11results about How to "Improve unpacking efficiency" patented technology

This utility model belongs to the technical field of unpacking equipment, and provides an unpacking mechanism and machine for low-flow materials. The unpacking mechanism for low-flow materials includes a flipping conveyor assembly and a cutting assembly. The flipping conveyor assembly has conveying and gripping components on both its upper and lower sides for alternately conveying and gripping material bags. The conveying and gripping components include a conveying component and a gripping component; the conveying component receives and transports the material bags, and the gripping component grips and releases them. The flipping conveyor assembly flips 180 degrees each time, with the upper side being a bag-breaking station and the lower side a material unloading station. The cutting assembly is located on the upper side of the flipping conveyor assembly and includes a lifting component and a cutting tool. The lifting component is fixedly installed, and its power output end is connected to the cutting tool to drive the cutting tool to move up and down. The cutting tool is used to cut the material bag in an "X" shape. The unpacking machine includes the aforementioned unpacking mechanism for low-flow materials.

The invention provides a floating connection control system and method for a double-pull-rod sliding block movable bale breaker. An oil inlet of a hydraulic oil pump is connected with a hydraulic oil tank, an oil outlet of the hydraulic oil pump is connected with a port P of an electromagnetic overflow valve set, and the electromagnetic overflow valve set is connected with a port P of a reversing valve set after passing through an internal one-way valve; the electromagnetic overflow valve group is connected with a filter after being converged with a T port of the reversing valve group; the filter is communicated with a hydraulic oil tank; a first reversing valve of the reversing valve group is connected with piston cavities of the first clamping oil cylinder and the second clamping oil cylinder through a first hydraulic control one-way valve and a first energy accumulator group; a second reversing valve of the reversing valve group is connected with piston cavities of the third clamping oil cylinder and the fourth clamping oil cylinder through a second hydraulic control one-way valve and a second energy accumulator group; a third reversing valve of the reversing valve group is connected with the unpacking oil cylinder group through the control valve group; and the pressure transmitter group is used for detecting the pressure of the system. By means of the system, real-time clamping of the multiple clamping oil cylinders of the double-pull-rod sliding block moving type bale breaker under the constant pressure can be achieved.

The invention discloses a full-automatic ton bag unpacking machine. Comprising a rack, a sliding rail arranged on the upper portion of the rack, an electric hoist moving along the sliding rail, a bag hanging assembly connected with the electric hoist and a temporary storage hopper assembly arranged in the middle of the rack. The sealing bin assembly is located below the temporary storage hopper assembly and can ascend and descend relative to the temporary storage hopper assembly; the bag opening assembly is arranged on the sealing bin assembly and integrally extends into a sealing bin for operation; the slide rail is used for limiting the motion path of the electric hoist; the bag hanging assembly is used for fixing bag lugs of the ton bag, so that the ton bag is kept in a stable posture in the lifting and moving process; the buffer hopper assembly is used for receiving materials discharged from the ton bags; the sealing bin assembly is in sealing connection with the buffering hopper assembly in the unpacking and discharging process and used for constructing a relatively-closed operation space to restrain dust from escaping. According to the unpacking device, the synergistic effect of automation, sealing and high efficiency is achieved, and dust pollution and manual labor intensity are reduced while the unpacking efficiency is improved.

This utility model provides a device for unpacking soft water salt ton bags, including a base plate. Multiple support legs are provided on the top of the base plate. Two limiting plates are fixedly connected to the front right side of the top of the base plate. A single motor is fixedly connected to the top of the two limiting plates. A bearing is rotatably connected to the output end of the motor. A conveyor belt is rotatably connected to the outside of the bearing. Support plates are fixedly connected to the top of the multiple support legs and are internally connected to the conveyor belt. Baffles are fixedly connected to the front and rear sides of the top of the support plates. A housing is fixedly connected to the left side of the base plate. This utility model achieves efficient ton bag unpacking operations, reduces manual labor intensity, improves unpacking efficiency, reduces dust pollution, and ensures a safe working environment. Simultaneously, the dust suppression mechanism helps extend the service life of various equipment components and reduce equipment maintenance costs.

This utility model provides a rope winding mechanism for a bag unpacking machine, comprising: a frame, a transverse guide rail mounted on the frame, and a rope winding mechanism mounted on the transverse guide rail. The rope winding mechanism includes: a rope winding moving frame, which is mounted on the transverse guide rail via a transverse moving module. A longitudinally driven sliding cylinder is mounted on the rope winding moving frame. A movable mounting seat is mounted on the telescopic shaft of the sliding cylinder. A rope winding box is mounted at the bottom of the movable mounting seat. A vertically downward-oriented rope winding motor is mounted inside the rope winding box. A turntable is mounted on the output shaft of the rope winding motor. Two downward-extending and symmetrically arranged rope winding rods are mounted at the bottom of the turntable. This bag unpacking machine's rope winding mechanism is reasonably designed and highly automated, enabling automatic collection, winding, and unloading of ropes cut from bundled materials. This not only improves unpacking efficiency but also eliminates potential safety risks during rope extraction.

This utility model relates to the field of unpacking technology, and more particularly to a tape-cutting device and unpacking equipment. The tape-cutting device includes a clamping mechanism and a stop mechanism. The stop mechanism includes a support and a telescopic assembly, with the support positioned below the clamping mechanism. The telescopic assembly includes a support shaft, a stop, an auxiliary shaft, and a reset component. One end of the support shaft axially moves through the support. The top of the stop is parallel to and abuts against the bottom of the clamping mechanism. The other end of the support shaft, located outside the support, is connected to the stop, giving the stop an initial position and a clamping position. The clamping mechanism clamps the packaging tape to be cut when the stop moves to the clamping position. The auxiliary shaft is parallel to the support shaft, with one end axially moving through the support. The other end of the auxiliary shaft, located outside the support, is connected to the stop. The reset component ensures the stop always tends to move back to its initial position. The unpacking equipment, including the above-mentioned tape-cutting device, improves the stability and efficiency of the tape-cutting and unpacking process.

This invention discloses a method and apparatus for galvanizing double-ended threaded screws. The double-ended threaded screw processing apparatus includes a feeding rack, a circulation rack, and a slide rail. The intermittent material distribution mechanism includes an interference section and a lifting section. The material bar combing mechanism includes an opening section, a combing section, and a releasing section. The combing section includes a combing component and a holding component. The combing component presses the material bar body tightly, and the combing component moves downward to separate the material bars one by one. The double-ended threaded screw galvanizing method includes pre-galvanizing treatment, hot-dip galvanizing, and cooling steps. The beneficial effects of this invention are that by changing the zinc liquid composition, the service life can be increased by 2-3 times. Through the coordinated operation of the intermittent material distribution mechanism and the material bar circulation mechanism, large packages can be automatically divided into small packages, saving a large amount of packing straps, improving unpacking efficiency, and reducing labor output and production costs. The material bar combing mechanism automatically disperses the intersecting and intertwined material bars.

The application discloses a kind of unpacking machines, including stripping platform and package material input device, the package material input device is used to transport package material to stripping platform, further including material clamping device, the stripping platform is equipped with positioning device for positioning package material, one side of the stripping platform is equipped with film cutting device and material output device, the other side is equipped with clamping stripping device and limiting device for limiting the movement of package material, the material clamping device is used to clamp and transport material after stripping from stripping platform to material output device.The application further discloses the unpacking method of unpacking machine.The application has the advantages of high degree of automation, material is not easy to loosen and collapse when unpacking.

This invention discloses a silicon wafer unpacking device, a silicon wafer unpacking equipment, and a silicon wafer unpacking method. The silicon wafer unpacking device includes an operating platform, a clamping assembly, and an unpacking assembly. The clamping assembly includes a clamping component and an air blowing component. The clamping component is used to clamp or release the silicon wafer package, and the air blowing component is used to blow air upwards along the surface of the outer bag. The unpacking assembly includes a scraper and a driving structure. The driving structure drives the scraper to move vertically up and down and to extend or retract horizontally. The clamping assembly and the unpacking assembly work together. The clamping assembly clamps and fixes the silicon wafer package, making the folded edges of the package upright and the bag opening facing upwards. The scraper in the unpacking assembly first drags the outer bag down, exposing the silicon wafer and sulfur-free paper from the bag opening, completing the peeling of the outer bag. Then, it drags the sulfur-free paper down to peel it off. This achieves automated unpacking of silicon wafers, and the entire process requires no manual intervention, reducing the possibility of hand injuries and fragments, and has high unpacking efficiency.

The application relates to the technical field of bale unpacking, and provides a bale unpacking device. The bale unpacking device comprises a rack, a dismounting roller rotatably arranged on the rack, a movable frame slidably arranged on the rack and spaced apart from the dismounting roller, and a cutting mechanism arranged on the movable frame. The dismounting roller is provided with a piercing member extending outward in the radial direction, and the end of the piercing member is provided with a hook. The bale can be lapped on the dismounting roller and the movable frame, the end of the piercing member can be inserted into the bale and penetrate the net belt on the bale, and the cutting mechanism can cut off the net belt. The bale unpacking device disclosed by the application can drive the bale to rotate and push the movable frame to move by means of the rotation of the dismounting roller, so that the bale without support falls below the rack, the piercing member is inserted into the bale and penetrates the outer net belt of the bale, and the cutting mechanism cuts off the net belt. The net belt can be hooked on the dismounting roller, so that the separation of the forage and the net belt is realized, and the efficiency of bale unpacking is improved.

This utility model relates to the field of bubble wrap technology, providing a shockproof aluminized film bubble wrap bag, including a bag body composed of an inner protective film, a middle bubble wrap, and an outer protective film. The inner protective film, middle bubble wrap, and outer protective film are sequentially laminated from the inside out. A bag opening allowance is provided at the bag opening position, and a tear strip is provided on the tear strip via an easy-tear line. An adhesive layer is provided on the tear strip. A support strip is provided on the bag body via an easy-tear line, and the position of the support strip corresponds to the position of the tear strip. This utility model, through the combination of an easy-tear structure and honeycomb pressure-reducing bubble wrap, achieves reliable sealing and quick opening of the bag body, while simultaneously improving its pressure resistance and shockproof performance.