63results about How to "Improving Implantation Efficiency" patented technology

The invention discloses a sensor device capable of controlling insertion angle in subcutaneous tissue, the sensor device comprises a fixing base and an inserting base provided with a hard needle tubing through hole and rotatably connected to the fixing base. The sensor device capable of controlling insertion angle in subcutaneous tissue has the advantages that it is convenient to insert the insertion type biosensor into the subcutaneous tissue and adjust the insertion angle of the insertion type biosensor in the skin tissue, so that the insertion type biosensor can have longer effective length in the subcutaneous tissue; the measured data is more accurate and near to the actual data.

The invention belongs to the field of advertisement display, and particularly relates to an advertisement implanting method and an advertisement implanting system. The advertisement implanting method is used for implanting advertisements related to video content in a dynamic video and comprises the following steps of: obtaining an image element mark graph from the dynamic video, the image element mark graph comprising at least an image element; judging whether the image element mark graph matches with a to-be-implanted advertisement graphic primitive; and if the image element mark graph matches with the to-be-implanted advertisement graphic primitive, implanting an advertisement. According to the advertisement implanting method, implanting of an advertisement entity is realized under the precondition of not affecting audiences to watch the video, the audiences can select preferred articles for commodity search, related advertisements can be pushed actively in a targeted manner based on the favor of the audiences, and the implanting effect is enabled to be more vivid and more natural. As a whole, automation of the advertisement implanting is realized, and the implanting efficiency is increased.

The invention provides an information implantation area identification method and device, a computer storage medium and electronic equipment. The method comprises the steps of obtaining a to-be-processed video, and segmenting the to-be-processed video to obtain a plurality of video fragments; determining a to-be-identified image frame from each video fragment, and classifying pixels in the to-be-identified image frame to obtain a pixel type in the to-be-identified image frame; determining whether a target object exists in the to-be-identified image frame or not according to the pixel type; andwhen the target object exists in the to-be-identified image frame, obtaining a frame sequence segment containing the target object in the video segment according to a preset rule, and taking the position of the target object in the frame sequence segment as an information implantation region. According to the invention, which frame sequence segments and which areas in the video can be implanted with information can be automatically determined, manual screening and labeling are avoided, and the video advertisement implantation efficiency is improved; and the continuity of video advertisement implantation is ensured.

The invention discloses a sensor device capable of controlling insertion angle in subcutaneous tissue, the sensor device comprises a fixing base and an inserting base provided with a hard needle tubing through hole and rotatably connected to the fixing base. The sensor device capable of controlling insertion angle in subcutaneous tissue has the advantages that it is convenient to insert the insertion type biosensor into the subcutaneous tissue and adjust the insertion angle of the insertion type biosensor in the skin tissue, so that the insertion type biosensor can have longer effective length in the subcutaneous tissue; the measured data is more accurate and near to the actual data.

The invention provides a method for implanting multimedia information into a video, which comprises the following steps of: segmenting the video to be implanted to obtain a plurality of video fragments; performing entity identification on the plurality of video fragments, and determining an entity region corresponding to an entity in an image frame of each video fragment; acquiring to-be-implantedmultimedia information corresponding to the entity area; taking the entity region of the image frame as a background, taking the corresponding to-be-implanted multimedia information as a foreground,and implanting the to-be-implanted multimedia information into the entity region of the image frame to obtain a target image frame; adjusting the image parameters of the foreground in the target imageframe to enable the image parameters of the foreground to be matched with the image parameters of the background; and performing video synthesis based on the adjusted target image frame to obtain a target video. The invention further provides a device for implanting the multimedia information into the video, computer equipment and a storage medium. According to the invention, automatic implantation of the multimedia information in the to-be-implanted video can be realized, and the information implantation efficiency is improved; and meanwhile, effective management of the implanted multimediainformation is realized.

The embodiment of the invention provides a method and device for implanting push information into a video, electronic equipment and a storage medium. The method comprises the following steps: carryingout entity identification on a frame image of a to-be-implanted video, and determining an entity area corresponding to an entity in the frame image; obtaining a to-be-implanted image corresponding tothe entity area and carrying the push information; with the entity area of the frame image as a background and the corresponding to-be-implanted image as a foreground, implanting the to-be-implantedimage into the entity area of the frame image to obtain a target frame image; adjusting the image parameters of the foreground in the target frame image to enable the image parameters of the foreground to be matched with the image parameters of the background; and performing video synthesis based on the adjusted target frame image to obtain a target video. Therefore, the harmony between the push information and the video content in the target video can be improved.

The invention discloses a radioactive particle automatic implanting device. The radioactive particle automatic implanting device includes a radioactive particle storage device, a radioactive particle implanting needle, a push rod, a driving cylinder and a main controller, wherein the radioactive particle storage device is internally provided with a radioactive particle storage cavity, and a radioactive particle delivery channel is formed in the bottom of the radioactive particle storage cavity; a radioactive particle implanting channel is horizontally formed in the lower end of the radioactive particle storage device, and a first end of the radioactive particle implanting channel is an implanting needle insertion end; a second end is a push rod insertion end, and a radioactive particle lead-in mouth is formed in the part, close to the implanting needle insertion end, of the inner top surface of the radioactive particle implanting channel; a radioactive particle slide path is arranged between the radioactive particle lead-in mouth and the bottom of the radioactive particle delivery channel, and the radioactive particle implanting needle is connected with the implanting needle insertion end; the front end of the push rod is inserted into the push rod insertion end, and the rear end is connected with the driving cylinder. The radioactive particle automatic implanting device has the advantages of automatically implanting large-batch radioactive particles into a tumor part of the body of a patient, and the use effect is good.

The invention relates to an intelligent management method and a system for a construction project concrete standard curing homoculture test block. The method comprises the following steps: S1, two attributes of a magnetic body being determined as two numbers representing binary; 2, arranging a plurality of magnetic bodies accord to a preset digital arrangement rule to form encrypted information; S3, embedding the encrypted information into the concrete test block corresponding to the encoded lattice to obtain the encrypted concrete test block; S4, when the encrypted concrete test block is sentfor inspection, identifying information obtained by identifying the magnetic body in the encrypted concrete test block, generating a binary encoded lattice according to the identifying information, and determining the binary encoded lattice as decryption information; 5, checking whether that decrypt information matches the encrypted information. Through the management method, the replacement of standard curing by the construction side and the submission of concrete test blocks under the same conditions are effectively prevented, and the concrete can not be tampered with after densification, thus ensuring the true quality of the construction project concrete.

The invention relates to the field of medical devices, and discloses a knot-free anchor and an implantation device thereof. The knot-free anchor comprises an anchor body and a threading portion located at a top end position of the anchor body, a first external thread is formed on an outer peripheral wall of the anchor body, and a threading hole is formed on the threading portion. The structure ofthe implantation device comprises: a rotary handle including an implantation rod for connecting with a knot-free anchor and an implantation handle coaxially connected with the implantation rod; And asupport handle including a support sleeve and a grip handle coaxially connected to the support sleeve. The knot-free anchor of the invention can make the fixation effect of the suture better, so thatthe knot-free anchor can more stably and effectively fix the soft tissue on the bone, thereby promoting the rapid repair and reconstruction of the soft tissue. The knot-free anchor of the invention can make the fixation effect of the suture better, so that the knot-free anchor can more stably and effectively fix the soft tissue on the bone, thereby promoting the rapid repair and reconstruction ofthe soft tissue.

The present invention relates to a method for preparing a gene knock-out canine with use of somatic cell cloning technology, in particular relates to a method for preparing a gene knock-out canine with use of somatic cell cloning technology using a fusion liquid of low osmotic pressure together with autologous embryo transplanting.

The invention discloses an implanting method based on the rapid moving laser focus of a scanning galvanometer. The implanting method includes the steps that a base material is put in turbid liquid formed by target material particles; laser is adjusted through a movable lens and then focuses through a focus lens; a laser beam is emitted to an X scanning mirror and a Y scanning mirror, and a control system is used for controlling the movement of an X galvanometer and a Y galvanometer and further controlling the reflection angles of the X scanning mirror and the Y scanning mirror; and impact waves and high-speed micro jet flow generated by induction of laser push the fine particles to be embedded in the base material in an impacting mode. The galvanometer technology is adopted, the laser focus is controlled to move according to a specified movement track and scanning speed, scanning movement is carried out on the surface, needing to be embedded with the fine particles, of the base material, the turbid liquid provides target materials needed by implanting continuously, and uniformity of a continuous micro structure is guaranteed. The laser focus of the galvanometers moves rapidly, and it is guaranteed that the surroundings of the two times of implantation are in a stable state all the time. The invention further discloses a device for implementing the method.

The invention discloses a porous structure titanium implant suitable for dental implants. The porous structure titanium implant comprises an upper section, a middle section and a lower section. The upper section is a dense body, and the upper part of the outer layer of the upper section is provided with tapered threads inclined from the bottom to the inside; The lower part of the outer layer of the upper section is provided with a threaded tooth crest center concave to form a W-shaped sectional locking thread for increasing the initial stability of the implant. The inner core of the middle section is a dense body, the outer layer of the middle section is a communicating porous layer, and the porous layer provides a support for bone tissue growth and a bioactive coating. The lower section is a dense body, the outer layer of the lower section is provided with a self-tapping thread, and the end of the lower section is a flat end, and the end is provided with a cut with cutting function and intersects with the self-tapping thread. The invention effectively reduces the implantation difficulty, improves the implantation efficiency, the implantation success rate and the initial stabilityof the implantation.

The invention discloses a closing clip conveying system. The system comprises a control handle, a connecting rod and a head end, the control handle is connected to the head end through the connectingrod, two clamping arms are hinged to the head end, a closing clip is loaded between the two clamping arms, a direction control end, an opening angle control end and a load shedding control end are arranged on the control handle, a direction control line is arranged between the direction control end and the head end in a connection mode, an opening device is arranged between the two clamping arms in a hinge mode, an opening angle control line is arranged between the opening angle control end and the opening device, and the opening angle control end controls the opening device to be opened or closed through the opening angle control line. When the opening device is opened or closed, the included angle between the two clamping arms is increased or decreased, and a load shedding control line is arranged between the load shedding control end and the closing clip in a connection mode. When the load shedding control end enables the load shedding control line to be disengaged from the closingclip, the closing clip is unloaded from the clamping arms. The invention aims to provide the closing clip conveying system which is smaller in conveying path, more accurate in control and more convenient to operate.

The invention relates to the field of machining, in particular to an automatic implanting machine for screws. The automatic implanting machine comprises a rack, a control box and a transporting mechanism which is arranged on the rack, wherein a material fetching mechanism is arranged on the transporting mechanism in the axis-X direction; a detection mechanism is arranged on the right side of the material fetching mechanism and is positioned on the rack; an implanting mechanism is arranged under the material fetching mechanism; a feeding mechanism is arranged on the front side of the implantingmechanism and is positioned on the rack; the feeding mechanism is used for conveying the screws to the lower part of the material fetching mechanism through charging rails; the front ends of the charging rails are positioned above the implanting mechanism; and power parts of the transporting mechanism, the material fetching mechanism, the detection mechanism, the implanting mechanism and the feeding mechanism are all electrically connected with the control box, so that automation of a whole process from directional sequencing of nuts to implantation of products can be realized, and thus, thetechnical problems of high labor intensity, waste of labor force and low production efficiency caused by requiring a manual operation in the prior art are solved.

The invention relates to an electric push rod mechanism, device and method for encryption implantation of construction project source code. The electric push rod mechanism comprises a motor fixing plate, a plurality of motors, and a plurality of rotating telescopic rods. The bottom surface of the motor fixing plate is provided with a plurality of motor mounts. Each of the motor mounts is mounted with one of the motors. One of the rotating telescopic rods is connected to an output shaft of each of the motors. The electric push rod mechanism can effectively implant the encryption information into the concrete block. On the one hand, the implantation efficiency is improved, and on the other hand, the human error caused by artificial implantation is avoided.

The invention discloses a full-automatic in-mold implanting machine and an application method. The full-automatic in-mold implanting machine comprises a frame; the frame is provided with a feeding device, an arranging device and a carrying device; the feeding device comprises a vibration disc, a feeder and a staggering mechanism; after a nut enters a holding hole from a feeding through groove, thenut is ejected and fixed by a feeding thimble, so that only one nut is in the holding hole, and accurate operation of subsequent steps is guaranteed; then, the nut is clamped to place on an arrangingplate through the arranging device; and the carrying device absorbs the nut for carrying into an injection molding machine to finish the process of implanting the nut in a mold, so that the flow is simple and convenient, and the implanting efficiency is higher.

The invention relates to the technical field of dental implants, specifically to a one-time implantation type composite dental implant.. According to the invention, in the whole conventional dental restoration process, expensive multi-component structures need to be combined together; operation is complex; and the effect is poor. The one-time implantation type composite dental implant provided bythe invention sequentially comprises an integrated retention structure, a gingiva penetrating section and a spiral retention body from top to bottom, wherein the retention structure comprises a central bolt channel, a retention plane and a retention outer wall; the retention outer wall comprises an upper retention outer wall and a lower retention outer wall; the upper retention outer wall and thelower retention outer wall are discontinuous slopes under the same taper; the gingiva penetrating section comprises a gingiva penetrating platform and a platform transferring section; the central boltchannel is located in the centers of the retention structure and the gingiva penetrating platform; and the platform transferring section and the spiral retention body are of solid structures. The one-time implantation type composite dental implant provided by the invention has the following advantages: the whole operation is completed through one-time implantation; the retention performance is excellent; dental diseases are not prone to being caused; human health is not affected; and the one-time implantation type composite dental implant has good development prospects in the technical fieldof dental implants.

The invention belongs to the technical field of medical instruments and particularly relates to a bone joining plate locking screw. The bone joining plate locking screw comprises a screw body provided with a cap and a self-tapping portion, a thread matched with a locking hole of a bone joining plate is formed on the outer circumferential surface of the cap, and the self-tapping portion is provided with scrap outlet grooves and self-tapping threads. The bone joining plate locking screw has the advantages that the thread matched with the locking hole of the bone joining plate is formed on the outer circumferential surface of the cap, and the self-tapping portion is provided with the scrap outlet grooves and the self-tapping threads, thus, implantation efficiency can be improved and implantation hindrance is reduced; meanwhile, since the external thread of the cap is matched with the locking hole of the bone joining plate, powerful locking can be guaranteed, screw shedding after implantation can be prevented and recovery after bone joining is benefited.

The invention provides an automatic arrangement and implantation device for hardware pins of a power supply shell. The automatic arrangement and implantation device comprises a feeding mechanism and adischarging mechanism, wherein the discharging mechanism is arranged in front of the feeding mechanism. The feeding mechanism comprises a support frame, an installation plate, a sliding feeding die,a transverse driving device, a positioning feeding device, a feeding baffle, a first punching device and a second punching device. The discharging mechanism comprises a bottom supporting block, a rearsupporting plate, a linear driving module and a discharging die. The linear driving module is installed on the bottom supporting block and the rear supporting plate. The discharging die is fixed to the linear driving module. Through the cooperation between the first punching device, the second punching device, the positioning feeding device, the transverse driving device, the sliding feeding dieand the feeding baffle of the feeding mechanism and the linear driving module and the discharging die of the discharging mechanism, the automatic positioning feeding, arrangement and implantation of the hardware pins can be realized in the production of the power supply shell, one-time implantation of a plurality of groups of hardware pins can be realized, and therefore the implantation efficiencyof the hardware pins is greatly improved.

The invention discloses a mechanical hand which is used for implanting a nut. The mechanical hand comprises a rack, a grabbing mechanism, a slide mechanism, a power mechanism and a return mechanism. In production operation, the nut is grabbed by the grabbing mechanism, and the nut is kept to not drop under clamping action of a first clamping plate and a second clamping plate. The power mechanism drives a slide plate to slide in a slide slot, drives an ejector pin to get out of a limiting hole, and ejects out the grabbed nut to implant into a target element. After implanting is completed, the power mechanism stops applying force to the slide plate, and the slide mechanism is returned under action of an elastic part of the return mechanism. The grabbing mechanism continuously grabs a next nut to enter next implanting operation, so that continuous and automatic production is realized, and implanting efficiency is improved. The ejector pin slides and is stable in a return process, so that the nut is prevented from the defects such as floating or sinking, and therefore, the implanting effect is relatively good.

The invention relates to a method for manufacturing a Z-pin reinforced carbon / carbon composite prefabricated part and a Z-pin freezing pultrusion and implantation integrated machine and belongs to the technical field of carbon / carbon composite reinforcement. The method comprises the following steps of: infiltrating carbon fibers with a medium which has the boiling temperature lower than the lowest carbonization temperature of the carbon fibers and cannot react with the carbon fibers; then freezing the fibers infiltrated with the medium under the condition of ultralow temperature to prepare a Z-pin; implanting the frozen Z-pin into carbon fiber woven cloth; and finally, according to the physical properties of the infiltrating medium, ensuring the medium in the Z-pin in the Z-pin reinforcedcarbon fiber woven cloth to be completely volatilized under the decompression condition or also by an auxiliary heating mode. Due to the adoption of the method, the problem that the carbon fibers in the three-dimensional reinforcement are easy to damage in the process of being implanted into the carbon fiber woven cloth is solved, the pure fiber Z-pin is ensured to be successfully implanted, the defects of easiness for layering, poor impact resistance and the like of a fiber three-dimensional reinforced hollow composite are also overcome, and the technical support is provided for application of the composite to the aeronautics and astronautics.

The invention discloses a lacrimal ductile embolism introducer which comprises an unfolder body, an elastic presser, a push sleeve and a push clamp. The elastic presser is mounted on the unfolder body, the front end of the elastic presser is fixed to the push clamp, the push clamp is a tweezers-shaped or gripper-shaped clamp holder with minimum two openings at the front end and used for clamping or containing a lacrimal ductile embolism, the push sleeve is arranged at the most front end of the unfolder body, and the diameter of the push sleeve is 0.05 millimeter larger than that of the tweezers-shaped or gripper-shaped clamp holder clamping the lacrimal ductile embolism. The push clamp is pushed out of an orifice of the push sleeve when the elastic presser performs pressing. The elastic presser is structurally a spring with an arc-shaped projection, and the front end of the spring is fixed to the push clamp.

Disclosed herein are agents that enhance muscle stem cell engraftment, as well as methods and compositions using the same.

The invention discloses a micro-fiber high-energy implantation facility for manufacturing a three-dimensional reinforced carbon fiber composite material. The facility comprises a micro reinforced fiber feeding module, a micro reinforced fiber directional arrangement module, a micro reinforced fiber electrification module, a micro reinforced fiber accelerator injection module, a vacuum generation device module, a high-voltage electrostatic acceleration module, an accelerator bunching module and a micro reinforced fiber leading-out control module. According to the micro-fiber high-energy implantation facility, large-scale micro reinforced fibers which are subjected to charging treatment and meet the target charge-to-mass ratio magnitude requirement serve as a high-energy implanted fiber source, a high-voltage electrostatic acceleration electric field is adopted to accelerate and energize the array type large-scale micro reinforced fibers which are uniformly and directionally arranged, and therefore the speed and the energy of the array type large-scale micro reinforced fibers can meet the implantation requirements; and the micro reinforced fibers are injected into a two-dimensional laminated structure prepreg target reinforced area through the output kinetic energy of the micro reinforced fibers, and manufacturing of the three-dimensional reinforced carbon fiber composite material is achieved.

The invention relates to the field of medical instruments, and particularly relates to a pacemaker implantation support balloon device. The pacemaker implantation support balloon device comprises a balloon capable of contracting and expanding and a support connected with the balloon, wherein the support is in a hollow tube shape, and the balloon is fixed to one end of the support; and when the pacemaker implantation support balloon device works, the balloon in a contracting state is sent into the right atrium through the support under the guidance of a guide steel wire, and the balloon expands in the right atrium to form support. The pacemaker implantation support balloon device has the advantages that the balloon expands after entering the right atrium to fill the large redundant space in the right atrium, so that a supporting point of opposite force is provided for fixation of a pacing electrode wire, and the implantation efficiency of a pacemaker is effectively improved.

The invention provides an implanting device which is used for implanting an object to be implanted into a corresponding bearing object and comprises a needle sleeve assembly. The needle sleeve assembly comprises a needle plate, a needle sleeve plate and a sliding rod, wherein the needle plate is coupled with the sliding rod so as to reciprocate along the sliding rod; the needle sleeve plate and the needle plate are oppositely arranged in parallel, and the needle sleeve plate is coupled with the sliding rod so as to reciprocate along the sliding rod. The needle plate is used for fixing a plurality of needles, the needle sleeve plate is used for fixing a plurality of needle sleeves, each needle sleeve corresponds to one needle on the needle plate in position, and when the needle plate movesalong the sliding rod relative to the needle sleeve plate, the needles penetrate through the needle sleeves so as to implant a plurality of objects to be implanted into corresponding bearing objects.According to the implanting device, the source code magnetic body can be automatically implanted into the concrete test block at a time, the strength of the concrete test block is not affected, the array arrangement rule of the source code magnetic body corresponding to the anti-counterfeiting ID is not damaged, and the implantation success rate and the production efficiency are greatly improved.

The invention discloses a full-automatic in-mold implanting machine and a using method of the full-automatic in-mold implanting machine. The full-automatic in-mold implanting machine comprises a frame. Feeding devices, an arranging device and a material conveying device are arranged on the frame. Each feeding device comprises a vibrating disc, a feeder and a material error mechanism. After nuts enter material containing holes from a conveying through slot, conveying jacking pins push the nuts up and fix the nuts so as to ensure that only one nut exists in each material conveying hole, and theaccurate operation of the subsequent steps is ensured; and then the nuts are clamped and placed on an arranging plate through the arranging device, and then the nuts are sucked by the material conveying device and conveyed into an injection molding machine, so that the process of implanting the nuts in molds is completed. The full-automatic in-mold implanting machine is simple in process, convenient to use and high in implanting efficiency.

The invention relates to a method and device for implanting an advertisement in a video, electronic equipment and a storage medium. The method comprises the following steps: acquiring a sight line staying area of a video viewer, and taking the sight line staying area as an interested area when the video viewer watches a video; obtaining an advertisement to be implanted; according to the to-be-implanted advertisement and the region of interest, generating a three-dimensional space position for putting the to-be-implanted advertisement in the video; and putting the to-be-implanted advertisement on the three-dimensional space position so as to integrate the to-be-implanted advertisement into the native content of the video. According to the invention, the advertisement can be seamlessly fused into the native content of the video by utilizing the three-dimensional space position, so that watching of a user is not disturbed to the greatest extent, and the advertisement return on investment is improved in a more intelligent and invisible manner.