11 portions of gardenia powder, 3 to 7 portions of frankincense powder, 3 to 7 portions of radix paeoniae rubra powder, and 3 to 7 portions of safflower powder. The bone injury ointment has the advantages of flexible drug application, more convenient examination and observation of state of illness, simple and convenient dressing change to reduce replacement risk, quick pain alleviation, detumescence and callus growth, greatly reduced pains for patients, wide range of drug resources, and the like.

The present invention relates to a polymeric material having one or more nanoparticles embedded within the surface layer of a single side of the material. In some embodiments, the nanoparticles are microbiocidal nanoparticles which impart antimicrobial characteristics to the polymeric material within which they sprayed and pushed by are embedded.

The invention discloses a refuse intercepting device for a wetland. The refuse intercepting device for the wetland comprises a base; positioning rods are arranged on the two sides of the base; fixingrods are arranged below the base; stones are arranged in the base; a conical head is arranged at the lower end of each positioning rod; auxiliary rods are arranged on each positioning rod in an inclined manner; a soft net is arranged above the base; a hard net is arranged above the soft net; a floating block is arranged above the hard net; floating rods are arranged on the two sides of the hard net and the floating block; a chute is formed in each positioning rod; each floating rod extends into the corresponding chute; a positioning block is arranged below each floating rod; an intercepting frame is arranged above the floating block; a frame is arranged on each of the two sides of the intercepting frame; and each frame is fixedly connected with the corresponding floating rod. According tothe refuse intercepting device for the wetland, the fixing capacity of the positioning rods can be enhanced by arranging the base and the fixing rods, so that the equipment can work stably in water.

The invention discloses a biological kit with double damping functions. The biological kit comprises a kit body, a damping mechanism and a cover body, wherein a bottom plate of the kit body is of a multilayer structure formed by an upper layer, an elastic middle layer and a lower layer from top to bottom, and grooves are uniformly formed in the upper surface of the upper layer line by line; the damping mechanism comprises elastic protective layers, an elastic gas tube and an inflatable balloon, the elastic protective layers are attached to the inner sides of side plates, air inlets are formedin the inner surfaces of the elastic protective layers on the two adjacent side plates row by row, air outlets are correspondingly formed in the elastic protective layers opposite to the elastic protective layers with the air inlets, both ends of the elastic gas tube are respectively connected with the air inlets and the air outlets, air inlet ports and air outlet ports are formed in the side plates, the air outlet ports communicate with air in the air outlets, and the inflatable balloon is connected with the air inlet ports. According to the biological kit, the anti-vibration capability of the biological kit is increased, and the damage caused by mutual collision of reagents in the kit body can be avoided when the biological kit vibrates, so that the transportation requirement of biological reagents is reduced, and the safe transportation of the reagents is guaranteed.

The invention provides an ingestion body posture adjusting wheelchair used for dysphagia patients. The ingestion body posture adjusting wheelchair comprises a wheelchair frame, a backrest mechanism, a seat mechanism and a foot support mechanism, wherein the backrest mechanism comprises a backrest frame, safety protection boards on the left and right sides, a headrest and a backrest inclined air cylinder; the seat mechanism comprises a seat cushion frame and a seat cushion rotation air cylinder; the foot support mechanism comprises a foot support frame, a pedal, left and right leg baffles and a foot support lifting air cylinder; the seat cushion frame is rotatably connected with the backrest frame, the foot support frame is rotatably connected with the seat cushion frame, and the seat cushion frame is rotatably connected with the wheelchair frame. With the ingestion body posture adjusting wheelchair, patients can be subjected to multi-part (back lateral pitching composite posture and leg inclining posture) and multi-angle body posture adjustment on the wheelchair, so that the ingestion body posture adjustment requirements of the different dysphagia patients can be satisfied.

The invention discloses mosaic tile sticking and jointing integrated binder mosaic tile glue and a preparing method thereof and belongs to the technical field of building materials. The mosaic tile sticking and jointing integrated binder mosaic tile glue not only can meet the requirement for high bonding strength, but also can meet the requirements for high wear resistance and low water absorption of a joint mixture. According to the technical scheme, the mosaic tile sticking and jointing integrated binder mosaic tile glue is prepared from 20-50% of cement, 10-60% of fine sand, 5-30% of dolomite dust, 0.1-0.5% of HPMC, 0.1-1% of thixotropy lubricant, 1-5% of polymer dispersion powder, 0.1-1% of water repellent and 0.1-1% of early strength agent, and the total percentage is 100%.

The invention relates to a postcaval filter. The postcaval filter comprises a supporting piece and a filtering piece, and the supporting piece is made of a degradable first material and is of a net-pipe-shaped structure with the two ends large and the middle small. The filtering piece is made of a degradable second material and comprises a first filtering part, a condensation part and a second filtering part which are connected in sequence, the cross section of an inner cavity of the first filtering part is gradually reduced in the direction from the first opening end to the condensation part,and the cross section of an inner cavity of the second filtering part is gradually reduced in the direction from the second opening end to the condensation part. No matter which direction blood flowpasses through, the blood flow needs to pass through the first filtering part and the second filtering part, mechanical blocking on thrombus is effectively achieved, thrombus is finally gathered at the position of the condensation part, and the thrombus capture rate is high.

The invention discloses a preparation method of a rapid forming die of an individualized airway stent based on 3D printing. According to the method, a three-dimensional numerical model of the airway wall of a patient is rebuilt through medical image processing software based on CT scanning images of the chest of a patient, the rapid forming die of the individualized airway stent is designed out according to the model, and the rapid forming die is prepared through the 3D printing technology. Due to the fact that a standard batched production manner is adopted for existing commercial airway stents, the airway stents cannot reflect individual differences of airways of different patients. By means of the preparation method, the airway stent capable of reflecting individual differences of airway anatomical structures of different patients can be prepared; the airway stent is more attached to the airway of the patient, the risk of displacement of the patient is lowered, and excessive hyperplasia of airway granulation tissues can be inhibited; and meanwhile, defects that an existing commercial stent production process procedure is complex, high in cost and the like are well overcome.

A hold down assembly for use in a tubular container transport apparatus comprises upper and lower pieces movably mounted relative to one another. Preferably the lower piece is removably seated on a mounting plate of the transport apparatus and the upper piece is adapted to magnetically interact with a tube holder carrying a filled tube product, such that the tube holder may be retained in registered alignment relative to an ejector rod during ejection of the filled tube product. A tubular container transport apparatus and a methodology for ejecting a filled tube product with a reduced risk of dislodgement are also provided.

The invention relates to the field of lasers, in particular to a structure laser with a support barrel. The laser comprises a reservoir pipe, a water-cooling pipe and a discharge tube, wherein a reflecting lens is arranged at one end of the reservoir pipe and an output lens is arranged at the other end of the reservoir pipe; the water-cooling pipe is sleeved with the reservoir pipe; the discharge tube is sleeved with the water-cooling pipe; two ends of the water-cooling pipe and the discharge tube are in closed connection separately; and a support barrel structure sleeves outside the water-cooling pipe and elastically supports the water-cooling pipe in the water-cooling pipe. By the laser, on one hand, the direct alignment accuracy of the reflecting lens and the output lens is ensured to improve the output quality of a laser beam; and on the other hand, the risk of relative slippage between a support part and the water-cooling pipe and the discharge tube is reduced to reduce the risk that the reservoir pipe and the water-cooling pipe are scratched by the support part is reduced. Therefore, the reliability of the laser is improved and the service lifetime is prolonged.

The invention provides a valve prosthesis. The valve prosthesis comprises a support and a skirt assembly; the support is provided with an inflow end and an outflow end which are opposite in the axial direction of the support; the skirt assembly comprises at least two skirts, the skirts surround the support in a ring shape and are provided with inner edges and outer edges, the inner edges are the edges, close to the axis of the support, of the skirts, and the outer edges are the edges, away from the axis of the support, of the skirts; the inner edges are connected with the support, and the outer edges form a free end; the at least two skirts are arranged at intervals along the axial direction of the support and are different in radial external dimensions; and the outer edge of at least one skirt is used for being in contact with a native tissue. By means of the configuration, even if a small amount of blood flow enters a gap between the skirts and the native tissue, the blood flow can be blocked by the skirts of different radial outer sizes to form a blood flow low-speed area, blood can be solidified in the low-speed area, perivalvular leakage is reduced, and meanwhile endothelialization is accelerated. Meanwhile, the roughness of the skirt assembly is increased due to the change of the radial outer size of the skirts, and tissue climbing growth and endothelialization are facilitated.

The invention discloses a primary biplanar mammary augumentation method. The method comprises the following steps: formulation of an operation plane; preparation of breast prosthesis: preparing the breast prosthesis by a 3D printing technology according to various parameters of the breasts of a patient; preoperative preparation; cutting: cutting the breasts according to cuts designed before operation under armpits with a width smaller than 3 cm, perfectly fusing scar with armpit folds to realize traceless conceal; gap separation; breast prosthesis implantation; suturing: suturing the cuts withmedical suture and adopting a pressurized fixed binding manner; and postoperative nursing. According to the biplanar method, after the lower side of pectoralis major is divided, the risk of upward and outward shift of the prosthesis is reduced, the prosthesis deformation caused by contraction of the pectoralis major is also effectively reduced, after part of prosthesis is placed behind the pectoralis major by the biplanar method, the probability of infection and capsular contracture is reduced, the position of lower plica after mammary augumentation can be accurately controlled by the biplanar mammary augumentation operation, the postoperative effect is stable, and shift cannot be caused easily.

The invention discloses a fine filtration type seawater filter structure. A butterfly check valve is arranged in a seawater outlet, a sealing cover is arranged at the bottom of a box body, a through hole is formed in the sealing cover, the bottom of the through hole is connected with a seawater inlet pipe, a cylindrical filter screen is arranged at the top of the through hole, a top plate is arranged at the top of the cylindrical filter screen, and two glands are arranged at the top of the top plate. One gland is connected with the top plate through a fixing mechanism, an anti-corrosion zinc block is arranged at the bottom of the box body, a base is arranged at the bottom of the anti-corrosion zinc block, the base and the inner wall of the box body are fixed through a quick insertion mechanism, and a vertical polar polymer resin adsorption layer, a non-polar polymer resin adsorption layer and a porous medium filter plate are sequentially arranged close to the inside of the box body. A stirring shaft is arranged at the end, close to the seawater outlet, of the box body, the bottom of the stirring shaft is connected with a driving motor, and a feeding mechanism is arranged on the other gland. According to the invention, shaking of the filter screen can be reduced while the filter screen is convenient to disassemble and assemble, the anti-corrosion zinc block can be quickly disassembled and assembled, the oxygen content in the box body is reduced, the structure is simple, and use is convenient.

A nerve spacer in centrum comprises a pipe body which is implanted in the centrum and used for building a nerve channel. The pipe body is made of biocompatible materials and the inner wall of the pipe body is smooth. The outer wall of the pipe body is provided with lines which are meshed with the centrum so as to prevent the centrum from falling off. A choke plug in a half stream line shape is installed at one end port of the pipe body in a detachable mode. The invention provides a novel train of thought of nerve translocation. The method that a normal nerve root is translocated in front of the centrum is changed into the method that the normal nerve root is translocated in the centrum, so that not only is a translocation route shortened greatly and the complexity of an operation reduced, but also the original condition that the centrum constricts the tranlocation nerve root is avoided and the recovery rate of the patients after operations is improved further.

The elevator dragging device comprises a lifting cage, a balance weight, a guide mechanism for the lifting cage and the balance weight to move up and down, a traction machine, a first guide wheel set and a second guide wheel set, the upper end of the balance weight is provided with an upper wheel set, and the lower end of the balance weight is provided with a lower wheel set; one end of the first traction cable is relatively fixed with the cage and is connected with the first coded disc, and the other end of the first traction cable upwards bypasses the first guide wheel group and then is downwards connected with the counterweight; and one end of the second traction cable is relatively fixed with the lower part of the hoistway and is connected with the second coded disc, and the other end of the second traction cable is wound on the traction machine after upwards bypassing the lower wheel set, then upwards wound on the second guide wheel set, downwards wound on the upper wheel set and finally upwards fixed with the hoistway sky beam through a rope head combination. The length of the traction cable and the length of the guide mechanism can be continuously adjusted through the coded disc to meet the height change of a building. And through an indirect driving mode, the cycle frequency and number of the traction cable are reduced, reactive power loss caused by the quality of a traction cable system is reduced, and the operation efficiency is improved.