45results about How to "Realize the transportation function" patented technology

The invention discloses an end underframe lifting device for an automobile-container dual-purpose concave-bottom transport vehicle, and belongs to the technical field of railway transportation. The lifting device comprises a lower underframe, an end upper underframe and an end upper frame control device. The lower underframe is provided with a recess bottom, high bottoms are arranged at the two ends of the lower-layer bottom frame; the end upper frame control device comprises an end upper frame lifting device, a multi-stage telescopic sleeve and an end upper frame rotating device; the multi-stage telescopic sleeve comprises a plurality of supporting sleeves which are sequentially nested from inside to outside; an end upper frame lifting device is arranged in the multi-stage telescopic sleeve; the upper end of the end upper frame lifting device and the upper end of the innermost supporting sleeve of the multi-stage telescopic sleeve are jointly hinged to an upper hinge seat, and the lower ends of the same are jointly hinged to a lower hinge seat. According to the end underframe lifting device for the automobile-container dual-purpose concave-bottom transport vehicle, the full-lengthutilization rate of the vehicle underframe can be effectively increased, the transport cost is reduced, container collision is avoided, the structure is exquisite, and operation is convenient.

The invention discloses an electrophoresis paint-spraying pretreatment device for surfaces of mechanical parts and fittings. The electrophoresis paint-spraying pretreatment device comprises a housingI, wherein an inner cavity of the housing I is hollow; the bottom wall of the housing I is sequentially connected with a motor I, a motor II and a motor III in the horizontal direction; one end of themotor I, one end of the motor II and one end of the motor III are separately connected with a rotary shaft I, a rotary shaft II and a rotary shaft III; the top of the housing I is sequentially connected with a conveyor belt I, a controller, a frame body, a water tank, a barrel body, a supporting rod, a booster pump, a housing II, an electrophoresis slot and a conveyor belt II in the horizontal direction; one end, away from the housing I, of the conveyor belt I is fixedly connected with a placing plate; the placing plate is positioned on the top of the water tank; and the side wall of one side, away from the conveyor belt, of the water tank is sequentially connected with a water pump and a water introducing tube in the vertical direction. The electrophoresis paint-spraying pretreatment device is simple in structure, is convenient to operate, realizes pretreatment for electrophoresis parts and fittings and a treatment function after electrophoresis is completed, and improves electrophoresis quality.

The invention discloses a fire-fighting device for a chemical plant in the field of fire-fighting engineering. The pressure suction layer includes an opening, a negative pressure machine and a smoke sensor. The opening is located on the surface of the column-type cabinet. A storage chamber is formed between the opening and the negative pressure machine. There is a one-way air intake valve at the opening, and the smoke The sensor is used to control the opening of the negative pressure machine. The smoke sensor drives the negative pressure machine to absorb the external smoke. At this time, the smoke enters the storage chamber. When the smoke and air flow in the storage chamber increase, the pressure in the storage chamber When it rises, the vibration layer is gradually lifted, which realizes the absorption of toxic smoke and reduces the possibility of people around the device being blocked by smoke.

The invention provides a forklift and an electrolysis transportation device. The forklift comprises a vehicle body, a lifting supporting frame, a first fork arm structure and a second fork arm structure; the lifting supporting frame is arranged on the vehicle body; the first fork arm structure is arranged on the lifting supporting frame, and can move along the lifting supporting frame; and the second fork arm structure is arranged on the lifting supporting frame. According to the forklift, the first fork arm structure and the second fork arm structure are arranged on the lifting supporting frame, and the first fork arm structure can move along the lifting supporting frame, so that compared with a forklift provided with only one fork arm structure, the forklift has the advantages that the use range is wider, the use flexibility is higher, both the first fork arm structure and the second fork arm structure can enable the forklift to achieve the transportation function, and the differentactual transportation requirements can be met by moving the first fork arm structure to a corresponding position along the lifting supporting frame; and in addition, when the first fork arm structuremoves to the horizontal plane same as the horizontal plane of the second fork arm structure, a double-fork-arm structure can be formed in the horizontal plane direction, and the stability of the forklift in the transportation process can be improved.

The invention discloses a control method, a vehicle frame, a power drive assembly and a vehicle, the vehicle frame is used for connecting with the power drive assembly, and the vehicle frame has a controller and a manipulation assembly for controlling the power drive assembly , the method includes: after the vehicle frame is connected to the power drive assembly and the controller establishes a communication connection with the power drive assembly, the controller detects a manipulation instruction from the manipulation assembly; the When the controller detects that the manipulation command from the manipulation component is obtained and determines that the manipulation command corresponds to the power drive component, it generates a control command for controlling the power drive component according to the manipulation command, and sends the A control command is sent to the power drive assembly.

The invention discloses a combined type loading carrier. The combined type loading carrier comprises two supporting assemblies. Each supporting assembly comprises a supporting frame and two crawler type moving devices, wherein the supporting frame comprises two parallel supporting plates and a first connecting plate; the two ends of the first connecting plate are fixed to the supporting plates through bolts; the two crawler type moving devices are mounted on the lower portions of the supporting plates correspondingly. The two supporting assemblies are mutually connected through a second connecting plate. The two ends of the second connecting plate are fixed to the side walls of the supporting plates of the corresponding supporting assembly through bolts. All the parts are fixed through the bolts, dismounting and mounting are convenient, the parts can be flexibly and conveniently combined according to the shapes of workpieces, splitting is facilitated, and the combined type loading carrier is dismounted into small parts and taken to the field for assembling; and the crawler type moving devices are also called crawler type rolling wheel trolleys or ground tanks or carrying tanks and the like, the loading capacity of the crawler type moving devices is large, the gravity center is low, and the combined type loading carrier can achieve carrying safely in limited spaces, for example, the combined type loading carrier can be used in environments limited by corridors and pipelines, such as power station machine rooms.

The invention discloses a container with a folding telescopic structure, and relates to a container structure. The container comprises a bottom frame, a vertical frame and a hinge structure; the bottom frame comprises a front end frame, a movable frame and a rear end frame; the vertical frame is respectively pivoted with one ends of the front end frame and the rear end frame through the hinge structure; and the movable frame is telescopically connected with the other ends of the front end frame and the rear end frame. When the container with the folding telescopic structure is in an unfolded state, the container with the folding telescopic structure has a large loading space to achieve the container transportation function; and after transportation is completed, the vertical frame is folded, the movable frame is connected with the front end frame and the rear end frame in a shortened manner, i.e., when the container with the folding telescopic structure is in a contracted state, the container with the folding telescopic structure is small in occupied space size and convenient to recover and transport. The size of the container with the folding telescopic structure in the unfolded state and the contracted state can be determined according to actual requirements, so that goods and materials can be transported better and recovered and transported conveniently.

The invention relates to a fully-automatic friction bag taking type spindle packaging and transporting device which comprises a machine frame, a bag taking device, an opening device, a bag opening device, a bagging device, a pushing device I, a pushing device II, a sealing device and a transporting device, wherein the bag taking device takes out a packaging bag, the opening device opens a bag mouth of the packaging bag, the bag opening device fixes and opens the packaging bag of which the bag mouth is opened, the bagging device pushes plastic-packaged spindles into the packaging bag, the pushing device I pushes the filled packaging bag to the sealing device after the packaging bag is filled, the pushing device II pushes the sealed packaging bag into the transporting device after the packaging bag is sealed, and the transporting device transports the packaging bag filled with the spindles to a designated storage area in a warehouse. The fully-automatic friction bag taking type spindle packaging and transporting device provided by the invention realizes the full automation of bag taking, bag opening, bagging, bag pushing, bag sealing and transportation in the packaging process of the spindles, saves labor, reduces the production cost and improves the production efficiency.

The invention relates to a 5G network-based raw material transportation system for smart factories, including a base, a transportation device and four mobile devices. The transportation device includes a bottom plate, a support mechanism, several transportation mechanisms and two booms. The transportation mechanism includes An object table, a fixed frame, a movable frame and two movable components. There are two connecting components between two adjacent stages. The connecting component includes a rotating unit and two connecting units. The supporting mechanism includes a notch, a driving component, Slide rails and two support components, this 5G network-based raw material transportation system for smart factories facilitates layered placement of raw materials through the transportation mechanism. After the equipment moves to the production link, the height of the transportation mechanism can be adjusted through the support mechanism as needed position, and use the connecting components to control the movement of the upper stage. The mechanical device at the production link obtains the raw materials in the transportation mechanism, realizes the transportation function of different raw materials, speeds up production efficiency, and improves the practicability of the equipment.