148 results about "Plastic bottle" patented technology

1. The name of the design product: plastic bottle. 2. The use of the design product: for packing wine and oil. 3. The design points of the design product: in shape. 4. The picture or photo that best shows the design points: perspective view.

This utility model discloses a blow-fill-seal device with adjustable filling volume, relating to the field of pharmaceutical equipment technology. It includes: a visual liquid level detection unit for real-time capture of the liquid level image of the finished bottle in the product chain after molding and filling; the visual liquid level detection unit includes a light source and a liquid level vision camera; a filling system including an air source, a storage tank, and a filling needle assembly; the storage tank and the filling needle assembly are connected by a sterile pipeline; the air source is used to pressurize the liquid medicine from the storage tank into the filling needle assembly; the filling needle assembly is connected to a valve; and a control system connected to the liquid level vision camera and valve signals, the control system being used to adjust the valve opening duration. The above-mentioned blow-fill-seal device with adjustable filling volume monitors the filling liquid level of each bottle in real time through the visual liquid level detection unit, dynamically adjusting the filling volume of the plastic bottle through the valve via the filling needle assembly.

This utility model discloses an e-liquid refillable electronic cigarette, relating to the field of electronic cigarette technology. The utility model includes a cigarette holder; a cover plate is rotatably connected to the outer side of the atomizer and the outer wall of the cigarette holder; an e-liquid tank is provided inside the cover plate and above the atomizer; a sealing plate is fixedly installed on the outside of the e-liquid tank; a rotary cutting assembly is provided on the upper inner side of the sealing plate; the rotary cutting assembly includes a rotating rod rotatably connected to the sealing plate; a rotary cutting blade is installed at the middle of the rotating rod; a rod sleeve is fixedly installed at the outer end of the rotating rod; the rod sleeve is connected to a pull block via a spring; a sliding groove is opened at the top of the right side wall of the e-liquid tank; a pull-out assembly is provided in the side groove; the pull-out assembly includes a cover plate two disposed on the outer end opening of the side groove; and a pull-out component is provided inside the side groove. This utility model allows the soft plastic bottle used for e-liquid storage to be punctured after being placed into the e-liquid tank via the rotary cutting assembly; and the pull-out assembly accelerates the flow of e-liquid from the soft plastic bottle into the e-liquid tank.

The application belongs to the technical field of gas leakage detection, and discloses a gas leakage detection device for processing anti-permeation plastic bottles, which comprises a workbench, a gas pump installed on the workbench, a plug-in detection assembly arranged on the workbench, and a gas conveying hose connected with the gas pump. A fixing disc is installed on the upper surface of the workbench. A placing groove is formed in the upper surface of the fixing disc. Two opposite sliding grooves are formed in the inner wall of the placing groove. A connecting column is slidingly arranged in each of the two sliding grooves. A fixing ring is fixed to the end of each of the two connecting columns. A compression spring is connected to the side wall of each of the two connecting columns away from each other. The other end of each of the two compression springs is fixed to the inner wall of each of the two sliding grooves away from each other. A driving assembly for driving the two fixing rings is arranged on the fixing disc. The application has the effect of reducing the difficulty of the staff in detecting the gas leakage of the plastic bottles.

This invention discloses a bottle cap and molding die for packaging liquid beverages in plastic bottles, belonging to the field of anti-theft plastic bottle cap design and manufacturing technology. It provides a bottle cap and molding die for packaging liquid beverages in plastic bottles with a relatively short manufacturing process and significantly reduced production costs. The bottle cap includes a plastic bottle body and a sealing cap. Corresponding tightening threads are provided on the bottle mouth wall of the plastic bottle body and the inner side wall of the sealing cap. From the outside in, at least one anti-theft ring and one anti-theft ring are sequentially provided at the open end of the sealing cap. A fixing protrusion is provided on the bottle mouth side wall below the tightening threads. The anti-theft ring, folded into the inner cavity of the sealing cap with the cooperation of the anti-theft ring, is a one-time injection molded pre-folded ring at the open end of the sealing cap. The anti-theft ring, after the liquid beverage packaging is completed, is fixed to the bottle mouth of the plastic bottle body by the anti-theft ring and the fixing protrusion.

Regarding the lid of a plastic bottle, we provide a lid that allows users to determine at a glance whether the bottle is partially opened or unopened based on its open / closed state. [Solution] The opening and closing lid 3 of the PET bottle 2 is configured such that, before opening, the lid body engages with the opening base 1B of the PET bottle with a base ring 4 that engages with the opening threaded portion 1A of the PET bottle, and the lid body which screws and closes the opening of the PET bottle integrally with this base ring. Several engaging pieces K are attached to the circumference of the ring edge where the base ring and the opening threaded portion face each other before opening, and at the time of engagement, a matching groove or colored line is attached as a bridge between the opening and closing lid and the base ring. After opening the opening and closing lid, the degree to which the opening and closing lid is tightened or not can be visually detected by the alignment or misalignment of the groove line or colored line on the base ring that faces the opening and closing lid when it is screwed onto the opening of the PET bottle.

A plastic bottle extrusion mechanism for 3D printing filament is a device that uses any previously used PET material that can be cut into strips (like plastic bottles, for example) and transforms it into recycled filament of a calibrated cross-section, serving as raw material for 3D plastic printers. It includes: - a station for manually cleaning the bottles to remove dirt, tickets, etc. If the bottle is deformed, it must be inflated with hot air to restore its original structure; - a gravity-driven ambient drying subsystem where the bottles are free of water droplets and the moisture they retain; - a strip-cutting subsystem using a stainless steel blade and manual stretching by the operator; - a heating subsystem using electric resistances and a heating block made of a material with high thermal conductivity. - an extrusion subsystem favoring the use of a nozzle with a cross-section equal to that of the filament, - a cooling subsystem using a fan or a series of fans mounted in series, or a water bath or multiple water baths, - an instrument for controlling or measuring the filament cross-section, - and a winding subsystem on a spool rotating at a speed calibrated by a speed controller and motor

The utility model discloses a kind of plastic bottle injection molding mouth excess material cutting equipment, it is related to plastic bottle processing equipment technical field.The utility model includes shell, cutting assembly is arranged in shell inner cavity, polishing assembly is arranged in cutting assembly side, cutting station is arranged in shell inner cavity bottom side, the cutting assembly includes lifting frame, lifting frame is connected with shell through-penetration, first inclined plane frame is fixedly connected in lifting frame one side top portion.The utility model is through the collaborative operation of electric push rod, cutting machine and motor, from excess material cutting to polishing linkage is realized, when plastic bottle blank is pushed into cutting station, electric push rod drives cutting machine to accurately remove injection molding mouth excess material, without manual intervention;After cutting is completed, spring drive polishing disc is automatically moved back, cooperate with the polishing disc polishing driven by motor, so that cutting position is quickly completed polishing processing, reduces process linkage time, significantly improves production efficiency.

The utility model discloses a kind of pest control devices, including shell, the bottom of the shell is fixedly connected with mounting plate, the bottom of the mounting plate is fixedly connected with quartz glass cover, the bottom of the mounting plate is fixedly embedded with black light, the bottom of the mounting plate is fixedly connected with multiple metal rods, the bottom of multiple metal rods is fixedly connected with same conical base plate, the bottom outer wall of the conical base plate is threadedly sleeved with annular ring, annular groove is arranged in the bottom of the annular ring.The utility model can drive rubber scraping strip to clean the inner wall of conical base plate by rotating insect-collecting plastic bottle, avoid rough contact surface caused by accumulation to make pest crawl away, ensure that subsequent pest enters insect-collecting plastic bottle smoothly, improve the success rate of trapping, and cleaning the inner wall of conical base plate without disassembling device, can be completed cleaning without affecting the use of insect-collecting plastic bottle, easy to operate, ensure the continuity of trapping operation.

This utility model discloses an environmentally friendly adjustable inverting die head for processing plastic bottle preforms, including a blown film machine. A transport trough passes beneath the forming mold of the blown film machine, and a transport chain is connected internally to the transport trough. Several equally spaced bases are mounted above the transport chain, and plastic bottles are fitted onto the inverting die heads. Each inverting die head consists of three symmetrically arranged die heads arranged in a ring. Different sized top blocks are inserted into the gap between the three die heads. The gap between the three die heads without the top blocks represents the minimum inverting size. Rectangular through-slots are machined on the inner surfaces of each of the three die heads, and top blocks are embedded downwards within these rectangular through-slots. Magnetic suction plates are also embedded in the inner surfaces of the rectangular through-slots. This adjustable inverting die head allows for adjustment of its size within a certain range to accommodate preforms of various sizes, reducing the need to replace all inverting die heads and minimizing waste parts, resulting in better environmental performance.

The utility model provides a kind of disinfection device with conveying mechanism for plastic cup production, including processing table, multiple rotation axes are set equidistantly on processing table and are rotationally connected, multiple rotating rollers are connected equidistantly on rotation axis, rotating roller on the same straight line is connected with conveying belt, multiple conveying belts are parallelly arranged between and vertical with the position of rotation axis, the end portion of one of rotation axis is fastened with motor, the outer wall middle part of conveying belt is connected with annular baffle along circumference;The bottom of processing table is connected with support by lifting, the top of support is equidistantly provided with fourth connecting pipe, multiple liquid outlet pipes are vertically connected on the top of fourth connecting pipe, liquid outlet pipe is spaced apart from conveying belt, and liquid outlet pipe is also spaced apart from rotation axis, the end of liquid outlet pipe is connected by fifth connecting pipe and pump liquid device.The utility model is equipped with liquid outlet pipe and multiple spray heads, which can realize the overall disinfection of the inside and outer wall of plastic bottle, and improve the practicability of the device.

The utility model discloses a kind of sorting equipment for PE plastic bottle cap processing, including shell and rotating component, rotating component is equipped outside the shell, the rotating component includes blanking pipe, the left side fixedly connected with mounting block on blanking pipe outer wall, the bottom fixedly connected with connecting rod of mounting block, the bottom fixedly connected with baffle of connecting rod outer wall, the left side of baffle outer wall is equipped with spring, the side away from baffle of spring is equipped with track plate, the left side fixedly connected with mounting ball of track plate outer wall, the left side equipped with rotating disc of mounting ball outer wall.This kind of sorting equipment for PE plastic bottle cap processing, by setting rotating component, so that staff needs to be loaded when sorting device, can drive first motor, so that device can drive rotating disc rotation while carrying out sorting operation, drive track plate reciprocating motion, to complete loading, reduce the arrangement cost of device, improve sorting efficiency.

The present application discloses a spiral beverage bottle compression mechanism, comprising a frame assembly, a compression plate assembly arranged on the frame assembly, a compression roller assembly arranged below the compression plate assembly, a transmission assembly and a scraper assembly arranged on the frame assembly, the transmission assembly being connected with the compression roller assembly and the compression plate assembly, and the scraper assembly being fixedly connected below the frame assembly. The present application also discloses a spiral beverage bottle compression method, comprising the following steps: step 1, driving the compression roller assembly and the compression plate assembly to rotate synchronously and oppositely through the transmission assembly; step 2, pressing the beverage bottle into the gap between the compression roller assembly from top to bottom through the compression plate assembly; step 3, extruding and deforming the beverage bottle and discharging it downward through the compression roller assembly; and step 4, scraping the material adhered to the surface of the compression roller assembly through the scraper assembly. The present application solves the problems of the existing compression mechanism, such as heavy structure, easy tearing or shredding of plastic bottles or pop cans, and easy adhesion of the material to the compression roller after compression.

This utility model relates to the field of plastic bottle production technology, specifically to a plastic bottle production equipment, including a frame. Two opposing electric telescopic rods are horizontally fixedly mounted on the frame. Moving blocks are fixedly mounted on the movable ends of the electric telescopic rods. Grooves are formed on the opposite faces of the moving blocks, and a mold is rotatably connected to the grooves via pins. The mold is locked by a locking mechanism. The mold has an equal hexagonal cross-section, and each side of the module has a groove corresponding to different sized plastic bottles. A guide hole extends upwards through the module from the upper part of the groove. With this application, because the mold has six faces, each with a corresponding groove, it is possible to process six different bottle shapes using a single mold. This not only increases the equipment's usability but also avoids the time and effort spent disassembling the mold to process different types of plastic bottles, thus improving efficiency.

This invention relates to the field of plastic bottle blow molding technology, and discloses a blow molding apparatus for processing medical plastic bottles. The apparatus includes a processing table, inside which two sets of electric sliding rods are installed. Sliding blocks are slidably connected to the outer surfaces of the electric sliding rods. A synchronous cutting mechanism is installed on the upper side of each sliding block. The output shaft of the synchronous cutting mechanism is equipped with a blow-off mechanism that converts rotational force into blowing force. This blow molding apparatus for medical plastic bottles, by incorporating a synchronous cutting mechanism, utilizes the mold-opening movement force of the sliding blocks to drive a rack and pinion to mesh, converting linear motion into rotational motion of the rotating shaft. This drives a cutting blade to perform high-speed circumferential cutting of the flash on the bottle neck end face, avoiding the problems of incomplete or misaligned cutting caused by response delays or air pressure fluctuations in the electrically controlled cutting blade. This ensures that the flash at the separation point between the blow needle and the bottle neck end face is neatly and completely removed.

The utility model relates to a heating forming related technical field especially, it relates to a kind of heating forming device for plastic bottle production, it includes: workbench, its top is provided with telescopic fan;Electric push rod, setting on workbench;Heating mould, setting in one end of electric push rod;The connecting assembly is provided at the connecting place of electric push rod and heating mould, and connecting assembly includes: the forming device, connecting assembly can control the up-and-down movement of plug-in rod by controlling push rod insertion to the inside of rectangular shell, so that plug-in rod and positioning hole are separated, complete the restriction to mounting block, can be extracted from rectangular shell inside mounting block and complete disassembly, compared to existing device single person can complete operation, more manpower is saved.Simultaneously, rebound component is separated from rectangular shell by spring two rebound and promote mounting block, so that it is more convenient when disassembling, improve work efficiency.

This invention discloses an energy-saving cleaning device for recycling waste plastics, belonging to the field of plastic recycling technology. It includes a first cylinder and a second cylinder. A feed hopper is installed at one end of the first cylinder, and a friction roller is installed inside the first cylinder. In this invention, a spray assembly is installed inside. This design enables the spraying of a degumming agent during the recycling and cleaning of plastic bottles. Simultaneously, the sliding plate moves along a linkage connecting rod, causing the sprayer to oscillate and increasing the spray coverage area. This allows for the complete removal of labels and adhesive residue from the plastic bottle surface through physical friction and chemical dissolution, solving the problem of adhesive residue residue in conventional cleaning. Furthermore, the movement of the sliding plate uses pushing teeth to directionally push the peeled labels and adhesive debris, allowing them to be discharged from one end of the collection tank, preventing debris from accumulating in the second cylinder and causing secondary pollution.

This utility model discloses a compaction device for recycling waste plastic bottles, relating to the technical field of plastic bottle processing equipment. The utility model includes a placement box, with a fixed frame fixedly connected to the outer wall of the placement box. A rotating shaft is rotatably connected to the top outer wall of the fixed frame, and a second fixed frame is fixedly connected to the top outer wall of the rotating shaft. A hydraulic rod is fixedly connected to the bottom outer wall of the second fixed frame. This utility model incorporates a pressure plate. When the equipment is needed, the plastic bottle is placed in the placement box, and then the hydraulic rod is activated. The downward movement of the hydraulic rod causes the pressure plate to move downward, compressing the plastic bottle. When a pressure plate of a different size needs to be replaced, multiple insert rods are pulled outward simultaneously. During the outward pulling process, the insert rods compress springs, causing them to contract. This allows the user to freely disassemble and replace the pressure plate according to actual processing needs, and the position of the pressure plate can be adjusted, assisting in subsequent demolding operations.

The application discloses a plastic bottle forming process, a forming die and a plastic bottle, S1, the upper die is moved to the first forming area, and then the upper die is driven to descend and is combined with the first lower die in the first forming area; S2, the first injection molding machine works; S3, the upper die carrying the inner bottle body is moved to the coating area, and then the upper die is driven to descend; S4, the upper die is driven to move upward by the forming equipment to separate from the oil liquid of the coating area; S5, the upper die is moved to the second forming area by the forming equipment, and then the upper die is driven to descend; S6, the second injection molding machine works to perform secondary injection molding on the combined second lower die; S7, the upper die is moved to the blow molding area by the forming equipment, and then the upper die is driven to descend; S8, the inner bottle body bottom is ventilated; S9, the hollow double-layer double-color plastic bottle is formed after cooling. The upper die is driven by the forming equipment, and the upper die, the first lower die, the second lower die and the third lower die work in cooperation to realize the manufacturing of the integrated hollow double-layer double-color plastic bottle.

This utility model discloses a pelletizing device for recycling waste plastic bottles, including a machine body, a feeding hopper, and a crushing roller. A pair of first partitions and a pair of second partitions are respectively arranged from top to bottom between the feeding hopper and the crushing roller. These first and second partitions are horizontally opened or closed by a power structure. A pair of extrusion plates are installed between the first and second partitions via a telescopic component. A collection hopper is located below the crushing roller, and collection boxes one and two are located below the collection hopper. In this utility model, the plastic bottles in the feeding hopper are retained in the extrusion space formed by the first and second partitions before falling onto the crushing roller. The extrusion plates press and deform the bottles, changing their shape. When the deformed bottles contact the crushing roller, the problem of tumbling and slipping is effectively reduced, which helps improve the crushing efficiency. Furthermore, the extrusion process does not affect the normal feeding of the plastic bottles into the feeding hopper.

This invention relates to the field of recycling technology, specifically to a construction waste recycling and cutting device, comprising: a frame; a housing component disposed on the upper end of the frame; a rotating shaft rotatably connected within the housing component; a drive component mounted on the upper end of the frame, connected to the left and right ends of the rotating shaft; a filter screen disposed within the housing component; two fan-shaped plates symmetrically mounted on the annular end of the rotating shaft; mounting plates, multiple mounting plates equidistantly mounted between the two fan-shaped plates, with multiple movable cutters equidistantly arranged at their outward ends; a cutter assembly, multiple cutter assemblies equidistantly mounted on the upper end of the filter screen, each cutter assembly including multiple fixed cutters, with fixed cutters and movable cutters arranged alternately; and a feeding component movably disposed at the front end of the housing component. This design enables staggered cutting of waste plastic bottles, effectively reducing the probability of waste plastic bottles piling up at the cutting position, effectively reducing the probability of material jamming at the cutting position, and effectively ensuring cutting effect and quality.

The utility model discloses an environmental protection waste plastic bottle early stage processing lateral wall grooving device belongs to plastic bottle processing equipment technical field, including control machine case, the control machine case upper surface is equipped with the connecting plate to the inside horizontally, the connecting plate surface is embedded and is installed with hydraulic cylinder, the hydraulic cylinder piston rod lower extreme is connected with the lifting plate, the lifting plate bottom surface is densely distributed with a plurality of grooving cutters, the lifting plate upper surface four all through telescopic guide rod and connecting plate lower surface connection at the corner position department, the lifting plate below is equipped with the bearing frame body, the bearing frame body below four all downward and be equipped with the support leg at the corner position department, this lateral wall grooving device can even lay flat operation to the pouring of the laminated several plastic bottles, then carries out disposable lateral wall grooving, can collect the waste material simultaneously, environmental protection, can reduce the risk of explosion accident of the plastic bottle that the bottle mouth cover is not taken off or the bottle mouth is jammed after extruding because of the bottle mouth.

This invention discloses a plastic bottle manufacturing process and molding die, comprising the following steps: S1, inserting the upper die into the first cavity of the first lower die from top to bottom and closing the upper die with the first lower die; S2, operating the first extruder to perform injection molding on the first lower die; S3, operating the second extruder to perform re-injection molding on the lower part of the first preform; S4, closing the upper die with the second lower die; S5, heating the second mold cavity; S6, lowering the die core of the upper die and introducing low-pressure gas into the air inlet channel; S7, lowering the die core to elongate the second preform and introducing high-pressure gas into the air inlet channel for blow molding; S8, after blow molding is completed, the die core rises and resets, forming a thick-bottomed plastic bottle. This invention, through the coordinated operation of the upper die, the first lower die, the second lower die, the first extruder, and the second extruder, enables the blow molding of thick-bottomed, high-transparency plastic bottles, resulting in a finished plastic bottle with an appearance similar to a glass bottle, effectively reducing production costs.

1. The name of the design product: plastic bottle. 2. The use of the design product: the plastic bottle for containing liquid. 3. The design points of the design product: the combination of shape and pattern. 4. The picture or photo that best shows the design points: perspective view.

This utility model discloses a cooling device for plastic bottles after blow molding, belonging to the field of plastic bottle production technology. It includes a lifting cylinder, with a support plate at the output end of the lifting cylinder. A cooling pipe is located above the support plate, and a tapered tube is located at the lower end of the cooling pipe. A sealing ball is located inside the tapered tube, and a traction rope is attached to the sealing ball. One end of the traction rope is fixed to the sealing ball, and the other end extends to the outside of the cooling pipe. A slip ring is located at the end of the traction rope outside the cooling pipe, and the slip ring is slidably disposed on the outer wall of the cooling pipe. The slip ring has several vent holes. A refrigeration device is located outside the other end of the cooling pipe, and a connecting pipe is located on the output end of the refrigeration device, connecting to the other end of the cooling pipe. This technical solution is used to reduce the cooling time after plastic bottle blow molding and improve the cooling effect.

The utility model discloses a kind of transfer devices for medicinal plastic bottle processing, belong to medicinal plastic bottle processing equipment technical field.The utility model includes device main body, movable bottom plate, height adjusting assembly and height positioning assembly;Device main body contains car hopper, there is rectangular groove, height positioning assembly installation groove etc in car hopper, with limit stop, pulley, handrail;Movable bottom plate contains rectangular plate, there is rack, bottom plate limiting slot, positioning block on plate, limit stop is worn slot, rack slides in rectangular groove;Height adjusting assembly contains intermeshing gear, gear is connected with rotating shaft, rotating lever, rotating shaft is installed in car hopper round hole;Height positioning assembly contains positioning rack, it is connected with gas spring, with assembly limiting slot, assembly limiting rod, rod is worn car hopper L-shaped slot.By rotating rotating lever to adjust movable bottom plate height, positioning assembly engages positioning, to conveniently take medicinal plastic bottle, it is easy to operate, positioning is stable, promote transfer efficiency and quality, adapt to processing production demand.

The utility model discloses a kind of positioning slit device suitable for continuous plastic bottle, it is related to plastic bottle post-packaging equipment technical field, and it includes: conveying support mechanism, including bottom plate, ball chain plate and the positioning support plate of fixedly arranged in bottom plate;Lifting mechanism, including lifting cylinder and the lifting moving plate connected with lifting cylinder, lifting moving plate below is equipped with the pressure plate connected with lifting moving plate, and pressure plate is equipped with avoiding slot;Slit power mechanism, between lifting moving plate and pressure plate, including the mounting plate movably arranged in the bottom of lifting moving plate and the swing cylinder installed in mounting plate, and the telescopic end of swing cylinder is connected with swing arm through connecting rod, and swing arm is fixedly connected with tool assembly, and tool assembly includes fixed flat plate and slit knife arranged in fixed flat plate, and slit knife corresponds with avoiding slot.The above-mentioned positioning slit device suitable for continuous plastic bottle, slit precision and safety are high, single bottle body is easily separated after slitting, and user experience is improved.