39results about How to "Dump completely" patented technology

The invention relates to a driving time sequence implementation method of frame transfer CCD (Charge Coupled Device) short exposure time, belonging to the technical field of photoelectric detection. The method comprises the following steps: (1) carrying out frame transfer-charge dumping operation for many times; (2) carrying out idle exposure; (3) carrying out frame transfer; and (4) reading out frames. The invention realizes the short exposure time which is one order of magnitude smaller than the frame reading-out time by introducing the charge quick transfer-dumping operation for many timesin the driving time sequence control flow without using mechanical shutters or modifying hardware circuit design. The transfer-dumping operation is carried out for many times, thereby ensuring that the charges accumulated by the exposure of the previous frame are thoroughly dumped out to avoid the data error caused by the residues of the charges in the current frame image.

The invention relates to a performing device of a full-automatic water surface garbage cleaning robot. The device comprises a housing, a bottom plate, a lifting plate, a dumping plate, electric pushing rods, linear guide rails, slide blocks, ball hinges, separating plates, movable pulleys, rotating shafts, fixed pulleys, steel wire ropes, lifting motors and garbage stopping mechanisms, wherein the dumping plate is positioned right above the lifting plate; the electric pushing rods are positioned between the lifting plate and the dumping plate; one end of each ball hinge is connected with the lifting plate and the inner side end of the dumping plate, and the other end of each ball hinge is connected to the corresponding slide block; the slide blocks are mounted on the linear guide rails; the separating plates are fixed to corners of the outer side end of the housing; each steel wire rope sleeves between each fixed pulley and each movable pulley in a coiling manner; the fixed pulleys are mounted on main shafts of the lifting motors, and the lifting motors are fixed to the housing; the garbage stopping mechanisms are positioned in front of the housing. The device integrates the garbage collecting function and the garbage dumping function and achieves that a plurality of functions are integrated in one machine, so that the device is high in intelligence, can fully automatically finish the work of cleaning garbage floating in water, and is high in working efficiency and good in cleaning effect.

The invention belongs to the technical field of automated production, and in particular relates to an automatic quantitative cutting and bagging device, comprising: a bag opening device, an empty bag shaping device, a blanking and bagging device, a fine weighting device, a secondary bag filling device, and a bag sealing device device, bagging and unloading device, indexing plate. The eight devices are respectively located on the outer edge of each area of ​​the indexing plate, and are arranged in a counterclockwise order. The bagging device is provided with 8 sets in total, all of which are fixed on the indexing plate. And rotate counterclockwise with the eight-unit indexing plate. Each device is connected in series through the indexing plate to form a complete automatic blanking and bagging system. The system realizes the functions of automatic and precise cutting, packaging, sealing and conveying of bulk materials through the coordination and cooperation of various devices. Greatly improved production efficiency.

The invention relates to a full-automatic robot for cleaning garbage on water. The full-automatic robot for cleaning the garbage on water comprises a rack, a pneumatic reversing device, charging dumping devices, garbage stopping doors, a filtering net, air barrels and fixing buckles, wherein rectangular fixing frames are symmetrically arranged at the left side and the right side of the rack; the middle part of the rack consists of an upper layer and a lower layer; the upper layer of the rack is of a semi-cylindrical housing structure of which the upper end is opened; the pneumatic reversing device is positioned at the lower rear end of the middle part of the rack; the charging dumping devices are correspondingly positioned in rectangular frame bodies at the left side and the right side of the rack; the garbage stopping doors are correspondingly positioned in front of the rectangular frame bodies at the left side and the right side of the rack; the filtering net is mounted in the upper layer of the semi-cylindrical housing structure of the rack; the air barrels are symmetrically positioned at the left side and the right side of the rack and are connected to the rack through the corresponding fixing buckles. The full-automatic robot for cleaning the garbage on water integrates the garbage collecting performance, the garbage dumping performance and the garbage storing performance, so that the robot is multifunctional; in addition, the full-automatic robot is high in intelligence degree, can fully automatically clean the garbage floating on water, and is high in working efficiency and good in cleaning effect.

The swinging lever type waste dumping and collection device belongs to domestic and construction waste collection equipment; the right and left connecting plates are installed on the waste bin, the hydraulic pump is installed on the left connecting plate, and the electromagnetic reversing valve, hydraulic Motor A, B, connecting frame, hoist and crankshaft, hydraulic motor A is connected with the pressure rod through crankshaft, connecting rod, rocker, and the inner linear guide with fixed pulley is fixed on the connecting frame, with chute The feeding car of the plate group is installed on the inner linear guide, the flexible wire rope connects the winch with the feeding car, the outer linear guide is installed on the inner linear guide, and the outer linear guide is installed with a cylindrical pin, arc The overturning frame of the rod is fixed on the turning frame through the upper and lower fixing rings; the device can realize the 180° vertical rotation of the material barrel, in an inverted shape, and has the characteristics of clean and thorough waste dumping, no residue, high operating efficiency, It has the characteristics of stable operation, low noise and long service life.

The invention relates to a toppled type garbage transfer box with a tilting overhead door. The toppled type garbage transfer box comprises a garbage transfer box body, a transverse beam, a vertical column, a hoisting shaft and an upper sliding cover arranged on the top of the box body. The garbage transfer box is characterized in that a tilting overhead door mechanism is arranged at the front end of the garbage transfer box body; the tilting overhead door mechanism comprises a tilting overhead door and a positioning clamp plate welded at the upper part of a side frame of the tilting overhead door; a buckle plate locking shaft is arranged in the middle of the side frame of the tilting overhead door; tilting overhead door locking buckle plates and buckle plate rotating shafts are respectively arranged on vertical plates on two sides of the garbage transfer box body; buckle plate shaft guide grooves are further formed in the vertical plates on two sides of the garbage transfer box body; a connecting hinge is arranged at the connecting part between a lower side frame of the tilting overhead door and a bottom side frame of the box body. The garbage transfer box has the advantages that in the process that garbage is toppled into a compressed type garbage transfer truck, the garbage collected into the box body can be thoroughly toppled, and secondary pollution caused by fermentation of the residual garbage is avoided.

The invention relates to an unloading device for a transport car and discloses a self-push device for sand unloading with automatic pushing of sand by a floor, wherein the device is formed through coordination of three groups of slide rails. The unloading device is characterized by comprising a bottom fixation frame, slide baseplates and a push-pull component, wherein the slide baseplates are placed on the bottom fixation frame in a movable manner; the push-pull component is placed on the bottom of the slide baseplates; the bottom fixation frame is constituted of two vertical rods and two horizontal rods; the two horizontal rods are placed between the two vertical rods; two ends of each of the horizontal rods are vertically connected to the two vertical rods; the slide baseplates comprisea No.1 slide baseplate, a No.2 slide baseplate and a No.3 slide baseplate; the No.1 slide baseplate is constituted of a No.1 slide rail and a No.2 fixed baseplate; the No.2 slide baseplate is constituted of a No.2 slide rail and a No.2 fixed baseplate; and the No.3 slide baseplate is constituted of a No.3 slide rail and a No.3 fixed baseplate. A carriage does not need to be turned over at an angle; noise is low during sand unloading; loads borne by the sand unloading device are low; and the device is not damaged easily.