57 results about "Web handling" patented technology

A composite doctor arrangement for a web forming machine or web handling machine has a beam structure (10) with a mounting piece (13) fitted to it. A blade holder (11) is fitted to the mounting piece, with a blade (12) fitted to the blade holder (11). The mounting piece (13) is fitted axially and movably in the beam structure (10) by a form-locked mounting counterpiece (14), where the form locking is arranged so that it is fixed in the lateral direction of the blade (12) and essentially free in the longitudinal direction of the blade (12).

A method for a customer to establish a system account on my Payment Processing System website for executing merchant payment transactions; the customer visiting the website; the customer purchasing system service and receiving a code number and a personal identification number and receiving an email from customer service and the customer transferring funds from a bank account or a credit card account into the customer account by purchasing a corresponding number of website currency units; and the website storing and indicating the amount of website units in stored values. The method includes the additional steps for a new merchant to register to use the website; the website processing all data received from the merchant and confirming; and designating the merchant as a website registered merchant and the website operator integrate the merchant contents database into the present Payment Processing System merchant database. The method further includes the steps to execute a transaction with a registered merchant, including: the registered merchant accessing the customer account; the merchant entering an identification of an item and a service or contents to be purchased and the amount of the purchase; the customer pressing the system icon; the customer entering his or her code; the customer entering his or her personal PIN; the website verifying entered merchant information and customer code and PIN data and one of: approving and completing the transaction, and denying and canceling the transaction; and where the transaction is approved the website generating a confirmation code.

A web control device is provided as a generally cylindrical hollow bar having a plurality of holes disposed thereon. Each of the plurality of holes is capable of providing fluid contact between the central portion and the outer portion of web control device. The web control device provides contact-less support of a moving web material and can reduce the Poisson lateral contraction in a moving and/or tensioned web material without wrinkling or significantly stretching the moving web material.

A system of detecting and adjusting the normal force exerted by a web material around the circumferential surface of a cylinder is provided. Sensors associated with the cylinder surface are wired to a processor that compares detected normal web forces with a set value. An actuation device is activated by the processor to adjust the normal force exerted by the web by, e.g., adjusting the tension in the web material. A positioning device that preferably translates a web-wound spool is also provided as an option for the actuation device.

An apparatus for decreasing heat emission and enhancing a vacuum system in a papermaking machine is provided. Such an apparatus includes a drying device having an inlet for receiving heated air for removing moisture from a paper web and an outlet for exhausting the moisture-containing air from the drying device. A vacuum system is configured to produce a suction and receive the moisture-containing air. A web handling device is disposed upstream of the drying device and is configured to interact with the web before the web is directed to the drying device. The web handling device is further configured to receive a portion of the moisture-containing air from the drying device, wherein the portion of the moisture-containing air is directed through the web by the web handling device to facilitate dewatering of the web before the moisture-containing air is received by the vacuum system. The web handling device is also configured to provide the moisture-containing air at a supply pressure with respect to the suction produced by the vacuum system such that the web handling device operates at an above-ambient pressure. Associated apparatuses and methods are also provided.

A magnetic roller system configured for use within a web handling system, the system including a drive hub, and a roller that is magnetically coupled to the drive hub. The roller is configured to support a web of material. An adjustable gap is defined between the drive hub and the roller. The strength of the magnetic coupling increases as the adjustable gap decreases.

A high speed rotary cutter assembly for transversely cutting a moving web, comprising a cutting roll and an anvil roll rotating at web speed which are selectively movable toward and away from one another to set the rotary cutter assembly in operative and idle modes, respectively. The invention also extends to a web handling device for forming a continuous multi-form web into a stack, comprising a folder assembly laying successive forms of the web in a superposed relationship on a table to form a stack. A temporary stack support assembly is extended along an arcuate descending path between the folder assembly and the table when the stack is completed for temporarily holding the incoming folded product until the completed stack on the table has been ejected.

A system for exchange and reconditioning of winding or rewinding multi-components shafts associated with a web handling device comprising an omni-directional mobile cart having a plurality of subassemblies thereon for receiving, storing and transfer of one or more clean and/or to-be-reconditioned shafts between the web handling device and a maintenance station wherein a shaft is mounted in similar manner to the mounting of the shaft on the web handling device for disassembly, cleaning, repairing reassembly and storage of the clean shaft on the cart in anticipation for subsequent exchange of such clean shaft for a to-be-reconditioned shaft mounted on the web handling device. In the system, the removal of the to-be-reconditioned shaft from the web handling device, storage of this shaft on the cart and installation of a clean shaft previously stored on the cart are all performed without modification or material repositioning of the cart from its initially established position relative to the web handling device. A method for shaft exchange is disclosed.

The present invention proposes a user information management method for an interactive studio, including an external network processing process and an internal network processing process, and the external network processing process and the internal network processing process interact through a message queue, and the external network processing process Including the following steps: A1, creating a user information linked list for storing external network user information; B1, monitoring the session initiation protocol information sent by external network users and internal network processing processes; C1, creating an external network thread, and processing receiving The session initiation agreement information that arrives; Described intranet processing process comprises the following steps: A2, create a background personnel information chain list for depositing intranet user information; B2, monitor the session that intranet user and extranet processing process send and initiate Protocol information; C2. Create an intranet thread, and process the received session initiation protocol information. The invention can greatly improve the processing performance of interactive user information management.

A labeling device (20) is provided which is especially designed for use as a transverse labeler with in-line packaging machines (22). The device (20) includes a label dispensing unit (34), and a transport and tamping assembly (36) with a tamping assembly (68). The assembly (68) has a plurality of side-by-side hollow upright plates (78) presenting label-engaging ends (80) and remote ends (82), with the plates (78) secured with movement in unison to a slotted crosspiece (84); an air cylinder assembly (98) is coupled with the crosspiece (84) for selective movement of the plates (78). Apparatus (100) is also provided for creating reduced pressure conditions at the ends (80) of the plates (78), including fans (104) oriented to draw air through the hollow plates (78). The transport and tamping assembly (36) is adjustably mounted to the labeler frame (38) in order to permit selective adjustment of the assembly (36). Specialized rollers (134) having perforate roller bodies (136) and supporting bearings (140) are used in the web-handling portion of the preferred device (20).

An apparatus and process for transporting at least a portion of a web of flexible material between first and second structures spaced from each other. The apparatus includes at least two pulleys located at spaced locations from each other, and an air-pervious endless belt movably mounted on the first and second pulleys. The belt has a run traveling from the first pulley, adjacent the first structure, to the second pulley, adjacent the second structure, and the belt is adapted and arranged to receive the at least a portion of the web from the first structure. An underpressure source is arranged to produce an underpressure adjacent to the run of the endless belt. A nose shoe is disposed beyond the second pulley and spaced from the second pulley, so as to define an opening between the nose shoe and the second pulley at a second position where the at least a portion of the web leaves the endless belt. The nose shoe includes an inlet adapted to receive a supply of air, and air jet outlet positioned adjacent the second pulley, and the air jet outlet is adapted to direct at least one air jet into the opening in a direction contrary to a rotation of the second pulley, such that the at least one air jet is sufficient to lift the at least a portion of the web from the endless belt. A guiding tray is arranged beyond the nose shoe having an upstream section positioned adjacent the nose shoe, and the upstream section includes an air slot, which extends cross-wise to a web travel direction, adapted for emitting an air curtain that flows along the surface of the guiding tray. The process includes transferring the at least a portion of the web from the first structure onto the endless belt, holding the at least a portion of the web onto the endless belt through the underpressure, directing air from the air jet outlet through the opening in a direction against a rotational direction of the second pulley, transferring the at least a portion of the web from the endless belt to the nose shoe, and directing an air curtain from the upstream section of guiding tray along a surface of the guiding tray, such that the at least a portion of the web is guided over the guiding tray.

The present invention relates to a fibre web production and/or handling line (10) comprising a handling arrangement (50) for machine reels (30) and/or reeling shafts (30'), in connection with the arrangement (50) there is provided a control system (45), and which production and/or handling line (10) for a fibre web comprises at least two process units (20, 55, 75, 80, 100, 200) for carrying out the process of producing and/or handling a fibre web, and at least one crane arrangement (300) for transferring machine reels and/or reeling shafts between the process units (20, 55, 75, 80, 100, 200). The crane arrangement (300) is an automatic crane (300) provided with a control system (45.2) and the control system (45.2) of the automatic crane is in data transmission connection with the control systems (45.1, 45.3, 45.4) of the process units or they are sections of the same control system (45).