55results about How to "Implement auto-boost" patented technology

The invention relates to a cabin opening type ammunition mother bomb dissembling machine and method. The dissembling machine comprises a mother bomb lifting device and a mother bomb dissembling device; the mother bomb dissembling device comprise a dissembling table, a mother bomb loading manipulator arranged on the dissembling table, a positioning clamping mechanism for clamping a mother bomb, a rotating mechanism for driving the positioning clamping mechanism to rotate, a bottom-bolt dissembling device body for dissembling mother bomb bottom bolts, a fixed-length pushing-out device body for pushing out fillers in the mother bomb, a fixing rib and key dissembling manipulator, a sub bomb dissembling manipulator and a mechanical arm for driving one of the fixing rib and key dissembling manipulator and the sub bomb dissembling manipulator to conduct actions, wherein the fixing rib and key dissembling manipulator and the sub bomb dissembling manipulator are arranged above the positioning clamping mechanism. According to the cabin opening type ammunition mother bomb dissembling machine and method, the structure is simple, operating is easy, convenient, safe and reliable, the automation degree is high, and automatic and efficient dissembling of the various cabin opening type ammunition mother bombs can be achieved; and the bottom bolts are dissembled firstly, then the fillers are pushed out, and dissembling of components, such as bomb shells, the bottom bolts and the fillers, of the cabin opening type ammunition mother bombs is achieved.

The invention provides an automatic lifting device for a presser foot of a bar tacking machine. The device comprises the presser foot and a lifting mechanism, wherein the presser foot is connected with the lower end of a presser bar; the upper end of the presser bar is provided with a presser slide block; the lifting mechanism is connected with the presser slide block; the lifting mechanism comprises a main shaft, a pushing ram, a connecting rod and a lifting rod. Through the lifting mechanism, automatic lifting of the presser foot of the bar tacking machine can be realized; and through the presser foot structure, the phenomenon of skipping stitch in a sewing process of the bar tacking machine is prevented through the presser foot structure, thereby ensuring nice patterns of stitching.

The invention relates to a bolt processing system, and belongs to the technical field of bolt processing. The bolt processing system comprises a cold heading machine, a quenching furnace, a temperingfurnace, a hoist, a storage box, a bracket and a base frame. A plurality of material plates are arranged on a conveyor belt of the hoist. The input end of the hoist is located at the discharge port ofthe cold heading machine, and the output end of the hoist is located above the feed port of the storage box. The bottom of the storage box is provided with a support frame for supporting and a material pipe for conveying bolts. The end, away from the storage box, of the material pipe is provided with a gate assembly for controlling the opening and closing of the material pipe. The bracket is located below the discharge end of the material pipe and a sliding plate is slidably connected to the bracket. The sliding plate is provided with a tray for storing bolts. A push cylinder is arranged on the bracket, and a piston rod of the push cylinder is connected with the sliding plate. The bolt processing system has the effect of reducing the workload of an operator.

The invention relates to a cabin opening type ammunition decomposition truck. The cabin opening type ammunition decomposition truck structurally comprises a power headstock, a carriage connected with the power headstock and a cabin opening type ammunition decomposition system arranged in the carriage. The carriage comprises a chassis and a carriage body arranged on the chassis. Multiple jacks are arranged below the chassis. Carriage doors are arranged on the two sides and the rear side of the carriage body correspondingly. The cabin opening type ammunition decomposition system comprises a cabin opening type ammunition main munition decomposer, a cluster munition sub-munition fuse rotary discharging machine, a cluster munition sub-munition charging and pushing-out machine, a power system, a protection system and a control system, wherein the cabin opening type ammunition main munition decomposer, the cluster munition sub-munition fuse rotary discharging machine and the cluster munition sub-munition charging and pushing-out machine are sequentially arranged in the carriage body front back to front. The decomposition truck integrates main munition decomposition, sub-munition fuse rotary discharging and sub-munition charging and pushing-out and is high in integration degree, easy and convenient to operate, safe, reliable, high in automation degree and convenient to move; the requirement of cyclic decomposition and destroying of waste ammunition of troops can be met; and the transport problem caused by the situation that in tradition, the waste ammunition needs to be moved to a fixed decomposition place in a centralized manner to be treated is solved.

The invention discloses a wall building robot with a telescopic arm. The wall building robot comprises a rotating base, a robot body, a vertical moving module, a platform plate, the telescopic arm, atelescopic power assembly, a clamp assembly and a mortar cup assembly. The vertical moving module, the platform plate, the telescopic arm, the telescopic power assembly, the clamp assembly and the mortar cup assembly are mounted on the robot body, the platform plate is installed on the vertical moving module, and a sliding rail and a rail sliding block arranged along the sliding rail are arrangedon the platform plate; the telescopic arm is fixed above the rail sliding block, the telescopic power assembly is installed in the telescopic arm, and the telescopic power assembly controls the telescopic arm to horizontally move along the sliding rail; and the clamp assembly and the mortar cup assembly are installed at the two side ends of the telescopic arm respectively, the clamp assembly comprises a clamp and a first motor set, and the mortar cup assembly comprises a mortar cup and a second motor set. Through the arrangement of the telescopic arm, the use is more flexible, bricks and mortar can be clamped at the same time, bricklaying can be conducted synchronously after plastering, the bricklaying procedure is simplified, the overall bricklaying efficiency is improved, and the mortaris prevented from being solidified in the bricklaying process.

The invention discloses a double-arm wall building robot. The robot comprises a rotating base, a robot body arranged on the rotating base and capable of rotating along the rotating base, a vertical moving module installed on the robot body, a brick clamping arm and a mortar taking arm, wherein the brick clamping arm and the mortar taking arm are installed on the vertical moving module and capableof moving up and down along the vertical moving module. A first motor set is arranged on the brick clamping arm, a clamp used for clamping bricks is connected to the lower portion of the first motor set, a second motor set is arranged on the mortar taking arm, and a mortar cup used for clamping mortar is connected to the lower portion of the second motor set. The invention further discloses a wallbuilding method of the double-arm wall building robot. The two mechanical arms, namely the brick clamping arm and the mortar taking arm, are arranged, so that the two arms move at the same time to clamp the bricks and the mortar, the mortar can be synchronously applied after brick building, the wall building procedure is simplified, the overall building efficiency is improved, and the mortar is prevented from being solidified in the building process.

An automatic sheet material feeding upgrading platform, characterized in that: the automatic sheet material feeding upgrading platform includes a base, a lifting cylinder, a rotating shaft, a hinged plate, a pin shaft, a hinged shaft, and a lifting plate; wherein: the base, the base It is rectangular, and the front and rear sides of the base are equipped with hinged plates through hinged shafts. The hinged plates are movably installed through pin shafts. The first lifting cylinder is a synchronous pneumatic cylinder or hydraulic cylinder, and a lifting plate is fixedly installed on the hinged plate. Advantages of the present invention: The plate automatic feeding and upgrading platform described in the present invention has reasonable structural design, convenient installation and disassembly, saves time and effort, realizes automatic lifting mechanism, breaks through traditional technology, does not require manual feeding, and reduces labor intensity. Improve work efficiency.

The invention discloses passenger car luggage compartment auxiliary equipment which structurally comprises top rail rods uniformly and fixedly arranged at the top of a passenger car luggage compartment, a top translation device for driving the equipment to slide is arranged on the top rail rods; a side wall rail is fixedly arranged on the side wall of the passenger car luggage compartment; a railgroove is formed in the side wall rail; a side wall translation device for driving the equipment to move is arranged in the rail groove; a connecting rod assembly for connecting and stabilizing equipment is arranged on the outer side of the side wall translation device; the tail end of the connecting rod assembly is provided with a dragging and hoisting clamping device used for clamping and dragging and hoisting assemblies on the connecting rod assembly. The dragging and hoisting clamping device is matched with the top translation device in a clamping manner; a positioning adjusting device used for adjusting positioning is arranged at the tail end of the dragging and hoisting clamping device, and a luggage bearing device used for bearing luggage is arranged at the tail end of the positioning adjusting device. The passenger car luggage compartment auxiliary equipment is small in size and arranged in a luggage compartment, luggage can be carried into the passenger car luggage compartmentto be arranged in sequence, and the equipment assists in taking out the luggage.

According to a reversing type well lid lifting device for municipal engineering construction, bottom plates are arranged to be an upper bottom plate and a lower bottom plate which can rotate relatively, damping wheels are arranged on the lower bottom plate, when the whole device moves to the upper portion of a well lid, positioning of the lower bottom plate and the ground is achieved through positioning pins inserted into the side portion of the lower bottom plate, and the whole device is prevented from moving relative to the ground; and at the moment, if a hanging buckle structure and the well lid need to be adjusted, the mounting frame on the upper portion of the upper bottom plate rotates along with the upper bottom plate by rotating the upper bottom plate, so that the shortest distance between the hanging buckle structure and the well lid can be found conveniently.

The invention discloses an intelligent opening and closing device for lifting a sliding door / window. The intelligent opening and closing device comprises a machine body and a first sliding groove formed in the machine body. A sliding block sliding left and right is arranged in the first sliding groove. The sliding block is internally provided with a first cavity. A first rotary shaft extending front and back is rotatably arranged in the first cavity. The tail end of the rear side of the first rotary shaft is in power connection with a motor slidably arranged in the end wall of the rear side ofthe first cavity. The tail end of the front side of the first rotary shaft is fixedly provided with a first bevel gear. The intelligent opening and closing device provided by the invention is simplein structure. A mechanical structure is driven through electric energy to implement automatic lifting and automatic starting of the intelligent opening and closing device and automatic window openingand closing without manual operation in the whole process, and the automaton degree of the intelligent opening and closing device is improved. Meanwhile, the intelligent opening and closing device canautomatic locking the door / window when opening and closing the door / window, and the safety of the intelligent opening and closing device is improved. Moreover, the intelligent opening and closing device is reliable in structure and convenient to maintain and has high practicality.

The invention discloses a dual-arm wall-building robot, which comprises a rotating base, a fuselage main body arranged on the rotating base and capable of rotating along the rotating base, a vertical movement module installed on the main body of the fuselage, and a vertical movement module installed on the The brick clamping arm and the pulp extraction arm can move up and down along the vertical moving module. The brick clamping arm is equipped with a first motor unit, and the first motor unit is connected with a fixture for clamping bricks. unit, and a slurry cup for clamping mortar is connected under the second motor unit. The invention also discloses a wall-building method of the above-mentioned dual-arm wall-building robot. The present invention sets two mechanical arms, that is, the brick clamping arm and the pulp extraction arm, so that the two arms can simultaneously move and clamp the bricks and mortar, so that the sizing can be performed synchronously after the bricklaying, which simplifies the wall-laying process and improves the overall brick-laying process. Improve construction efficiency and prevent mortar from solidifying during masonry.

The invention discloses auxiliary equipment for the luggage compartment of a passenger car. Its structure includes a top track bar evenly fixed on the top of the luggage compartment of a passenger car. The top track bar is provided with a top translation device for driving the equipment to slide. There is a side wall track, and a track groove is arranged in the side wall track, and a side wall translation device for driving the equipment to move is arranged in the track groove, and a connecting device for connecting and stabilizing the equipment is arranged on the outside of the side wall translation device. Rod assembly, the end of the connecting rod assembly is provided with a towing and clamping device for clamping and towing the upper components, the towing and clamping device is engaged with the top translation device, and the end of the towing and clamping device is set There is a positioning adjustment device for adjusting the positioning. The terminal of the positioning adjustment device is provided with a luggage carrying device for carrying luggage. The present invention is small in size and installed in the luggage compartment. Assist in unloading luggage.

A simple lifter comprises a hoop, a connecting plate, a main rod, a first motor, two extension rods, two pulling ropes, a second motor and a pulley block. The hoop is arranged in the middle of one side of the connecting plate, the main rod is arranged in the middle of the other side of the connecting plate, the first motor is positioned above the main rod and fixed to the connecting plate, the two extension rods are positioned on two sides of the first motor and fixed to the connecting plate, the main rod is respectively connected with rotors of the first motor through the two pulling ropes, the second motor is positioned below the main rod and arranged on the connecting plate, the pulley block is arranged below the main rod, and one end of the pulley block is connected with the second motor. The simple lifter is simple in structure, convenient to carry and flexible to use and can be widely popularized.

The invention relates to a cabin opening type ammunition decomposition truck. The cabin opening type ammunition decomposition truck structurally comprises a power headstock, a carriage connected with the power headstock and a cabin opening type ammunition decomposition system arranged in the carriage. The carriage comprises a chassis and a carriage body arranged on the chassis. Multiple jacks are arranged below the chassis. Carriage doors are arranged on the two sides and the rear side of the carriage body correspondingly. The cabin opening type ammunition decomposition system comprises a cabin opening type ammunition main munition decomposer, a cluster munition sub-munition fuse rotary discharging machine, a cluster munition sub-munition charging and pushing-out machine, a power system, a protection system and a control system, wherein the cabin opening type ammunition main munition decomposer, the cluster munition sub-munition fuse rotary discharging machine and the cluster munition sub-munition charging and pushing-out machine are sequentially arranged in the carriage body front back to front. The decomposition truck integrates main munition decomposition, sub-munition fuse rotary discharging and sub-munition charging and pushing-out and is high in integration degree, easy and convenient to operate, safe, reliable, high in automation degree and convenient to move; the requirement of cyclic decomposition and destroying of waste ammunition of troops can be met; and the transport problem caused by the situation that in tradition, the waste ammunition needs to be moved to a fixed decomposition place in a centralized manner to be treated is solved.

The invention relates to a large-specification bushing installing device and an installing method. The large-specification bushing installing device comprises an X-direction linear module, a first Z-direction linear module and a second Z-direction linear module which are parallel to each other are arranged above the X-direction linear module, a cooling container and a heating container are arranged below the X-direction linear module, and a heating element and a positioning clamp used for clamping a shell body are arranged in the heating container; the X-direction linear module is movably provided with a manipulator, the manipulator can move in the X direction under driving of the X-direction linear module, and the manipulator can move in the Z direction under driving of either of the first Z-direction linear module or the second Z-direction linear module; and the installing device further comprises a positioning and clamping mechanism, wherein the positioning clamping mechanism comprises a Z-direction positioning shaft core, and the upper end of the Z-direction positioning shaft core can be fixedly connected with the manipulator through the clamp. According to the large-specification bushing installing device and the installing method, the automatic control starting from deep cooling of the bushing to the completion of the press fitting process is achieved, the principle is simple, the operation is safe and reliable, and the installation efficiency and the quality are very high.

The invention provides a bearing cleaning line lifting machine, and belongs to the technical field of lifting equipment. The bearing cleaning line lifting machine comprises a supporting machine frame,a conveying box which can move up and down, is arranged on the supporting machine frame and is used for containing bearings, a driving air cylinder which is fixedly arranged on the supporting machineframe and is used for pulling the conveying box to move, a conveying roller way used for conveying the bearings to the conveying box and a shifting fork mechanism arranged at the end part of the conveying roller way and used for moving the bearings into the conveying box, wherein a pressing block used for shifting the shifting fork mechanism is arranged on the conveying box. According to the bearing cleaning line lifting machine, the structure is simple, and operation is convenient; automatic lifting and conveying of the bearings on the bearing cleaning line are achieved, labor intensity of workers is reduced, and bearing cleaning efficiency is improved.

The invention discloses a wall-building robot with a telescopic arm, which comprises a rotating base, a main body, a vertical movement module installed on the main body, a platform plate, a telescopic arm, a telescopic power assembly, a clamp assembly and a slurry cup assembly , the platform plate is installed on the vertical movement module, and the platform plate is provided with a sliding track and a track slider arranged along the sliding track; the telescopic arm is fixed above the track slider, and the telescopic power assembly is installed in the telescopic arm. The component controls the telescopic arm to move horizontally along the sliding track; the clamp assembly and the slurry cup assembly are respectively installed on both sides of the telescopic arm, the clamp assembly includes a clamp and a first motor unit, and the slurry cup assembly includes a slurry cup and a second motor unit. The present invention is more flexible in use by setting the telescopic arm, and can simultaneously clamp bricks and mortar, so that bricklaying can be carried out synchronously after plastering, which simplifies the wall-laying process, improves the overall building efficiency, and prevents the mortar from being damaged during the building process. solidified.