587results about "Bottle-handling machines" patented technology

The invention belongs to a food and beverage sterile filling technology, and discloses a sterile nitrogen filling pressure-flow cooperative control system for particle-containing high-viscosity orange juice. Comprising a multi-source signal processing module used for synchronously obtaining a pressure numerical sequence, a temperature numerical sequence and a voiceprint spectrum vector of orange juice in a pipeline; the rheological state identification module is used for determining a particle density index and a particle size distribution probability of the orange juice flowing through the valve port area at present, and inverting an apparent viscosity value and a thixotropic state parameter of the orange juice so as to form a comprehensive state signature; the prediction collaborative decision module is used for generating a control target instruction set according to the maximum shear stress and further generating a pressure setting curve instruction and a displacement travel curve instruction; and the execution closed-loop control module is used for responding to the pressure setting curve instruction to adjust the pressure of the sterile nitrogen and driving the liquid filling valve to execute opening operation based on the displacement stroke curve instruction, so that dual-objective optimization of high-efficiency circulation and low-damage filling of orange juice is realized.

The invention provides a carbon energy efficiency dual-objective optimization analysis method and system based on digital twinning, and relates to the technical field of carbon energy efficiency optimizing.The method comprises the steps that simulation modeling is conducted on an air compressor system and a sterile cold filling line of a beverage factory based on digital twinning, a filling twinning simulation space is constructed, and a production planning system is accessed; a bottle blowing machine beat signal, filling bottle attribute characteristics and filling bottle sterile blowing requirements in a preset time zone are obtained through a production planning system; in the filling twinborn simulation space, with minimization of carbon emission intensity and maximization of production stability as double optimization targets, iterative optimization search is conducted on the air compression control scheme of the air compressor system, and the optimal air compression control scheme is output; and the filling operation in the preset time zone is executed according to the optimal air pressure control scheme. The technical problems that in the prior art, an air compressor system adopts a fixed high-pressure control strategy, dynamic management and control cannot be conducted according to actual production requirements, and energy consumption is wasted are solved.

The invention relates to a sterile filling system for beverage production and a filling process, and relates to the technical field of beverage production, the sterile filling system comprises a processing table, a sterile production mechanism, a transportation mechanism, a filling mechanism, a bottle dividing star wheel mechanism and an antifouling pad, and the sterile production mechanism comprises four L-shaped plates lapped at the top of the antifouling pad. By arranging the sterile production mechanism, the top plate can be fixed to the top of the machining table through an L-shaped plate and screws, a check curtain naturally falls to form a closed space, a filling area is isolated from the outside, and then an ultraviolet sterilization lamp on the top of the top plate continuously irradiates to sterilize air on the inner side of the check curtain, the equipment surface and a container to be filled; and meanwhile, the purposes of forming a continuous sterile filling environment and reducing the microbial pollution risk are achieved through the matching structure of the check curtain and the ultraviolet sterilization lamp, and the effects that the check curtain and the top plate are convenient to clean regularly and the long-term sterile state is maintained are achieved through the detachable design of the L-shaped plate.

The invention discloses a steel cylinder cleaning method. The method comprises the steps that ethyl alcohol is injected into a steel cylinder; rolling the steel cylinder filled with the ethanol for multiple times to rinse the inner wall of the steel cylinder, and then emptying the ethanol in the steel cylinder; injecting ultrapure water into the steel cylinder cleaned by the ethanol; rolling the steel cylinder filled with the ultrapure water for multiple times, rinsing the inner wall of the steel cylinder, and then emptying the ultrapure water in the steel cylinder; nitric acid is injected into the steel cylinder cleaned by the ultrapure water, metal ions in the steel cylinder are dissolved, and then the nitric acid in the steel cylinder is emptied; injecting ultrapure water into the steel cylinder to rinse the steel cylinder, and emptying the ultrapure water in the steel cylinder; taking the discharged ultrapure water as a sample, and detecting the content of residual metal ions in the steel cylinder; according to the obtained metal ion content, whether the steel cylinder meets the cleanliness requirement or not is judged, if the cleanliness requirement is met, a small amount of nitric acid is added into the steel cylinder, sampling detection is conducted after the steel cylinder is moistened and washed, and if the test result is consistent with the previous metal ion content, the steel cylinder is clean. According to the steel cylinder cleaning method, external source introduction is avoided while metal ion impurities in the steel cylinder are treated.

The invention provides a sterile filling process control method and system for midazolam oral liquid nitrogen charging protection, and relates to the technical field of medicine filling process control. After midazolam oral liquid is subjected to nitrogen charging, a headspace gas multispectral image sequence in a bottle before sealing is collected through a transmission imaging system integrated with a filling line; extracting oxygen characteristic absorption wave band light intensity attenuation data through spectrum separation, and generating a bottleneck plane oxygen two-dimensional concentration diagram; calculating the local oxygen partial pressure of the pixel, and constructing a three-dimensional oxygen concentration field and marking an oxygen-enriched area by combining pre-stored geometric parameters of the bottle body; and then the model reference adaptive controller is used for comparing the model with an ideal nitrogen model to generate supplementary parameters containing purging angle, intensity and time, an execution mechanism is driven to perform fixed-point pulse purging, and after verification reaches the standard, a screw cap is used for sealing, so that accurate detection, directional processing and standard verification of the headspace oxygen-enriched area in the midazolam oral liquid bottle can be realized, and the safety of the midazolam oral liquid bottle is ensured. And the oxygen concentration before sealing meets the standard.

The present disclosure relates to a device and a method for mixing and dispensing beverages, wherein the mixing process uses a Venturi mixing chamber. In particular, the device allows a first ingredient and a second ingredient to be mixed precisely, based on a flow measurement. The flow measurement is carried out on the first liquid. Since this measurement is known, it is possible to calculate and correct the flow of the second liquid during operation.

The invention relates to a method for carrying out a container inspection task in a container handling system for handling a plurality of container parts for containers, preferably plastic containers and / or bottles, wherein a transport device transports the plurality of container parts as a container part stream from at least one treatment device of the container treatment system to at least another treatment device of the container treatment system along a predetermined transport path, at least one sensor device for carrying out the container inspection task captures, preferably optically, in particular spatially resolved sensor data, preferably camera images, relating to the container parts to be inspected, and a real-time evaluation device evaluates the in particular spatially resolved sensor data, preferably camera images. According to the invention, a set of container component features is predetermined for the real-time evaluation device, said set being a set of container component features extracted automatically, in particular from a neural network, within a framework of a machine learning method performed with respect to a training container inspection task different from the container component inspection task, and the real-time evaluation device performs the container inspection task based on the set of predetermined container component characteristics.

The utility model discloses vacuum bottle electrostatic dust collection equipment which comprises a double-channel conveying device, an upper electrostatic dust collector, a lower electrostatic dust collector, an upper blowing mechanism and a lower blowing mechanism, the double-channel conveying device comprises a rack and two conveying mechanisms, and the two conveying mechanisms are symmetrically arranged on the rack front and back; each conveying mechanism comprises a feeding mesh belt, a material arranging screw rod, a feeding rotary table, a transmission clamping jaw chain group, a discharging rotary table and a discharging bin which are sequentially arranged in the conveying direction; the upper electrostatic dust collector and the upper blowing mechanism are sequentially arranged above the conveying clamping jaw chain sets of the two conveying mechanisms in the conveying direction. The lower electrostatic dust collector and the lower blowing mechanism are sequentially arranged below the conveying clamping jaw chain sets of the two conveying mechanisms in the conveying direction. According to the electrostatic dust collection equipment for the vacuum bottle, an electrostatic dust collection procedure and a clean compressed air cleaning procedure are integrated, and compared with a single dust collection procedure of a traditional filling machine, the dust collection effect is more obvious, so that the product quality is guaranteed.

The utility model discloses a multi-head filling and capping device which comprises a conveying belt, a bottle discharging station, a filling station, a capping station and a capping station, and the bottle discharging station, the filling station, the capping station and the capping station are sequentially arranged on the conveying belt in the conveying direction. The automatic bottle discharging mechanism comprises a mold disc capable of moving along the conveying belt and a container conveying track used for guiding packaging containers to enter the mold disc. The filling station is provided with a filling machine; the cover placing station is provided with an automatic cover placing mechanism, and the automatic cover placing mechanism comprises a cover body conveying track, a cover placing support and a mechanical gripper arranged on the cover placing support; and a capping machine is arranged on the capping station. The multi-head filling and capping equipment disclosed by the utility model is highly automatic, does not need excessive manual intervention, improves the production efficiency and reduces the labor cost; product filling and capping can be completed more quickly; the precision and the stability are excellent, it is ensured that the packaging container accurately enters the mold disc, and production errors are avoided.

The invention discloses filling and cooling equipment for protein beverage production, and relates to the field of protein beverage production.The filling and cooling equipment comprises a base and a conveying frame, a plurality of sets of filling heads are arranged at the bottom of a charging barrel in a surrounding mode, a containing disc is arranged at the top of an electric sliding disc in a sliding mode, and the conveying frame and the charging barrel rotate synchronously; clamping plates are symmetrically arranged on the top of the containing disc in a sliding mode, a special-shaped sliding groove is formed in the position, located on one side of the cap screwing assembly, of the conveying frame, and a guide column matched with the special-shaped sliding groove is arranged at the bottom of the containing disc. The charging barrel is matched with the conveying frame to synchronously rotate, filling work is carried out while conveying is carried out, under the action of a special-shaped sliding groove, at the moment, a fixed gear slides down along with a guide column, the fixed gear drives a containing disc on the top to rotate, and when cooling water is sprayed out through a cooling assembly, the cooling effect is good. Therefore, the sterile container is in full contact with cooling water for cooling, and large temperature difference in the sterile container is effectively reduced.

The utility model provides a cap washing system before cap pressing, which belongs to the technical field of automatic packaging and comprises a bottle cap unloading manipulator, a bottle cap conveying device, a cap conveying device and a bottle cap washing device. The bottle cap conveying device is provided with a plurality of bearing grooves which are arranged in parallel at intervals and used for bearing a plurality of bottle caps, the bearing grooves are used for receiving the bottle caps unloaded from the bottle cap unloading mechanical arm, and the bottle cap conveying device conveys the bottle caps in a stepping mode by moving the bearing grooves. According to the cap washing system before cap pressing, after the bottle caps are taken out of the bottle cap turnover box, the bottle caps are supported through the supporting groove in the bottle cap conveying device, stepping conveying is carried out on the bottle caps by moving the supporting groove, the bottle caps cannot rub on the supporting groove in the conveying process, and therefore the bottle caps are not prone to being damaged. And then the bottle caps are sequentially conveyed into the bottle cap cleaning device through the cap conveying device to be cleaned, so that the problem that friction is generated between the bottle caps and the conveying belt in the conveying process of the existing bottle caps on the conveying belt is solved.

The utility model provides a beer barrel filling cleaning valve which comprises a cleaning valve body and a supporting frame, a valve rod is arranged in the cleaning valve body, the cleaning valve body is installed on the supporting frame, a lifting air cylinder for driving the valve rod is arranged on the supporting frame, an auxiliary L-shaped plate is fixedly arranged on the supporting frame, and the auxiliary L-shaped plate is fixedly connected with the valve rod. A moving assembly is arranged on the auxiliary L-shaped plate and connected with the L-shaped plate, and an auxiliary lifting air cylinder is installed on the back face of the L-shaped plate. Compared with the prior art, the beer barrel cleaning device has the advantages that the auxiliary lifting air cylinder is used for driving the clamped beer barrel to reset, so that follow-up work is not carried out on the conveying belt and is more stable, the lifting air cylinder acts to finally drive the valve rod to move upwards until the valve rod ejects the beer spear open, then the beer barrel is cleaned, and the beer barrel is cleaned. Therefore, the filling machine is simple in design, the specific operation is avoided from working on the conveying belt, and the overall stability is greatly improved.

This invention discloses a miniature canning and conveying device, comprising a conveying assembly, a capping assembly, a cap transfer assembly, a guardrail assembly, a filling assembly, and a sterilization assembly mounted on a substrate. The conveying assembly has an inlet end, an inlet conveying end, an outlet conveying end, and an outlet end, with the inlet and outlet conveying ends conveying in opposite directions. The capping assembly is positioned above the inlet and outlet conveying ends. The cap transfer assembly is positioned between the inlet and outlet conveying ends. The guardrail assembly is laid between the inlet and outlet conveying ends, forming a filling and inoculation station, a sterilization station, and a channel. The filling and sterilization assemblies are respectively positioned at the filling and inoculation stations and the sterilization station. The guardrail assembly includes a bottle pushing component. This invention enables the filling and inoculation of the medicine inside the isolator from outside the isolator, preventing contamination of the internal environment of the isolator and leaks due to manual operation.

According to the present invention a method for sterilizing an interior of an aseptic filler chamber before operation of the aseptic filler is provided, the aseptic filler filling a sterilized container with a sterilized content in an aseptic atmosphere and sealing the container filled with the content, wherein after the interior of the chamber of the aseptic filler is cleaned by spraying water at room temperature or warm water into the chamber (1), spindles of cappers are moved up and down to remove the water remaining in bellows protecting the spindles, and a sterilizer is then sprayed into the chamber of the aseptic filler.

The utility model provides a packing device for agricultural and sideline product production, which relates to the technical field of agricultural and sideline product packing and comprises a conveying table, a support is arranged on one side of the conveying table, and an electric push rod is fixedly mounted at the bottom of the support; the fixing assembly is arranged at the bottom of the electric push rod and comprises a connecting rod, a clamping jaw, a fixing rod, a connecting seat, an extrusion rod, a moving rod and a gear; the cleaning assembly is arranged at the bottom of the electric push rod and comprises a nozzle, an air exhaust hole and an air pipe. According to the packaging device for agricultural and sideline product production, through the arrangement of the fixing assembly, a bottle opening is clamped, the positions of the bottle opening and a nozzle are fixed, dislocation of the bottle opening and the nozzle is prevented, through the arrangement of the cleaning assembly, an air extracting pump extracts air from a liquid outlet hole in the nozzle through an air pipe, so that liquid on the inner wall of the liquid outlet hole is pumped into an air extracting hole, and therefore the liquid outlet hole is cleaned. Liquid is prevented from flowing out from the nozzle bottom.

The invention belongs to the technical field of photoresist sub-packaging, and discloses photoresist automatic canning equipment which comprises an equipment body, a roller line module, a cover opening and locking module, a filling module and an air return system, the equipment body adopts closed design, and a cover opening and locking area and a filling area are arranged in the equipment body; the roller line module extends to the equipment main body to be arranged, passes through the cover opening and locking area and the filling area, and is used for bearing and conveying a photoresist container; the cover opening and locking module is arranged in the cover opening and locking area and is used for opening and taking away a cover body of the photoresist container or installing and locking the cover body of the photoresist container; the filling module is arranged in the filling area and is used for injecting a set volume of photoetching liquid into the photoresist container; the air return system is used for forming a clean air flow field in the equipment body, and the cleanliness of the filling area is guaranteed. According to the full-automatic filling machine, full automation of cover opening, filling and cover locking is achieved, the safety and cleanliness of the filling process are improved, and the filling efficiency and the product quality are effectively improved.

The utility model belongs to the technical field of beer brewing production lines, and provides a multi-level energy closed-loop system which comprises a heat energy balance system, a water recycling system, a bottle filling line workshop and a ring-pull can filling line workshop. The beer brewing production line is provided with a heat energy balance system and a water recycling system, the effect of reducing the steam consumption and the tap water consumption in the beer brewing production line can be achieved, and the production cost is saved. Through the heat energy balance system, high-temperature condensate water in the high-temperature condensate water tank can be subjected to heat exchange for three times through the first double-end machine, the second double-end machine, the first sterilization machine and the second sterilization machine and then returns to the medium-temperature condensate water tank or then enters a third sterilization machine in a pop can filling line workshop to be subjected to heat exchange for the fourth time; and water for heat exchange can be recycled to a water recycling system, so that closed-loop utilization of energy is realized.

The utility model discloses a linear injection-blowing-filling-sealing all-in-one machine which comprises a machine frame, a vertical injection molding machine, a handover station, a bottle blowing device, a filling device, a sealing device, a bottle discharging device, a linear transfer device and a bottle conveying device, wherein the vertical injection molding machine, the handover station, the bottle blowing device, the filling device, the sealing device and the bottle discharging device are arranged on the machine frame. The bottle inlet and outlet lines of the bottles in the bottle preform forming mold, the handover station, the bottle blowing device, the filling device, the sealing device and the bottle outlet device in the vertical injection molding machine are the same central axis; the linear transfer device is arranged in an opening and closing mode in the transverse width direction of the rack so as to be used for containing, receiving and preserving heat of a row of bottle preform columns which freely fall off when the bottle preform forming molds are demolded and transferring the bottle preform columns to a handover station in a sliding mode. And the bottle conveying device is used for simultaneously clamping a plurality of groups of bottle rows which are sequentially arranged on the central axis between the handover station and the sealing device, respectively moving the bottle rows to the next station and then returning the bottle rows to the previous station along the central axis. The device is simple in overall structure and high in action precision, energy consumption and cost can be effectively reduced, and meanwhile production efficiency is improved.

This invention provides an automated filling device integrating extinguishing agent and high-pressure gas filling functions, relating to the field of fire extinguishing device manufacturing, and particularly to a filling device and method for extinguishing agents and high-pressure gas. The device includes a ball screw stepper motor, a liquid collection chamber, a four-way valve, an operating lever, one-way valve 1, one-way valve 2, and one-way valve 3. The filling device uses a ball screw stepper motor to drive a liquid-pushing piston, controlling the filling amount of extinguishing agent by precisely controlling the piston stroke. The "operating lever + piston groove" design of the filling device integrates the pre-installation, positioning, and final tightening of the seals within the device. The filling device integrates the three key steps of extinguishing agent filling, high-pressure gas pressurization, and bottle mouth seal installation into one device, and achieves function switching through a core component, the four-way valve.

Plant for producing and treating containers, the plant comprising a clean room, a production machine for producing preforms, a blow molding machine arranged downstream of the production machine for forming the preforms into containers and a container treatment machine arranged downstream of the blow molding machine for treating the containers, wherein the production machine, the blow molding machine and the container treatment machine are arranged in the clean room and wherein each component of the production machine, the blow molding machine and the container treatment machine that comes into physical contact with a preform or a container is made of or comprises sterilization-resistant material.

An aseptic apparatus (1) for filling and closing Aluminium or glass receptacles (100) with ROPP screw caps (101), the aseptic apparatus (1) comprising: - a filling unit (13) configured to inject a product within the receptacles (100); - a ROPP capping unit (10) arranged downstream the filling unit (13) and being configured to apply on the receptacles (100) the ROPP screw caps (101) already sterilized; - an isolator (11) delimiting a controlled-contamination environment (12), the filling unit (13) and the ROPP capping unit (10) being arranged inside the isolator (11).

[Object] To provide a content filling system having a compact overall configuration. [Solution] Sterilant is blown from a first sterilization part 193A onto a container 10 molded by a blow molding machine 112, and a label 40 is affixed to the outer periphery of the container 10 in a labeling unit 210. Sterilant is blown from a second sterilization part 193 to the container 10 to which the label 40 has been affixed.

To provide a beverage producing method, beverage barrel and beverage producing system allowing for reducing work and environment loads together with suppressing production cost.SOLUTION: A beverage producing method according to one embodiment, for charging beverage barrel 10 with beverage, includes a step of printing a liquid kind of beverage on a side 11 of the beverage barrel 10 by applying ink B to the side 11. The ink B is to be removed from the side 11 by cleaning the side 11 of the beverage barrel 10.SELECTED DRAWING: Figure 2

The utility model provides a be used for automatic packaging machine of paint production, including paint production packing shell still includes: purification structure, purification structure sets up in paint production packing shell one side, removes cover structure, removes cover structure sets up in paint production packing shell in. Through motor rotation drive two clamping frame each other close, with paint filling bottle is fixed, convenient better to paint filling bottle carries out clamping fixed time, to paint filling bottle carries out filling positioning, through the side wall of moving shelter frame right side shelter in square through groove, exhaust fan carries on the exhaust, active carbon carries out adsorption purification to the harmful gas of air extraction, convenient better avoid the harmful gas of paint to float out when packaging machine carries out paint filling package, produce harm to the worker body.

The application discloses a lubricating oil bucket conveying device and relates to the technical field of lubricating oil bucket conveying equipment.The guide liquid box is arranged on the lubricating oil filling machine, a physical barrier is formed at the filling moment by using the surrounding structure of the guide liquid box, the outward spraying of lubricating oil caused by high-pressure filling or air pressure fluctuation in the bucket is effectively blocked, the instant collection and directional filling of the sprayed residual oil are realized by matching the inclined flow surface and the liquid flow hole in the guide liquid box, the transportation and cleaning assembly of the return section of the chain plate conveying belt is combined, the secondary cleaning is carried out through high-pressure flushing and a rubber scraper, the stubborn problem that the surface of equipment is oily due to oil mist spraying and dripping in the lubricating oil industry is solved, the safety production hidden danger is eliminated, the dust in the bucket is cleaned on line before filling through the negative pressure dust suction assembly integrated on the handle guide column, the blank of the cleanliness control of traditional equipment before filling is filled, the impurities are prevented from mixing from the source, and the high quality and process consistency of the lubricating oil product are ensured.

The utility model discloses an automatic filling production line, which relates to the related field of filling equipment technology, and comprises a device body, the device body comprises a conveying belt, a stirring assembly and a limiting assembly, the upper end of the conveying belt is respectively provided with a material storage barrel and a hydraulic rod, the bottom of the material storage barrel is provided with a filling head, and the inner wall of the material storage barrel is internally provided with a heating layer. The stirring assembly is arranged in the material storage barrel, the lower end of a hydraulic rod is connected with a cover pressing disc, the two limiting assemblies are symmetrically arranged, located on the side face of the conveying belt and correspond to the cover pressing disc, the stirring assembly comprises a cover plate fixed to the top of the material storage barrel, and a motor is arranged on the cover plate. The driving end of the motor penetrates to the lower end of the cover plate and is fixedly provided with a connecting rod, the lower end of the outer side of the connecting rod is fixedly provided with a side scraping plate, raw materials can be heated and stirred, the inner wall of the storage barrel can be scraped and swept, the uniformity and state of the raw materials can be conveniently guaranteed, and the raw materials are prevented from precipitating or bonding.

Method for treating at least a container (10) made of aluminium at a time, wherein the container (10) made of aluminium is provided with an external lateral surface (11) and with an internal lateral surface (12) delimiting a cavity (15) accessible through an aperture (13). The method comprises the steps of supplying at least a jet of water for injection at a predetermined temperature T* higher than 25 °C towards the external lateral surface (11) and towards the internal lateral surface (12). The supply is interrupted after a predetermined period of time (t) obtaining at least a washed container (10') free or substantially free from endotoxins. A packaging step inside a white room (102) of the or each washed container (10') follows obtaining at least a packaged container (10")

The utility model belongs to the technical field of filling equipment, and particularly relates to a cap screwing gripper of a filling machine for producing single-walled carbon nanotube slurry, which comprises a hollow connecting rod and a cap screwing gripper, the adjusting piece is connected with the air cylinder through a piston rod; the connecting arms are circumferentially and symmetrically hinged to the lower edge of the connecting rod, and the adjusting part is located in the middle of each connecting arm; two sides of the upper parts of the supporting claws are respectively hinged with the adjusting piece and the connecting arms; the air cylinder is suitable for driving the adjusting piece to move in the axial direction of the connecting rod. When the adjusting piece moves upwards, the adjusting piece acts on the hinge point of the supporting claw through traction, so that the supporting claw is folded inwards to be meshed with the outer wall of the internal thread screw cap. When the adjusting piece moves downwards, the lower edge of the adjusting piece extrudes the guide inclined face of the supporting claw, so that the supporting claw expands outwards, and the inner wall of the external thread screw cap is supported.

This invention discloses a miniaturized, high-precision, isobaric automatic beer filling equipment, comprising a frame with a feeding station, an air blowing station, a filling station, a transfer station, a capping station, a sealing station, a cleaning station, and a discharge station; a can conveyor belt installed at the feeding station; a carbon dioxide blowing mechanism installed at the blowing station; a first transfer mechanism installed on the frame; a filling mechanism installed at the filling station; a second transfer mechanism installed at the transfer station; a cap dispensing mechanism installed at the capping station; and a sealing machine installed at the sealing station for sealing beer cans located at the sealing station. This invention achieves automated beer filling production. Compared with existing canned beer production lines, it has a compact structure, occupies less space, can start production immediately without pre-testing for different beers, significantly reduces beer loss, requires less frequent maintenance, and has short maintenance time.