TH56771C3 - Silk fiber separator And a system for separating silk fibers - Google Patents

Abstract

Edit 21/04/2017 to provide a silk fiber separator that can generate air in the supply room and The upper end of the pipe for evenly separation, which makes it possible to improve efficiency. In separating for the better The silk fiber separator (1) consists of a separation tube (11), a separation tube (12), a discharge section (13) and a air spray section (14) where the supply section (13). ) There is a supply chamber (131), which is provided to surround the upper end (121) of the separation pipe (12) and the supply pipe (132) protruding from the outside part of the discharge chamber (131); The supply chamber (131) is structured from the top wall (1311) facing the opening at the lower end (122) of the separation pipe (12), the bottom wall (1312) facing the side wall. Top (1311) and side walls (1313) facing the surface Bypass of the pipe for separation (12); The first continuous gap along the circumference (G1) has been Provided between the edge (1221) of the opening at the upper end (122) of the pipe for the separation (12) and the upper wall (1311) of the discharge chamber (131); And dividers (130) that are outlined and arranged for Air flow control is provided with the supply room (131) ---------------------------------- -------------------------- Revised invention summary 27/01/2016 to provide a silk fiber separator that can generate air currents. Come in the pay room and The upper end of the pipe for evenly separation, which makes it possible to improve efficiency. In separating for the better The silk fiber separator (1) consists of a separation tube (11), a separation tube (12), a discharge section (13) and a air spray section (14) where the supply section (13). ) There is a supply chamber (131), which is provided to surround the upper end (121) of the separation pipe (12) and the supply pipe (132) protruding from the outside part of the discharge chamber (131); The supply chamber (131) is structured from the top wall (1311) facing the opening at the lower end (122) of the separation pipe (12), the bottom wall (1312) facing the side wall. Top (1311) and side walls (1313) facing the surface Periphery of the pipe for separation (12); A first continuous circumferential gap (G1) is provided between the edge (1221) of the opening at the upper end (122) of the pipe for the parting (12) and the upper wall (1311) of the Distribution room (131); And dividers (130) that are outlined and arranged for Air flow control is provided with the supply room (131) ---------------------------------- ---------------------------------

Claims (9)

Claims (all) which will not appear on the advertisement page: EDIT 21/04/2017 1. A floss separator that is structured and arranged for separation, from pellet, Silk fibers that are air-transported with pellets, which the silk fiber separators have The feature is that: The silk screen separator consists of a discharge tube, a spray section, a separation tube, and a discharge section; The discharge hose is connected to the end of the pneumatic transport hose, and is supplied. The outline in such a way that the pellets and silk fibers that are transported by air are released. Below from the discharge opening at the far end enters the hose for separation; The spray section is located near and directly under the opening for the Discharge of the discharge tube, and is structured in order to spray air horizontally and Along the radial from the center of the section for air spray, the silk fibers are separated from the released pallets. From the discharge opening, and move the silk fibers to the pipe wall of the separation tube; The separation tubes are outlined in order to transport the silk fibers which have been impregnated. Moving towards the duct wall of the separation pipe towards the top using the air blown upwards from the bottom; The dispensing section has been structured so that the silk fibers are dispensed upward. Equipped with air; The dispensing section has a dispensing chamber provided to surround the top end of the pipe. For separation, and supply pipe protruding from outside part of the supply room; The supply chamber is structured from the top wall facing the opening at the top end of the pipe. For separation, the bottom wall facing the upper wall, and the side wall facing the surrounding surface. Of pipes for separation; A first continuous circumferential gap is provided between the edge of the opening. At the upper end of the pipe for the separation and the upper wall of the distribution chamber; A well-structured and arranged partition to control the air flow was provided with the supply chamber. 2. Silk-screen separator according to claim 1, where the separator was properly positioned. Co-axially relative to the separation pipe, where the separator plate extends downward from the upper wall, and a second continuous circumferential gap exists. Between the bottom wall and the dividing plate 3. The silks separator according to claim 2, where the lower end edge of the partition is formed to an R shape. Hold any one of the rights 1 to 3, where the edge of the opening at the top end of the separation tube has been shaped to an R shape. To any of the four, where the top end of the extraction hose is provided to allow up and down movement, and can be fixed, relative to the discharge section 6 The silk-fiber separator according to any of Clause 1 to 5, where the size of the first gap positioned towards the supply pipe is determined to be less. The size of the first space positioned on the opposite side. 7. Silk-screen separator according to Clause 1 to 6. Any of them, where the air jet part contains the duct body part. It extends downward within the discharge tube, the structured and arranged cover to cover the lower end of the tube body section, and the cross-section forming the end. The underside of the ductwork, through which air is sprayed through the cross section. 8. The system for separating the silk fibers consists of: Pneumatic transport tubes; Silk-fiber separator in accordance with any of Clause 1 to 7; Outlined and organized blowers to induce air flow for pneumatic transportation; And a tank provided to allow contact with the lower end of the pipe for the separation of Silk fiber separator, which is structured and arranged for the delivery of air to be blown up. Above the inside, the separation duct was connected to the tank, where the silk separation system was characterized in that it was equipped with a section. Transport air outflow, in which some of the air flowing through the pneumatic carrier tubes receives Allowing it to flow out; The transport air outlet section has an outlet pipe branched out from the pneumatic carrier pipe, and the first adjustment flap, which is outlined and arranged to adjust the air flow rate. Inside the pipe flows out; And the first adjustment valve was outlined in order to control the level of the tongue opening stage in order to Increase the air flow rate inside the outlet pipe as the suction pressure generated by the dryer. Inside the pipe for separation down -------------------------------------------------- ------------------- Edit 27/1/2016 1.Structured and manipulated silk filament separators to separate, from globules, silk fibers which Air transported with a nodule, the silk fiber separator is characterized by: The silk screen separator consists of a discharge tube, an air blast section, a separation tube and a dispensing section. The discharge hose is connected to the end of the pneumatic transport hose. And has been structured Draft in such a way that the nodules and silk fibers, which are then transported by air, are released. Downwards from the discharge opening at the far end into the separation tube. The spray section is positioned near and directly under the opening. For the discharge of the discharge tube And has been structured to spray air horizontally and Along the radial from the center of the air jet, the silk fibers are separated from the nodules that Release from the opening for discharge And causing the silk fibers to move directly into the pipe wall of the pipe For separation; The separation tubes are structured to transport the silk fibers which are directed towards the pipe wall. Of the extraction tube to the top using the bottom-to-top air blowing; The dispensing section has been structured to supply the silk fibers transported upward with air; The dispensing section has a dispensing chamber which surrounds the upper end of the separation pipe and the supply pipe extending outside from part of the outlet; The supply chamber is structured from the top wall facing the opening at the top end of the pipe. For separation, the lower wall facing the top wall. And the side wall facing the outer surface area Of pipes for separation; A continuous first circumferential space is provided between the items of the opening. At the upper end of the pipe for the separation and the upper wall of the distribution chamber; And a structured and managed partition to control the air flow will be provided with the supply room. 2. The silk-fiber separator according to claim 1, where the dividers are aligned together. The axis, relative to the separation pipe, the partition extends downward from the upper wall, and the second continuous gap along the circumference exists between the bottom wall and the partition. 3. Silk fiber separator according to claim 2, where the lower end edge of the dividing plate receives Forming an R shape 4. The machine separates the silk fibers according to any of the 1st to 3rd claim, where the edge of the opening At the top end of the splitting tube has been formed to have an R shape. 5. The machine separates the silk fibers according to any claim 1 to 4, where the upper end of Separation tubes are provided to allow up and down movement. And can get Fixed fixation relative to the payout section. 6. The machine separates the silk fibers according to any claim 1 to 5, where the size of the gap One, which is aligned straight to the supply pipe side to be smaller than the size of the gap one, which is aligned upright. To the opposite side 7. Silk fiber separator according to one of Claims 1 to 6, where the spray section Air has a body, a pipe that extends downward within the discharge tube, a cover that is structured and managed to keep it shut. The lower end of the body pipe. And the cross section formed in the lower end of the tube body, air is sprayed through the cross section. 8. The system for separating silk fibers consists of: pneumatic transport pipe; Silk-fiber separator in accordance with any of Clause 1 to 7; The blowers are structured and managed to induce air flow for pneumatic transportation; And the tank provided to make contact with the lower end of the tube for the separation of the silk fiber separator, the layout delivery tube and arranged to deliver the air to be blown upward inside. The separation tube is connected to the tank, where the silk separation system is unique in that it is provided with a route. Transport air outflow, in which some of the air flowing through the pneumatic carrier tubes is It allows for flow, airflow path for delivery, with an outlet pipe branching out of the pneumatic transport duct and the first adjustment valve, which is structured and managed to adjust the flow rate. The air inside the pipe flows out; And the first adjustment valve has been outlined to control the level of the valve opening step to increase the rate The air flow inside the pipe flows when the suction pressure created by the dryer inside the pipe. For separation 9.System for separation of silk fibers according to claim 8, where the second adjustment valve is arranged A scheme and managed to adjust the air flow rate inside the delivery duct is provided with the duct. Tank delivery, the second adjustment valve has been outlined to control the level of the valve opening stage for Reduces the air flow rate inside the delivery pipe when the suction pressure created by the dryer inside the pipe. For separation -------------------------------------------------- -------------