41results about How to "Improve clearance efficiency" patented technology

The invention relates to a road block removal device of a fire engine, which belongs to the technical field of special vehicles. The road block removal device of the fire engine comprises a pair of crossbeams of a chassis frame. The road block removal device comprises a bracket, an upper connecting rod rack, a lower connecting rod rack, a shoveling plate seat, a main shoveling plate and a pair of acting cylinders, wherein the bracket is fixed between the crossbeams of the chassis frame; moreover, the bracket is positioned at one ends of the crossbeams of the chassis frame, which are towards an engine head of a fire engine; the upper connecting rod rack is connected with the bracket; the lower connecting rod rack is connected with the bracket; one side of the shoveling plate seat is connected with the upper connecting rod rack; moreover, the shoveling plate seat is also connected with the lower connecting rod rack, a first inclined plane and a second inclined plane are formed at the other side of the shoveling plate seat, and the first inclined plane and the second inclined plane form a reversed V shape with each other; the main shoveling plate is fixed with the first inclined plane and the second inclined plane, and a side shoveling plate is respectively connected in the height directions of both sides of the main shoveling plate; the acting cylinders are hinged on the bracket; and moreover, the columns of the acting cylinders are connected with the shoveling plate seat. During block removal, the road block removal device of the fire engine is very beneficial to expelling blocks towards both sides, and the resistance can be decreased; moreover, the efficiency of block removal is enhanced, and the vehicular power consumption is saved; the road block removal device of the fire engine can adapt to the effect of flexibility at a working state and a non-working state; and the road block removal device of the fire engine has a simple structure and is beneficial to manufacture, installation and maintenance.

The invention relates to a suspending rod special for suspending a barrier-cleaning device. The suspending rod comprises a hinge plate, a suspending head and a cable penetrating device, wherein the hinge plate is arranged at the front end of an insulating rod; the suspending head is arranged on the hinge plate in a swinging form; the cable penetrating device is arranged on the lower part of the insulating rod and is used for controlling the suspending head to open and close; the suspending head comprises a Y-shaped head; a hanging rod and a limiting hook which are connected with each other are respectively arranged on the two sides of the opening of the Y-shaped head; a reel wound with a cable is arranged in the insulating rod; and the cable penetrates through the cable penetrating device and then is connected with the limiting hook. The suspending rod can be used for picking the barrier-cleaning device on the ground to the position of the wire and then controlling the barrier-cleaning device to unhook on the ground so as to complete the suspension, so that a large amount of suspending time is saved, the quantity of personnel operation is saved, and the wire barrier cleaning efficiency is increased.

The present invention provides a fully automatic auxiliary branch-picking mechanism and branch-picking method for tree barrier cleaning, comprising: a grapple hook assembly, a host assembly and an insulating operating rod; the first grapple shell is fixed on the first claw hook inner lining; the second The grapple shell is fixed on the second grapple lining; the lifting platform is fixedly connected with the host assembly through the connecting rod; the first grapple shell is hinged with the host assembly through the first connecting piece; the second grapple shell is connected through the second connecting piece It is hinged with the host assembly; the first claw hook lining and the second grab hook shell are respectively hinged with the lifting platform; the host assembly is provided with a driving device for controlling the opening and closing of the grab hook assembly; The technical problem of stuck broken branches is solved, and at the same time, the safety problem of using non-specialized tools to cause high-altitude fall to injure the obstacle removal personnel is solved. The present invention plans obstacle-clearing lines according to needs, and sets obstacle-clearing positions according to actual conditions, and can also perform patrol inspection on overhead lines to ensure timely processing of obstacle-clearing work.

The invention discloses a high-altitude unmanned aerial vehicle for removing obstacles. A cutting device is fixed on the unmanned aerial vehicle by a cloud deck, and the cutting device and the cloud deck are in wireless connection with a cutting remote controller by a wireless emitter. The high-altitude unmanned aerial vehicle has the advantages of high obstacle removing efficiency, convenience in use and simplicity in operation, can deal with obstacle removing work in all altitudes, and even can deal with long-spanned obstacle removing tasks such as high mountains, deep gullies and rivers.

The invention discloses a special mechanical warehouse clearing device for mine bins. Two guide pulleys are installed on the front side of the top of the mine bin. A guide wire rope is fixed on the left and right sides of the top of the mine bin. Row of rake teeth, the front end of the rake teeth is gradually inclined downward relative to the rear end, the front end of the rake teeth is 2-6cm higher than the bottom of the rake wheel, the lower ends of the two traction wire ropes are fastened to the front end of the rake frame, and the upper end of the traction wire rope is wound around After passing through the corresponding guide pulleys, it is fastened to the front end of the sliding steel plate. The movable pulley is installed at the rear end of the sliding steel plate. The main wire rope of the winch goes around the movable pulley and then folds back for fixed installation. A guide tube is fixedly installed at the left and right ends of the sliding steel plate. , and each guide tube is sheathed on its corresponding guide wire rope. The invention also discloses a silo clearing method using the above-mentioned ore silo special mechanical clearing device. Reduce labor input, reduce production costs, improve production efficiency, and reduce potential safety hazards.

A method and system for tracking a target object. The method for tracking a target object comprises: scanning an object to obtain a scanned object image, and identifying and analyzing the scanned object image to determine whether the object is a suspicious target object; distinguishing the suspicious target object by means of a label when it is determined that the object is a suspicious target object; searching for the suspicious target object by means of the label when a passenger carries the suspicious target object and passes through a label search region; and checking the suspicious target object. By means of the method, the efficiency of searching for a target object can be improved.

The present application discloses a barrier cleaning device and a barrier cleaning robot. The obstacle-removing robot (10) comprises a robot body (100) and connecting structures (200) disposed on the side walls of both sides of the robot body (100); and the obstacle-removing device is composed of a plurality of the obstacle-removing robots (10) It is formed by connecting structures (200) on the side walls on both sides of the corresponding robot body (100) in series in sequence. Therefore, the obstacle clearing device composed of a plurality of obstacle clearing robots in series can be used to automatically clear the obstacle, thereby reducing the consumption of human resources. Even when the area of ​​the site to be cleared is large, since multiple clearing robots are connected in series to clear the obstacles, the area that can be cleared at the same time increases, and the efficiency of the clearing can also be improved.

The present application provides a sample analyzer and its field clearance control method, device, and medium. After the field clearance control process is started, the sample rack on the feed track of the sample feeding mechanism is detected to obtain the corresponding sample rack information, and Whether there is a test tube to be returned in the machine of the sample analyzer of the sample analyzer, and when there is a test tube to be returned in the machine of the sample analyzer, according to the information of the sample rack and the information of the test tube to be returned, the The test tubes to be returned are returned to the corresponding sample racks on the feeding track, and then each sample rack on the feeding track of the sampling mechanism is unloaded to complete the cleaning of the sample analyzer. The clearing control method can not only realize the automatic clearing of samples in the sampling mechanism, but also realize the automatic clearing of the test tubes in the sample analyzer, without the need for manual auxiliary clearing, which improves the clearing efficiency.

The invention discloses a cable obstacle removing robot. The robot is used for obstacle removing operation of overhead transmission lines. The robot comprises an electric cabinet, a clamping unit, anadvancing unit and an obstacle removing unit. The electric cabinet is used for controlling a power output mechanism in each unit and transmitting signals; the clamping unit is located at the top of the electric cabinet; the overhead transmission lines are clamped in a lateral line hanging and clamping mode, and the whole cable obstacle removing robot is hung on the overhead transmission lines; theadvancing unit is used for driving the cable obstacle removing robot to advance in the length direction of the overhead transmission lines; and the obstacle removing unit is arranged at the top of the electric cabinet and located on one side of the advancing direction of the cable obstacle removing robot. The overhead transmission lines are clamped in the lateral line hanging and clamping mode, and the whole cable obstacle removing robot is hung on the overhead transmission lines, so line hanging operation is rapid and convenient, and the clamping effect is good; surrounding cutting, cutting-off and smashing of obstacles can be achieved in the advancing process of the overhead transmission lines; and the obstacle removing efficiency is high, and the effect is good.