TH21608B - Finishing machines and methods for forming wadding sheets - Google Patents

Abstract

DC60 (19/03/42) Method and apparatus for the formation of mixed wadding for use in the making of fuel components. For the pumped material, it consists of a double-core spool uncoiler, in which the alternating fiber sheets are loosened. A splicer is used to connect the unrolled wadding from two core tubes. Of the machine loosening the rolls together Velocity sensing and control were provided for Determination of the loosening speed and the amount of wadding remaining on the spool for control The wadding is accumulated before the splicing and stops the wadding to make the connection at the source of the machine successfully. The wadding was fed to a wadding forming machine, where it was cut in two halves equally. And get vertical separation The wadding is introduced between the two halves and the wadding. It is assembled into a three-layer composite wadding with a fiberboard sandwiched between two halves of fiberglass. The mixed wadding is fed to the KDF filter bottom heater, which is combined with the integral rod. Carbon for making fuel components Methods and preforms for the formation of composite wadding for use in the making of fuel components. For the pumped material, it consists of a double-core spool uncoiler, in which the alternating fiber sheets are loosened. A splicer is used to connect the unrolled wadding from two core tubes. Of the machine loosening the rolls together Velocity sensing and control were provided for Determination of the loosening speed and the amount of wadding remaining on the spool for control The wadding is accumulated before the splicing and stops the wadding to make the connection at the source of the machine successfully. The wadding was fed to a wadding forming machine, where it was cut in two halves equally. And get vertical separation The wadding is introduced between the two halves and the wadding. It is assembled into a three-layer composite wadding with a fiberboard sandwiched between two halves of fiberglass. The mixed wadding is fed to the KDF filter bottom heater, which is combined with the integral rod. Carbon for making fuel components

Claims (9)

1. Prefabricated wadding machines For use in the production of tubular materials with twin-core unrollers (14), for unrolling fiberglass sheets (W1, W2) with a specified width alternately from the first tube. And the second rod tube (B1, B2) along the traction path, splicer (16) for connecting the following end of the first wadding (W1) that has been unrolled from one core tube to the end. According to the second wadding (W2) that will be Unscrew from another spool, and it has the effect that the machine also contains Mixed wadding machine (20) for receiving sheet from splicer and sheet forming machine The mixed fiber consists of a splitter (96) for separating the first or second filament into narrow slits (Wa, Wb) of the same width. First roller set (98,99: 100,101) for the Separate two narrow wadding. The third core tube (B3), in which the wadding (W1) is rolled, a second set of rollers (108,110) for directing the wadding to the position between the two narrow strips. already For the introduction of the aforementioned two narrow wadding and the aforementioned wadding into three-layer composite wadding (Wc), the aforementioned fiberboard is sandwiched. For the above two narrow wadding 2. Attachment of claim 1, consisting of a wadding storage at the end of the Welding machine flow A method for determining the quantity of wadded out of the first and second wadding from the first spool. And its corresponding second-axis tube. Pathway responds to the aforementioned sensing pathways for increasing the fiber discharge rate from the core tube. First and second core tubes to collect the long sections of the filament in the wadding storage. 3. The successor of claim 2, whereby the aforementioned detection methods are assembled With a method for detecting the diameter of the remaining web That is being supplied from the first tube and the second tube respectively. 4. The completion of claim No. 2, whereby the aforementioned methods for adding The rate of discharge of the fiber consists of The winch roller that has been put on the end of the flow Connecting machine And the moving path is between the winch rollers And corresponding core tube For the output of the corresponding axial tube speed control output. 5. The successor of claim 4, where the aforementioned path consists of a moving arm placed on a web and rotated around a spindle. Checker for Detect the angular position of the mobile arm. Around the spindle mentioned above To produce an output that As mentioned for controlling the rotational speed of the corresponding axial tubes. Which the fiber sheet is being Pay off then 6. The success of claim 1, where the aforementioned connected devices are assembled With a fiber guide rail And a pair of fiber guides A gripping clamp that works with each wadding guide. Piece for clamping the corresponding wadding from the first core tube And the second axis tube in the guide rail Each piece of wadding The path for each wadding guide for ejecting the wadding, then a slitting knife positioned between the wadding guides and out. For cutting fiber For connecting And the path that has been arranged between the web guide rails and the For connecting in With cut wadding 7. The successor of claim 6, where the aforementioned interlocking path consists of a tape base and a tape clamp arranged on the path of the wadding through Connecting machine Suction path in the aforementioned tape base and tape clamps for securing the tabs The alignment of the tape is connected to the tape base mentioned above and the release clamps are available. 8. The apparatus of claim No. 7, with the base of the tape mentioned above and the clamps The tapes are quite mobile towards and away from each other for mounting tapes to the surface. The top and bottom of the wadding will be welded. The aforementioned cutting knives have been positioned. In the cutting plane between the tape base and the tape clamps are driven towards each other to attach the splicing tape to the wadding to be spliced. 9. The success of the claim No. 8, where the tape base mentioned above And clamps to hold The tape can move further away from the movement of the wadding to facilitate the placement of the splicing tape on the base. Tape and tape clamp 1 0. The success of claim 6, consisting of a wadding end detector It is positioned next to the flow end of each web guide rail. And the beginning of the flow of Cutting plane for detecting the corresponding fiber guide end from core tube and second core tube and producing output for excitation of gripper for corresponding wadding guide rail 1 1. The success of the claim No. 6, where the way of spraying the fibers as mentioned above It consists of an injection current that is provided in each pad guide rail for the injection flow of the Compressed air goes to the lint in the original flow direction to force the lint in the original flow direction. From the rail to guide the wadding into which it is located 1 2. The successor of claim 1 consisting of pathways for guiding the first and second tubes alternately transverse. And in the part of the path of movement at the distance The width is equal to the width of the fiberglass sheet after the fiberglass is unrolled from the first tube and the second tube. To direct the next glass to the path of motion of the web 1 3. The successor of claim 1, where the aforementioned fiberglass sheets is approximately 38 mm wide, each of the aforementioned narrow wadding is approximately 19 mm wide. It has been composed of tobacco paper approximately 19 mm wide 1. 4. The success of claim 1, where the aforementioned roller sets of the machine Mixed fiber sheet contains A roller that joins two narrow web sheets vertically at the slit and ball. Rolling for combining two narrow wadding. And the vertical fiber paper And crossed into The aforementioned three-layer composite wadding 1 5. Success of claim No. 2, where the aforementioned wadding is assembled With a rectangular partition with a translucent front panel The curved metal guide rail has been placed in The above repository for preventing interference in the accumulated wadding 1 6. Prefabrication machines (16) for the connection of fiberglass sheets for use in the production of cylinder materials containing A pair of fiber guides (40,42) for first and second wadding (W1, W2) with top and bottom surfaces. The above filament is dispensed from the first core tube and the corresponding second (B1, B2) core tube, respectively. Along the path (P) of the motion of Connection area Wadding-out rail (17) for removing the wadding from the gripper connection area (81,82: 83) connected to the wadding guide. (76,80; 77,80; 78,79) each for clamping the wadding in the wadding rails in the connected route (84,85) for ejecting the wadding from the wadding guides into each Slitting blade (88) that has been placed between the wadding guides. And rails to bring out the wadding For cutting web strips along the cross-sectional plane of the wadding path and the arranged troughs (86,87; T1, T2) between the web guide rail and the guide rail. Wadding-out for attaching the connection to the wadding in the connection area 1. 7. Success of Clause 16, whereby the connection method mentioned above Contains a method for attaching the tape to the top and bottom surfaces of the wadding. 8. The success of claim 16, whereby the method of closing the aforementioned connection Consists of a tape base and a tape clamp. Suction path as tape and tape clamp for fastening Corresponding tapes Attached to the tape base and tape clamps Path for base movement The tape and the tape clamps are quite close to each other to close the tabs above to the surface. Top and bottom of the wadding 1 9. The success of Clause 16 by which the aforementioned spraying method is assembled With a stream of inject air arranged in each fiber guide rail For the use of injecting streams of Compressed air to the lint in the original direction of the flow To force the web scraps in the direction of the original flow out of Guide rails for the wadding in which there are 2 0. The success of Clause 16, consisting of a fiber end detector Being positioned next to the flow end of each web guide rail. And the beginning of the flow of Cutting plane for the detection of the corresponding fiber leading from first-core tube and second-core tube. And cause output For activating the grip clamps for the corresponding wadding guides 2 1. The success of Clause 18, where the tape base mentioned above and the clip The tape can be moved away from the trajectory of the web. To assist in the placement of the tape Connect on the tape base and tape clamp 2. 2. Methods of forming a composite wadding for use in the manufacture of pumping materials at It consists of the following steps First unrolling the fiberglass mat With the width required from the first spool Along the trajectory The first of the aforementioned slits split into two narrow wadding. Which has the same width With significantly The separation of the above two narrow wadding. Spaced apart The wadding between the two of the aforementioned narrow wadding and the merging of the two of the aforementioned narrow wadding. And the aforementioned fiberboard Together in two directions To form a three-layer mixed wadding with a spliced fiberboard Between the two of the aforementioned narrow wadding 2 3. Method of claim 22 whereby the provision of a second glass fiber board of specified width wound on the tube. The second core, the aforementioned second fiberglass sheet, has a leading end. Positioning the aforementioned second leading end at the connection area Welded along the path of movement Determination of the unwinding speed of the first fiberglass sheet from the first spool at a predetermined loosening speed. Stop loosening the first fiberglass roll. The first fiberglass cut that was stopped along the cutting plane at the jointing area to form the trailing end of the first fiberglass mat and the first fiberglass scraps. Connecting the second leading end of the fiberglass mat to the following end of the sheet First, and the second unscrew from the second spool along the path of travel 2. 4. Method for Clause 23 of Clause 23 that includes the process of spraying the lint. Of the fiberglass sheets first, before the welding process and after the cutting 2 5. Method of claim 23 that includes the process of clamping the web The first glass at the beginning of the flow And the end of the flow of the connection area when the first fiberglass mat is stopped And during the cutting process 2 6. Method of Clause 23 where the aforementioned splicing process consists of the process of attaching the tapes to the top surface. And the bottom of the wadding First and second glasses in the connecting area 2 7. Method for Clause 23 that includes the quantification process. Of the wadding that has been unrolled from the first tube To increase the unwinding speed of the spool First, when the first wadding remains on the core tube in a predetermined amount and before, Stopping the unscrewing of the fiberglass mat first And the accumulation of long sections of fiberglass. Flow stem of the connection area 2 8. Procedure for Clause 23 that consists of a process of spacing at the ends. The leading sides of the second fiberglass mat from the following ends of the fiberglass mat first from each other. A concatenation page to form a space with a predetermined dimension between them 2. 9. Method for Clause 28 of claim, where the predetermined dimensions are 1/8 inch to approximately 3/8 inch 3. 0. Method for Clause 23 Clause 23 that includes the procedure for the distribution of fiberglass sheets. Out alternately from the first core tube And the second core tube And to connect the fiberglass sheets together in Connection area for continuous feeding of fiberglass sheets for composite fiber formation.