43results about How to "Achieve pouring" patented technology

Provided is a novel turnover type material conveying cart. A cylindrical tank body or a cylindrical-like tank body is used as a container for containing concrete, a discharging port is formed in the face of the container, a long half shaft and a short half shaft are connected and fixed on the outer portions of the two ends of the container respectively, the long half shaft and the short half shaft are connected with a long half shaft bearing seat and a short half shaft bearing seat respectively, the long half shaft bearing seat and the short half shaft bearing seat are arranged in a hanging frame, a motor speed reducer is arranged on the long half shaft, the four corners of the hanging frame are connected with hanging rod bearing seats through hanging rods, the hanging rod bearing seats are connected with driving wheels and driven wheels through hanging plates, the driving wheels and the driven wheels are hung on two steel rails parallel to each other, the driving wheels are provided with large gears, and mono overhead crane walking driving devices drive the driving wheels to rotate and drive the driven wheels to rotate together. The novel turnover type material conveying cart is simple in structure, reliable in running and capable of meeting the operation requirement that one material conveying cart supplies materials for multiple sets of material distribution machines, the materials will not leak, and environment-protection performance and technical performance are good.

The invention discloses a five-rod fluid feeding machine double-pony ladle mechanical arm. The five-rod fluid feeding machine double-pony ladle mechanical arm comprises an arm driving mechanism and a pony ladle driving mechanism, wherein the arm driving mechanism is connected to a fixed plate; a gear mechanism is driven to rotate by a servo motor so as to drive the rotation of the mechanical arm; the pony ladle driving mechanism utilizes the servo motor to drive the gear mechanism to realize meshing motion, sprocket wheels on a sprocket shaft are driven, a sprocket wheel chain mechanism is driven, a pony ladle adjusting plate and a pony ladle are driven to rotate, and fluid fetching and injection actions are realized; the micro change of a position is realized by changing mounting holes in the adjusting plate, and the position is more accurate. The five-rod fluid feeding machine double-pony ladle mechanical arm is matched with a solution furnace with a small size for use, the problem that a mechanical arm double-pony ladle device intervenes with the solution furnace is solved, moulds with different distance sprues are poured, the mechanical arm can be mounted on a five-rod fluid feeding machine for use, the production cost is reduced, and the production efficiency is improved.

The invention discloses an anti-collision handling device for a robot, which comprises a mounting cylinder vertically arranged on the side of the robot, a vertical threaded rod is movably installed on the inner wall of the mounting cylinder, and the lower part of the threaded rod is equidistantly threaded and socketed. There are three threaded sleeves, one side of the threaded sleeve is fixed with a sliding block, the side of the sliding plate is fixed with an overturning plate, the top of the overturning plate is hinged on the side away from the sliding plate with a bottom plate, and both sides of the bottom plate are fixed with a first side plate , the side of the two first side plates away from the sliding plate is fixed with a second side plate, and the lower end of the second side plate is fixed on the top side of the bottom plate, and the other end of the push rod motor is hinged on the bottom of the second side plate, The side of the second side plate away from the sliding plate is fixed with a mounting plate, the side of the mounting plate away from the second side plate is uniformly fixed with an anti-collision device, and the end of the anti-collision device away from the mounting plate is fixed with an anti-collision plate. The invention has unique structure, ingenious design, high creativity and is suitable for popularization.

The invention relates the technical field of robots, and discloses a mechanical arm structure of a robot. The mechanical arm structure comprises a arm structure and a mechanical claw structure, wherein the arm structure comprises a shoulder part, a first arm, a second arm and a third arm which are rotationally connected with one another in sequence to form four degrees of freedom, wherein the shoulder part is used for being rotationally connected to a robot body so as to realize front-and-back swing of the whole arm structure; the first arm can rotate around the shoulder part to realize the swing toward the inner side and outer side of the robot; the second arm can rotate around the first arm to enable the arm structure to be lifted or put down; the third arm can rotate around the second arm to enable the third arm to rotate in left-and-right sides; the mechanical claw comprises a clamping claw which is rotatably arranged on the third arm; and the clamping claw can rotate to realize grabbing of wine bottles. The mechanical arm structure of the robot has the beneficial effects that after the wine bottles are grabbed by the mechanical claw, and a series of actions of wine pouring canbe completed by utilizing the four-degree-of-freedom arm structure to move the wine bottles; the wine pouring efficiency is high, and wine pouring is not required to be carried out by dragging a pipeline.

The invention discloses a cap opening self destroying type anti-fake bottle cap, and belongs to the technical field of bottle caps. The cap opening self destroying type anti-fake bottle cap comprisesan upper cap, a lower cap and a self destroying device; the upper cap is provided with an anti-fake zone for pasting an anti-fake label and is movably connected with the lower cap; the upper cap and the lower cap are internally provided with cavities penetrating through the top walls of the upper cap and the lower cap, and the self destroying device is movably arranged in the cavities; the self destroying device comprises an upper fixing plate, a fixing column connected with the upper fixing plate and a self destroying rod, and the upper fixing plate is arranged at the top of the upper cover;the fixing column is arranged in the upper cap and the lower cap and movably connected with the inner wall of the lower cap; the anti-fake label is arranged at the tops of the upper fixing plate and the upper cap; and one end of the self destroying rod is connected to the upper fixing plate, and the other end of the self destroying rod extends to the top of the upper cap and abuts against the anti-fake label. According to the cap opening self destroying type anti-fake bottle cap, the effect that the anti-fake label is destroyed when the cap is opened in the first time, self destroying is achieved, the bottle cap cannot be recycled, and the disassembling prevention effect is realized; and the structure is stable, using is convenient, and the practicality is high.

The invention relates to an automatic unpacking, unloading and recycling device for ton bags and a working method. The automatic unpacking, unloading and recycling device comprises a lifting mechanism, wherein the lifting mechanism is connected with a lifting vehicle; the lifting vehicle is rotatably connected with a charging barrel; the charging barrel is connected with a turnover driving mechanism arranged on the lifting vehicle; a hook driving mechanism is arranged on the bottom of the charging barrel; the hook driving mechanism is connected with a hook; the hook can hold a hanging belt arranged on the bottom of a ton bag; a hopper is arranged below the tail end of the lifting mechanism; a guide grate which is arranged in an inclined mode is arranged in the hopper; a material conveyingmechanism is arranged below a discharge hole of the hopper; and a ton bag packing machine is arranged at one side of the tail end of the guide grate. The automatic unpacking, unloading and recycling device is high in working efficiency, is low in labor intensity, and avoids resource waste.

The invention discloses a method for connecting a wall body and floor slabs, a special connecting structure thereof and a prefabricated house, wherein the prefabricated house comprises pre-embedded parts which are pre-embedded in the floor slabs, connecting embedded parts which are fixed at the top of the wallboard, connectors which are bridged between the connecting embedded parts and the pre-embedded parts, connecting grooves which are formed on the connecting embedded parts and extend in the length direction of the wall body; the connecting embedded parts are fixed on the wallboard through first fasteners; the lower ends of the connectors are fixed on the connecting embedded parts through second fasteners; and the upper ends of the connectors are fixed on the pre-embedded parts through third fasteners. Accordingly, the wallboard is installed and positioned and the floor slabs are formed by casting, the connecting structure between the wall body and the floor slabs is simplified, and the efficiency of building construction is increased.

The invention discloses a manufacturing process of comprehensively-glazed ceramic. The ceramic is comprehensively glazed through an overturning type comprehensive glazing device in the ceramic manufacturing process. The overturning type comprehensive glazing device comprises a limiting and fixing base plate and a bearing frame assembly for containing the ceramic. A lifting and overturning mechanism and a positioning assembly used in cooperation with the lifting and overturning mechanism are installed on one side of the surface of the limiting and fixing base plate, and an adjusting and fixingglazing mechanism is installed on the lifting and overturning mechanism. By means of the overturning type comprehensive glazing device, the ceramic can be overturned after being glazed by dipping, then glaze in the ceramic with grooves is poured out in the overturning process; and then glazing by dipping is conducted, and therefore a contact part of the ceramic can also be dipped with the glaze.

The invention provides a crucible pouring device. The crucible pouring device comprises a crucible frame, a clamping mechanism, a driving mechanism and a restraining mechanism. The crucible rack is used for accommodating a crucible containing a liquid substance; the clamping mechanism comprises a clamping piece, the clamping piece is used for pushing the part, exposed out of the crucible frame, of the crucible from one side in the radial direction of the crucible, and the clamping piece can rotate around the axis of the clamping piece; the driving mechanism is arranged on the opposite side of the crucible frame relative to the clamping mechanism, the driving mechanism is connected to the crucible frame, and the driving mechanism is used for driving the crucible frame and the crucible to rotate so as to pour out the liquid substance in the crucible; the restraining mechanism is arranged around the crucible frame and used for restraining the end wall of the opening of the crucible so as to restrain the crucible from sliding downwards in the axial direction of the crucible relative to the crucible frame when the crucible rotates to pour out the liquid matter in the crucible. Therefore, the crucible can be prevented from falling off from the crucible rack.

The invention discloses a magnetic repulsion type liquid container based on inclined opening, and relates to the technical field of liquid containers. The magnetic repulsion type liquid container comprises a supporting mechanism, a storage mechanism and a sealing mechanism; the storage mechanism is located over the supporting mechanism and fixedly connected with the supporting mechanism; the sealing mechanism is located over the storage mechanism and connected with the storage mechanism in a clamped manner; the supporting mechanism is composed of a supporting assembly and a limiting assembly which are fixedly connected; the supporting assembly is fixedly connected with the storage mechanism; and the limiting assembly is clamped with the storage mechanism. Through the design of a first mounting groove, an elastic connecting piece, a driving magnet, a liquid discharging nozzle, a liquid outlet hole, a sealing elastic piece, a sealing magnet, a positioning ring and a sealing plug, the liquid pouring efficiency is greatly improved, meanwhile, a liquid discharging nozzle does not need to be opened by hands, pollution of the hands to the liquid discharging nozzle is effectively avoided, and the safety of taking the stored liquid is greatly improved.

The invention relates to automatic austempered grinding ball forming and producing equipment. Conveying tracks are included. A pouring machine is arranged above each conveying track. A pouring outputport of each pouring machine stretches out of one side of the upper portion of the corresponding conveying track, the side of each conveying track is externally provided with a plurality of pouring positions in the direction parallel to the conveying track at intervals, and a pouring line is formed. A steel die support is arranged at each pouring position and provided with an upper fixed die and alower movable die, wherein in the die assembly state, a plurality of grinding ball forming cavities are formed between the two dies, a pouring gate is arranged in the upper fixed die and the lower movable die and communicates with the grinding ball forming cavities and the upper end of the upper fixed die, and a pouring cup is arranged above the pouring gate. The pouring machines move to the positions right opposite to the pouring positions, the pouring output ports are in up-down linkage with the pouring cups. The lower position, corresponding to each lower movable die, of the correspondingpouring position is provided with a slide carriage, the slide carriages are outwards obliquely arranged in the direction away from the corresponding conveying tracks, and a conveyor is arranged beloweach slide carriage. By means of the equipment, the product pouring quality is guaranteed, and high production efficiency is achieved.

The invention discloses a tilting device and a washer-extractor comprising the same. The tilting device comprises a base, a tilting component, at least one lifting mechanism, at least one first latchmechanism and at least one second latch mechanism, wherein the tilting component is positioned at the top of the base, the bottom of the lifting mechanism is connected to the base, the top of the lifting mechanism is connected to the tilting component and used for driving the tilting component to lift, the first latch mechanisms and the second latch mechanisms are positioned on two sides of the lifting mechanism, the tops of the first latch mechanisms and the second latch mechanisms are connected to two ends of the tilting component, and the bottoms of the first latch mechanisms and the secondlatch mechanisms are detachably connected to the base. The washer-extractor comprises the tilting device. Automatic loading and unloading are realized, time and labor are saved, and working efficiency is improved.

The invention relates to a special die for controller supports of auto electric appliances, comprising a fixed die, a moving die and a die core, wherein a die cavity is formed by the die core and a compound die of the fixed die and the moving die; a cooling pipeline in which cooling liquid passes is arranged on the fixed die and the moving die; a cooling system for supplying the cooling liquid to the cooling pipeline is provided; and the cooling pipeline is provided with an inlet and an outlet which are circularly communicated with the cooling system. The special die for the controller supports of the auto electric appliances, disclosed by the invention, is provided with the cooling pipeline to ensure that the die can be poured at a constant temperature and the accelerated cooling can be realized after the pouring is completed, therefore, the production capacity is increased.