265 results about "Blowing bottles" patented technology

A container for holding and dispensing liquid having a container wall comprising a rigid portion that dimensionally defines the container, a liner portion disposed within the container adjacent to the rigid portion, and an adhesive layer disposed between the rigid portion and the liner portion. The adhesive layer removably secures the liner portion to the rigid portion such that the liner portion is capable of being separated from the rigid portion and collapsed within the container, for dispensing the liquid.

The invention relates to a bottle blowing machine. The machine comprises a frame, a die opening and closing assembly, a lift assembly, a bottom die locking assembly and a driving assembly, wherein the die opening and closing assembly comprises a bottom die, a fixed template and a movable template; the lift assembly comprises a cam, a lift rod and a pulley, a runner is formed in the cam, the pulley is slidably arranged in the runner, and the bottom die is fixed on the upper end part of the lift rod; the bottom die locking assembly comprises a driving connection block, a driven connection block and a slide block, and the slide block is arranged on the frame; the driving assembly comprises a rotating shaft, and a power source which is used for driving the rotating shaft to rotate; the movable template, the cam and the driving connection block are fixedly connected with a rotating shaft at the same time; and when the rotating shaft rotates, a die is closed by the fixed template and the movable template, and the lift rod drives the bottom die to rise, and the slide block slides between the frame and the bottom die. The bottle blowing machine can be used for driving the three assemblies to act at the same time through only one rotating shaft, and completing die closing, lifting and locking steps, and is simple in structure and convenient to operate, so that the efficiency of bottle blowing process can be improved.

The invention provides a filling machine integrated with blanking, bottle blowing, cleaning, filling and sealing, comprising a blanking system, a heating system, a bottle blowing system, a cleaning system, a filling system, a sealing system, a covering system and a delivery system wich connects the blanking system, the heating system, the bottle blowing system, the cleaning system, the filling system, the sealing system and the covering system sequentially together; by adopting the filling machine integrated with blanking, bottle blowing, cleaning, filling and sealing, the problem that when the bottle blowing system is used, compression air for blowing bottle can be mixed with particles to pollute the bottle by using the blanking-bottle blowing-filling-sealing four-in-one machine manufactured by Hunan CHINASUN pharmaceutical machinery Co.,Ltd. is solved, thereby achieving the effect that the manufactured bottle is clean.

Disclosed are molded articles comprising a thermoplastic polymer composition comprising, consisting essentially of, or prepared from (a) about 30% to about 99 weight % based on the combination of (a) and (b) of a poly(ethylene terephthalate) homopolymer or copolymer; and (b) about 1 to about 70% weight % based on the combination of (a) and (b) of a poly(trimethylene terephthalate) homopolymer or copolymer. Specific embodiments include injection-molded preforms and blown bottles.

Disclosed are injection molded hollow articles used as bottle preforms and blown bottles, comprising a coextruded or coinjected multilayer structure comprising at least one interior core layer adhered to at least one exterior layer and further comprising a polyester composition comprising from 0.005 to 7 mole % of a sulfonic acid comonomer or a salt thereof. The bottles are particularly useful for packaging liquids such as carbonated beverages, beer, juices, isotonic beverages, milk and other dairy products, and the like.

A multi-layer biaxially stretched blow bottle having a 3-layer structure of PET/nylon MXD6/PET or a 5-layer structure of PET/nylon MXD6/PET/nylon MXD6/PET, wherein the oxygen gas transmission coefficient of the nylon MXD6 layer is at most 6.0×10⁻¹⁴ cm³·cm/cm²·sec·cmHg as measured under conditions of a temperature of 23° C. and a relative humidity of 80%, and a production process of the bottle by biaxial stretch blow molding at a low stretching temperature and high draw ratios.

The invention provides a gas barrier easy-demolding fully biodegradable beverage bottle production method which includes the steps: raw material modification: adding plastic additives into fully biodegradable materials, mixing the plastic additives and the fully biodegradable materials according to a certain proportion, and performing granulation for the mixture; processing plastic master batches: uniformly mixing the mixture, and processing the mixture into the plastic master batches; blowing bottles; performing surface treatment of the bottles. The plastic additives are at least one in chain extenders, nucleating agents, plasticizers and plastic expansion microspheres, the fully biodegradable materials include powder biodegradable materials which are at least four in PLA (polylactic acid), PBS (poly butylene succinate), PHA (polyhydroxyalkanoate), PBSA poly(butylene succinate adipate), PBAT (poly butylene adipate-co-terephthalate) and starch, and blowing bottles include blowing the bottles by extrusion and blowing the bottles by injection molding.

The invention belongs to the technical field of medicaments and in particular relates to a method for preventing deformation of a polypropylene transfusion bottle during sterilization. The invention aims to solve the problems of deformation of the bottle and influence on medicament quality when the polypropylene transfusion bottle is used for accommodating medicinal liquid. The method for preventing deformation of the polypropylene transfusion bottle during sterilization comprises the following steps of: 1) injecting blanks, namely setting certain parameters by using a computer injection molding machine, preserving pressure when the whole stroke reaches 95 percent and injecting polypropylene particles into bottle blanks; 2) blowing bottles, namely heating internal part and external part of each bottle blank respectively to different temperatures by rotating the bottle blank and blowing the bottle blank by using air with a certain pressure into a polypropylene bottle; 3) washing the bottle, namely washing the polypropylene bottle by an ion wind washing technique and according to the conventional method; 4) performing encapsulation; 5) sealing; and 6) performing sterilization, namely performing sterilization by using a water bath sterilizer, and then performing light detection, labeling and packaging. During sterilization, the transfusion bottle is not deformed, so that quality stability of the medicinal liquid is guaranteed.

The invention discloses a pneumatic bottle removal system for edible fungus cultivation, which comprises a frame, a bottle frame input line, a bottle frame output line, a hydraulic system, a turning mechanism, an air charging mechanism and a PLC controller, and the frame is arranged between the bottle frame input line and the bottle frame output line. Between the output lines of the bottle frame, the lower part of the frame is provided with an inflatable mechanism, and the upper part of the inflatable mechanism is provided with a turning mechanism at the corresponding position, and the pressing frame plate used in conjunction with the turning bracket is set above the turning bracket; The locking device of the frame plate; the lifting of the turning mechanism and the fixed platform of the inflatable tube are controlled by the hydraulic system, and the PLC controller controls the work of the relevant components of the whole system. The invention adopts high-pressure gas to blow out the waste culture materials in the bacteria cultivation bottle, which greatly reduces the damage rate of the bacteria bottle. When the bacteria bottle is cleaned, high-pressure gas purge is performed on multiple bacteria bottles at the same time, which greatly improves the working efficiency of the bacteria bottle cleaning. Through intelligent operation control, the labor intensity of workers is reduced.

The invention relates to a blowing corrosion machine and a method for corrosion and cleaning. The blowing corrosion machine is characterized in that an air inlet valve is connected with an air inlet pipe; one end of the air inlet pipe is connected with a coil cylinder, and the other end is communicated with an air chamber A; in processing, wafers are placed to the bottom of a blow bottle and provided with a screen with a cover; the blow bottle is installed on the air chamber A and connected with an air chamber A in a corrosive solution tank through quick-sealing threads; a terminal of a water purifier is connected with one end of a water inlet pipe through a water inlet valve; the other end of the water inlet pipe is communicated with an air chamber B; a waste pipe is connected with an overflow hole on a pure water tank; a steam pipe is connected with an exhaust hole; and a monitoring system is arranged on a control cabinet. The invention has the advantages that during corrosion and cleaning operation, compressed air is controlled through flow, and dispersion of the wafers can not cause lamination and defective products with corrosion marks; because a corrosion bottle is connected with the air chamber through the quick threads, the installation and disassembly operation is convenient and fast; the quantity of loading wafers in a single bottle is increased by 3000pcs than that of a cradle, and the production efficiency is high; and the structure is simple without control of a servo motor.

The invention discloses a bottle blowing structure and method. By adopting the bottle blowing structure, gases in a container during the periods of primary bottle blowing and secondary bottle blowing are recycled, and the recycled low-pressure gases are applied to the next bottle blowing process, so that supply of low-pressure gases from an external gas source can be reduced, consumption of a high-pressure gas is further reduced, the utilization rate of energy sources is increased, energy consumption of compressed air supplied to a container blower by external gas source equipment and the machining cost of the container blower are reduced, and energy conservation and environment protection are achieved.

An antistaling method for the container of fruit, vegetables, fresh flower and agricultural by-products includes such steps as blowing bottles, filling water in the bottles, quickly freezing to become ice bottles, loading the products and said ice bottles in bags, vacuumizing it while filling nitrogen gas, sealing and loading the bags in container. Its advantages are long antistaling time (30-60 days), and easy operation.

The invention discloses a rotation type mold locking mechanism. The rotation type mold locking mechanism comprises a fixed mold frame and a movable mold frame, wherein the movable mold frame is provided with a plurality of mold locking rods, the fixed mold frame is provided with a plurality of positioning holes, a locking device is arranged between the mold locking rods and the positioning holes, and the movable mold frame and the fixed mold frame are locked or unlocked due to the cooperation of the mold locking rods, the positioning holes and the locking devices so as to clamp or release blow bottles; the locking device comprises rod gaps or rod bulges in or on the mold locking rods and a rotating shaft, shaft gaps are formed in the parts, coinciding with the positioning holes, of the rotating shaft, and a rotating mechanism for driving the rotating shaft to rotate is arranged at the lower end of the rotating shaft. According to the rotation type mold locking mechanism, the unlocking and locking between the fixed mold frame and the movable mold frame are realized by controlling the rotation angle position of the rotating shaft and by virtue of the rotating shaft on the fixed mold frame and the mold locking rods on the movable mold frame; a mold is directly locked by virtue of the shaft gaps or shaft bulges in or on the rotating shaft as well as the rod gaps in the mold locking rods, so that the transition power transfer is reduced, linear motion is replaced by rotary motion, and the rotation type mold locking mechanism can stably and reliably work.

The invention discloses a structure of a recovered gas recycling system for a full-automatic rotary bottle blowing machine and a working method thereof. The system comprises a gas distributor, a gas storage tank, a reducing valve, an overflow valve, a safety valve, a recovered gas collecting tube, a recovered gas gathering tube, a high-pressure gas tube, a medium-pressure gas tube, a low-pressure gas tube, a medium-pressure through tube and a low-pressure through tube, wherein high-pressure gas blown through a bottle is collected into the recovered gas gathering tube through the recovered gas collecting tube and is introduced into the gas storage tank after being reducing into medium-pressure gas through the reducing valve, the medium-pressure gas is conveyed to the medium-pressure through tube through the medium-pressure gas tube, one part of the medium-pressure gas is distributed to each stretching cylinder through the medium-pressure through tube for driving a cylinder piston to work, and the other part of medium-pressure gas is distributed to each mold by through the gas distributor for pre-blowing onto a bottle blank, so that a large amount of medium and low-pressure gas can be saved. Due to the adoption of the recovered gas recycling system, on the premise of ensuring the sanitary quality of a blown bottle and a very high yield, a large amount of energy is saved, and the noise pollution of bottle blowing can be lowered. The recovered gas recycling system belongs to an energy-saving and emission-reducing technology which benefits the nation and the people.

A bottle blank rotating apparatus for the heating system of blowing bottle blanks is composed of a plane plate, multiple bottle blank holders installed on said plate in rotary mode, multiple magnets installed eccentrically to said bottle blank holders (one for one), and an active plate with multiple magnets relative to the magnets on bottle blank holders. When said active plate and plane plate is parallelly swinging along a circular tracing, the bottle blank holders and their bottle blanks are rotating under the action of magnetic attraction.

The invention provides a water bottle manufacturing technology which comprises the specific technology steps of designing a rough plan; producing novel product 3D (three-dimensional) data by 3D software; designing and manufacturing a mold 3D model by 3D software according product 3D models; machining a blow bottle mold by a 3D printer; trying to blow bottle molds, and analyzing bottles tried to be blown; if the analysis result corresponds to requirements, manufacturing mass production molds (steel molds or aluminum molds); and beginning to produce water bottles in mass. According to the invention, molds are machined by utilizing plastic materials through a 3D printer, although the price of the raw materials is not low, the raw materials are very good from the aspect of environment-friendliness; and the most important is that time is saved, which is extremely important for newly designed products.

The invention discloses a method for rapidly extracting and identifying essential oil in chestnut flowers. The method comprises the following steps of: (A) rapidly extracting the essential oil in chestnut flowers, loading mounting a filter membrane, quartz sand and crushed chestnut flowers into an extraction pool, opening a nitrogen cylinder bottle, setting pressure to be 100 Psi and starting to statically and circularly extract once to twice at the extraction pool with the temperature of 80-130 DEG C under the extraction pressure of 1200-1800 Psi for 10-20 min by using pure water as a solvent and nitrogen as a carrier gas to obtain extraction liquid, wherein static extraction is carried out for 10-20 min and circulation extraction is carried out once or twice; and (B) rapidly identifying the essential oil in the chestnut flowers, putting the extraction liquid obtained in the last step into a blowing bottle, blowing by adopting a soil-blowing mode on a blowing and trapping device to blow with 40 ml/min of nitrogen, continuously stirring for 10-15 min with a magnetic rotor under the driving of magnetic force, continuing for 10-15 min, absorbing the essential oil content in the extraction liquid onto a collecting trap, heating adding the collecting trap to 220 DEG C and resolving analyzing the essential oil content onto a combined gas phase chromatography-mass spectrometer connected with the collecting trap for identification. The invention extracts the essential oil in the chestnut flowers by utilizing an accelerated solvent extraction technology, directly analyzes extracts the extraction liquid by utilizing a blowing and trapping technology and has less sample consumption and greatly accelerated increased identification speed.

The invention discloses an automatic device used for blowing making of a bottle blank of a vertical type transfusion bag and belongs to the technical field of bottle blank conveying. The automatic device comprises a bottle blowing device and an injection molding device, and is characterized in that the bottle blowing device and the injection molding device are arranged in parallel, and a bottle blank transferring system is installed between the bottle blowing device and the injection molding device; and the bottle blank transferring system comprises a discharging mechanical device used for taking out the bottle blank after being subjected to injection molding in the injection molding device, a circulating disk used for temporarily storing the bottle blank, and a feeding mechanical device used for conveying the bottle blank on the circulating disk to the bottle blowing device, and the feeding mechanical device is on a large chain following clamp. Multiple devices are integrated, high automation is achieved from injection molding to bottle blowing, and no manual intervention exists in the whole process. The whole transferring process of the bottle blank is free of mutual collision, ordered arranging and conveying is achieved, the risk that foreign matter is introduced in the bottle blank transferring process is reduced, and the quality control is guaranteed in the product production process.

The invention provides an automatic bottle blowing system and method for a handle bottle. The system comprises an automatic bottle blowing module, an automatic bottle blank sorting module and an automatic handle sorting module. An integrated clamping mechanism which simultaneously comprises a bottle blank clamping assembly and a handle clamping assembly is arranged in the automatic bottle blowingmodule, the bottle blank clamping assembly clamps bottle blanks sorted and output by the automatic bottle blank sorting module, meanwhile, after the handle clamping assembly clamps handles sorted andoutput by the automatic handle sorting module, the clamping mechanism integrally moves into a bottle blowing mold to carry out a subsequent blow molding process, blank feeding and handle feeding processes are synchronously carried out, the previous process is simplified, the production efficiency is improved, and the technical problems that the previous process is complex and the production efficiency is low in the prior art are solved.

The invention discloses a method for increasing strength of streamlined beverage bottle and obtained drinking bottle using the method, arcuated bottle body is equipped with vacuum boards, after repeat tests, the vacuum boards are in an even distribution on the bottle body, moreover the number and length of the vacuum board are adapting with inner pressure variation of bottle by adjusting position and length of vacuum board on the mold when blowing bottle.

The invention discloses a complemental air circuit for a bottle blowing machine. Air is blown into a bottle blank through a sealing cylinder; the bottle blank is located in a mold; the sealing cylinder comprises an air inlet valve and an air release valve; the complemental air circuit for the bottle blowing machine comprises a gas output device, a bottle blowing air pipeline and a complemental air pipeline; the bottle blowing air pipeline is used for blowing air into the bottle blank; the complemental air pipeline is used for blowing air into the mold; both the bottle blowing air pipeline and the complemental air pipeline are connected onto the air release valve; the gas output device comprises a first air blowing pipeline and a second air blowing pipeline; the first air blowing pipeline is used for outputting the first circuit of high-pressure gas and the second air blowing pipeline is used for outputting the second circuit of high-pressure gas; and both the first air blowing pipeline and the second air blowing pipeline are connected onto the air inlet valve. According to the complemental air circuit for the bottle blowing machine, both the bottle blowing air pipeline used for blowing the bottle blank and the complemental air pipeline used for compensating the mold are connected to the air release valve of the sealing cylinder; and air is supplied to the bottle blowing air pipeline and the complemental air pipeline alternately through the first air blowing pipeline and the second air blowing pipeline which are connected onto the air inlet valve of the sealing cylinder, so that an air circuit system of the bottle blowing machine is simplified, and the cost is reduced.

The invention discloses a cleaning machine comprising a rack. A bottle feeding mechanism and a bottle discharging mechanism are installed to head and tail sections of the rack respectively, a cleaning mechanism in butt joint with the bottle feeding mechanism is arranged between the bottle feeding mechanism and the bottle discharging mechanism on the rack, and a blown bottle conveying mechanism with an S-shaped bottle conveying path is in butt joint with the position between the cleaning mechanism and the bottle discharging mechanism on the rack. The cleaning machine has the advantages of simple and compact structure, and capabilities of improving blow-drying effect and capacity and reducing whole machine occupied area.

The invention relates to a bottle blowing machine. The machine comprises a frame, a die opening and closing assembly, a lift assembly, a bottom die locking assembly and a drive assembly, wherein the die opening and closing assembly comprises a bottom die, a fixed template and a movable template; the lift assembly comprises a cam, a lift rod and a pulley, a runner is formed on the cam, the pulley is slidably arranged in the runner, and the bottom die is fixed on the lift rod; the bottom die locking assembly comprises a driving connection block, a driven connection block, a first slide block and a second slide block, the first slide block is slidably arranged on the frame, and the second slide block is fixed on the movable template; the drive assembly comprises a rotating shaft and a power source; the movable template, the cam and the driving connection block are fixedly connected with the rotating shaft at the same time; and when the rotating shaft is rotated, a die is closed by the fixed and movable templates, and the bottom die rises and the first and second slide blocks slide between the frame and the bottom die. The bottle blowing machine can be used for driving the three assemblies to act at the same time through only one rotating shaft, and completing die closing, lifting and locking steps, and is simple in structure and convenient to operate, so that the efficiency of bottle blowing process can be improved.

The invention relates to a bottle blowing product and relative method, especially providing a blowing bottle with double chambers. Said bottle is integrated with a baffle plate inside it; said baffle plate separates the inner chamber of bottle and the opening into separated two parts. In production, first using compress molder to form two hollow tubes; cutting off said hollow tubes; using mould to process pretreatment on the hollow tubes to form bottle blanks; at last, using blowing device to blow and shape the bottle blanks. The invention has easy production, easy usage, simple method and the application for batch production.