1702 results about "Labelling machine" patented technology

An in-line continuous feed sleeve labeling machine labels containers, such as beverage containers, in an in-line fashion maintaining the elevation of the containers during their linear transport. The in-line continuous feed sleeve labeling machine of the present invention receives bottles in flood feeder or linear fashion. A timing screw or the like properly separates, and both spatially and temporally disposes, the containers for sleeving. The timing screw propels the containers onto a pedestal system. The pedestals of the pedestal system maintain their horizontal nature due to offset pivotable attachments to the track system upon which they travel. In coordinated fashion with the travel of the pedestal system, iris carriers carrying sleeves upon articulating radial arms descend upon the bottles. Once the label sleeve has reached the appropriate point (generally adjacent to the central portion of the bottle), the iris carrier allows the label sleeve to engage the central portion of the bottle. Frictional attachment or otherwise allows the finger rods of the iris carrier to pull away from the sleeve as the iris carrier continues to descend down towards the pedestal. The sleeve then becomes attached to or engaged by the bottle until the finger rods of the iris carrier free themselves from the sleeve label. A container stabilizer may provide lateral bottle support and aid the ensleevement process. The finger rods then dilate to better disengage the bottle as the iris carrier ascends up and away from the bottle. The bottle is then transported to an exit conveyor having been properly sleeved, while the iris carrier returns to transport another sleeve.

The invention discloses an SMT material conveying method and system. The SMT material conveying method includes the steps of identity marking of materials, automatic warehousing and delivery in an intelligent warehouse, task distribution outside the warehouse, automatic conveying to a production line for use and re-identification warehousing of tailing. The SMT material conveying system comprises an automatic supplying machine, an automatic printing and labeling machine, the intelligent warehouse, an automatic printing and labeling module, a material conveying belt, an automatic feeding cart and automatic measurement and counting equipment, wherein the automatic supplying machine, the automatic printing and labeling machine, the intelligent warehouse and the automatic printing and labeling module are sequentially and linearly distributed, and the intelligent warehouse and the automatic printing and labeling module are connected through the material conveying belt. The SMT material conveying method and system can largely reduce labor, and are high in automation degree. The efficiency of storing, taking and conveying materials to the production line is high. The material management accuracy is high. The production cost is largely reduced. The production efficiency is improved.

The invention discloses a low-frequency cable assembly intelligent crimping system production line, which includes a fully automatic off-line marking unit and a wire intelligent crimping unit. machine, automatic cable labeling machine, label scanning gun, and rectangular coordinate conveying robot. The wire intelligent crimping unit includes a laser wire stripper, a two-axis rotary peeling machine, a cable detection instrument, and a vibrating plate from left to right. Feeding equipment, multi-axis sliding table manipulator device, first visual inspection equipment, crimping inspection equipment, second visual inspection equipment and cable collection equipment, the first electrical control system six freedoms is set on one side of the wire intelligent crimping unit degree robot and second electrical control system six degrees of freedom robot. The beneficial effect of the present invention is: on the basis of the existing equipment, adjust and improve, and design a high-precision and high-efficiency fully automatic cable assembly automatic production line to replace the manual production mode.

The invention provides a packaging box process for strip box packaging production and a device for implementing the packaging box process, strip boxes from a packaging unit are stacked to be a strip box stack in the manner of five layers in one stack and five strips in one layer twenty five strips in total, when a bar code reading and writing head reads that no information is in the bar code on corresponding conveying section of a tray conveyer, the whole strip box stack is pushed to the corresponding conveying section of the tray conveyer, and the bar code reading and writing head writes the corresponding strip box plate, packaging table number and other information into a readable and writable bar code on the corresponding conveying section of the tray conveyer, the strip box stack is conveyed into a cartoning sealing machine, after the bar code is identified by a control system, a corresponding paper box is selected for packaging the strip box stack, the plate, machine number, strip lack and other information of the strip box are provided to a labelling machine, the readable and writable bar code on the corresponding conveying section of the tray conveyer is decoded, and then the paper box full of strip boxes is labelled by the labelling machine and is discharged. The packaging box investment and operation cost are reduced, the packaging box process is simplified, and the quality is convenient to trace.

The invention discloses a limit switch labeling machine. The limit switch labeling machine comprises a protective cover feeding mechanism, a transfer mechanism, a labeling mechanism and a damping sleeve feeding mechanism, wherein the protective cover feeding mechanism and the damping sleeve feeding mechanism are arranged in front of the transfer mechanism, and the labeling mechanism is arranged on the left side of the transfer mechanism. The protective cover feeding mechanism is used for conveying protective covers to the transfer mechanism, the labeling mechanism is used for labeling the protective covers in the transfer mechanism position, and the damping sleeve feeding mechanism is used for conveying damping sleeves to the protective covers in the transfer mechanism position. The limit switch labeling machine is compact in structure and capable of substituting automatic workpiece assembly and labeling for manual operation, so that labor is saved and production cost is reduced.

The invention discloses an automatic labeling machine and belongs to the field of labeling machines. The automatic labeling machine comprises a base, a mounting plate and a jig, wherein the mounting plate and the jig are mounted on the base; a label conveying path, a driven roller wheel set and a slide rail fixing frame are arranged on the mounting plate; the label conveying path and the driven roller wheel set are arranged on the front surface of the mounting plate; a discharging device, a sucking plate, a stripping plate, a main drive wheel module and a waste recovery device are arranged on the label conveying path in sequence from a starting point to an ending point; the roller wheels of the driven roller wheel set are arranged between the discharging device and the sucking plate, between the sucking plate and the stripping plate and between the stripping plate and the main drive wheel module respectively; a label sucking and moving mechanism capable of moving between the stripping plate and the jig is mounted on the slide rail fixing frame. As the whole labeling process is fully automated and the working process is accurate, the labeling stability and accuracy are really improved.

The invention discloses an automatic labeling machine and a labeling method. The labeling machine comprises a conveying module for conveying products from an identifying position to a labeling position, a label printing device, a robot and a CCD camera, wherein a slide table is arranged in a label outlet of the label printing device, and is provided with a horizontal support surface; a cylinder is connected below the slide table, and is acted on the slide table to move in the vertical direction; the robot comprises a vacuum label sucking head; the vacuum label sucking head moves between the label printing device and the labeling position; and the CCD camera is arranged below the vacuum label sucking head for acquiring images of labels absorbed on the vacuum label sucking head. The automatic labeling machine is high in control precision and detecting precision, generates no bubbles in labeling, and is fast in labeling.

The invention discloses an unsupervised industrial system anomaly detection method based on deep transfer learning. According to the invention, labeled machine sensor sequence data from a migration source and unlabeled sensor sequence data from a migration target are utilized to train an industrial system abnormality detection model with good generalization ability, and the industrial system abnormality detection model is trained and tested to finally generate a trained industrial system abnormality discrimination model. By means of the model, the received machine sensor sequence data can be analyzed, and whether the machine is abnormal or not can be judged.

The invention relates to a labeling machine which is characterized by comprising a vertical-to-horizontal mechanical synchronous device (1), a roller conveyer belt (2), a synchronous rejecting and bottle shifting device (9) and a bottle body horizontal-to-vertical device (8) which are connected in sequence, wherein a bottle coiling belt device (7) is further installed beside the roller conveyer belt (2); and a label feeding mechanism (3) is further installed beside the bottle coiling belt device (7) so as to accomplish the labeling in match with the bottle coiling belt device (7). Tests prove that the labeling machine provided by the invention is compact in structure, easy to operate, reliable to work and very lower in fault rate, and is applicable to rapid and automatic labeling and character printing on packages of oral liquid bottles, penicillin bottles and ampere bottles.

A labeling machine including a substrate, an assembling element, a carrying shaft, a driving module, a labeling module, a peeling unit and a furling shaft is provided. The assembling element is disposed at one side of the substrate allowing it to be installed onto a robot. The carrying shaft is disposed on the substrate, and a label base with multiple labels is assembled on the carrying shaft. The driving module and the labeling module are disposed on the substrate. The peeling unit, the carrying shaft and the furling shaft are all disposed at the same side of the substrate. The furling shaft controlled by the driving module is used to furl the label base. When the label base wraps around the peeling unit and the driving module drives the furling shaft to rotate, the labeling module near by the pressing unit would capture the label protruded from the label base.

A labelling machine and a method of applying information onto containers and/or labels by means of an ink jet printer which has at least one print head with at least one nozzle and in the case of which a cover can selectively be moved to a position in front of the discharge opening of the nozzle so as to recirculate ink discharged from the nozzle into the ink circuit. The printer can also be operated during a printing pause whereby the ink is prevented from drying up in the print head.

The invention relates to an automatic branding, drilling and labelling machine, which can be used for sequentially finishing the procedures of conveying, branding, drilling, glue dripping, labelling and the like, can be used for machining products of various specifications and has the characteristics of high working efficiency, convenience in adjustment, and the like. According to the technical scheme, the automatic branding, drilling and labelling machine comprises a front half part and a back half part, wherein the front half part comprises a feeding mechanism arranged on the front segment of a frame, a fixed workbench arranged on the left side of the feeding mechanism, and a movable workbench arranged on the right side of the feeding mechanism; a hand drill hole lifting mechanism and a glue dripping mechanism are arranged on the fixed workbench; a branding mechanism is arranged on the movable workbench; the back half part comprises a drum group arranged on the back segment of the frame, a labelling device arranged above the drum group, a label lifting mechanism arranged on the right side of the drum group, and a label pressing mechanism arranged at the back end of the drum group; the front end of the drum group is in butt joint with the back end of the feeding mechanism.

The invention discloses a labeling machine and a labeling method. The labeling machine comprises a rack, a label supply mechanism, a product material strap supply mechanism, a joint platform and a label suction mechanism. The label suction mechanism and the joint platform directly face each other, the label suction mechanism is located above the middle segment of a product material strap passing path, and the joint platform is located below the middle segment of the product material strap passing path; the label suction mechanism comprises a label suction plate and a lifting drive part; the label supply mechanism comprises a discharging assembly, a label peeling plate assembly and a receiving assembly; the label peeling plate assembly comprises a label peeling plate and a horizontal displacement driving part, one end, close to the label suction mechanism, of the label peeling plate serves as a label peeling end, the label peeling end is located between the lower surface of the label suction plate and the upper surface of a product material strap, the label suction plate is driven by the lifting drive part to move downwards to suck the label material strap from the label peeling end and peel a label, and after the label peeling plate returns, the label suction plate further descends so as to enable the label to be attached to the product material strap. The label peeling plate horizontally moves to be matched with the lifting motion of the label suction mechanism to achieve label peeling, the transverse moving error of the label suction mechanism can be reduced, speed matching is avoided, control is simple, and the cost is relatively low.

The invention relates to a full-automatic nonel tube machine which comprises a stand, a drawing mechanism, a cut-off mechanism, a conveying mechanism, an endcapping and labeling mechanism, a winding mechanism and a binding mechanism, wherein the drawing mechanism is arranged under a position in back of the stand; the cut-off mechanism, the conveying mechanism, the endcapping and labeling mechanism and the winding mechanism are arranged on a face plate of the stand; the cut-off mechanism and the winding mechanism are respectively arranged at the two ends of the conveying mechanism; the endcapping and labeling mechanism is arranged in the middle of the conveying mechanism; the binding mechanism is arranged above the winding mechanism. After the full-automatic nonel tube machine is adopted, the automation of working procedures including blanking with the fixed length, endcapping and labeling, winding and binding in the nonel tube production can be realized, so that the production efficiency is improved.

The invention discloses a labeler, which comprises a work bench, a gluing mechanism, an upper/lower surface labeling and moulding mechanism, a ring surface labeling and moulding mechanism, and a carrying mechanism. The gluing mechanism is used for respectively gluing an upper surface, a lower surface and a ring surface of a cylindrical label object to be glued; the upper/lower surface labeling and moulding mechanism is used for respectively labelling and moulding the upper surface and the lower surface of the label object after gluing; the ring surface labeling and moulding mechanism is used for labeling and moulding an external ring surface of the label object with labeled and molded upper surface and the lower surface; and the carrying mechanism is used for carrying the label object. In the invention, the labeler is used for automatically completing a labeling process of the label object, compared with a current labeling process, operation technical requirement of the labeler for workers is not high, the labor intensity is low, production efficiency is high, risk coefficient is low, and security is high.