812results about "Successive articles" patented technology

The application discloses a multi-column packaging machine convenient to clean, which comprises a feeding assembly, a former body and a longitudinal sealing assembly. A material guiding recess is arranged at the bottom of a material bin. The accumulated powder material is gathered and guided to flow to a first discharge hole through the material guiding recess. The former body is arranged below the feeding assembly. A central through hole is arranged on the front side of the former body. A longitudinal sealing accommodating channel is movably formed between the surface in the third accommodating recess and the back surface of the longitudinal sealing movable seat. The longitudinal sealing accommodating channel is in communication with the central through hole. One end of a filling pipe is fixedly connected with the first discharge hole, and the other end of the filling pipe is sequentially arranged in the central through hole and the longitudinal sealing accommodating channel. Compared with the prior art, the application has the beneficial effects that the flowability of the powder material in the material bin is effectively improved through the arrangement of the arc-shaped curved surface, the central through hole is designed in an open type, and the detachable connection mode of the longitudinal sealing assembly is adopted, so that the disassembly direction of the longitudinal translation of the filling pipe is realized.

A punching device for punching out blister packs from a blister strip having at least a first and a second punching element. The first punching element has at least one punch and the second punching element has a die. The first punching element is movable back and forth in a punching direction in such a way that the punching device alternately assumes an open position and a closed position. The first punching element has a plurality of punch sets, each of which comprises a punch, an actuating plate and a plurality of punch guides, which extend between said punch and the actuating plate and are connected thereto, wherein the punch guides extend through a base plate of the first punch element. The base plate of the first punching element has a punch set stop, which is in contact with the actuating plate in an operating position of said punch.

The invention relates to the technical field of desiccant packaging equipment, and discloses a desiccant packaging supply film forming device which comprises a packaging forming device and a regulation and control conveying mechanism installed on the packaging forming device. Comprising a first rotating shaft fixedly connected with the packaging forming device and a first friction roller fixed to the first rotating shaft. Each of the two second friction assemblies comprises a second friction roller mounted on the first rotating shaft; the moving assembly is used for controlling the two second friction rollers to move; the heat dissipation assembly works in cooperation with the moving assembly and is used for enabling two second friction rollers to move in opposite directions through the moving assembly according to the friction coefficient needed by the packaging film and the material of the packaging film, and the contact area between the two second friction rollers and the packaging film is changed; for a smooth PE film, the contact area is reduced, and the friction force is reduced; for rough composite aluminum films, the contact area is increased, the friction force is improved, film material slipping or tensile deformation is avoided, and the film supply stability is ensured.

The invention relates to the technical field of packaging equipment. The back sealing powder packaging machine comprises a machine body, a supporting frame is arranged on one side of the top of the machine body, a feeding hopper is arranged on the supporting frame, a rotating shaft is rotationally arranged on the top of the machine body, a material distributing disc is coaxially and fixedly arranged on the rotating shaft, and a plurality of material distributing barrels are arranged on the material distributing disc; a feeding pipe is arranged at the bottom of the feeding hopper in a communicating mode, a blocking plate is rotatably arranged at the bottom of the material distributing disc, a discharging assembly is arranged on the machine body, a material scraping assembly is arranged on the supporting frame, a material uniformizing assembly is arranged in the feeding hopper, a driving assembly is arranged on the machine body, and a linkage assembly is arranged at the top of the machine body. An adjusting assembly is arranged on the material distribution disc. The material distributing device has the beneficial effects that the material distributing barrels can be evenly filled one by one and then rotate to the top of the discharging hopper, then the linkage assembly drives the material discharging assembly and the material hanging assembly to synchronously work, and therefore raw material powder in the material distributing barrels can be rapidly discharged conveniently.

A special-shaped bag filling and packaging machine comprises a machine frame, a film feeding, slitting and folding mechanism, a material filling mechanism, a sealing and bag making mechanism, a film pulling mechanism and an appearance trimming mechanism, and the film feeding, slitting and folding mechanism, the material filling mechanism, the sealing and bag making mechanism, the film pulling mechanism and the appearance trimming mechanism are installed on the machine frame and sequentially distributed in the movement sequence of a film. And the filling station, the sealing station, the film drawing station and the trimming station are sequentially arranged from top to bottom along the rack. According to the utility model, the structure is improved, so that the occupied area is effectively reduced; due to the fact that a cutter of the shape trimming mechanism is provided with a point-shaped connecting groove, the special-shaped bag finished product and a thin film are connected in a disconnected mode, the swing device drives all the vacuum suction cups to swing, the special-shaped bag finished product is sucked at the bag taking station, taken down from the thin film and moved to the bag placing station, and then the special-shaped bag finished product in a lying state is put down. Therefore, the special-shaped bag finished product can be accurately placed on the bag placing station, and the special-shaped bag finished product can be quickly taken out and flatly placed.

The present application relates to the technical field of packaging materials, and particularly relates to an environment-friendly high-barrier paper-based blister packaging sheet and a preparation method thereof, which comprises determining the coefficient of the cold stamping target parameter according to the blister type and the blister area change, determining the judgment standard of the subsequent consumption elongation rate and the spraying amount of the upper film heat-seal glue area; confirming the influence of the correction tension change on the lower film cold stamping and the upper and lower film heat sealing based on the predicted cumulative length difference, or correcting the corresponding unwinding speed without breaking through the corresponding film roll strength error allowable range; calculating the consumption elongation rate according to the actual thickness of the lower film and the actual tension change, adjusting the cold stamping target parameter according to the prediction of the decline degree of the plastic deformation ability of the lower film within the normal range, or adjusting the cumulative length difference to break through the judgment standard of the corresponding error allowable range when the decline degree exceeds the normal range. The present application replaces the aluminum-plastic blister packaging with a single paper-based material to reduce the consumption of non-renewable resources by the packaging bag material.

A packaging assembly (1; 1') is described that is configured to form and seal a plurality of packs (3) containing a pourable product starting from a tube (2) of packaging material, the packaging assembly (1; 1') comprising a pair of endless tracks (6) between which the tube (2) is fed along a straight forward direction (A), and a pair of movable members (7; 7') each movably coupled to one respective track (6) and cyclically movable therealong. ;7'), each movable member (7;7') movably carrying one respective forming member (20;20') movable in a linear direction transverse to the advance direction (A) towards the tube (2) to form at least a corresponding pack portion of a respective pack (3) and cooperating cyclically in contact with successive tube portions (13), each forming member (20;20') comprising a movable part (21;21') tiltable relative to the advance direction (A) to sequentially control the tilt of the tube portions (13) relative to the advance direction (A).

There is described a conveying apparatus (26) for advancing packages (2) comprising a plurality of retaining spaces (40) for housing the packages (2), each retaining space (40) being delimited by a respective first delimiting element (44) and a respective second delimiting element (45) and a conveying device (41) comprising a support base (46) carrying the first delimiting elements (44) and the second delimiting elements (45) and being configured to advance the first delimiting elements (44) and the second delimiting elements (45) and thereby also the retaining spaces (40) along an advancement path (S) and through a feeding station (42) at which a package (2) is fed into a respective retaining space (40) and a discharge station (43) at which the package (2) is discharged from the respective retaining space (40). The first delimiting elements (44) and the second delimiting elements (45) are movably connected to the support base (46). The conveying apparatus (26) comprises a control device (48) configured to control a relative movement of each first delimiting element (44) and the respective second delimiting element (45) during advancement of each first delimiting element (44) and the respective second delimiting element (45) along the advancement path (S).

The present invention relates to a packaging machine (100) which comprises a bag-creating station (130, 300, 500). The bag-creating station (130, 300, 500) has a product feed (144) and one or more feeds (132, 138) for one or more film webs (136, 142). The bag-creating station (130, 300, 500) is designed to create a tubular film strand from the one or more film webs (136, 142), to form bags (155) that are open on one side from the film strand by sealing the film strand transversely to a feed direction of the bag-creating station (130, 300, 500), and to place at least one fed product (115) into each bag (155). The film strand is open on one longitudinal side and the individual bags (155) that are open on one side each have a longitudinal opening (235), wherein the respective longitudinal openings (235) of the individual bags (155) are produced from the open longitudinal side of the film strand when the film strand is sealed. The open longitudinal side and the respective longitudinal openings (235) of the individual bags (155) extend parallel to the feed direction of the bag-creating station (130, 300, 500). The invention also relates to a method for automatic bag creation.

A process for making water-soluble pouches having at least one compartment on a sealing plane is disclosed. The process is characterized by the difference in the first water-soluble film heating temperature and the second water-soluble film heating temperature being reduced substantially. The resulting water-soluble pouch comprises of almost symmetrically shaped individual compartments relative to the sealing plane respectively and optionally with different depth of each compartment enabling stereoscopic and contemporary appearance to the consumer.

The invention relates to a method, a film dispensing device, a packaging system and a method for packaging objects with a tubular stretch film where the dispensing device comprises two or more opening devices.

The invention describes a cleaning and sterilization system (13) for a packaging machine (1), the cleaning and sterilization system (13) comprising: a cleaning and sterilization conduit (14) configured to selectively receive a cleaning medium from a cleaning medium source or a sterilization medium from a sterilization medium source, and selectively feeding the cleaning medium or the sterilizing medium to a filling circuit (8) of the packaging machine (1) for cleaning or sterilizing it; a main valve (15) fluidly arranged downstream of the cleaning and sterilization conduit (14) and configured to selectively open or close a fluid connection between the cleaning and sterilization conduit (14) and the filling circuit (8); and an automatic valve device (16) fluidly arranged upstream of the cleaning and sterilization conduit (14) and configured to automatically control switching of a fluid connection of the cleaning and sterilization conduit (14) between a fluid connection with a source of cleaning medium and a fluid connection with a source of sterilization medium.

The present disclosure relates to a method of manufacturing a strip (22) for sealing a laminated packaging material (16) for a liquid food product (12), in which a pre-manufactured strip (44) is provided that includes a plurality of layers (34) that include a polymeric material, the plurality of layers (34) including at least an inner surface layer (36), an outer surface layer (38) and a central layer (40). In the method, at least one of the inner surface layer and the outer surface layer (36; 38) is subjected to a heat treatment such that the transparency (46) of the manufactured strip (22) is increased relative to the transparency (48) of the pre-manufactured strip (44). The present disclosure further relates to the strip (22) manufactured by the method, the laminated packaging material (16) and the packaging container (10) that include the strip (22). The present disclosure also relates to an apparatus (42) for carrying out the method.

There is described a sealing device (14) for sealing a tube of packaging material (3) containing a pourable product to obtain sealed packs (2a) filled with the pourable product, the sealing device (14) including a sealing member (14a) and a counter-sealing member (14b) configured to interact with the tube (3) for sealing a transversal section of the tube (3), thereby defining a transversal sealing band on the tube (3), the sealing device (14) comprising: a support frame (12) for supporting the sealing member (14a); a power transfer system (15) for powering the sealing member (14a) and comprising a conductive member (16) connected to the sealing member (14a) and configured to feed electrical energy to the sealing member (14a); a stop member (17) carried by the support frame (12) and arranged to cooperate with the conductive member (16) for at least limiting a movement of the conductive member (16).

The invention relates to a method for producing a bag for receiving a medical product, in particular a dialysate, and / or a dry medical concentrate, having the steps of: providing a flat film with two outer edges, fixing at least one connection to the flat film by means of butt-welding, producing a film tube out of the flat film using a forming shoulder and by sealing the outer edges of the flat film together, producing a seal seam which runs perpendicularly or substantially perpendicularly to the longitudinal direction and / or the running direction of the film tube, whereby a receiving pocket is produced in the film tube, filling the receiving pocket along the longitudinal direction and / or the running direction of the film tube, preferably in the vertical direction from above, with liquid and / or solid contents, and closing the receiving pocket by producing an additional seal seam which runs perpendicularly or substantially perpendicularly to the longitudinal direction and / or the running direction of the film tube, whereby the receiving pocket is closed and a completely closed chamber is formed.

Provided is a pillow packaging device having a simple structure and capable of reliably packaging an object to be packaged with good appearance in correspondence to the length of the object to be packaged. A pillow packaging device 10 includes: a film supply part 20; a supply conveyor 25; a supply detection sensor 30; a conveyance conveyor 35; a center seal part 40; an end seal part 45; an interval input part 50 for inputting an interval G between a rear end Hb of a preceding object H to be packaged and a front end Ha of a next object H to be packaged; and a conveyance conveyor operation part 65 for operating the conveyance conveyor 35 when the supply detection sensor 30 detects the front end Ha of the object H to be packaged from a state where the conveyance conveyor 35 is stopped, and conveying the object H to be packaged by the amount of the interval G when a detection signal from the supply detection sensor 30 is cut off.

An electronic drug packaging comprises a foldable packaging unit (10) with cutouts (14) and die-cut areas (15). The cutouts (14) are designed to hold a blister pack (2). The drug packaging further comprises an electronic label (30) with an electronic unit (33) and conductive traces (34), which are spaced apart from one another. The label (30) is coupled to the packaging unit (10) such that at least one conductive trace (34) of the label (30) is assigned to each die-cut area (15) of the packaging unit (10), and the respective conductive trace (34) crosses the assigned die-cut area (15) of the packaging unit (10), at least partially. The packaging unit (10) further comprises an adhesive layer (12) and a covering layer (13) that covers the adhesive layer (12) in a predetermined manner.By peeling off the covering layer (13) the adhesive layer (12) can be exposed and by folding along the fold line (17) the packaging unit (10) can be glued to itself, so that the cutouts (14) and the punched areas (15) can be arranged one above the other with respect to a stacking direction (R) of the drug packaging and overlap at least section by section.

The invention belongs to the technical field of skin care products, and particularly relates to an anti-wrinkle mask and a processing system and method thereof. The production method has the beneficial effect that the masks with different nutrient contents in different partitions can be produced. An anti-wrinkle mask processing system comprises a shell and a conveying table, an electric control long sliding table and an electric control short sliding table are fixedly connected to the upper side in the shell, a fixing mechanism is slidably connected to the upper side in the shell, a packaging mechanism is slidably connected to the lower side of the electric control long sliding table, and a placing mechanism is slidably connected to the lower side of the electric control short sliding table. The fixing mechanism, the packaging mechanism and the placing mechanism are sequentially arranged on the upper side of the conveying table from left to right. The anti-wrinkle facial mask comprises an outer layer film, a facial mask body and an inner layer film, and a nutrient solution is packaged on the inner side of the outer layer film.

Bagging apparatus is provided. The bagging apparatus can include a bag mover configured to move a packaging material configured to define a bag having a first wall and a second wall surrounding an interior cavity configured to contain an object for shipping within the interior cavity, the first wall including an expandable material having an expandable configuration and expandable to the expanded configuration to provide a cushion to the first wall to protect the object contained within the interior cavity. The bagging apparatus can also include an expanding apparatus configured to apply an expanding condition to the packaging material, the expanding condition configured to cause the expandable material to expand from the expandable configuration to the expanded configuration.

The invention relates to a device for producing filled film bags (50). The device comprises plate elements (9) each with at least one forming cavity (10), a first processing station (1) with a thermoforming arrangement (5) for thermoforming a base film (11) into the forming cavities (10) to form filling cavities (13), a second processing station (2) with a filling arrangement (6) for filling the filling cavities (13) with a filling material (14), and a third processing station (3) with a sealing arrangement (7) for sealing a cover film (12) onto the base film (11), forming a sealing edge (15) that is closed around the respective filling cavity (13). A fourth processing station (4) with a testing device (8) for optically detecting and evaluating the quality of the sealing edge (15) is located downstream of the third processing station (3) with the sealing arrangement (7).The test device (8) comprises an optical camera (16), means for increasing the contrast of the images taken by the camera (16), a lighting device (17), and an evaluation unit (18) for the images taken by the camera (16).

A production method of a sealed single-dose break-open package (1); wherein the sealed package (1 ) comprises: a first sheet (2) of semi-rigid plastic material; a second sheet (3) of flexible plastic material superposed on and sealed to the first sheet (2) to define a sealed pocket (4) that contains a dose of a product (5); and a weakened zone (6) that is made in a central zone of the first sheet (2) for guiding, after bending of the sealed package (1 ), controlled breaking of the first sheet (2) at the weakened zone (6) in such a way as to cause the formation of an outlet opening for the product (5) through the first sheet (2); the production method comprises the step of making in a surface (8, 10) of the first sheet (2) at least one incision (7, 9) that constitutes the weakened zone (6); wherein the incision (7, 9) is made through plastic deformation of the material using an incision tool (19) having a tip that is not sharp, that is to say, that has a round shape for deforming rather than cutting.

The present invention relates to an anvil (402) of an ultrasonic sealing system (200) for sealing a transversal sealing section (302) of a tube (112) of packaging material. The transversal sealing section (302) comprises a first transversal edge section (304), a longitudinal sealing (LS) section (306) and a second transversal edge section (308), said anvil (402) comprising: a ridge (410) extending along a first axis (A1) of the anvil (402), a release surface (414) extending along the first axis of the anvil (402), and a support surface (412) extending along the first axis of the anvil (402) and arranged between the ridge (410) and the release surface (414), wherein the anvil (402) comprises a first and a second side section (420, 428), a middle section (424), a first transition section (422) arranged between the first side section (420) and the middle section (424), and a second transition section (426) arranged between the middle section (424) and the second side section (428), wherein, in the first and second side section (420, 428), the ridge (410), the release surface (414) and the support surface (412) follows a first profile (416), wherein, in the middle section (424), the ridge (410), the release surface (414) and the support surface (412) follows a second profile (418), wherein a height of the ridge (410) and the support surface (412) in the first profile (416) is greater than a respective height in the second profile (418), and a height of the release surface (414) in the first profile (416) is the same as in the second profile (418).

A virtual detection system (1) for monitoring the state of a container packaging machine (2) for packaging a container filled with a pourable food, the system (1) being configured to reconstruct a target state monitoring signal based on input data from the container packaging machine (2), the system (1) comprising: an input module (6) configured to receive from the container packaging machine (2) input data indicating the target state monitoring signal to be reconstructed; an artificial intelligence (AI) module (8) configured to execute a machine learning algorithm that generates an output state monitoring signal that is a reconstruction of the target state monitoring signal based on the input data; an output module (7) configured to provide the output state monitoring signal generated by the AI module (8); and a state monitoring module (9) designed to evaluate and / or predict the state of the container packaging machine (2) based on the output state monitoring signal.

There is described a folding apparatus (16) for forming finalized packages (2) from semi-finalized packs (5) filled with a pourable product. The folding apparatus (16) comprises a folding device (46) configured to at least partially fold the respective sealing fins (10) protruding from the respective first end portions (11). The folding device (46) comprises a pair of folding guides (49) arranged at the receiving station (32) and being configured to interact with the respective sealing fins (10) of the semi-finalized packs (5) during their placement within the respective retaining pocket (30). The folding guides (49) are arranged at opposite lateral sides of the respective retaining pocket (30) being, in use, at the receiving station (32). Each folding guide comprises a guide surface (50) having a first guide portion (51) and a second guide portion (52) extending from the first guide portion (50). Each first guide portion (51) is inclined with respect to the respective second guide portion (52).

An assembly having a first body coupled to a second body via a hinged connection to rotatably couple the first and second bodies together. The assembly also has a releasable connection releasably coupling the first and second bodies together. The assembly also has a filter coupled to at least one of the first and second bodies and configured to prevent solids from flowing through the filter while allowing fluid flow through the filter. The assembly is configured to be coupled to a dispensing pipe of a dosing device and a fill pipe of a packaging system.

The utility model discloses a fry packing device which comprises a carriage body, walking wheels are arranged at the bottom of the carriage body, a fish outlet is formed in the upper section of the surface of the front end of the carriage body, a sliding way used for guiding fry to flow is obliquely arranged at the top in the carriage body, the sliding way is communicated with the fish outlet, and an oxygenation mechanism and a water collecting tank are further arranged in the carriage body. A film guide pipe communicated with the fish outlet is arranged at the front end of the outer surface of the trolley box body in the vertical direction, the film guide pipe is a hollow pipeline, and a film pulling mechanism used for providing a film is arranged at the front end of the top of the trolley box body; an upper plastic packaging mechanism and a roller mechanism are sequentially arranged at the front end of the vehicle box body below the fish outlet and on the two sides of the film guide pipe, and a lower plastic packaging mechanism is arranged below the roller mechanism to seal and cut the film; fry can be automatically packaged, manual operation is not needed, and intelligence of the fry breeding industry is promoted.

A sterilization apparatus (7) for sterilizing packaging materials (3) comprises one or more radiation beam emitters (20), each configured to emit a radiation beam. Each radiation beam emitter (20) comprises a main housing (21) having an interior space (22) and an exit window (23), and a radiation source (24) arranged within the interior space (22) and configured to generate a radiation beam and cause the radiation beam to exit the interior space (22) through the exit window (23). The exit window (23) comprises a window (25) having carbon.

A packaging machine for packaging a bulk product includes a carrier, an assembly of receiving boxes which are connected to the carrier and moved successively therefrom in a feed direction along a preset operating path, a forming apparatus positioned along the operating path for forming open packets of product and release them into the receiving boxes, and a sealing apparatus positioned along the operating path downstream of the forming apparatus for vacuum-sealing the packets. The assembly overall provides a plurality of receiving seats, each of which is individually adapted to receive a respective packet of product, of which at least one plurality of first seats placed one after the other along the feed direction, and a plurality of second seats placed one after the other along the feed direction, each first seat being flanked by a respective second seat with respect to a flanking direction orthogonal to the feed direction.

A product-containing outer bag in which a plurality of bags stacked in a row continuously or intermittently, with the bags, as products, partially overlapping each other, are wrapped and integrated with an outer bag, for outer packaging, having a resin film as a base material such that a state of stacking of the bags is maintained, in which the outer bag includes a first side, a second side opposite to the first side, an adhesive seal, and a thick portion disposed along an edge of the first side, and an auxiliary seal is disposed on a region (S) adjacent to a portion, of the adhesive seal, at a predetermined interval from an edge of the second side.

A device according to the invention for blistering pills, tablets, capsules or the like has a feeding system (1) comprising a funnel (1a) and a feed cassette(1b), in which a number of tubes (4) are movably held, to be precise in such a way that they open out into a number of drop shafts (9a) of a drop-shaft arrangement (9), with which a blister pack can be filled, characterized in that the feed cassette (1b) comprises a vibration plate (10), which has, for the number of tubes (4), a number of openings (14) by which the tubes (4) are guidedly held, wherein the vibration plate (10) has a vibration-articulation point (13a), which is operatively connected to a vibration unit (13b) in such a way that the tubes (4) can be indirectly made to undergo a vibrational movement perpendicularly to a number of longitudinal axes (4a) of the number of tubes (4) by way of the vibration unit (13b), the vibration-articulation point (13a) and the vibration plate (10).