9results about How to "Solve labor intensity" patented technology

The utility model relates to textile machinery technical field discloses a guide rail adjusting device for textile machinery, including mounting seat and guide rail body, the top of mounting seat is provided with the horizontal adjusting mechanism for adjusting the horizontal position of guide rail body, the top of horizontal adjusting mechanism is provided with the longitudinal adjusting mechanism for adjusting the longitudinal position of guide rail body, the top of longitudinal adjusting mechanism is provided with the motion guide rail body for guiding the textile machinery moving component, the utility model discloses through starting horizontal adjusting mechanism, has realized the accurate horizontal adjustment of guide rail body to ensured the stability of equipment and the flexibility of operation, in addition, through starting longitudinal adjusting mechanism to the longitudinal adjustment of guide rail body, has realized the function of guide rail body automatic regulation, has solved the manual regulation guide rail of operator personally, this not only has increased the problem of labour intensity of operator.

The application relates to the field of cigarette packaging technology, in particular to a product pushing device and a cigarette packaging device. The product pushing device comprises a conveying mechanism, a first telescopic cylinder, a quantitative pushing mechanism, a first position detector and a controller. The conveying mechanism comprises an inlet end and an outlet end, the quantitative pushing mechanism is arranged at the outlet end, the output end of the first telescopic cylinder is connected with the quantitative pushing mechanism to drive the quantitative pushing mechanism to act, and products can enter the inlet end and be conveyed to the quantitative pushing mechanism at the outlet end. The first position detector is installed on the conveying mechanism to detect the position information of the products. The controller is in communication connection with the first position detector and the first telescopic cylinder. The controller comprises a counter, receives the position signal sent by the first position detector, and controls the first telescopic cylinder to act. The product pushing device and the cigarette packaging device solve the problems that the traditional boxing mode requires high proficiency of the operators and the operators have high labor intensity.

The application relates to the technical field of food processing machinery, in particular to a pickled mustard tub taking device and method, which comprises a moving assembly, a material taking assembly and a storage assembly, the moving assembly is used for supporting and moving the whole machine; the material taking assembly is driven to ascend by a lifting cylinder, gear and fixed rack meshing transmission is utilized, when ascending to a preset height, the rotating box is automatically driven to overturn to pour out pickled mustard, and the material is grabbed by cooperating with a clamping jaw structure; the storage assembly is used for receiving and collecting the poured out pickled mustard. The application can realize automatic operation of taking pickled mustard from a fermentation tank, significantly improve the tub taking efficiency, reduce the labor intensity, and ensure the continuity and stability of the material transfer process.

This invention discloses a cable braiding production line and method, belonging to the technical field of cable braiding. It includes a working platform with a lower space at its bottom and at least one braiding main unit mounted on its top. The lower space contains a take-up frame and a pay-off frame, corresponding to the take-up and pay-off ends of the braiding main unit, respectively. A reel conveying mechanism is also provided within the lower space, used to convey empty and full reels to the take-up and pay-off frames, respectively. Both the take-up and pay-off frames are equipped with a transfer mechanism for loading and unloading empty or full reels. This invention effectively increases production capacity, reduces labor intensity, and improves work efficiency.

This invention discloses an automatic fertilizer bag palletizing line for palletizing bagged materials to a palletizing area. It includes a material conveyor belt, a pushing device, a flattening device, and a palletizing device. The material conveyor belt has an inlet end and an outlet end. The pushing device is positioned opposite the inlet end of the material conveyor belt to push the bagged materials onto the conveyor belt. The flattening device is positioned on the material conveyor belt to flatten the bagged materials. The palletizing device includes a gripper and a robotic arm. The gripper is positioned above the material conveyor belt and opposite the outlet end to the material conveyor belt, and is used to grasp or release the bagged materials. The robotic arm has a fixed end and a movable end. The fixed end of the robotic arm is connected to the material conveyor belt, and the movable end is connected to the gripper, used to drive the bagged materials to the palletizing area. This invention solves the problem of high labor intensity and time-consuming processes associated with manual handling and palletizing of bagged materials.

The utility model relates to building template technical field discloses a building template convenient to clean, including main panel, the main panel top is equipped with the connecting ear, main panel one side is equipped with PVE film, both ends of PVE film are tightly pressed and are closed together with pressing plate, and the inboard of pressing plate is equipped with pressing plate fixed base, the inside of main panel is equipped with locking block, locking block one side is equipped with spring, and the inside of spring is equipped with slide rod, through the main panel opening has PVE film compression recess, PVE film compression recess inside fixed connection pressing plate fixed base, and pressing plate fixed base rotatory connects pressing plate, and the fixed connection of pressing plate is distributed with multiple taper columns in whole line, make it to PVE film fixed, ensure PVE film tightly close main panel at the same time, when cleaning, only need to take out PVE film to effectively solve the problem that the surface of building template is easy to remain concrete, mortar and other attachments, and the staff uses the tool to shovel them, thereby increasing the labor intensity of staff.

The utility model discloses a pipe coiling machine for paper product processing, which comprises a paper coiling frame, a paper coiling body, a pipe coiling machine body and a coiling roller, the paper coiling frame and the pipe coiling machine body are movably placed on the ground, the paper coiling body is placed on the paper coiling frame, and the coiling roller is arranged on the pipe coiling machine body; one end of the roll paper body is wound on the surface of the winding roller, an oil frame structure is arranged at the position, close to the winding roller, of the surface of the pipe winding machine body, an oil bottle is arranged at one end of the oil frame structure, and an opening of the oil bottle inclines downwards and is close to the upper surface of the roll paper body. According to the oil dripping device, the oil frame structure, the oil bottle and the beating assembly are arranged, the oil frame structure supports and positions the oil bottle, then the special-shaped wheel rotates to drive the beating assembly to beat the oil bottle to achieve the oil dripping function, manual oil dripping operation is not needed, the labor intensity and the manufacturing cost are reduced, and the working efficiency is improved. The problem that the labor intensity and the cost are increased due to the fact that oil drips on the surface of paper manually in operation of an existing pipe coiling machine is solved.

This utility model discloses an automatic sampling device for belt conveyors, including a concrete foundation installed directly in front of a funnel, and a head roller mounted on a head frame. A rotary gearbox is installed on the front wall of the funnel, and a sampler is installed on the rotary gearbox. The rear of the sampler is connected to a hydraulic cylinder. A receiving hopper is located directly below the sampling spoon of the sampler, and a sample bag is provided at the outlet of the receiving hopper. A rotating receiving device is located on one side of the receiving hopper, and the rotating receiving device is driven to rotate by a receiving stepper motor. This utility model also includes a programmable PLC controller, sensors, and an HMI (human-machine interface), which can control and monitor the operating status of the sampling device in real time, including motor operating parameters, sensor working status, and perform fault alarms and recording. This utility model adopts an automated standard timed sampling method, eliminating the safety hazards of manual sampling, improving the authenticity and stability of sampling, and ensuring safe and convenient operation.

This invention provides a rapid assembly device for testing the permeability resistance of concrete using a rotating and snap-fit ​​mold. The device includes a permeability testing instrument body with an internal pressurization component. Multiple mold mounting positions are located on the top of the instrument body. The device further includes multiple rotating and snap-fit ​​molds, each corresponding to a specific mounting position on the top of the instrument body. Each mounting position has a positioning component, and each rotating and snap-fit ​​mold is embedded within its corresponding positioning component and sealed by a sealing mechanism. The molds in this invention allow for rapid assembly and disassembly while maintaining a tight seal, increasing the accuracy of the test. This invention solves the problem in existing technologies where multiple screws are used to fix the sealing base to the permeability resistance mold during positioning, increasing the workload for workers.