12 results about "Bottles/feed" patented technology

The application discloses a device for removing plastic labels and covers from recycled glass bottles, characterized in that it comprises a label cutting mechanism arranged on the front side of a conveying device, which comprises a wastewater collection pool, a bottle feeding front guide rail fixedly arranged on the front side of the wastewater collection pool, and a bottle feeding rear guide rail fixedly arranged on the upper side of the wastewater collection pool, wherein the upper and lower sides of the bottle feeding rear guide rail are fixedly installed with water jet die seats, the water jet die seats are provided with high-pressure water flow interfaces, and the bottom side of the bottle feeding rear guide rail is provided with an opening groove. The device can make the bottle body pass through the high-pressure water flow of the water jet die seat in a horizontal state, remove the plastic labels and covers from the bottle body, and then make the bottle body enter a soaking pool for hot water soaking until the plastic labels are completely stripped, so that the whole process is automatically performed, the labor is greatly reduced, and the label and cover removing efficiency is greatly improved.

This utility model relates to a bottle feeding device for plant-based pulp beverages, comprising a frame and a circular rotating disk mounted on the frame. A surrounding plate is provided on the frame around the rotating disk, with an inlet and an outlet on the plate. A filling conveyor belt is located beside the outlet on the frame. A bottle guide and limiting channel is suspended above the rotating disk, with its inlet located above the rotating disk and close to the surrounding plate. Its outlet passes through the outlet and connects to the filling conveyor belt. The guide and limiting channel includes two parallel limiting plates with adjustable spacing. An elastic band connects the limiting plates near the inlet to the inlet of the rotating disk, providing a pushing force to the bottles entering the rotating disk. This device can be adjusted for different bottle models and can pre-apply pushing force to facilitate smooth entry of the bottles into the filling conveyor belt.

The utility model relates to the technical field of liquid filling technologies, in particular to a bottle body discharging disc which comprises a rack shell, a discharging platform, a driving part and a first guiding part. The discharging platform comprises a transition platform and a discharging rotating disc, the driving piece drives the discharging rotating disc to rotate, the discharging rotating disc is provided with a first conveying ring and a second conveying ring, the first conveying ring is arranged on the periphery of the second conveying ring, and bottle bodies are conveyed to the first conveying ring of the discharging rotating disc through the transition platform; the first guiding piece is arranged above the first conveying ring, and when the discharging rotary disc rotates, the first guiding piece forces the packaging bottle bodies on the first conveying ring to move to the area of the second conveying ring. According to the packaging bottle feeding device, through cooperation of the discharging rotary disc and the first guiding piece, packaging bottle bodies missed by workers can be moved into the inner ring of the discharging rotary disc; therefore, the situation that the packaging bottle bodies are stacked on an outlet area of the conveying belt is reduced, and the conveying belt smoothly conveys the bottle bodies to a discharging platform.

This invention belongs to the field of packaging bottle conveying technology, and specifically relates to a bottle feeding and sorting device for heat shrink film packaging bottles. It includes two bottle conveyor lines, with a double-helix conveying mechanism mounted on a frame at the tail end of each conveyor line. A belt conveyor for conveying bottles is installed on the frame below the double-helix conveying mechanism. The double-helix conveying mechanism is divided into a bottle sorting channel, a bottle merging channel, and a conveying channel from the tail end of the bottle conveyor lines. A partition plate is installed in the bottle sorting channel. This invention not only eliminates the need for operators to manually place bottles side-by-side onto the conveying device, but also features a double-helix conveyor specifically designed for high-speed production lines, resulting in a significant increase in efficiency compared to traditional single-helix conveyors.

This utility model relates to the field of pharmaceutical technology, specifically to a bottle feeding device for a drum-type bottle washing machine. It includes a base with a fixed seat on its bottom wall. A motor is mounted on one side of the inner bottom wall of the base. The output end of the motor is locked with a lead screw via a coupling, and the other end of the lead screw is rotatably connected to the inner wall of the base via a bearing. A connecting block is threaded onto the outer wall of the lead screw, and a connecting rod is mounted on the top wall of the connecting block, extending beyond the base. When the conveyor line stops, the pusher plate can push the bottles between itself and the baffle to the right, eliminating gaps. This solves the problem of excessive bottle spacing caused by unstable conveying speed, defects in the bottle feeding system, and differences in the bottles themselves, ensuring that the bottles are tightly arranged and continuously conveyed to the drum-type bottle washing machine, significantly improving conveying stability.

The application discloses a bottle body boxing device, which comprises a boxing platform, a lifting mechanism, a box supporting assembly arranged below the boxing platform and a box feeding device for feeding a box body to above the boxing platform, the lifting mechanism is used for driving the boxing platform and / or the box supporting assembly to relatively lift the boxing platform and the box supporting assembly, a passing groove is arranged on the boxing platform and used for the box supporting assembly to pass through, and the box supporting assembly can pass through the boxing platform to support the box body on the boxing platform. The application further discloses a bottle body boxing method, which comprises the following steps: feeding bottles, surrounding bottles, moving and adjusting the box supporting assembly, feeding a box, and boxing. The application further discloses a bottle body boxing system, which comprises the bottle body boxing device and a bottle feeding device arranged on one side of the boxing platform, and the box feeding device is arranged on the other side of the boxing platform. The bottle body boxing device, method and system have the advantages of improving production efficiency and meeting the requirements of modern automatic production.

This utility model discloses a product packaging material inspection system for a filling and sealing production line, including a bottle feeding mechanism, a stopper feeding mechanism, a stopper clamping mechanism, and a self-inspection device. The stopper clamping mechanism includes a pre-assembly turntable and a stopper assembly device. The bottle feeding mechanism and the stopper feeding mechanism are respectively connected to the pre-assembly turntable. The self-inspection device includes a discharge turntable, a packaging material inspection sensor, a rejection channel, and a product channel. A sampling inspection platform is set on the product channel, including a sampling inspection area and a sampling pusher. The bottle and stopper are pre-assembled at the pre-assembly turntable and assembled at the stopper assembly device. The finished products are guided by the discharge turntable to be inspected one by one at the packaging material inspection sensor. Defective products are moved to the rejection channel for processing, while qualified products are transferred to the product channel by the discharge turntable. The sampling pusher transfers a certain number of products to the sampling inspection area at a certain frequency for more detailed inspection.

This utility model belongs to the field of fully automatic light inspection machines, and provides a bottle feeding system for a fully automatic light inspection machine, including a bottle feeding belt, a bottle feeding screw, and a bridge plate. The bottle feeding screw is located above the end of the bottle feeding belt; the bridge plate is located between the bottle feeding belt and the bottle feeding screw, the bridge plate is horizontally set, and parallel to the bottle feeding screw, and the surface of the bridge plate is smooth. This fully automatic light inspection machine bottle feeding system, by setting a bridge plate between the bottle feeding belt and the bottle feeding screw, allows the bottle to rest on the bridge plate after entering the screw groove, avoiding direct contact between the bottom of the bottle and the belt. In other words, by setting the bridge plate, the friction between the belt and the bottle at the bottle feeding screw can be isolated, reducing wear on mechanical parts. This avoids bottle breakage and leakage caused by bottle compression, thereby reducing the false detection rate. Furthermore, the process of the bottle entering the screw groove becomes smoother and more stable, improving bottle feeding efficiency.

The utility model discloses an automatic bottle feeding device and workstation of pneumatic logistics belongs to logistics transmission technical field. The device includes the bottom plate, the guide frame, the motor and the drive piece of connecting motor output shaft. The guide frame forms the passage of containing single line conveying bottle with the bottom plate, is equipped with the arc slot of containing conveying bottle on the drive piece, makes conveying bottle in the passage enter the arc slot and make linear motion forward in turn through the motor drive drive piece rotation. The workstation includes the site, main conveying pipe and the movable conveying pipe that can reciprocate in the site. The upper portion of site is equipped with the bottle hole, and its side edge is fixed with arc guiding portion. The utility model discloses through automatic bottle feeding device has realized the automatic queue management and orderly feeding of conveying bottle, has solved the problem that operating personnel need to wait for system idle to place conveying bottle, has improved the site operation efficiency significantly, has reduced manual intervention and waiting time, especially suitable for hospital clinical laboratory, central pharmacy and other high flow work scene.