80results about "Bottle-handling machines" patented technology

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.

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.

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 present invention relates to a container treatment device (100) for treating containers, preferably for filling containers with a filling product and / or for closing containers filled with a filling product with a container closure, comprising a housing part (110) defining a treatment chamber (120) and an electrical and / or electronic component (500) for monitoring and / or illuminating a treatment module in the treatment chamber (120), wherein the electrical and / or electronic component (500) is arranged in a component receptacle (200) projecting through the housing part (110) into the treatment chamber (120).

The utility model belongs to reagent filling automation equipment technical field discloses a kind of automatic canning machine for reagent filling, including base frame, index transmission system, filling unit, capping unit and gas-electricity integrated system, base frame is by bottom support cabinet and frame skeleton welding structure, and frame skeleton is layered truss structure;Index transmission system is integrated in base frame, and index transmission system includes feed conveyor belt and coaxial link's circular turntable, the edge of the circular turntable is provided with equal-angle arc limiting slot;The filling unit is fixed on the frame skeleton, and the filling unit includes storage hopper and the multiple-channel filling head connected, the end of the multiple-channel filling head is embedded with pneumatic ration valve, and the valve body of the pneumatic ration valve extends liquid injection pipe below.The utility model structure is strong in rigidity, and anti-vibration stable, and index transmission positioning is accurate, and multiple-channel pneumatic ration filling precision is high and anticorrosion, and vacuum chuck capping is reliable against falling off.

The utility model provides a kind of lid sterilization machine.It solves the problem that conveying unit of existing lid sterilization machine, track of transporting bottle cap and last drying device are located on the same plane, bottle cap needs to be conveyed and moved after being connected by several rotating discs, and the overall equipment occupies large space.The utility model is set in the height direction of feeding mechanism and drying mechanism by misalignment, compact structure, significantly reduces the size of the overall equipment occupied, uses two sterilization components to atomize sterilization on bottle cap in feeding mechanism and first guide rail respectively, better sterilization effect, bottle cap in feeding mechanism is conveyed to drying mechanism by first guide rail, effectively reduces the turning movement on bottle cap moving path, not easy to jam cover during moving process, significantly improves sterilization efficiency.

A system for transporting, filling and closing containers (4) transported in an at least two rows comprising a placing section (11), a filling section (12) and a closing section (13), wherein it further comprises: an at least one magnetic linear transport line (3) extending through the placing section (11), the filing section (12) and the closing section (13); a plurality of transport carts (10) attached to the at least one magnetic linear transport line (3) configured to move along the at least one magnetic linear transport line (3); a plurality of holder pairs (1), wherein each of the holder pair (1) comprises a first holder (2a) and a second holder (2b), wherein each of the first holder (2a) and the second holder (2b) comprises a first end portion (8a) and a second end portion (8b), wherein at least the first end portion (8a) of the first holder (2a) is attached to the first transport cart (10) and at least the first end of the second holder (2b) is attached to the second transport cart (10) wherein each of the first end portion (8a) of each of the first holder (2a) and the second holder (2b) is attached to the different transport cart (10), wherein the first holder (2a) and the second holder (2b) comprise at least two first contact areas (5a) placed such, that the first contact areas (5a) of the first holder (2a) are facing toward the first contact areas (5a) of the second holder (2b), that is toward an inside of the holder pair (1); at least one automatic placing device (7), configured for placing the containers (4) between the holder pair (1), located in the placing section (11); wherein the filing section (12) is downstream of the placing section (11), wherein the filling section (12) comprises at least one filler unit (18) comprising at least two rows of at least one filler, configured to fill all rows of the containers (4) moved to the filling section (12), wherein the closing section (13) is downstream of the filling section (12), wherein the closing section (13) comprises at least two closing subsection (13a) and wherein each of the closing subsection (13a) comprising one row of at least one closing device (22) and wherein all closing devices (22) in each closing subsection (13a) are configured to put closure on one row of the containers (4), wherein each closing subsections (13a) is configured to put the closure on a different row of the containers (4).

This utility model discloses a fresh-mixed beverage bottle cap, comprising an upper cap, a middle cap, and a lower cap. The upper cap includes a top cap and an anti-theft ring connected below the top cap. The inner wall of the top cap has internal threads that mate with the middle cap. The anti-theft ring is fitted around the middle cap, with one part connected to the top cap via a point connection and the other part connected to the top cap via a pull strip. The two sides of the pull strip are respectively connected to the top cap and the anti-theft ring via point connections. The lower cap is inserted into the beverage bottle and screwed onto the bottle neck. The middle cap is inserted into the lower cap, and the upper cap is screwed onto the middle cap, sealing the top of the middle cap to form a cavity for storing honey. Through the cooperation of a guide post and a guide groove, the middle cap moves downward within the lower cap, puncturing the bottom of the lower cap, allowing the honey in the cavity to flow into the beverage bottle through the puncture. The upper, middle, and lower caps employ a multi-stage sealing system. Through a precision sealing structure, the pre-treated honey meets the colony count requirements, with a residual crystal nucleus content of ≤2%, preventing damage to the seal due to crystal expansion during storage.

The application discloses a chemical filling supply and recovery integrated device, and belongs to the field of chemical filling. The device comprises a filling machine, a conveying table and a filling barrel placed on the conveying table. The filling machine comprises a machine body, a liquid supply assembly, a moving assembly, a sealing cover, a foam scraping assembly, a gas recovery assembly and a liquid recovery assembly. The liquid supply assembly comprises a liquid supply system and a filling port. The sealing cover is provided with a liquid inlet. The filling port fills liquid into the filling barrel through the liquid inlet. The liquid recovery assembly comprises a grabbing piece and a water absorption pad. The water absorption pad is fixedly installed at the bottom of the sealing cover. The grabbing piece drives the foam scraping assembly to move upward. The liquid on the foam scraping assembly is blown off through the gas recovery assembly. Meanwhile, the residual liquid on the foam scraping assembly is recovered through the water absorption pad. Meanwhile, the inert gas is injected into the filling barrel to eliminate foam. The liquid suspended on the foam scraping assembly is removed. The residual liquid on the scraping plate is recovered through the water absorption pad.

By providing a system and method capable of easily grasping an abnormality that can occur in a partition wall for aseptic filling, maintenance costs of an aseptic filling device are suppressed, and productivity is helped to be improved. The partition wall abnormality detection system is provided with: an aseptic area in which discharge portions of respective filling valves are located; a non-aseptic area; a functional unit selected from at least one of a plurality of closure devices, a plurality of filling valves, and a plurality of head caps; and a medium supply portion configured to supply a detection medium for detecting a related abnormality of a partition wall included in the functional unit to the plurality of functional units. A closed space constituted by the partition wall retains the detection medium supplied by the medium supply portion in the absence of an abnormality and causes the detection medium to leak in the presence of an abnormality.

There is described a caps sterilizer (11) for sterilizing caps (2), the caps sterilizer (11) being configured for sterilizing the caps (2) while the caps advance according to an advancement direction (A), and by means of a sterilizing agent; wherein the caps sterilizer (11) defines, along said advancement direction (A):- an injection zone (19), the caps sterilizer (11) being configured for injecting the sterilizing agent in the injection zone (19);- an activation zone (26) which is located downstream of the injection zone (19), with respect to the advancement direction of the caps (2), and in which the sterilizing agent resides on the caps (2);- a drying zone (25) which is located downstream of the activation zone (26), with respect to the advancement direction (A) of the caps (2), the caps sterilizer (11) being configured for at least partially drying the caps (2) in the drying zone (25), to at least reduce the residual of sterilizing agent on the caps (2), preferably by introducing heated air in said drying zone (25);- a further zone (27) which is located downstream of the drying zone (25), with respect to the advancement direction (A) of the caps (2);wherein the caps sterilizer (11) is configured so that the sterilizing agent enters into contact with the caps (2) at least partially by means of condensation; wherein the caps sterilizer (11) is configured for irradiating the caps (2) in the drying zone (25) or in said further zone (27) by UV radiation.

This utility model proposes a rapid nitrogen-filling and capping device for edible oil, comprising a cap-feeding mechanism with a downwardly inclined cap-feeding frame and a cap-feeding slide. Specifically, it also includes a nitrogen-filling mechanism, comprising a gas pipe support and a nitrogen-filling pipe. The end section of the nitrogen-filling pipe is located below the cap-feeding frame near the end of the cap-feeding slide, and the end of the nitrogen-filling pipe has a downwardly arranged nitrogen-filling nozzle. This achieves the technical objective of simple and efficient nitrogen-filling, and reduced installation and maintenance costs. Furthermore, a position sensor, a nitrogen-filling control module, and a nitrogen control valve are provided to regulate the nitrogen-filling status. Additionally, a pre-compression mechanism is provided to press the cap onto the bottle while it is being capped, pre-pressing the cap onto the bottle opening before capping, effectively preventing nitrogen leakage from the bottle. The bottle is further transported during the nitrogen-filling, capping, and capping processes via a spiral bottle-feeding mechanism, a first star wheel, and a capping device, ultimately completing the edible oil nitrogen-filling and capping process efficiently and reliably.

This invention provides a capping head, spindle assembly, capping device, and capping system that enable a compact and lightweight capping head, thereby increasing the capping processing speed and improving production efficiency. [Solution] The system comprises a body (1) centered on a central axis (O), a cam follower (4) that rolls on the outer surface of a cone cam (7), a forming roller (5) that moves radially in conjunction with the radial movement of the cam follower (4), and a biasing member (6) that biases the cam follower (4) and the forming roller (5) radially inward. The plurality of forming rollers (5) include a plurality of screw forming rollers (5A) and at least one hem-rolling roller (5B). The body (1) has a body recess (13) that is recessed downward from the upper surface (1a) of the body (1) and accommodates at least the lower end of the cone cam (7).

To provide a content filling system and a method for manufacturing a container with a content, which are able to reduce the cost of equipment, chemicals, energy and the like in the content filling system by performing sterilization suitable for a specific type of content.SOLUTION: A content filling system 10 comprises: a container sterilization device 20 that sterilizes a can 1; a lid sterilization device 30 that sterilizes a lid 2 that closes the can 1; a filling device 70 that fills the sterilized can 1 with the content; a lid attachment device 80 that closes the can 1 filled with the content with the sterilized lid 2; and at least one of chambers 90a to 90k that accommodates the container sterilization device 20, the lid sterilization device 30, the filling device 70 and the lid attachment device 80. The content is a beverage containing acidic and carbon dioxide gas. The sterilization degree of the content filling system 10 is adjusted in advance such that the sterilization effect on spore-forming yeast or heat-resistant lactic acid bacteria, which are index bacteria, is 3 LRV or more and 12 LRV or less.SELECTED DRAWING: Figure 1

The application discloses a kind of HPP beverage ultra-high pressure sterilization and cold filling linkage device, belong to the field of beverage processing.A kind of HPP beverage ultra-high pressure sterilization and cold filling linkage device, comprising: equipment frame and main machine installed on equipment frame, the both ends of the equipment frame are provided with first conveying mechanism and second conveying mechanism, further comprising: sterilization tank, set in the equipment frame;Buffer bucket, set in the sterilization tank, and the third conveying mechanism for supporting buffer bucket and facilitating the movement of buffer bucket is provided in the sterilization tank;A plurality of one-way communication pipes, set on the buffer bucket, and the one-way communication pipe is communicated with buffer bucket;The application effectively avoids the problem that beverage breakage stops cleaning and affects sterilization efficiency, while avoiding temperature rise fluctuation too large to affect the taste of beverage.

The utility model relates to milk filling related technical field, especially a kind of filling bottle sterilization device, including base;The upper portion of base is equipped with filling bottle turnover subassembly;The immediately below of filling bottle turnover subassembly is equipped with integrated disinfection drying assembly, and the integrated disinfection drying assembly includes lifting cylinder, is fixedly connected to the top of base;Integrated disinfection drying seat, is fixedly connected to the telescopic end of lifting cylinder;Drying spray bar, is installed in the top of integrated disinfection drying seat;Integrated disinfection drying assembly adopts nested spray bar design, disinfection spray bar is sleeved in drying spray bar, synchronously realizes disinfectant spray and high-temperature gas drying, shortens process time more than 50%, simultaneously, integrated disinfection drying assembly integrates disinfection and drying function, saves equipment land occupation, furthermore, disinfection and drying are carried out simultaneously, drying gas instant drying residual liquid, and prevent secondary pollution.

The invention relates to a method for decontaminating a preform (14) made of thermoplastic material by exposing at least one part of the preform (14) to reactive species (RS) obtained by mixing a precursor agent (AP) with a plasma (P), the plasma (P) being generated by injecting a carrier gas (G) into a reactor (40), characterized in that the mixing of the precursor agent (AP) and the plasma (P) is carried out exclusively outside of the reactor (40) before coming in contact with the preform (14). The invention also relates to a decontamination device (50) for implementing the method.

The present invention relates to a container processing apparatus for processing containers, preferably for filling containers with contents, and / or for sealing containers filled with contents with a container sealing member. [Solution] The container processing apparatus (100) comprises a housing portion (110) that defines a processing chamber (120), and electrical and / or electronic components for monitoring and / or illuminating processing modules within the processing chamber (120), wherein the electrical and / or electronic components are arranged in a component housing portion (200) that penetrates the housing portion (110) and protrudes into the processing chamber (120).

The invention relates to a filling machine and a method for filling a product, in particular a liquid food product, into a container. The filling machine is provided with a working chamber having a clean zone for filling the container while the container is conveyed through the working chamber. The clean zone is provided by introducing HEPA filtered air through a fluid inlet into the working chamber.

The application provides an automatic filling and sealing device, and relates to the technical field of automatic filling and sealing, which comprises a supporting frame, mounting seats are arranged on the left and right sides of the supporting frame, and a filling bottle conveying belt is rotatably installed between the inner walls on the front and back sides of the mounting seat. The automatic conveying and sealing assembly is arranged, the three-jawed clamp is moved to the top of the bottle cap conveying belt, a plurality of bottle caps are sequentially placed on the top of the bottle cap conveying belt, the three-jawed clamp can clamp the bottle caps, the third electric telescopic rod can drive the three-jawed clamp to descend after clamping, and the motor can drive the driving shaft, the three-jawed clamp and the bottle caps to rotate. The third electric telescopic rod needs to be operated to descend during the rotating process, the bottle caps can be screwed and sealed conveniently and quickly, the filling bottle is placed on the right filling bottle conveying belt after sealing, so that the device can quickly realize filling and sealing integration, and manual collection and transportation of the filling bottle by the staff are not needed.