36results about "Labelling short rigid containers" patented technology

Pallet carousel (2) for a labeling unit (1), with pallets (3) distributed around it and pivotable in / against their direction of rotation (2b) for receiving labels (5) and for their direct transfer to containers (7), in particular bottles, characterized by individually controllable motor drives, in particular immersion coil drives (12), with which the pallets (3) can be extended / retracted linearly transversely to their pivot axes (4b).

This utility model discloses a roller for a conveyor chain of a round bottle labeling machine, comprising a roller body, a rubber sleeve covering the outer surface of the roller body, a cavity inside the rubber sleeve, a spring rod surrounding the inner wall of the rubber sleeve, a cavity inside the spring rod, a damping column inside the spring rod, and fixing blocks fixedly mounted on both sides of the damping column. Rubber spacers are surrounding the inner wall of the spring rod, and connecting supports are fixedly mounted on opposite sides of the two rubber spacers. This roller for a round bottle labeling machine conveyor chain, by incorporating the spring rod, damping column, rubber spacers, and connecting supports, can absorb and buffer vibrations generated during operation, thereby reducing vibration. This not only reduces wear and tear on parts caused by vibration but also reduces conveyor belt misalignment, providing convenience for users and improving the practicality of the device.

Labeling machine for labeling containers, the labeling machine comprising a labeling unit for transferring a label to a container and an acceleration device, which is designed and arranged to accelerate a portion of a label to be transferred to a container, after attaching a leading edge of the label to the container and before attaching a subsequent edge of the label to the container, relative to the surface of the container in such a way that an excess area of ​​the label is formed along a circumferential direction of the container, which remains after attaching the subsequent edge of the label.

The utility model discloses a kind of water-absorbing strip circulation feeding mechanism and paper label pressing device, it includes support seat, fixed on the support seat electric cylinder, the pressing head driven by the electric cylinder and be set on the support seat of water-absorbing strip circulation feeding mechanism, the water-absorbing strip circulation feeding mechanism includes first material roll supply-receiving component, second guide roller group and second material roll supply-receiving component in order along water-absorbing strip material belt winding direction, water-absorbing strip material belt is formed water-absorbing work area by winding through the second guide roller group section;Between the first material roll supply-receiving component and the second guide roller group, between the second guide roller group and the second material roll supply-receiving component, drying oven for drying water-absorbing strip material belt is provided. The utility model realizes the recycling of water-absorbing strip, guarantees the continuity of paper label labeling process, lays foundation for improving labeling efficiency.

This utility model discloses a herbicide bottle labeling and positioning frame, belonging to the technical field of labeling machine equipment. This herbicide bottle labeling and positioning frame includes a base and a labeling device. A guardrail is installed on the top side of the base, and the labeling device is mounted on the top surface of the guardrail. A positioning rotating frame is provided on the top surface of the base, and the positioning rotating frame includes a turntable. The turntable is rotatably connected to the top surface of the base. An opening is provided on the outer wall of the turntable, one side of which is flush with the inner wall of the guardrail. The bottom surface of the turntable extends into the interior of the base and is connected to a worm gear. A worm is rotatably connected to the interior of the base, and the worm gear meshes with the worm gear. This utility model, through the combined use of the guardrail and the positioning rotating frame, enables the labeling and positioning frame to achieve efficient positioning and placement, effectively improving work efficiency.

Labeling machine (1) for containers, of the rotary type and with lateral docking stations (3A to 3C) for labeling units (4A to 4C), and with a common operating unit (5) for the docking stations (3A to 3C), wherein the operating unit (5) can be pivoted and / or moved in a circumferential direction (6) into different access areas (7AL to 7CR) to the docking stations (3A to 3C) and labeling units (4A to 4C), characterized by an optoelectronic monitoring device (9) for person detection in the access areas (7AL to 7CR); and a control (12) for automatically blocking a hub (13, 14) of the docking stations (3A to 3C) based on person detection in the access areas (7AL to 7CR) that are not directly visible from the control unit (5).

A carousel labeling machine, which comprises a carousel for conveying the containers to be labeled, which is provided with a frame which supports at least one attachment point, which can be engaged by at least one carriage for supporting a labeling station, and which is provided with locking elements adapted to cooperate with engagement elements supported by the carriage in order to perform the locking of the carriage to the frame in a position adapted to allow the application of the labels on the containers that are present on the carousel by the labeling station mounted on the carriage; the engagement elements comprise at least one coupling device supported by the carriage, while the locking elements comprise at least one pair of retention elements, which can move with respect to each other in order to effect the clamping of the coupling device between the retention elements.

The present application relates to a kind of distribution and recovery device of excrement and urine collection container, including box, multiple groups of electric storage cabinet, first collection tube distribution mechanism, second collection tube distribution mechanism;Multiple groups of electric storage cabinet are fixed on box;First collection tube distribution mechanism is located in the side of box;Second collection tube distribution mechanism is located on box and is parallelly arranged with first collection tube distribution mechanism;First collection tube distribution mechanism includes first shell, first guide rail, first printer, first cylinder, first rotating component, urine collection component;First shell is fixed on box;First guide rail is fixed on first shell;First printer is fixed on first shell;First cylinder is rotatably arranged on first shell;First rotating component is arranged on first shell;Urine collection component is detachably arranged on first rotating component.

Features relating to a wasting station that provides for secure collection, anonymous auditing, and safe disposal of medication are provided. The wasting station securely receives and stores wasted medication for later analysis. The wasting system may provide for waste containers that may include electronic tags, biomarkers, and / or reagents that may be used to analyze waste items. The wasting system may include support for witnessing the wasting process, either locally or remotely.

The invention relates to an adhesive label (100) for application to a plastic container (15) made of polypropylene (151) or polyethylene and produced by blow molding, wherein the adhesive label (100) comprises a top material (10), a coating (11) of an acrylate adhesive (12), and a release strip (13). According to the invention, the acrylate adhesive (12) has an initial tack according to FTM 9 of greater than or equal to 8 N / 25 mm and an adhesive application weight of greater than or equal to 18 g / m². 2 exhibits.

This application relates to the field of labeling machinery technology, and in particular to a rotary labeling device, including a conveyor frame, a conveyor belt for conveying packaging bottles, a peeling mechanism for peeling labels off the label tape, a vertically arranged rotating roller located on one side of the peeling mechanism, a rotating component for driving the rotating roller to rotate around its own axis, a first positioning frame, a movable seat slidably connected to the first positioning frame along the width direction of the conveyor belt, and a pair of positioning rollers rotatably connected to the movable seat and distributed vertically along the conveying direction of the conveyor belt. The two positioning rollers are symmetrically distributed along the axis of the rotating roller. The front end of the label peeled off by the peeling mechanism is located between the rotating roller and the packaging bottle, and the packaging bottle is located between the rotating roller and the positioning roller. The first positioning frame is equipped with a positioning drive component for driving the movable seat to slide. This application has the effect of improving labeling accuracy.

A cardboard processing machine (10) is provided, comprising a cardboard conveying device (12), a foil tape conveying device (12) and a pressing station (16), wherein the cardboard conveying device (12) is configured to convey cardboard such that it passes through the pressing station (16) and the foil tape conveying device (14) is configured to convey a foil tape (22) such that it passes through the pressing station (16), wherein the pressing station (16) is configured to press foil tape (22) onto the cardboard such that the foil tape (22) is attached to the cardboard, wherein the cardboard processing machine (10) comprises at least one projection device (36) that is arranged above the foil tape conveying device (14), and wherein cardboard processing machine (10) comprises a control unit (32) that is configured to control the projection device (36) to project a position marking (39) on the components of the foil tape conveying device (14) that indicates the transverse target position of the foil tape (22). Furthermore, a method for attaching a foil tape (22) to a cardboard in a cardboard processing machine (10) is provided.

The invention relates to an adhesive label (100) for application to product packaging (10), in particular to plastic bottles (101), and a method (200) for producing such an adhesive label (100). The adhesive label (100) comprises a base film (11) made of polyolefin with a thickness of 80 µm to 110 µm, a partial or full-surface adhesive coating (14) consisting of an acrylate adhesive with an initial tack according to Finat FTM9 (N / 25 mm) of ≥ 10, a full-surface coating consisting of a printing varnish (15), and a full-surface first printing with at least one first printing ink (16), wherein the printing ink (16) is applied to the printing varnish (15) of the base film (11) by means of a first anilox roller (191) in a flexographic printing process, wherein the first anilox roller (192) has a slalom engraving (201).The process (200) for producing the adhesive label (100) comprises the steps of: providing (50) a base film (11) made of polyolefin with a thickness of 80 µm to 110 µm, applying (51) a partial or full-surface adhesive coating (14) consisting of an acrylate adhesive with an initial tack according to Finat FTM9 (N / 25 mm) of ≥ 10, applying (52) a full-surface coating consisting of a printing varnish (15) and applying (53) a full-surface first printing onto the printing varnish (15) of the base film (11) with at least one first printing color (16) in the flexographic printing process using a first anilox roller having a slalom engraving.

A storage unit for a labelling system may include a carrier configured to receive a reel supporting the label material. A storage unit may include a fault detection system configured to selectively prevent the label material from travelling along the conveying path, the fault detection system including: a sensor configured to detect whether the label material is present in a detection zone of the conveying path; and a clamp assembly downstream of the sensor along the conveying path, the clamp assembly being configured to clamp the label material to prevent the label material from travelling along the conveying path in response to the sensor detecting that the label material is not present in the detection zone.

The application discloses a solid mixed feed additive production line, which comprises a total distribution box, a screening machine, a premixing machine, a total mixing machine, a bottle sorting machine, a filling machine, a cap screwing machine, an aluminum foil sealing machine, a labeling machine, a boxing machine and a first conveying belt electrically connected with the total distribution box; the screening machine, the premixing machine and the total mixing machine are sequentially arranged, the filling machine, the cap screwing machine, the aluminum foil sealing machine, the labeling machine and the boxing machine are sequentially connected through the first conveying belt, the total mixing machine is arranged above the filling machine and connected with the filling machine through a first feeding spiral; the production line realizes a series of automatic production of solid feed from raw materials to finished product stacking, reduces the residence time of products in production, obviously reduces the influence of production links on products, improves the production efficiency; the closed structure between equipment effectively reduces the dust generated by materials, and avoids the influence of external environment on the feed quality; the product has low oxygen content, good sealing performance and high stability.

The utility model discloses a kind of suction structure that can be adjusted in the process of taking label, driving force mechanism is connected with air nozzle mounting plate;Air nozzle mounting plate below is provided with fixed base, fixed base and air nozzle mounting plate are connected, air nozzle mounting plate is installed with suction nozzle;Fixed base is installed with spring support plate, pivot is arranged in fixed base, pivot sleeve has spring pressing plate and return spring, return spring and spring support plate and spring pressing plate contact;Limiting cylinder is installed in air nozzle mounting plate, limiting cylinder is installed with limiting column, limiting column and spring pressing plate top contact.Spring pressing plate is originally in horizontal state, it is more convenient to complete suction when all suction nozzle and label contact is adsorbed, limiting cylinder drives limiting column to move up, spring pressing plate rotates upwards under the action of return spring, drive suction nozzle to produce outward moving tendency, so that label is taut or unfolded, more large in area is attached on glass bottle, more smooth when label is scraped, reduce the damage to label, and higher qualified rate.

The utility model discloses a kind of moisturizing cosmetic production bottle labeling devices, relate to work technical field.A kind of moisturizing cosmetic production bottle labeling device, including base, transport component, labeling component and two limit plates, limit component is arranged on base, limit component includes guide plate, mounting plate and air cylinder, air cylinder is fixedly installed on base upper end lug outer wall, two slide rods are slidably connected on base lug outer wall, by manually pulling push block in limit component, make it overcome the elastic force of reset spring and move in the direction of far from the first limit block slot, drive limit block and exit from the first limit block slot of guide plate, remove the fixing of guide plate, then pull guide plate can be removed from mounting plate, such that disassembly guide plate is simple and fast, avoid staff to need to help special tool and disassemble guide plate, effectively improve the disassembly efficiency of guide plate, while reduce the workload of staff.

The application discloses an energy-saving buffer conveying method, which comprises the following steps: acquiring tension data of a conveying belt, in-out bottle quantity data and working speed data of each control motor; analyzing the data to obtain energy utilization conditions under different working conditions and an optimization target; performing algorithm optimization according to the optimization target to obtain optimal conveying belt tension values or optimal working speed values of the control motor under corresponding working conditions; and achieving the energy-saving effect of the buffer conveying system through data analysis and optimization algorithm, realizing a more intelligent production process, reducing energy consumption and lowering production cost. In addition, the movement mode of a guide device in the buffer conveying system is changed, one end of a contact guide piece is directly connected with one side of an in-bottle conveying belt and one side of an out-bottle conveying belt, that is, the guide device is realized to be co-rail with the in-bottle conveying belt and the out-bottle conveying belt, and the operation precision of the guide device is improved, and the guide device can keep relatively stable operation in a long-distance moving range.

The utility model provides a kind of automatic positioning labelling device of sauce bottle, it is related to labelling technical field, including tooling frame, the upper end surface of tooling frame is equipped with conveyor belt, one end of conveyor belt is equipped with spacing component, spacing component one side is located the both sides outer wall of conveyor belt and is equipped with clamping frame, and one side of one of clamping frame is equipped with labelling component, and the side wall of labelling component is equipped with warning device, the whole design of this kind of device is novel, simple structure, different width bottle can be transported in the center by the design of spacing component, prevent the bottle on conveyor belt from deviating and ensure that the position of labelling bottle is uniform.

This invention discloses an instant drying device and method for labeling low-temperature vials at room temperature, relating to the field of product labeling technology. It includes a bottle-feeding conveyor belt and at least one side of a grid. The conveyor belt transports vials transferred from low-temperature storage to room temperature to the labeling machine. The grid is located on one or both sides of the conveyor belt, at least one of which is a hollow structure. The side of the hollow grid closest to the conveyor belt facing the vial surface has several evenly distributed air vents, and the side of the hollow grid away from the conveyor belt has at least one air inlet. Compressed air enters the corresponding grid through the air inlet and is ejected from the air vents, instantly drying the surface of the vials passing through it. This invention fundamentally solves the problems of bottle squeezing, bottle bursting, and poor label adhesion caused by condensation, increasing the labeling pass rate to over 99%.

The labeling device (1) comprises a supply roller (11) configured to supply a web (2), the web (2) being made of label material; a transfer carousel (14) configured to receive the web from the supply roller (11) in a loading zone (C), the transfer carousel (14) including a plurality of recesses (140R) angularly dispersed along the outer circumference of the transfer carousel (14), the transfer carousel (14) rotating about a first axis (X1) with the first axis (X1) oriented longitudinally; and a knife (130) acting on the portion of the web (2) facing the recesses (140R), the knife (130) being configured to vibrate longitudinally to separate the pieces of web (2) that constitute the label.

A carousel labeling machine, which comprises a carousel (2) for conveying the containers (3) to be labeled, which is provided with a frame (4) which supports, at its peripheral region, at least one attachment point (5), which can be engaged detachably by at least one respective carriage (6) for supporting a labeling station, and which is provided with locking means (8) adapted to cooperate with engagement means (9) supported by the carriage (6) in order to perform the locking of the carriage (6) to the frame (4) in a position adapted to allow the application of the labels on the containers (3) that are present on the carousel (2) by the labeling station mounted on the carriage (6). According to the invention, the above-mentioned engagement means (9) comprise at least one coupling device (10) supported by the carriage (6), while the locking means (8) comprise at least one pair of retention elements (11a, lib), which can move with respect to each other in order to effect the clamping of the coupling device (10) between the retention elements (11a, 11b). Means are further provided for centering the coupling device (10) with respect to the retention elements (11a, 11b).

System (010) for applying a label (11 ) to a product (13), preferably in the form of a container, in particular in the form of a vial, including a radioactive, or hazardous, material, preferably said material being a radiopharmaceutical or a material for performing diagnostic investigations; the system (010) operating in a protected zone (120), that is protected in particular with respect to radioactivity, and which is adapted to receive said product, or container, (13), including the radioactive, or hazardous, material; the system (010) comprising means (14) which are adapted to apply the label (11 ) to said product, or container, (13), including the radioactive, or hazardous, material, and which are arranged inside said protected zone, that is protected in particular with respect to radioactivity, (120); the system (010) further comprises means (16) which are adapted to transfer, or transport, said label (11 ) from outside said protected zone, that is protected in particular with respect to radioactivity, (120), into said protected zone (120).

A device for arranging a sleeve-like covering around a product comprises a spreading device (20) with a spreading element (30) which is suspended freely therein. The spreading element comprises on a supply side a flat mouth (32) and serves to receive thereon a tubular film (5) in a flat, closed state and to bring the tubular film into a deployed, opened state. For this purpose the spreading element is received with respectively a first set of film guides (36) and a second set of film guides (37) between a first set of driven transport rollers (26) and a second set of driven transport rollers (27). The tubular film (5) is fed therebetween. A third set of film guides (25) here acts laterally on the tubular film so that the tubular film travels at least the same length over the spreading element in the main plane of the flat mouth (32) as in the central perpendicular plane transversely thereof.

The utility model discloses a kind of utensil product water transfer printing label automatic labelling equipment and labelling production line, it includes carousel transfer mechanism;Feeding mechanism;Label supply and paste mechanism, including label supply module, label soaking module located in the one side of label supply module, soak and place to label soaking module in label supply module and be soaked in the soaking carrying module of label suction, label pasting robot in label soaking module and suction soaked label, the second camera of obtaining label position information on label pasting robot and the third camera of obtaining label surface position information on the bottle to be pasted on labelling;Label pressing mechanism, including pressing head, the electric cylinder of driving pressing head up and down movement;Discharging mechanism;Feeding mechanism, label supply and paste mechanism, label pressing mechanism and discharging mechanism are sequentially arranged around carousel transfer mechanism.The utility model greatly improves the labelling efficiency of water transfer printing label, satisfies the process requirement of higher production rhythm.

The utility model relates to the field of can processing discloses a kind of labeling device for can processing, including conveying table, the side fixed mounting of conveying table has label base, the top fixed mounting of label base has unwinding shaft, and label sticker is rotatably equipped on unwinding shaft;The side fixed mounting of conveying table has distribution base, and the top rotatable mounting of distribution base is equipped with baffle bar disc, and the bottom of baffle bar disc is equipped with distribution mechanism;Multiple rotating bases are placed on conveying table, and the top of multiple rotating bases is rotatably mounted with clamping base, and multiple clamping bases are all placed with can, and multiple clamping bases are all equipped with clamping mechanism.The utility model has following advantages and effects: the labeling order of can can be controlled, to prevent the situation that multiple cans enter labeling area simultaneously occurs, increase the equipment practicality, when can and label sticker contact, control can rotation, to improve the stability when labeling, make can better attach label.

This invention discloses an AI vision-based barrel labeling system and a rotating barrel labeling machine. The system includes a central control module, barrel conveying, circumferential barrel rotation, optical reflection vision, and labeling execution modules. The labeling machine includes a frame, conveying, adapter, barrel rotation, reflection, vision, and labeling components. The core innovation lies in using four reflectors arranged in a ring around the barrel, combined with a single top vision camera, to synchronously reflect and converge the circumferential barrel seam features onto a single optical path. The camera's optical axis is coaxially aligned with the barrel's center, eliminating the need for multiple cameras. This invention completely solves the problems of coordinate system deviation, light and shadow interference, and cumbersome maintenance associated with traditional multi-camera systems. It features error self-correction, uniform light imaging, and simplified maintenance, achieving high-precision barrel seam recognition and labeling. It is adaptable to various barrel sizes, has a compact structure, low cost, and high stability, making it suitable for large-scale automated production.

The invention relates to a shrink multilayer face film and a label produced thereof. According to an embodiment the multilayer face film comprises a core layer including: propylene random copolymer(s) or propylene terpolymer(s); and polyolefin elastomer(s), polyolefin plastomer(s), or olefin block copolymer(s); and a first skin layer and a second skin layer comprising at least 80 wt.% of cyclic polymer(s). The invention further relates to a method for providing a shrink multilayer face film and a method for labelling of an item.

The utility model relates to carton field especially packaging carton production label sticking device, including bearing mechanism, bearing mechanism includes conveyor, the upper end center of conveyor is fixedly connected with support frame, the upper end center of support frame is fixedly connected with support plate, the upper end of support plate is opened in the groove two and groove one of front and back distribution and penetrates, the inside installation of groove one has label sticking mechanism, and label sticking mechanism includes electric cylinder no.

The invention relates to an adhesive label (100) for labeling plastic trays (10), in particular PET plastic trays (101) designed for packaging food, comprising a top material (11) and a coating (12) made of an adhesive (13). According to the invention, the adhesive (13) has an initial tack FTM9 of greater than or equal to 18 N / 25 mm and an adhesive application weight of greater than or equal to 17 g / m². 2 on.