113results about How to "High catch" patented technology

The invention discloses a sea surface LED lamp trapping (fishing) cage, which consists of a floating pontoon, a fishing cage, a battery box, a trapping box, and LED lamp modules, wherein the floating pontoon is arranged on the top of the fishing cage, and a battery pack is arranged on the bottom of the fishing cage. The sea surface LED light trapping (fishing) cage is characterized in that the fishing cage is formed by connecting a plurality of sections of fishing cages; the side wall of each section of fishing cage is provided with a plurality of fishing cage ports with electric gates; a support above each section of the fishing cage is evenly distributed with a plurality of the LED lamp modules along the periphery of the fishing cage; the trapping box are arranged at the center inside each section of the fishing cage, are positioned on fishing cage port supports, and correspond to the fishing cage ports at the same time; and the side wall of the fishing cage is provided with a plurality of the fishing cage ports, and the inner wall of the fishing cage at upper and lower sides of the fishing cage ports is provided with the LED lamp modules. Soft spines and the electric gates which are used for preventing fish from escaping outward are arranged at inner ports of the fishing cage ports. The sea surface LED light trapping (fishing) cage has the advantages that a fishing tackle and a fishing method of the invention greatly reduce fishing cost, reduce the labor intensity of the fishing, and improve fishing amount and fishing efficiency.

The invention relates to a finishing device for cultured fishes. The finishing device is arranged in front of a feeding platform and comprises at least three upright posts, a net cage and drag ropes, wherein two upright posts are vertically inserted into two sides of the feeding platform; other upright posts are vertically inserted into a pond; the upper ends of the upright posts are exposed out of the water surface by a certain length; rope penetrating pieces for the drag ropes to pass through are arranged at the upper ends of the upright posts; the net cage is arranged in an area defined by at least three upright posts; when the net cage is not subjected to tensile force of the drag rope, the net cage is sunken into the water bottom for a certain depth; the drag rope sequentially penetrates through each side of a net cage opening and the rope penetrating pieces at the upper end of the upright posts; two ends of the drag rope are used as operating ends at which the net cage is pulled up; when the drag rope is tightened, the net cage is raised; and when the drag rope is loosen, the net cage is sunken. The invention has the advantages of simple and ingenious structure, simpleness, convenience and feasibility for operation, high finishing amount, low production cost, high fishing rate for fishes, scientific fishing mode and low possibility of injuring fish bodies in the fishing process; the labor capacity for fishing can be greatly reduced; and large fishes can be fished and small fishes can be left.

The underwater lighted fishing lure includes, in one embodiment, a transparent housing, two or more batteries and two LEDs of different color. Studies have shown that the use of two color LEDs in a single lure greatly enhances fish catch. Another embodiment drives the LEDs with a voltage at or above 3.3 volts. An additional embodiment uses lithium batteries. A further embodiment drives the LEDs at or above 150% the recommended voltage or current. Studies have shown that driving LEDs at higher voltages significantly increases fish catch. Additional features include a blinking circuit for the two color LEDs and a planar wing to either the battery powered fishing lure or a chemical luminescent fishing lure which causes the lure to turn based upon underwater flows and currents. This turning simulates a color ON and OFF cyclic operation.

The invention discloses a fish catching method and device. The device comprises a net cage part with buoyancy, a fixing part arranged below the net cage part to position the cage net part in water and a winch device used for controlling the net cage part to sink or float. The fixing part is provided with a pulley device, and the net cage part is connected with the winch device through ropes via the pulley device on the fixing part. The device can be freely installed at any place in a water area regardless of the depth or size of the water area; being free of dependence on the bank of the water area or a power source, the whole device is totally independent. The device is low in manufacturing cost, easy to install and operate and fast to move. All the work can be completed by one person, all-weather fish catching can be achieved, the automation degree is high, manual guard and field operation are not needed, the catching amount is large, the catching efficiency is high, labor and time are saved, and the catching cost is lowered.

The invention discloses a fishing device. The fishing device comprises a fishing net, a pneumatic opening element and a pneumatic floating element, wherein a plurality of fishing pendants are arrangedon the fish net, the pneumatic opening element is circumferentially arranged around the fishing net, the pneumatic floating element is circumferentially arranged around the fishing net, and the pneumatic opening element and the pneumatic floating element are connected with the end of the fishing net respectively, and are communicated with an air blowing pump through a breathing pipe respectively.Therefore, compared with the prior art, the fishing device has the advantages of being small in labor strength, few in fish escaping, large in catching quantity and good in fishing effect.

The invention relates to a trace cell ChIP (Chromatin Immunoprecipitation) method. The method comprises the following steps: 1) dividing a cell sample to be detected into n groups, wherein n is a natural number which is not equal to 0; 2) carrying out crosslinking fixation on the nth group sample; 3) treating the nth group sample by utilizing a cell membrane perforating agent; 4) carrying out enzyme digestion by utilizing Tn5 transposase and breaking a chromatin segment of the nth group sample, and connecting a barcode sequence and a primer sequence to two ends of a production segment DNA (Deoxyribonucleic Acid), wherein when the n is greater than or equal to 2, the barcode sequence and/or the primer sequence used in each group of step 4) are/is different; 5) when the n is greater than orequal to 2, combining samples of all groups; 6) enriching a DNA segment combined with target protein and taking a primer as an index for creating a database; sequencing and analyzing. When the methodis used for sequencing, the database creating efficiency is high; the capturing of transcription factor sites of an extremely trace amount of cells can be realized; relatively good efficiency is ensured and the stability and the accuracy are relatively good.

The invention discloses a floating type fish-feeding and fishing net cage which comprises a fishing net cage body. The fishing net cage body is of a square, and the floating type fish-feeding and fishing net cage is made of a net wall. An upper steel rope and floats are connected to the upper portion of the net wall, and pendants and a lower steel rope are connected to the lower portion of the net wall. A sliding door is connected to the middle of the front end of the net wall, the two ends of the sliding door are respectively provided with a sliding door rope, the sliding door is installed in an upper sliding groove and a lower sliding groove, the upper sliding groove and the lower sliding groove are formed in the upper portion and the lower portion of the sliding door and fixed at the upper end and the lower end of the fishing net cage body respectively through an upper sliding door fixing rod and a lower sliding door fixing rod, the middle and the four corners of the fishing net cage body are respectively connected with a stand column, and pulling ropes are connected to the stand columns respectively.

The invention relates to a wind power plant active power control method considering fatigue load of wind driven generators. The wind power plant active power control method comprises the steps of: 1,neglecting the quick dynamic changes of a generators and a variable pitch device, considering the fatigue load of the wind driven generators, and carrying out the modeling of the wind driven generators, wind speed and turbulence intensity; 2, researching a control method of the wind driven generators; 3, respectively evaluating the equivalent damage load of a transmission pump and a tower of eachwind driven generator by adopting turbulence intensity, average wind speed and active power instructions; 4, establishing an active control method considering the fatigue load of the wind driven generators; 5, performing optimization control on active power distribution of each wind driven generator in a wind power plant by adopting an improved particle swarm optimization algorithm; and 6, carrying out simulation verification of the wind power plant active power control method by using the wind power plant formed by 25 wind power generators in rectangular distribution. The wind power plant active power control method does not need to carry out complex modification on an existing wind driven generator controller, is good in control effect, and has high practical value for wind power plant dispatching control.

The invention discloses a bifunctional catalyst applied to integration of CO2 capture and methanation in flue gas, which takes a Ni base as a main catalyst, takes a CaO base as a main carrier, and promotes and improves the CO2 yield, the catalytic activity and the cycle stability of the bifunctional catalyst by adding three factors such as an auxiliary agent, a template agent and a high-temperature-resistant element. The invention provides the bifunctional catalyst which is low in cost, small in energy consumption and sustainable in circulation, and the catalyst has high CO2 yield of 15.5 mmol/g, and still keeps 99% of CO2 conversion rate and 100% of CH4 selectivity after being circulated for 1000 hours.

An opsariichthys bidens trapping cage used in a great lake comprises a cage body rack. Semi-circled stand column rings are welded to form the cage body rack; the external surface of the cage body rack is covered with a net sheet wall to form the cage body; the cage body is semi-circled; the back end port part of the cage body is connected with a fish storage bag; the fish storage bag is fixed by up and down mesh ropes and is provided with steel a bar supporting ring which is used for supporting the inner space and enabling the fish storage bag to directly stretch to the upper surfaces of a fish fetching port; the front and back end parts of the cage body are respectively provided with a fish inlet and a fish storage bag fish inlet; the fish inlet and the fish storage bag fish inlet are respectively provided with inward inverted burrs; the inward inverted burrs are fixed by the net sheet wall; the inward inverted burrs inwardly extend to be connected with an inward inverted bur port; the inward inverted bur port is fixed by an inward inverted bur stay rope; a fish trapping bag is placed in an inner cavity of the cage body; and the fish trapping bag is fixed by a fish trapping bag stay rope.

A base attachment module (BAM) of a small aerial vehicle (SAV) for attaching the SAV to an unprepared work surface has a surface meeting docking assembly (DA) with contact points for contacting the work surface, and a contracting suction cup (CSC) in a position surrounded by the contact points such that it extends beyond a plane (or other surface contour) of the points in a fully extended operating position, and is retracted below the plane in a retracted position. Actuation of the CSC when in contact with the surface, allows for the DA to be brought into contact with the contact points in a controlled manner, for a high stiffness attachment, as is needed for deployment of robotic tasks from a SAV.

The invention relates to an adsorbent zeolite-based material comprising for 100 mass %: an amount different from zero of a zeolite selected from X zeolites or LSX zeolites; the balance up to 100 mass % consisting of an amount different from zero of a cation-exchanged zeolite, said cation-exchanged zeolite being selected from cation-exchanged X zeolites and cation-exchanged LSX zeolites.

The invention discloses a fence type fishing device which is characterized in that the three surfaces of a feeding table are surrounded by a net wall; one surface of the feeding table is open; three push-pull doors are arranged on the net wall on the front surface of the feeding table; door pull ropes are connected to the two side surfaces of each push-pull door; a fish collection box is connected to the rear ends of the feeding table and the push-pull doors; six fish inlets and six fish fetching bags are arranged on the net wall on the three surfaces of the fish collection box; the fish inlets extend inwards to be connected with inner barbs; the feeding table, the fish collection box and the fish fetching bags are connected with one another by feeding table columns, fish collection box columns and fish fetching bag columns.

A far-wave audio-frequency fishing device for shallows comprises a flared mesh wall made from meshes. A fish inlet is connected to the flared mesh wall and extends inwards to be connected with an inner barb cone; a net bag is connected to the fish inlet, a far-wave audio-frequency unit, fluorescent lighting balls and a bait bag are arranged in the middle of the net bag, and the far-wave audio-frequency unit and the fluorescent lighting balls are fixed to the net bag by stay ropes. The far-wave audio-frequency fishing device is manufactured according to physical and life habits of shallow fishes, sound transmission principles, fish activity rules and conditioned reflex to the fluorescent light, and accordingly has the advantages of compact structure, good far-wave lighting effect, portability and high catch of fish.

A novel far-wave illuminant cultivation and fish trapping cage is characterized in that a cage body is provided with a fish entry, the cage body is provided with a sliding door inside the fish entry, the left and right of the sliding door are connected with door pull cords respectively, a bed inside the sliding door is provided with a bait bag fixed through pull cords, illuminant fluorescent beads are disposed on a headrope of the cage body, and a far-way generator is disposed in an inner cavity of each illuminant fluorescent bead and is connected to the surface of the cage body.

The invention provides a special fishing gear with three inlets for catching eels. The problems solved are: a present eel catching fishing gear is provided with an inlet on front and rear ends respectively. When a plurality of eels getting close at a time, only the eels get to the tempting opening first are caught, the rest are abandoned. So the chance for catching more than two eels is lost; because of a cylinder vertical to a right angle formed on the front and rear ends, when a plurality of the fishing gears are salved from water at a time, heavy resistance from water is forced on the gears. The invention has advantages that: a separable streamlined isolated body is arranged on the outside of one of the tempting openings, two eel inlets are arranged on the side of the isolated body and communicated with the tempting opening. A cervical to which a fishing rope is attached is arranged on the outside of the isolated body. The invention has advantages that: the caught eel quantity is increased, salving the gear is more convenient. The fishing gear is applied for catching eels.