26 results about "Wild boar" patented technology

The invention provides application of a pig STR molecular marker combination in pig individual identification, a kit and an identification method, relates to the technical field of biology, and develops an STR molecular marker combination for accurate identification of pig individual identification by applying a whole genome association analysis method for 18 wild boar varieties and 42 domestic pig varieties. By detecting the combination, individual identification and genetic identification can be accurately and efficiently carried out on a to-be-detected pig sample, and when the minimum set number of the selected STR marker is 6, individual distinguishing can be carried out. According to the scheme provided by the invention, by comprehensively analyzing the STR typing result, the parent-child margin determination and individual identification of the pig can be effectively carried out, so that the pedigree accuracy in pig breeding work can be improved, the breeding process is accelerated, and the method has good application prospects and economic values.

The invention discloses a wild boar activity intelligent early warning and grading prevention and control method based on AI and thermal imaging, a sensing system carries out thermal imaging processing and camera shooting monitoring on wild boars in corresponding areas in the air through thermal imaging and camera shooting functions of an unmanned aerial vehicle, and a ground infrared camera array carries out infrared imaging processing on the wild boars around the ground; the sound sensor recognizes the sound of the wild boars, and the ground vibration sensor detects the running of the wild boars and the digging of the ground, and relates to the technical field of early warning, prevention and control of the activities of the wild boars. According to the wild boar activity intelligent early warning and grading prevention and control method based on AI and thermal imaging, a sensing module is arranged in a system, and an unmanned aerial vehicle module, a ground infrared imaging module, a sound recognition processing module and a ground vibration sensing module are matched with one another to perform thermal imaging processing on wild boars so as to obtain specific information of a wild boar group; subsequent driving and marking operations are facilitated while continuous monitoring is carried out, and the danger level of the wild boar herd is analyzed through the analysis module.

The utility model relates to the technical field of soil monitoring, and provides a soil water content monitoring and processing device which comprises a bottom plate and two circular rings, the top of the bottom plate is fixedly connected with a supporting rod, and the two circular rings are fixedly connected to the outer surface of the supporting rod. According to the device, the protective net can be installed by rotating the screw rod with hands and limiting the arc-shaped block, the protective net has certain elasticity, when the wild boars and other animals run around in crop land, the wild boars and other animals are blocked and buffered through the protective net, when the wild boars and other animals touch the protective net, the first pull rope and the first bell shake, and therefore the wild boars and other animals can be prevented from falling off. The bell rings to drive animals such as wild boars, so that the situation that the animals such as the wild boars directly touch the monitoring and processing device, damage to the monitoring and processing device and bite damage of a part of exposed wires can be avoided, and the situation that the animals such as the wild boars are injured due to collision can also be avoided.

This invention relates to the field of wild boar capture technology, and provides a non-injury wild boar capture device and method, including an attraction channel, a guide channel and a receiving chamber located below the attraction channel. The attraction channel is equipped with a loading tray and a drop-off opening communicating with the guide channel. The drop-off opening is equipped with an openable sealing plate. The non-injury capture device also includes a positioning component. The loading tray moves along the direction of the attraction channel according to the position data fed back by the positioning component, thereby maintaining a set distance from the wild boar's head to lure the wild boar to stand on the sealing plate. By opening the sealing plate, the wild boar standing on the sealing plate falls into the guide channel and finally enters the receiving chamber to complete the capture. This method enables continuous non-injury capture of wild boars without the need for frequent manual inspections and resets, which is convenient and saves time while greatly improving the efficiency of wild boar capture.

1. Name of the designed product: slippers (wild boar braised braised). 2. Use of the designed product: for daily wear. 3. Design points of the designed product: in shape. 4. Picture or photo that best shows the design points: perspective view.

The invention discloses a strain for regulating and controlling intestinal fatty acid absorption as well as a screening method and application thereof. The screening method of the bacterial strain comprises the following steps: (1) carrying out intragastric administration on an SPF-level mouse by 100 mu L of a wild boar excrement suspension with the concentration of 10g / 100mL to colonize a wild boar excrement flora; 2) performing 16S rRNA sequencing to detect differential intestinal flora, and detecting and analyzing the difference of relative abundance of each species through a Kruscal-Wallis rank sum to obtain a strain which is in negative correlation with fatty acid metabolism (including but not limited to a plurality of indexes such as weight, adipose tissue quality, serum total triglyceride level, serum total cholesterol level and the like). The bacterial strain Rombout ilealis is preserved in the China Center for Type Culture Collection, the preservation date is September 12, 2025, and the preservation number is CCTCC (China Center for Type Culture Collection) M 20252008. The invention relates to a feed probiotic additive for regulating and controlling intestinal fatty acid absorption. The functional effect of R.ilealis in lipid metabolism is provided for the first time, and a new probiotic screening method is provided for controlling absorption of fatty acid in the intestinal tract.

The application discloses a solar energy driving equipment for preventing and controlling wild boar invasion in mountainous areas, which comprises a basic component and a driving component. The basic component comprises a mounting seat, a shell arranged on the mounting seat, a rotating equipment arranged in the shell, a rotating seat arranged above the shell and connected with the output end of the rotating equipment, a human body model arranged on the rotating seat and a solar energy component. The outer wall of the shell is provided with a plurality of pyroelectric infrared sensors, and one side of the human body model is provided with a camera device. The driving component is arranged on the human body model. When the collected image data is wild boar, the electric device controls the push type ignition device to push out the firecracker body, ignites the firecracker body when it is pushed out, and drives the wild boar to leave the prevention and control area by using the explosion force of the firecracker body. The method can realize all-round prevention and control of the prevention and control area. On the other hand, the firecracker body explodes in the direction corresponding to the wild boar, has good active driving effect on the wild boar, and makes the wild boar not easy to adapt, thereby maintaining long-term effective driving effect.

The patented Animal Seed Deterrent System offers an innovative solution for protecting seeds from being eaten by animals such as rodents, wild boars, and birds. It uses fake seeds to attract animals and deter them from eating real seeds. These fake seeds are sown either before or at the same time as the real seeds and contain scents and materials that smell a certain way but are not suitable for consumption. The scents are permanently incorporated into the material to ensure long-term deterrence. In addition, the real seeds are coated with a special coating containing similar scents and materials to the fake seeds to enhance the deterrent effect.A unique feature of the system is that it takes bird predation into account. The fake seeds are visually similar to real seeds and are scattered on the surface to be found first by birds. This innovative method offers an effective, cost-efficient, and environmentally friendly solution for protecting seeds and promoting plant growth.

The utility model discloses a boar breeding escape-proof fence which comprises two stand columns, a plurality of cross rods and connecting assemblies, bottom plates are fixed to the bottom ends of the two stand columns, a plurality of first connecting bases are fixed to the adjacent sides of the two stand columns, the two ends of each cross rod are hinged to the first connecting bases on the side walls of the two stand columns respectively, and the connecting assemblies are connected with the cross rods. The surface of each cross rod is rotationally sleeved with a detachable roller assembly, the two stand columns, the multiple cross rods and the roller assemblies form an intercepting mechanism, and the stand columns of every two adjacent intercepting mechanisms are fixedly connected through a connecting assembly. The two stand columns, the bottom plate and the transverse rods are arranged, the two ends of the transverse rods are hinged to the two stand columns respectively, therefore, in the actual installation process, the heights of the two stand columns can be flexibly fixed according to the slope inclination degree, if the heights of the two stand columns are different, the transverse rods can be arranged between the two stand columns in an inclined mode, and the transverse rods can adapt to the two stand columns with different heights; therefore, the fence is more flexible and convenient to install.

This utility model discloses a drop arrow for killing wild boars using a drone, relating to the field of drone accessory technology. The utility model includes an arrow shaft with an arrowhead on one side and fletching on the other side. A fixing component is provided on one side of the arrow shaft, including a mounting post installed on the side of the arrowhead. This utility model significantly improves the flexibility and adaptability of the drop arrow through modular design. The detachable connection structure between the arrow shaft and the arrowhead allows for quick replacement of the arrowhead or adjustment of the counterweight, thereby precisely adjusting the striking force for wild boars of different sizes. The counterweight is fitted onto the surface of the arrow shaft, and the weight can be increased or decreased according to actual needs, avoiding the drawback of traditional one-piece drop arrows that require complete replacement. The design of the fixing sleeve and the fletching ensures flight stability, while the interlocking structure of the square groove and the square post further prevents fletching deviation, ensuring the drop arrow maintains a precise trajectory after deployment and effectively improving the hunting success rate.

The present disclosure relates methods and compositions useful for prevention of porcine reproductive and respiratory syndrome virus (PRRSv) in animals, including animals of the species Sus scrofa. The present teachings relate to swine wherein at least one allele of a CD163 gene has been inactivated, and to specific methods and nucleic acid sequences used in gene editing to inactivate the CD163 gene. Swine wherein both alleles of the CD163 gene are inactivated are resistant to porcine reproductive and respiratory syndrome virus (PRRSv). Elite lines comprising homozygous CD163 edited genes retain their superior properties.

The utility model relates to wild boar trapping cage technical field discloses an adjustable door lock structure of wild boar trapping cage, include: trapping cage body for trapping wild boar, trigger mechanism, including the trigger plate of rotation connection in trapping cage body, is used for trapping when wild boar enters trapping cage body, trigger mechanism still is provided with adjusting assembly, including the telescopic link of one end articulation in trapping cage body, and the output end of telescopic link articulates in one side of trigger plate, is used for trapping according to wild boar body type, in the utility model, the structure realizes the accurate control to trigger sensitivity through adjusting assembly, the user can adjust the tension of spring through screw ring adjustment, according to the demand of wild boar trapping, can increase spring tension, the touch or treading of small -sized animal can not trigger trigger plate, avoid the mistake to catch non -target organism, if need to catch a variety of body type animals, reverse screw ring reduces the tension, and the adaptability is strong, has improved the pertinence and efficiency of trapping operation.

This device is a closed-top trap with an open ceiling for capturing wild animals such as boars and deer. In recent years, crop damage caused by wild animals has become increasingly serious, and open-top traps have attracted attention because they can be used by farmers without a hunting license. However, conventional closed-top traps have the problem of animals climbing up the sides and escaping through openings in the ceiling. This device was created to solve this problem. The left and right sides and the front and back, including the doors, are all made of flat, smooth panels. The front and back doors are attached to the outside of the front and back panels, so even when closed, there are no protruding parts that provide a foothold for animals. Therefore, even if a captured animal attempts to escape through the ceiling, it cannot climb over the sides or doors, thereby preventing escape. The above-mentioned panels can be constructed by combining commercially available concrete formwork panels (e.g., dimensions: 900mm x 1800mm), making them relatively inexpensive and easy to manufacture. The left and right side panels may be arranged horizontally in a vertical direction or vertically in a parallel direction, allowing for a configuration suited to the application.

To provide a wild boar repellent capable of repelling a wild boar more effectively with suppressed cost.SOLUTION: At least one of excreta of deer, a deer body composition, and a parasite parasitic in deer is used as a deer smell generator. A wild boar repellent 1 comprises the deer smell generator, and emits smell of deer, and the wild boar repellent 1 is laid in a place where invasion of a wild boar M is to be prevented or on its periphery, to thereby prevent invasion of a wild boar M.SELECTED DRAWING: Figure 1

This invention belongs to the field of microbiology technology, and specifically relates to the application of a strain of *Lactobacillus suis* HL1 derived from wild boars in Xinjiang and its feed additives. Lactobacillus saerimneri HL1, with accession number CGMCC No. 34386. This invention relates to *Lactobacillus suis* HL1, which exhibits good tolerance, strong antioxidant capacity, and effective antibacterial properties. It is sensitive to multiple antibiotics and promotes growth and development, enhancing intestinal villi growth, increasing nutrient absorption, and improving coat luster. This application isolates a potentially beneficial *Lactobacillus* strain with low or no drug resistance from wild boars in Xinjiang and evaluates its in vivo safety, laying the foundation for animal feed additives.

The invention provides a graded driving method and system for intelligently identifying wild boar individuals, the number of invasion times of wild boars can be judged through an intelligent identification system, the wild boars are driven in different grades of driving modes, and the system comprises an on-site monitoring and early warning facility, an on-site multi-stage disposal facility and the intelligent identification system. The intelligent identification system comprises a system console and an intelligent identification engine; different frightening and driving effects are achieved for the wild boars with different appearing times by adopting different levels of driving methods, the adaptability of the wild boars to the system is avoided, meanwhile, staged effect analysis is carried out, the performance and deployment of field facilities are continuously optimized, and finally the purposes that the wild boars form intergenerational genetic memory and do not enter the human activity range any more are achieved.

To provide an animal specimen collection device that allows businesses to safely collect specimens for medical purposes from pigs, wild boars, wild boar-pig hybrids, etc., without contracting infectious diseases. [Solution] An animal specimen collection device A for collecting specimens from the body of an animal comprises a dropper 10 as a suction device for aspirating specimens from the body of an animal, and a sealed storage container 11 as a storage device for storing specimens aspirated by the suction device. The dropper has an elongated spindle-shaped cylindrical body portion 12 formed of a transparent, soft synthetic resin that forms a specimen storage section, and an extraction tube portion 13 attached to the front end of the body portion.

1. The name of the design product: animal repeller (solar intelligent ten shot light control). 2. The use of the design product: used for driving birds, wild boars and other animals in orchards, fields, airports and other places. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view.

The utility model relates to the technical field of wild animal catching, in particular to a wild pig catching device which comprises a connecting cylinder, and an inclined connecting rod is fixedly connected to the outer portion of the connecting cylinder. One end of the sleeve rope is arranged in the connecting cylinder in a penetrating manner, and the other end of the sleeve rope is mounted on the inclined connecting rod, so that a circular ring shape is formed; and the shielding cover is arranged on the sleeve rope in a sleeving manner. The rope can be contracted to a proper size and locked by pulling the guide rod, so that a mechanism for adjusting the size is realized, an operator can flexibly adjust the catching device according to actual requirements, the mechanism effectively prevents the wild pigs from escaping, and the catching success rate and efficiency are greatly improved.

The present invention relates to a composition for low-dose artificial insemination and a method for artificial insemination of a female mammal using a dose of sperm from a male mammal of the same species which is significantly lower than would be required in the absence of the composition. The preferred female mammal is a sow (wild boar), the preferred composition is for artificial uterine insemination, and the preferred method of artificial insemination is uterine insemination.

This invention provides a wild boar trap that avoids accidental capture and provides timely feedback. Because the second one-way door on the trap is located on the same side of the containment space as the first one-way door, and the second and first one-way doors are connected to form a groove of a preset depth, when a wild boar is attracted by the bait in the bait trough and tries to enter the trap, it uses its rooting behavior to reach into the groove with its snout and touch the second one-way door. Then, it uses its snout to push the second one-way door open in the direction of opening. As the wild boar continues to enter the trap, its entire head pushes up the first one-way door, allowing it to pass through and enter the trap. Ultimately, the wild boar is trapped inside the trap, achieving trapping specifically for wild boars and avoiding accidental capture of other animals. After the wild boar is captured, a detector and transmitter work together to promptly send a capture signal to the terminal, alerting staff to take timely action.

The invention relates to the technical field of intelligent agricultural aviation plant protection. The invention provides an unmanned aerial vehicle farmland protection system based on a self-adaptive identification and expelling strategy, and the system comprises a multi-modal sensor array, a self-adaptive target identification and threat measurement unit, an edge strategy decision engine, a multi-modal expelling load, and an effect evaluation and self-learning closed loop. The self-adaptive target recognition and threat measurement unit operates STRC-Net to output a target category and continuous threat entropy, when the continuous threat entropy exceeds a threshold value, an edge strategy decision engine is triggered to make a decision, the edge strategy decision engine generates a multi-modal expelling action and drives a multi-modal expelling load to execute, and the multi-modal expelling action is executed. And effect evaluation and self-learning closed-loop evaluation of an expelling effect and calculation of an instant reward, and online updating of a strategy network. In this way, centimeter-level sensing, millisecond-level decision making and multi-mode accurate expelling of various targets such as crop pests, bird flocks, wild boars and invading unmanned aerial vehicles are achieved.

To provide hunting gear that can reliably protect against attacks from harmful animals such as wild boars. [Solution] Hunting armor 1 according to one aspect of the present invention is a hunting armor comprising a breastplate member 2, a skirt member 3 integrally formed to cover the front half, and a band-shaped connecting member 4 that connects the breastplate member and a plurality of skirt members while partially overlapping them vertically, characterized in that each of the skirt members is connected by the connecting member in such a way that the overlapping area 31 with adjacent skirt members is limited, thereby limiting the upward curling of the skirt.

The present application relates to a CYP11A1 mutant with improved catalytic activity and its application, and belongs to the field of biological enzyme engineering. The CYP11A1 derived from wild boar is subjected to mutation and modification by adopting a protein site-directed saturation mutation technology. A CYP11A1 mutant with significantly improved activity is obtained through screening, the activity of which is 1.2 times higher than that of wild-type CYP11A1, and the cholesterol conversion rate is increased by 65%. The enzyme mutant can be applied to the synthesis of steroid drugs.