230results about "Article unpacking" patented technology

The application discloses a film tearing device, comprising a mounting assembly, a suction head, a clamping cylinder and a clamping jaw. The suction head is connected with the mounting assembly. The clamping cylinder is connected with the mounting assembly. The clamping jaw is connected with the clamping cylinder. The suction head is driven to move close to a product by external force through the mounting assembly, so that the suction head adsorbs a film on the product. Then the clamping jaw is driven to act on the film towards the suction head through the clamping cylinder, so that the clamping jaw and the suction head jointly clamp the film, thereby reducing the risk of separation of the film from the film tearing device and helping to improve the stability of the film tearing device in tearing the film of the product.

The application provides a mobile phone automatic alignment and assembly equipment, which comprises a first assembly sub-machine, a second assembly sub-machine, a third assembly sub-machine, an empty tray feeding mechanism, an empty tray discharging mechanism and an empty tray return flow mechanism, the first assembly sub-machine, the second assembly sub-machine and the third assembly sub-machine are sequentially arranged from right to left, the empty tray return flow mechanism is arranged through the lower sides of the first assembly sub-machine, the second assembly sub-machine and the third assembly sub-machine, the left and right ends of the empty tray return flow mechanism are respectively connected with the lower end of the empty tray discharging mechanism and the lower end of the empty tray feeding mechanism, and the second linkage film tearing mechanism comprises a mounting frame body, a Y-axis driving assembly, a mounting vertical plate, a second X-axis driving assembly, a Z-axis driving assembly, a rotary driving assembly, a linkage clamping jaw assembly and a recovery box, and has the beneficial effects that the film tearing efficiency can be improved, and the material is not damaged.

The application discloses a tearing mechanism, which is applied to the tearing operation of high-temperature cloth of a photovoltaic module, and comprises two shovel clamp assemblies and a moving module for driving the two shovel clamp assemblies to move in multiple directions. Each shovel clamp assembly comprises a mounting plate, an elastic member and a shovel clamp. The mounting plate is mounted on the moving module, the shovel clamp is rotatably mounted on the mounting plate, and the elastic member is connected between the shovel clamp and the mounting plate, so that the shovel clamp can elastically rotate relative to the mounting plate when the shovel clamp contacts the photovoltaic module, thereby buffering the impact force. The technical scheme of the application avoids the collision caused by the hard contact between the shovel clamp and the photovoltaic module. The elastic member is connected between the shovel clamp and the mounting plate, and the rotation of the shovel clamp is elastic rotation, thereby buffering the impact force, reducing the possibility of scratching the photovoltaic module by the shovel clamp, and improving the yield of the photovoltaic module.

The utility model provides a ton bag is taken off bag frock, include: base, the bottom of base is open mouthed, pivot, be located at the top of base, the both ends of pivot are connected with the top of base rotationally, box, the top of box is open mouthed, box is located on the pivot, and the bottom of box is connected with the lateral surface of pivot, the box can overturn to the top is to the bottom of base, to make material unload from the bottom of base open mouthed. This ton bag is taken off bag frock, need not to carry out puncture when ton bag is taken off bag, can not cause ton bag's waste, and need not to fix the position, can be moved conveniently, simple structure, low cost.

The utility model relates to optical lens technical field especially an optical lens film automatic edge lifting device, including bearing part, its upper portion is equipped with the positioning clamping mechanism that carries out positioning installation to the lens to be measured, is used for to the optical lens to be measured accurately positions and steady clamping, edge lifting mechanism, its pair arrangement and with positioning clamping mechanism as center symmetric distribution in positioning clamping mechanism both sides, and its sliding sets up on bearing part, to make edge lifting mechanism relative or apart from the movement, drive mechanism, its setting bearing part lower part, its with edge lifting mechanism connects, to drive edge lifting mechanism relative or apart from the movement, further makes edge lifting mechanism contact lens edge to be measured realizes to the ironing up edge operation of the film of lens to be measured, the utility model discloses through edge lifting mechanism realizes to the ironing up edge operation of lens film, solved the problem that manual tear membrane efficiency is low, easy to pollute and scratch lens.

The application discloses a portable automatic film pasting machine, an automatic film pasting control system and an automatic film pasting control method. The film pasting machine comprises a machine body, a mobile phone positioning and fixing mechanism, a film body positioning mechanism, an upper cover assembly, an automatic film tearing mechanism, a roller pasting mechanism, a power supply module, a key input assembly and a main control unit; the main control unit synchronously controls the automatic film tearing mechanism and the roller pasting mechanism to move, and performs full-stroke real-time timing linkage closed-loop control on the two mechanisms based on a feedback signal, so that the mobile phone film tearing process and the mobile phone film pasting process are synchronously performed. The control system comprises a dual-mode power supply unit, a key input unit, a limiting and locking execution unit, a state detection unit, a film tearing driving unit and a pasting driving unit. The application realizes the full-process automation of mobile phone fixing, film body alignment, automatic film tearing and synchronous pasting, fundamentally eliminates the problems of bubbles, dust points and film body displacement, improves the film pasting yield and the degree of automation, and takes into account the portability and full-scene adaptation.

The application discloses a kind of unpacking waste bag collecting devices, it is related to waste bag collecting device technical field, including: frame, two blocking plates are equipped on the frame, two conveyor belt assemblies are symmetrically slidably installed on the frame, and two conveyor belt assemblies are located below the blocking plate;Collecting mechanism, including mobile piece that is slidably installed on the frame, multiple collecting frames are equipped on the mobile piece;Transmission assembly is installed on the frame and acts on conveyor belt assembly.Compared with the prior art, two conveyor belt assemblies are moved by transmission assembly to move waste bag into collecting frame, and then waste bag in collecting frame is compressed by compression mechanism, so that the automatic collection of waste bag is completed, and the compression mechanism can effectively reduce the space occupied by waste bag, compared with manual collection of waste bag, not only improve work efficiency, and can reduce the influence of dust on the body of worker when manually collecting waste bag.

The present application relates to the technical field of water slag pool, and particularly relates to a filter material auxiliary device; the device comprises a support arranged in a water slag pool, and a puncture part for puncturing a filter material bag is arranged on the top of the support. The puncture part arranged on the top of the support automatically punctures the bag during the hoisting and falling of the filter material bag, so that the filter material falls into the water slag pool by itself, and the operation personnel do not need to enter the bottom of the pool to manually cut the bag, thereby eliminating the safety hidden danger of the operation personnel operating in the deep pool environment, avoiding the impact injury caused to the personnel when the filter material is poured, simultaneously saving the manual cutting process, improving the construction efficiency, and reducing the adverse effects of dust on the working environment and the health of the personnel during the cutting process.

The application discloses an automatic cutting and conveying line for packaging bags, which comprises a conveying line, wherein an output end of the conveying line is provided with a bag material separation mechanism; the conveying line comprises a caterpillar feeder and a metal slope arranged at a tail end of the caterpillar feeder, and a discharging end of the metal slope is located above the bag material separation mechanism; a cutting knife for cutting a cloth bag is arranged on the metal slope; and the bag material separation mechanism comprises a supporting grid for separating a bag body and a material body, and the supporting grid is smoothly connected with the metal slope. The application can efficiently separate powder in the packaging bag.

The utility model discloses a kind of robot automatic unpacking device, it is related to automatic unpacking device technical field, and the cooperation of incomplete gear driven by supporting rod, limiting plate, spring and torsional force component brings to the lifting of tool rest, when robot places packaging on tool rest surface and presses downward and cannot break open packaging, it will move downward, incomplete gear is rotated under the drive of the surface driving rack of supporting rod in moving process, while supporting rod follows and moves downward and extrudes spring, when incomplete gear rotates to smooth part and approaches driving rack, lose the restriction of driving rack to supporting rod, while the spring that is extruded releases energy storage and pushes supporting rod upward by limiting plate, driving rack is driven to cut packaging upward, the break of packaging is completed by the force cooperation of the fast movement of driving rack upward and robot pressing downward, avoid the situation that packaging cannot be broken open completely or cannot be broken open.

The utility model relates to empty can pile dust removal technical field, concretely relates to a kind of beverage empty can pile dust removal device.The beverage empty can pile dust removal device includes: dust removal main part;Suction structure, suction structure is set on dust removal main part, suction structure has air port, air port is towards beverage empty can pile;Air duct, air duct is set in dust removal main part, one port of air duct is communicated with air port, the other end of air duct is communicated with fan;Detection structure, detection structure is set in one end of dust removal main part, detection structure is used to detect beverage empty can pile;Control system, control system is respectively connected with fan and detection structure signal.The air port is set in suction structure, and the air port is connected with fan by air duct, the negative pressure is formed in air port and air duct, when beverage empty can pile is located below suction structure, plastic residual piece can be sucked into air duct by suction structure, to complete the cleaning of plastic residual piece, avoid using artificial way to clean residual piece, prevent safety accident.

The application relates to the technical field of waste resource recycling, and discloses an integrated treatment device for waste oil drums and waste oil in the drums and a use method thereof, which comprises a tray conveying line, a cap cutting mechanism and an oil unloading mechanism. The tray conveying line comprises a rack, a first jacking table, a second jacking table and a tray. The first jacking table is arranged at a cap cutting station of the tray conveying line, and an output end of the top of the first jacking table is provided with a rotating table. The cap cutting mechanism is arranged at the cap cutting station. The oil unloading mechanism comprises a mechanical gripper and a collecting groove, and the mechanical gripper is arranged at an oil unloading station of the tray conveying line. By using the integrated treatment device for waste oil drums and waste oil in the drums and the use method thereof, the tray conveying line can automatically convey the oil drums, thereby automatically completing the cap cutting and oil pouring operations of the oil drums in sequence, manual transfer is not needed, time and labor are saved, the labor cost is greatly reduced, the recycling efficiency of the waste oil drums and the waste oil in the drums is greatly improved, and the recycling and treatment scene of a large quantity of waste oil drums can be adapted.

A decapping device is used to decapsulate a circuit board. The circuit board includes a first surface and a second surface facing away from each other. The first surface has a first waste area, and the second surface has a second waste area. The decapping device includes a feeding component, a receiving component, a first adsorption assembly, a first decapping assembly, a second adsorption assembly, a second decapping assembly, and a guide wheel assembly. The feeding component is used to wind one end of the circuit board and release it; the receiving component is used to wind the other end of the circuit board and collect it; the first adsorption assembly is used to adsorb the second surface; the gap between the first decapping assembly and the first adsorption assembly allows the circuit board to pass through, and the first decapping assembly removes the first waste area; the second adsorption assembly adsorbs the first surface; the gap between the second decapping assembly and the second adsorption assembly allows the circuit board to pass through, and the second decapping assembly removes the second waste area; the guide wheel assembly is located between the feeding component and the receiving component and is used to change the direction of movement of the circuit board.

The utility model relates to material bag feeding device technical field, specifically speaking is a kind of material bag automatic feeding device for thermoplastic resin processing, including feeding hopper, be equipped with dust removal structure on the feeding hopper, dust removal structure includes dust absorption cover and first connecting pipe, two dust absorption covers are fixedly connected on the feeding hopper, first connecting pipe is fixedly connected on the dust absorption cover, second connecting pipe is fixedly connected on the feeding hopper, two first connecting pipe one end respectively with the both sides between second connecting pipe fixed connection, the one end fixedly connected with flange of second connecting pipe, the dust absorption cover is engaged with outer frame, filter screen is fixedly connected on the outer frame, fixed structure is equipped on the dust absorption cover;Dust generated in the feeding process can be removed, avoid the pollution to the environment around, to effectively improve the environmental protection of use.

This utility model discloses a bag-breaking machine, including a frame, a lifting platform, a bag-gripping assembly, a bag-breaking assembly, and a receiving bin. The frame is vertically arranged, with the bag-gripping assembly at its top, and the bag-breaking assembly, receiving bin, and lifting platform below it. The lifting platform is a lifting platform on which packaging bags to be broken are placed. The bag-gripping assembly is horizontally arranged above the lifting platform. The bag-gripping assembly includes a slide, a bag-gripping frame, a bag-clamping cylinder, grippers, a main swing arm, a secondary swing arm, a connecting rod, a driving gear, a driven gear, a drive motor, a driving shaft, a driven shaft, and rollers. This bag-breaking machine has a simple and reasonable structure and stable and reliable operation. Its design of multiple sets of short-pitch grippers and guide rollers significantly reduces the shaking of packaging bags during breaking, resulting in higher breaking efficiency. Its bag-discharging design is simple, efficient, and low-cost.

The application relates to the technical field of mobile phone screen detection, in particular to a film tearing structure of a screen lighting detection device, which comprises a moving mechanism, a positioning mechanism is fixedly installed at the moving end of the moving mechanism, and a film tearing and covering mechanism is fixedly installed on the side, away from the moving mechanism, of the positioning mechanism; the positioning mechanism comprises a mounting frame which is fixedly installed at the moving end of the moving mechanism. The pneumatic adsorption mechanism and the film tearing mechanism are arranged, so that the film and the screen can be separated without hard contact during use, the film can be completely reused, manual film tearing or simple film shoveling tools are not needed, the manual intervention link is reduced, the film tearing and screen scratching are avoided, the electrode can be accurately and stably connected through cooperation of the positioning mechanism and the driving mechanism, the work progress is not affected by poor contact, and the product failure rate is effectively reduced.

We provide an unpacking system that allows you to open a box using your hand. [Solution] The unpacking system unpacks a box 11 having a pair of opposing first surfaces 41, a pair of opposing second surfaces 42 intersecting the first surfaces 41, and a pair of opposing third surfaces 43 intersecting the first surfaces 41 and the second surfaces 42, where an inner flap is folded from the second surfaces 42 to the first surfaces 41 and an outer flap 50 is folded from the third surfaces 43. The unpacking system comprises a hand 21 for gripping the third surfaces 43 of the box 11, a moving mechanism for moving the hand 21, and a suction device 14 capable of suctioning the box 11. The moving mechanism moves the hand 21 gripping the box 11 to suction the outer flap 50 of the first surfaces 41 to the suction device 14, and the hand 21 rotates the box 11 in a direction that moves the first surfaces 41 away from the suction device 14 around the folded portion 49 of the outer flap 50 from the third surfaces 43, thereby opening the outer flap 50.

This utility model discloses a film removal machine. The film removal machine is used to remove the film from a roll assembly. The roll assembly includes a roll body and a film layer covering the outer surface of the roll body. The film layer includes an end face film covering the end face of the roll body and a peripheral face film covering the periphery of the roll body. The film removal machine includes: a conveying mechanism with a circumferential cutting station and a longitudinal cutting station, the conveying mechanism being able to move the roll assembly to the circumferential cutting station or the longitudinal cutting station; a circumferential cutting mechanism, disposed at the circumferential cutting station, used to separate the end face film from the roll body; and a longitudinal cutting mechanism, disposed at the longitudinal cutting station, used to separate the peripheral face film from the roll body. According to the embodiment of this utility model, after the film removal process by the circumferential cutting mechanism and the longitudinal cutting mechanism, the end face film and the peripheral face film are automatically removed, realizing the function of automatically removing the film layer from the outer surface of the roll body.

To provide a container for a cardiac pump device that can reliably protect the components of the cardiac pump device, keep them sterile, and reduce and remove the risk of contamination. [Solution] The present invention relates to a container 1' for a cardiac pump device having a first receiving space 3 for a compressible cardiac pump 4, wherein the first receiving space 3 is partitioned on multiple sides, particularly on all sides, by one or more closure elements 5', 6' which are closed from the outside to prevent contact with the cardiac pump 4, and the closure elements 5', 6' leave open an opening 7 through which a catheter 8 entering the first receiving space 3 from the outside passes, and the diameter of the opening 7 is such that the cardiac pump 4 can pass through the opening in a partially compressed state compared to at least an expanded state.

A lightweight food unloading device relates to the field of food processing equipment technology. It includes a fixed unloading frame, a fixed cylinder mounted on the frame, a conical feeder installed inside the fixed cylinder, and a feeding port and a feeding valve communicating with the conical feeder. A one-way baffle cooperating with the feeding valve is also installed inside the fixed cylinder. A negative pressure auxiliary unloading component is provided, which uses a vacuum pump to create a negative pressure environment between the conical feeder and the one-way baffle. This environment is used to periodically suction lightweight food or food raw materials and their packaging, thereby assisting in puncturing the packaging and facilitating smooth material discharge, effectively preventing material jamming due to insufficient weight.

This invention belongs to the technical field of food processing equipment, and particularly relates to a sausage untying device, comprising an inner sleeve, a take-up member, and a thread guide. The inner sleeve is hollow, with a discharge port and a feed port at each end. The take-up member and the thread guide extend away from the feed port and are exposed relative to the discharge port. Both the take-up member and the thread guide are eccentrically positioned relative to the inner sleeve. Multiple take-up members are spaced apart around the axis of the inner sleeve, and the distance from the axis of the thread guide to the axis of the inner sleeve is greater than the distance from the axis of the take-up member to the inner sleeve. This invention achieves untying and take-up functions by synchronously rotating the take-up member and the thread guide around the axis of the inner sleeve in a direction opposite to the winding direction of the binding thread, i.e., performing a revolution motion. This removes the binding thread from the sausage and winds it around the take-up member, greatly improving work efficiency and saving labor costs. The untying process does not contact the sausage body, and the sausage surface will not have indentations or tears after untying, significantly improving the finished product qualification rate.

The application relates to an extrusion device, which comprises a mounting frame, an extrusion bag assembly and a driving motor; the extrusion bag assembly and the driving motor are arranged on the mounting frame; the extrusion bag assembly comprises a driving roller shaft, a driven roller shaft and a fixing block; the fixing block is oppositely arranged on the top of the mounting frame; the driving roller shaft and the driven roller shaft are rotatably arranged on the fixing block; the length direction of the driving roller shaft is parallel to the length direction of the driven roller shaft; a first preset distance is arranged between the driving roller shaft and the driven roller shaft to form an extrusion channel; a first gear is arranged on the driving roller shaft; a second gear is arranged on the driven roller shaft; the first gear is meshed and connected with the second gear; the output end of the driving motor is connected with the driving roller shaft through a transmission part; when the driving motor drives the driving roller shaft to rotate, the driving motor synchronously drives the driven roller shaft to rotate in the opposite direction, so that the driving roller shaft and the driven roller shaft uniformly extrude the packaging bag and drive the packaging bag to pass through the extrusion channel.

This utility model relates to a unloading device, belonging to the field of material unloading technology. It includes a feed cylinder, a piercing element, a base, and a cover plate. By setting up the feed cylinder, piercing element, base, and cover plate, the piercing element is connected to the feed cylinder, the base is connected to the feed cylinder, and the end of the cover plate is rotatably connected to the base. The cover plate can be inserted into an insertion slot opened in the feed cylinder. When unloading a ton bag, the piercing element punctures the ton bag, allowing the material inside the ton bag to enter the feed cylinder through the gap between the piercing element and the feed cylinder. By rotating the cover plate, a gap is created between the cover plate and the feed cylinder, allowing the material to flow out of the ton bag from the feed cylinder. When unloading stops, rotating the cover plate causes it to be inserted into the insertion slot of the feed cylinder, closing the gap between the cover plate and the feed cylinder, thereby preventing material from flowing out of the ton bag. This utility model allows for the start and pause of the unloading process at any time during ton bag unloading, reducing the difficulty of unloading ton bags and improving the convenience of unloading.

The utility model belongs to the technical field of feeding equipment, especially point to a dust -free unpacking station, including organic shell, be provided with unpacking storehouse in the shell, and with the bottom intercommunication of unpacking storehouse's filter component, be equipped with the dust removal subassembly on the shell on the one side of unpacking storehouse and be equipped with the dust removal subassembly on the shell on the other side of unpacking storehouse, the shell on the between unpacking storehouse and filter cavity is distributed with more than three unpacking knife groups circumferentially, every unpacking knife group all includes the power source setting on the shell, the moving end of power source is along the radial setting, and the moving end of power source is fixed with the unpacking knife body of the blade upwards. The utility model can replace the unpacking operation of artificial low efficiency, the greater danger, adopts the orderly, the regular cutting of the bag body to a plurality of unpacking knife groups of radial movement, under the further screening of filter component, the material falling is efficiently adsorbed and screened by the dust removal subassembly, and the powder raised, effectively improve the operation efficiency, avoid the problem caused by the dust flying.