12results about "Caps pretreatment" patented technology

The application discloses a bottle cap and bottle body continuous screwing equipment and operation method of barrier bottles, and relates to the technical field of screwing equipment. The bottle cap and bottle body continuous screwing equipment and operation method of barrier bottles are characterized by the following: a U-shaped frame is arranged in the outer middle part of the conveying mechanism. The worn spliced screwing plate can be replaced in a targeted manner through the cooperation of the T-shaped block, the sealing plate and the bolt, and the whole screwing assembly does not need to be replaced, so that the use cost is reduced. Through the cooperation of the bearing sliding block, the third spring, the U-shaped cross link and the brush, the two high-friction long plate assemblies are far away from each other to release the clamping of the bottle cap as the bevel gear moves downward. After the barrier bottle with the screwed bottle cap is sent out backward, the bevel gear pushes the push rod to continue moving downward, and the U-shaped cross link and the brush are pushed downward. In the process, the brush can clean the surface of the spliced screwing plate, and the small particles on the spliced screwing plate and the anti-skid protrusions are removed, so that the screwing effect is ensured, and the linkage is strong.

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.

The invention discloses automatic sealing equipment for oral liquid filling, and relates to the field of oral liquid sealing, the automatic sealing equipment comprises a first frame body, a second frame body, a base and conveying belts symmetrically distributed on the left side and the right side of the base, and the upper end of an output shaft of the base is fixedly connected with a rotating disc used for conveying oral liquid bottle bodies; a plurality of groups of pressing mechanisms for pressing threads of the bottle cap are mounted at the bottom of the frame body I; a driving mechanism is arranged on the first frame body, and when the detection mechanism detects that threads of the bottle caps are incomplete, after the first driving piece is reset, the driving mechanism drives a new set of pressing mechanisms to be replaced to a pressing station; the automatic detection mechanism is arranged to be in linkage with the driving mechanism, the integrity of threads of a bottle cap can be detected in real time in the sealing process, the rolling knife set is automatically replaced when it is detected that the threads are incomplete, and the batch quality problem caused by rolling knife abrasion is effectively avoided; and the qualification rate of oral liquid sealing and the automation degree of a production line are remarkably improved.

It is described a caps sterilizer (1; 1') comprising: a sterilizing housing (2); a motor housing (3) housing a motor (32) which is connected to carriages (4;4') transporting caps in the sterilizing housing (2), and located in the internal volume (31) of the motor housing (31), for generating the respective movements of the carriages (4;4'), the caps sterilizer;wherein: each carriage (4;4') defines at least one respective rail (41) for receiving a row (Z) of caps (F1; F2), the caps sterilizer (1) being configured so that each rail (41) is transversal to the movement of the respective carriage (4;4');each carriage (4;4') comprises a respective connection flange (42) which is located in the internal volume (31) of the motor housing (3), for connecting the carriage (4) to the motor (32) so that the motor (32) can generate the movement of the carriage (4;4');each carriage (4;4') comprises a respective regulation device (43; 43') for regulating the width (W) of each rail (41) defined by the carriage (4;4'), to adapt said width (W) to the format of the caps (F) to be sterilized.

Provided according to aspects of the present disclosure are methods for processing plastic containers, comprising: i. providing a container suitable for hot filling; ii. filling the container with a heated or heatable liquid, including water; iii. sealing the container with a closure or cap to close the container; iv. cooling the liquid in the sealed container to create a first headspace pressure within the container; v. loading the cooled and sealed container into an open sterile converter chamber, wherein the converter chamber comprises: 1. a sterile environment; 2. means to maintain the container within the converter chamber sterile; 3. means to perforate or open the cap or closure of the container in the converter chamber; 4. means to seal the opening or perforation within the converter chamber; and 5. means to transport or convey a plurality of containers within the converter chamber; vi. forming an opening in the closure or cap of the container in the sterile environment of the perforator means or device for forming an opening in the closure or cap; vii. increasing the first headspace pressure within the container to a second headspace pressure by introducing a sterilizing fluid into the headspace of the container; viii. resealing the container in the sterile environment of the sealing means or device; ix. transporting or conveying the sealed container from the sterile environment of the converter chamber.

The present application relates to a kind of aseptic capping work station, including the most upper part of the cap dispenser (1), the middle part of the sterilization bin (2), the most lower part of the sterile bin (3), lower cover channel (9) sequentially through cap dispenser (1), sterilization bin (2) and sterile bin (3), cover sending mechanism (10) is equipped with at the lower cover channel (9) export of sterile bin (3), it is characterized by: cover sending mechanism (10) is reciprocating type cover sending mechanism, the cover of the output of sterile bin (3) is fixed then horizontally moved to between servo capping head (6) and bottle mouth, servo capping head (6) is grabbed again to rise to the cover of being gripped downward, reciprocating type cover sending mechanism returns to original position, servo capping head (6) is fixed again to the cover of being gripped in bottle mouth to complete capping package by being gripped downward.The present application structure is novel and reasonable, unique, and the action of cover is given, and cover is automatically and reasonably, position is accurate, reduces the capping deviation rate of cover;Sterile work bin interior is simple and easy to clean.

There is described a caps sterilization apparatus (10) for the sterilization of caps (2) comprising: - a caps sterilizer (11) for sterilizing the 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;- a caps feeding module (13) for feeding the caps (2) into the caps sterilizer (11) and configured for irradiating the caps being fed by UV radiation, the caps feeding module (13) being configured for feeding the caps (2) along a feeding direction (F).

The spray bottle cap assembling device comprises a machine body, a mechanical arm for feeding bottle bodies and bottle caps is arranged on the front side of the top of the machine body, and the interiors of the bottle caps are in threaded connection with extraction pipes. Through cooperative use of the clamping mechanism, the first cleaning mechanism, the assembling mechanism, the linkage mechanism and the second cleaning mechanism, the outer wall of an opening of a bottle body is sleeved with second cleaning cotton, the second cleaning cotton is rotated, threads on the outer wall of the opening of the bottle body are cleaned, and then an extraction pipe is screwed down from a bottle cap, so that the bottle cap is cleaned. Then the first cleaning cotton extends into the bottle cap and rotates to clean internal threads on the inner wall of the bottle cap, then the extraction pipe and the cleaned bottle cap are reassembled, and finally the extraction pipe and the bottle cap are integrally assembled on the bottle body, so that convenience and rapidness are achieved; operation steps needed in the assembling mechanism, the first cleaning mechanism and the second cleaning mechanism are driven through a linkage mechanism, the principle is simple, and control is convenient.

It is described a caps sterilizer (1''' ) comprising a sterilizing housing (2) defining within it a sterilizing chamber (21), a plurality of carriages ( 3''') arranged within the sterilizing chamber (21) and a motor group (4) positioned outside the sterilizing housing (2). The motor group (4) comprises a motor housing (42) defining a motor chamber (421), moveable actuator elements arranged within the motor chamber (421) and an actuator unit configured to move the actuator elements within the motor chamber (421). The cap sterilizer (1''') further comprises a dynamic seal system 60 being fluidically interposed between the motor chamber (421) and the sterilizing chamber (21). Each carriage (3'''') comprises a respective flange (39) being structurally connected to at least one respective actuator element. The dynamic seal system (60) comprises a U-shaped slot (61) being in fluidic connection with the sterilizing chamber (21) and the motor chamber (421). Each flange (39) comprises a U-shaped connection portion (391) placed within the U-shaped slot ( 61).

Systems and methods for filling and sealing a container can include a housing having an opening for receiving containers, a rotary assembly including mount assemblies disposed in the housing, the rotary assembly operable to rotate the of mount assemblies about a central axis, a washing station, a filling station, a steam injector, and cap setter disposed in the housing.