40 results about "Labelling" patented technology

Rapid multi-face labeling equipment comprises a feeding station and a labeling station, the feeding station is used for conveying a product to be labeled to the labeling station, the labeling station comprises a label outlet table, a first labeling table and a labeling arm, a labeling module is arranged at the end of the labeling arm and comprises a plurality of label suction heads arranged in parallel, and the label suction heads are arranged on the first labeling table. The label suction heads are the same or different in size and can suck one or more labels printed from the label output table respectively or simultaneously. And the labeling arm attaches the label to the product to be labeled after adsorbing the label. And the first labeling table can enable the to-be-labeled product to rotate and is matched with the labeling arm to realize multi-surface labeling of the to-be-labeled product. According to the multi-surface labeling device, the multiple label suction heads are arranged and can separately or simultaneously suck labels, the multi-surface labeling device can be compatible with the labels of different sizes, simultaneous suction of the multiple labels can be achieved, the labeling requirements of different products are met, meanwhile, the first labeling table can achieve rotation of the to-be-labeled products, rapid multi-surface labeling is achieved, and the labeling efficiency is improved.

A method of fulfilling an order comprising at least one product is provided. The method includes receiving an order comprising at least one product, determining a suitable case from a plurality of available cases for holding the at least one product, said determining being a function of one or more characteristics of each product of the at least one product and one or more characteristics of the plurality of available cases; forwarding information identifying the suitable case to a case former; providing a case blank corresponding to said suitable case to said case former; erecting a suitable case from said case blank corresponding to said suitable case with said case former; and prior to the loading said suitable case with said at least one product, labelling said suitable case with at least one label.

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.

As discussed earlier, labelling techniques that are available for labelling of unlabelled tabular data use some semi supervised models for identification purposes. However, they require sample labeled data for training purposes. Further, the same labelling model / technique cannot be used for all data types. Present disclosure provides method and system for identifying labels of unlabeled column data. The system uses a hybrid approach i.e., it uses language models, regular expressions and known dictionaries for labelling of unlabelled tabular data. For performing labelling, system first classifies received unlabelled tabular data into one or more data buckets. The system then uses appropriate techniques, based on data types, for identification of labels of unlabeled data present in data buckets. Thereafter, system uses feedback mechanism which will impart maturity to system over time. Finally, once system is matured, system can identify labels for all types of data.

The present invention discloses a positioning structure and device for label pasting, which relates to the technical field of labeling equipment. The positioning structure includes: a fixed plate, an elastic frame and an elastic component; the elastic frame is connected to the fixed plate, and the elastic frame is used to carry the label and limit the label; the elastic component is connected to the fixed plate and is located in the elastic frame; and when pasting the label, the elastic component is used to make the label fit the surface of the pasted object. The present invention is provided with an elastic frame and an elastic component, and the elastic component is located in the elastic frame. When pasting the label, especially when the surface of the pasted object is uneven, the elastic deformation of the elastic component can make the label fit the surface of the pasted object, and the elastic component can make the label firmly pasted and not easy to fall off.

Labelling in machine learning is disclosed. Assistant models are trained to generate the labelling behavior of corresponding labelers. When an observation is received, the label generated by the assistant model is compared to the user-generated label. If the labels are different, an ensemble operation is performed wherein multiple assistant models, each configured to mimic the labelling behavior of a different user, are used to resolve the conflict and determine a final label for the observation. Labels generated by the ensemble operation may be incorporated into retraining operations performed to retrain the assistant models.

The invention relates to a labelling device, in particular a price-displaying device, for labelling individual packages (2), comprising: a feed assembly (3) for transporting particular packages (2); a label-dispensing assembly (9) for dispensing a label (8) that can be detached from a material strip (10) in a dispensing direction as far as a transfer position; and a label-application assembly (13) for applying the label (8) dispensed in the transfer position onto the surface of the package (2); wherein the label application assembly (13) comprises a label-suction assembly (15) which picks up a label (8) dispensed by the label-dispensing assembly (9) and holds it in the transfer position, from which position the label (8) is transferred to the surface of the package (2). According to the invention, the label-suction assembly (15) is designed to generate a first airflow and to conduct the airflow such that both a suction force and a compressive force are exerted on the label (8) in the transfer position.

The present invention provides systems and methods of applying labels to shipping items, such as parcels, packages, or envelopes, in an automated fashion while the shipping items move along a conveyor. The systems and methods of the present invention include use of a uniquely designed label printing and applicator assembly having multi-axis label application capabilities, specifically the ability to move in 4-axes relative to a given shipping item when applying a label thereto. The systems and methods of the present invention further utilize a vision system to collect data of a given shipping item, including, but not limited to, physical dimensions of the item, orientation and skew of the item along the conveyor, and identification of any existing labels and / or indicia on the item. Such data is used by the label printing and applicator assembly to accurately place a given label in desired location on a given shipping item.

To provide a labeling device capable of properly sticking a label regardless of characteristics of the label when implementing the labeling device corresponding to various labeling methods.SOLUTION: A labeling device that sticks a label to an article along a conveyance direction of the article includes: an article conveyance part that conveys the article; a label issuing part positioned above the article conveyance part; a label supply part that holds the label issued by the label issuing part while maintaining a moving posture along a conveyance direction and conveys the label toward the article conveyance part; and a flow straightening nozzle that is disposed between the label issuing part and the article conveyance part and that sprays gas from one side of the label. The flow straightening nozzle injects gas so that the label maintains a moving posture in accordance with a certain degree with respect to the conveyance direction of the label supply part even when a part of the label held in the label supply part is moved below a lower end of the label supply part.SELECTED DRAWING: Figure 8

To provide an adhesive label laminate which is applicable to various uses, with problems taken into account when a pasted adhesive label is peeled off and pasted again, and a labelled article.SOLUTION: Provided is an adhesive label laminate 1 including: a first label layer 10 provided, in the order stated, with a first adhesive layer 100 which is one outermost surface, a first substrate 102, and a first outermost layer 104 which is the other outermost surface and has designability and / or mold releasability; and a second label layer 12 provided, in the order stated, with a second adhesive layer 120 which is one outermost surface, a second substrate 122, and a second outermost layer 124 which is the other outermost surface and has designability and / or mold releasability. The first label 10 and the second label 12 are laminated so that the second adhesive layer 120 is in contact with the first outermost layer 104.SELECTED DRAWING: Figure 1

The application discloses a labeling system and device thereof, and relates to the technical field of label labeling. The labeling device comprises a suction head assembly, a label suction main body and a vacuum assembly, a through vacuum suction hole is arranged on the suction head assembly; the first end of the label suction main body is provided with the suction head assembly, a separation structure is arranged in the label suction main body, the separation structure is in abutment with the suction head assembly, the separation structure is used for dividing the inside of the label suction main body into a plurality of vacuum areas which are nested one by one, different vacuum areas are communicated with corresponding vacuum suction holes; the second end of the label suction main body is connected with the vacuum assembly, the vacuum assembly is used for receiving a setting signal corresponding to the label specification and generating a vacuum in the corresponding vacuum area, so as to realize the adsorption and release of the label of the corresponding specification. The above labeling device realizes the compatibility with different specifications of labels by arranging the vacuum areas corresponding to different specifications of labels and controlling the corresponding vacuum areas to generate a vacuum according to the setting signal corresponding to the label specification.

The invention provides a label stripping mechanism and a labeling device. The label stripping mechanism comprises a driving part; the stripping part is located on the conveying path of the to-be-stripped label, one end of the driving part is in driving connection with the stripping part so as to drive the stripping part to move in the first direction, and the stripping part is provided with a bearing face used for bearing the to-be-stripped label; and the guiding part is located on a recycling path of the label bottom paper, part of the label bottom paper is wound on the guiding part, and the guiding part is constructed to be capable of synchronously moving with the stripping part. According to the technical scheme, the problems that although a labeling device in the prior art can complete label stripping, in the label taking process, a label is slowly torn down from backing paper through a label taking mechanism, the label may deviate to a certain degree in the stripping process, and the labeling precision is difficult to guarantee can be solved.

The application discloses a kind of continuous placement device and method of anti-fake label, including work bin, driving box is arranged in the work bin, and placing shaft is symmetrically arranged in the front and back of the driving box, and the placing shaft is used to place label roll, and extruding roller is arranged in the front and back of the driving box, and material taking plate is arranged in the front and back of the driving box, and the top of the material taking plate is parallel to horizontal plane, the continuous placement device and method of anti-fake label of the application, release paper is bent into acute angle at the rightmost side of material taking plate, at this time, the label that is pasted with vacuum chuck will be raised and separated from release paper, then negative pressure is applied to the inside of vacuum chuck, and the label is adsorbed, then the second telescopic rod is retracted, and the part of label that is raised is lifted first, so that the success rate of label taking from release paper can be effectively guaranteed, and the accuracy of label pasting is increased.

The invention discloses automatic labeling equipment for black and white materials, and aims to solve the problems that when current automatic labeling equipment for the black and white materials is used for labeling, the label is prone to wrinkling due to the fact that the label feeding speed and the container rotating speed are not synchronous, and particularly when a small-diameter barrel is subjected to curved surface labeling, the label is prone to wavy wrinkling; the device structurally comprises a labeling table, one side of the labeling table is fixedly connected with a supporting frame, one side of the supporting frame is provided with a through groove, the interior of the through groove is slidably connected with a moving block, and the center of the moving block is connected with a vibration mechanism through a limiting groove; one side of the moving block is fixedly connected with a connecting rod, and the other end of the connecting rod is fixedly connected to one side of a positioning plate. Labeling dislocation caused by label deviation is prevented, impact force in the vibration process can be absorbed through elastic deformation of the springs, hard collision between the moving plate and the limiting grooves is avoided, it is guaranteed that vibration action is stable, and the conveying requirements of black and white material labels with different thicknesses are met.

The labeling equipment comprises a conveying belt, the inner wall of the conveying belt is fixedly connected with a clamping mechanism, the top of the conveying belt is fixedly connected with a first limiting plate, one side of the first limiting plate is fixedly connected with a motor, and the output end of the motor is fixedly connected with a transmission shaft. The invention relates to the technical field of labeling equipment. When a material needs to be labeled, through cooperation of a motor, a transmission shaft, a label roller, an electric sliding rail, a sliding round rod and a storage roller, the sliding round rod can firmly press a label on the surface of the material during labeling, so that the stress on the label is more uniform, and the labeling effect of equipment is improved; and when the label roller is used up, through cooperation of a first supporting plate insertion groove and a second supporting plate, the worker can replace the label roller and the storage roller more conveniently, the downtime of the equipment is shortened, and the working efficiency of the equipment is improved.

The utility model discloses an anti-uncovering two-dimensional code label, relates to label technical field, including outer shell, inner shell, label body and reinforcing mechanism, the inner end face of outer shell is fixedly connected with inner shell, the inner end face of inner shell adheres with the label body that matches the label body, and the lower surface of label body is coated with sticky glue, and the reinforcing mechanism is fixed on the outer shell. The adhesive force between the outer shell and a commodity is enhanced through the reinforcing mechanism, the possibility that the label falls off accidentally is reduced, in the process of pasting the label, after the surface of an adhesive tape is scattered, the adhesive tape adheres to the surface of the commodity, then the upper portion of an adhesive liquid bag is pressed in a pressing mode, the adhesive liquid bag is punctured by a pin, and adhesive liquid in the adhesive liquid bag flows out; the outer shell and the surface of a commodity are adhered more firmly, the anti-uncovering property of the label is improved, the inclined grooves are formed in the four corners of the upper surface of the outer shell, the outer portions of the inclined grooves are low, and the inner portions of the inclined grooves are high, so that the label is not prone to being uncovered from the four corners, and the safety performance of the label is improved.

A labelling module (1; 1'; 1'') is described for labelling containers (4) using respective labels (L) obtained from a ribbon of labelling material (W), comprising: a feed roller (2) for feeding the material (W) in ribbon form, an application drum (3) for receiving the material from the feed roller (2) and applying the labels to the containers (4) while said containers are conveyed by a conveyor (5), a cutting device (6) that acts on the drum (3) to cut the material to sequentially define a plurality of longitudinal ribbon sectors (S), a forming device (7) that acts on the drum (3) to sequentially define the edges (B) of respective labels (L) inside the respective sectors (S), a removal device (8, 8', 8'') that acts on the drum (3) to remove the respective portions of the sectors (S) that are outside the respective labels (L).

Provided is a labelling module for labelling containers adapted to contain a pourable product, the labelling module having a feed roller for advancing a web of labelling material along a feed path; a cutting member downstream of the feed roller, for repeatedly cutting the web to separate a sequence of labels therefrom; and a transfer drum rotatable about a rotation axis in an angular direction of rotation, and configured to transfer the labels to an application station for the application thereof onto the respective containers; the transfer drum includes a plurality of receiving sectors each configured to cyclically receive and retain a label, the receiving sectors including, a leading pad for retaining a leading edge of the label and a trailing pad for retaining a trailing edge of the label.

The present invention provides systems and methods of applying labels to shipping items, such as parcels, packages, or envelopes, in an automated fashion while the shipping items move along a conveyor. The systems and methods of the present invention include use of a uniquely designed label printing and applicator assembly having multi-axis label application capabilities, specifically the ability to move in 4-axes relative to a given shipping item when applying a label thereto. The systems and methods of the present invention further utilize a vision system to collect data of a given shipping item, including, but not limited to, physical dimensions of the item, orientation and skew of the item along the conveyor, and identification of any existing labels and / or indicia on the item. Such data is used by the label printing and applicator assembly to accurately place a given label in desired location on a given shipping item.

The present invention relates to a labelling apparatus (10, 20) for labelling containers (18) by applying a label image (E) and an adhesive layer (K) to the containers (18), wherein the labelling apparatus comprises: a transport device (T) with a movable carrier belt for transporting labels (12), each comprising a label image (E) and an adhesive layer (K); a positioning device (13) for positioning the labels (12) transported by the transport device (T) to the positioning device (13); a pallet carousel (15) with a plurality of vacuum pallets (14) or electroadhesion pallets (14) for receiving the labels (12) at the positioning device (13); and a control device (S) which is designed to control the transport device (T) and the pallet carousel (15) in such a way that when the labels (12) are received at the positioning device (13) by the vacuum pallets (14) or electroadhesion pallets (14), the relative speed between the labels (12) and the receiving vacuum pallets (14) or electroadhesion pallets (14) is essentially zero.

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 invention relates to a method for operating a labelling system (1) having at least one labelling device (2), the labelling device (2) being actuated by means of a control assembly (4) of the labelling device (2) for labelling, in particular pricing, individual packages (3) in order to apply labels (7) to the respective packages (3) during a labelling process, the labeling process comprises the following behaviors: determining a weight value of the respective package (3) by means of the weighing assembly (5); feeding the labels (7) by means of a feeding assembly (6); printing the label (7) depending on the weight value by means of a printer assembly (9); and applying the labels (7) supplied by the supply assembly (6) to the respective packages (3) by means of an application assembly (13). It is proposed to check whether the operating values detected during the respective labeling process satisfy a predetermined end criterion representing the successful labeling process, and to store the presence of the satisfied end criterion in counter information.

The present application relates to a kind of test tube overturns label equipment, including label supply mechanism, for providing label;Test tube feeding mechanism, including supply assembly, material taking assembly and bearing assembly, supply assembly is used to provide the test tube to be labeled, material taking assembly is used to clamp test tube from supply assembly and place on bearing assembly after test tube is rotated from upright posture to horizontal posture;Actuator, including labeling execution end and clamping execution end, labeling execution end is used to obtain label from label supply mechanism, and label is attached to the circumferential surface of test tube on bearing assembly;Bearing assembly is used to support horizontal posture test tube, and can be overturned to upright posture after test tube labeling is completed, clamping execution end is used to clamp test tube and be transferred to discharge after being overturned to upright posture.The test tube overturns label equipment of the present application is reasonable in layout, can realize test tube posture conversion, to optimize labeling effect, improve labeling quality, while giving consideration to the stability and convenience of test tube feeding and discharging.

The utility model discloses a waterproof self-adhesive label which comprises a label base layer, a self-adhesive layer is arranged on the label base layer, a waterproof shell used for preventing the label base layer from being affected with damp and falling off is arranged on the label base layer, and release paper used for preventing a label body from being adhered to an object when the label body is not used is arranged at the bottom of the label base layer. A material layer for improving the strength of the label body is arranged on the label base layer. According to the utility model, the outer sides of the label base layer and the material layer are wrapped with the waterproof shell, so that the label body is not easily affected with damp, and when the label body is affected with damp, the waterproof shell protects the material layer on the inner side, so that the label body is prevented from edge warping, and the non-setting adhesive layer for sticking the label at the bottom is prevented from being affected by damp; and the release paper is adhered to the non-setting adhesive layer at the bottom, so that the label can be prevented from being adhered to other places accidentally, and the condition that the non-setting adhesive layer is exposed in the air for a long time and loses viscosity is also prevented.

As discussed earlier, labelling techniques that are available for labelling of unlabelled tabular data use some semi supervised models for identification purposes. However, they require sample labeled data for training purposes. Further, the same labelling model / technique cannot be used for all data types. Present disclosure provides method and system for identifying labels of unlabeled column data. The system uses a hybrid approach i.e., it uses language models, regular expressions and known dictionaries for labelling of unlabelled tabular data. For performing labelling, system first classifies received unlabelled tabular data into one or more data buckets. The system then uses appropriate techniques, based on data types, for identification of labels of unlabeled data present in data buckets. Thereafter, system uses feedback mechanism which will impart maturity to system over time. Finally, once system is matured, system can identify labels for all types of data.

The present invention provides systems and methods of applying labels to shipping items, such as parcels, packages, or envelopes, in an automated fashion while the shipping items move along a conveyor. The systems and methods of the present invention include use of a uniquely designed label printing and applicator assembly having multi-axis label application capabilities, specifically the ability to move in 4-axes relative to a given shipping item when applying a label thereto. The systems and methods of the present invention further utilize a vision system to collect data of a given shipping item, including, but not limited to, physical dimensions of the item, orientation and skew of the item along the conveyor, and identification of any existing labels and / or indicia on the item. Such data is used by the label printing and applicator assembly to accurately place a given label in desired location on a given shipping item.

As discussed earlier, labelling techniques that are available for labelling of unlabelled tabular data use some semi supervised models for identification purposes. However, they require sample labeled data for training purposes. Further, the same labelling model / technique cannot be used for all data types. Present disclosure provides method and system for identifying labels of unlabeled column data. The system uses a hybrid approach i.e., it uses language models, regular expressions and known dictionaries for labelling of unlabelled tabular data. For performing labelling, system first classifies received unlabelled tabular data into one or more data buckets. The system then uses appropriate techniques, based on data types, for identification of labels of unlabeled data present in data buckets. Thereafter, system uses feedback mechanism which will impart maturity to system over time. Finally, once system is matured, system can identify labels for all types of data.

The utility model relates to the technical field of blowing, filling and sealing equipment, in particular to a hot stamping device suitable for blowing, filling and sealing equipment, which comprises a bottom plate, a guide rail, a movable base, a rack, a hot stamping mechanism, an adjusting screw rod and a feeding guide mechanism, according to the thermal printing device, the thermal printing mold pre-printed with the mark is subjected to hot pressing transfer printing to the surface of the bottle body, so that the character is directly fused into the plastic surface layer, and the traditional label pasting mode is replaced. According to the technology, it is ensured that product information (such as names, specifications and batch numbers) marked on the plastic ampoule bottle has excellent adhesiveness and durability, the problems of information missing, label damage, ink diffusion fuzziness and the like are effectively solved, and therefore the risks that management cost is increased due to information additional recording and information additional recording is wrong can be avoided. Meanwhile, a certain anti-counterfeiting effect can be achieved through hot stamping of some special marks, and the safety and practicability of the product are remarkably improved.

A label (10) for a pharmaceutical vessel (30) comprises a label layer having a first adhesion region (11) and a second adhesion region (12) which are formed at a distance from one another on an underside of the label layer, at least the first adhesion region (11) being designed to be adhesively fastened to an outer surface of the vessel (30). The label (10) also comprises an adhesion-free region (14) which is formed between the first and second adhesion regions (11, 12), the adhesion-free region (14) being designed to cover, without adhesion, the outer surface of the vessel (30). The area of the adhesion-free region (14) is larger than the area of the first adhesion region (11), so that, when the label (10) has been applied to the vessel (30) in accordance with normal operation, the label (10) lies on the outer surface of the vessel (30) largely without adhesion.

The present application relates to the technical field of automation equipment, in particular to a labeling method and system. A label surface body is moved to a state to be labeled by a label feeding unit; wherein the state to be labeled includes that the first labeling unit and the second labeling unit are arranged at intervals, one label surface body is simultaneously attached to the first labeling unit and the second labeling unit, and the first labeling unit, the second labeling unit and the label surface body enclose a labeling space; a moving assembly moves one side of a box at a labeling position to abut against the label surface body; wherein the box at the labeling position is located on a side of the label surface body away from the labeling space; the moving assembly continues to move the box to the state to be labeled; wherein the state to be labeled includes that at least part of the box and at least part of the label surface body are located in the labeling space; and the label surface body adheres to three outer surfaces of the box in sequence and adjacently. Thus, the problem of low labeling efficiency is solved.