CN109827399A - A kind of natural feather purifying plant and technique - Google Patents

A kind of natural feather purifying plant and technique Download PDF

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Publication number
CN109827399A
CN109827399A CN201910130766.4A CN201910130766A CN109827399A CN 109827399 A CN109827399 A CN 109827399A CN 201910130766 A CN201910130766 A CN 201910130766A CN 109827399 A CN109827399 A CN 109827399A
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China
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transverse rotation
cylinder
natural feather
rotation cylinder
positioning tube
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CN201910130766.4A
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CN109827399B (en
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金建淼
徐文利
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Zhejiang Jinwen Textile Technology Co Ltd
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Zhejiang Jinwen Textile Technology Co Ltd
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Abstract

The present invention relates to natural feathers to purify correlative technology field, and disclose a kind of natural feather purifying plant and technique, transverse rotation cylinder is located at the inside of frame, two positioning bearings are respectively and fixedly installed to the right end face of transverse rotation cylinder and the right side inner wall of frame, hollow locating shaft is fixedly mounted on the bearing inner race of two positioning bearings, torque shaft is fixedly mounted on the left end face of transverse rotation cylinder, cabinet is mounted on the left side of frame by bolt, the inner sidewall of one end observation frame and the left side of cabinet of the torque shaft far from transverse rotation cylinder are simultaneously connected with driving mechanism, the inside of transverse rotation cylinder is arranged in interior positioning tube, the left and right sides inner wall of transverse rotation cylinder is fixedly mounted in two walking bearings respectively, the left and right ends of interior positioning tube are plugged on the bearing inner race of two walking bearings respectively.The natural feather purifying plant and technique are vibrated the vibration of rope in the natural feather for carrying out rotary furnace drying to increase the bulkiness of natural feather drying, accelerate the effect of natural feather drying.

Description

A kind of natural feather purifying plant and technique
Technical field
The present invention relates to natural feathers to purify relevant device technical field, specially a kind of natural feather purifying plant and technique.
Background technique
On natural feather nodular fibrous gather ten million triangle tiny stomata, can the convergent-divergent with temperature change, generate Temperature adjustment function, absorbable human body distribute the hot gas of flowing, completely cut off the invasion of cool ambient air, and natural feather needs advanced before processing Row cleaning sterilization process needs to carry out natural feather after cleaning and sterilizing drying again, but existing natural feather drying equipment one As be static drying, in this way it is easier that natural feather uneven heating is even, not can be carried out it is good it is fluffy strut, and existing some dynamics The drying that the equipment utilization puddle support for drying natural feather carries out rigidity to natural feather is stirred, it is easier that the down structure inside equipment occurs It destroys, causes the damage of natural feather, it is therefore desirable to which a kind of natural feather purifying plant improves the drying operation of natural feather, to natural feather Effective drying operation is carried out, increases device to the drying bulkiness of natural feather.
Summary of the invention
It is fluffy to solve the problems, such as that natural feather cannot be carried out good drying by the stoving process of natural feather purifying plant.
A kind of natural feather purifying plant, including frame, transverse rotation cylinder, two positioning bearings, hollow locating shaft, torque turn Axis, driving mechanism, interior positioning tube, two walking bearings, horizontal communication pipe, heating mechanism, interior stirs vibrating mechanism, four at cabinet A guiding-in cover, two gas-permeable nets, discharge gate, control panel and air hole, the transverse rotation cylinder are located at the inside of frame, and two Positioning bearing is respectively and fixedly installed to the right end face of transverse rotation cylinder and the right side inner wall of frame, and hollow locating shaft is fixedly mounted In the bearing inner race of two positioning bearings, torque shaft is fixedly mounted on the left end face of transverse rotation cylinder, and cabinet passes through bolt It is mounted on the left side of frame, the inner sidewall of one end observation frame of the torque shaft far from transverse rotation cylinder and the left side of cabinet And be connected with driving mechanism, the inside of transverse rotation cylinder is arranged in interior positioning tube, and cross is fixedly mounted in two walking bearings respectively To the left and right sides inner wall of rotating cylinder, the left and right ends of interior positioning tube are plugged on the bearing inner race of two walking bearings respectively, horizontal The left end face middle position of interior positioning tube is fixedly mounted on to snorkel, air hole is evenly distributed on the circle side of interior positioning tube Face, the one end of horizontal communication pipe far from interior positioning tube through the inside of corresponding walking bearing, transverse rotation cylinder right side inner wall, It positions the right side inner wall of bearing, hollow locating shaft and frame and is connected with heating mechanism, heating mechanism is mounted on the right side of frame Side inside stirs vibrating mechanism and the inner sidewall of transverse rotation cylinder is arranged in and is connected with interior positioning tube, four guiding-in cover difference Annular array is distributed in the circle side of transverse rotation cylinder, and two gas-permeable nets are symmetrically arranged at the top of transverse rotation cylinder, row The inside bottom of frame is arranged in material mouth, and the left side of frame is arranged in control panel.
The driving mechanism includes that driving motor, the next gear and upper gear, driving motor are mounted on machine by bolt The inner left wall of case, the next gear are fixedly mounted on the output shaft of driving motor, and upper gear is mounted on the end of torque shaft It holds and is meshed with the next gear.
The heating mechanism includes heater box, air pump and heating rod, and heater box is mounted by means of bolts on the right side of frame Side, air pump are mounted on the lower section of heater box, and the exhaust pipe of air pump is connected with the bottom air inlet of heater box, and heating rod is equidistant It is mounted on the inner sidewall of heater box, the end of horizontal communication pipe is connected with the exhaust outlet of heater box.
Vibrating mechanism is stirred in described to include two inner cylinder circles, eight bending elastic slices, two outer cylinder circles, stir tooth, two Hollow disc, two sealing coils, vibration rope and elastic sheet rubber, two inner cylinder circles are symmetrically interspersed on interior positioning tube, Eight bending elastic slices be divided into two groups respectively annular array be distributed in the lateral walls of two inner cylinder circles, the bending on two inner cylinder circles Elastic slice is to be arranged in a one-to-one correspondence, and corresponding two bendings elastic slice is parallel to each other, and two outer cylinder circles are respectively symmetrically mounted on transverse direction The inner sidewall of rotating cylinder, two outer cylinder circles are corresponding with two inner cylinder circles, stir ring gear shape array distribution in two inner cylinder circles Inner sidewall, two hollow discs are respectively symmetrically interspersed on interior positioning tube, and two sealing coils are socketed in two hollow disks respectively On, the inner sidewall of the outer side edges and transverse rotation cylinder that seal coil contacts with each other, intercommunicating pore is offered on two hollow disks, Intercommunicating pore three are one group, and annular array opens up four groups of intercommunicating pores on each hollow disk, and elastic sheet rubber is mounted on connection The side of the inside in hole, each bending elastic slice is fixedly connected with there are three connection ring, and the both ends for vibrating rope extend through phase Elastic sheet rubber in corresponding intercommunicating pore is simultaneously fixedly connected with corresponding connection ring respectively.
Preferably, the connection relationship between the control panel and driving motor, air pump and heating rod is to be electrically connected, control Panel processed can control the switch and operating status of driving motor, air pump and heating rod.
Preferably, the width for stirring tooth is greater than the width of bending elastic slice, the number for stirring tooth on the inside of each outer cylinder circle Amount is 12, and there are gaps between the inner sidewall of side and outer cylinder circle far from inner cylinder circle for bending elastic slice, bends elastic slice and adopts It is made of 65Mn spring steel material, the vibration rope between corresponding bending elastic slice is in tension.
Preferably, the distribution of every group of intercommunicating pore on the hollow disc is corresponded with three connection rings on bending elastic slice Setting.
Preferably, the air hole is evenly distributed on circle side of the interior positioning tube between two hollow discs, air hole For bellmouth, the Single port on the inside of interior positioning tube is greater than another port.
Preferably, the vibration rope is made of metallic cable, and it is arranged in parallel for vibrating between rope.
Preferably, the tooth of stirring is made of lobe and helical teeth.
A kind of natural feather purifying technique, it is described using technique the following steps are included:
(1), guiding-in cover is opened, the natural feather after cleaning is then poured into transverse rotation cylinder, and four groups of bending elastic slices will be lateral The inner ring of rotating cylinder is divided into four spaces, and four guiding-in covers are successively rotated to top and carry out opening importing natural feather, so that plumage Suede is divided into four parts in transverse rotation cylinder.
(2), driving motor, air pump and heating rod are started by control panel, the output shaft of driving motor passes through the next tooth Wheel engages upper gear band kinetic moment shaft and is rotated, so that torque shaft drives transverse rotation cylinder to be rotated, and laterally The right-hand end of rotating cylinder drives hollow locating shaft to be rotated by positioning bearing, and horizontal communication pipe is positioned at transverse rotation cylinder Interior interior positioning tube is limited, and prevents interior positioning tube from being rotated, in the bearing of two in transverse rotation cylinder walking bearing Internal positioning tube is enclosed to be limited, and the exhaust pipe of air pump injects air-flow into heater box, and heating rod heats air-flow, To import the inside of horizontal communication pipe by the exhaust outlet of heater box, and then the inner cavity of interior positioning tube is imported, finally by interior The air hole of positioning tube imports the inner cavity of transverse rotation cylinder, so that the natural feather for being located at transverse rotation tube inner chamber is added by thermal current Heat, thermal current are exported by gas-permeable nets, and while the rotation of transverse rotation cylinder, the outer cylinder circle in transverse rotation cylinder is revolved Turn, outer cylinder circle drives the tooth spiral of stirring of inner sidewall to turn, and the tooth of stirring of rotation stirs corresponding bending elastic slice, so that curved Folding elastic slice is struck, and certain vibration can just generated by bending to return after elastic slice is struck, corresponding two bendings elastic slice it Between vibration rope vibrated, and vibrate vibration rope to drying natural feather progress elastic vibration, be conducive to natural feather Restore expansion, and then is more advantageous to the drying of natural feather.
(3), after natural feather drying, it will successively be located at the guiding-in cover below transverse rotation cylinder and open, so that natural feather passes through Discharge gate export.
Compared with prior art:
(1), the natural feather purifying plant and technique pass through setting frame, transverse rotation cylinder, driving mechanism, hollow locating shaft and cross It cooperates to snorkel, when the device is in use, the driving motor of driving mechanism passes through the next gear and upper gear drive Square shaft is rotated, so that torque shaft drives transverse rotation cylinder to be rotated, and the right-hand end of transverse rotation cylinder is by determining Position bearing drives hollow locating shaft to be rotated, and horizontal communication pipe is limited for the interior positioning tube in transverse rotation cylinder Position, prevents interior positioning tube from being rotated, the internal positioning tube of bearing inner race of two in transverse rotation cylinder walking bearing is limited Position, and the exhaust pipe of air pump injects air-flow into heater box, and heating rod heats air-flow, thus the row for passing through heater box Port imports the inside of horizontal communication pipe, and then imports the inner cavity of interior positioning tube, imports finally by the air hole of interior positioning tube The inner cavity of transverse rotation cylinder, so that the natural feather for being located at transverse rotation tube inner chamber is heated by thermal current, thermal current passes through gas-permeable nets It exports, achievees the purpose that surround transverse rotation cylinder into the heating that interior positioning tube rotates, stable cooperation between support organization.
(2), the natural feather purifying plant and technique are cooperated by positioning tube in being arranged and interior vibrating mechanism of stirring, Equipment is in use, transverse rotation cylinder is rotated around interior positioning tube, and the vibration rope between four groups of bending elastic slices will be lateral The inner cavity of rotating cylinder is separated into four parts, so that the wet eiderdown quilt imported is separated, rotation of the natural feather in transverse rotation positioning tube Drying rotation is carried out under torque and gravity, increases the contact area between natural feather and thermal current, while transverse rotation The rotation of cylinder, stirs tooth by the synchronous drive of two outer cylinder circles accordingly and is rotated, and carries out to the bending elastic slice of two sides same Step is stirred, and bending elastic slice homing under the stirring for stirring tooth is vibrated, so that corresponding bending elastic slice drives it Between vibration rope, be divided into four parts of natural feather to vibrate in transverse rotation cylinder to reach, carrying out rotary furnace drying Natural feather is vibrated the vibration of rope to increase the bulkiness of natural feather drying, accelerates the effect of natural feather drying.
(3), the natural feather purifying plant and technique stir tooth, bending elastic slice and vibration rope by setting and cooperate, Equipment uses, and transverse rotation cylinder is rotated clockwise, and bending elastic slice is vibrated under the stirring for stirring tooth, bends elastic slice Annular inclined direction is inclined at acute angles clockwise, and bends elastic slice when being contacted with the lobe for stirring tooth, bends elastic slice Side is contacted with the lobe for stirring tooth, with the rotation of transverse rotation cylinder, is bent elastic slice and is compressed clockwise, until bending elastic slice Cross stir the lobe of tooth again with the inclined teeth contact impact of stirring tooth so that bending elastic slice generates certain vibration, with cross Continue to rotate to rotating cylinder, bending elastic slice crosses the inclined teeth for stirring tooth, and the restoring force of bending elastic slice homing shakes It is dynamic, two corresponding bending elastic slices it is synchronous with stir tooth and carry out contact vibration so that vibration rope is vibrated accordingly, and Distribution between three of each group vibration ropes is identical as the arc-shaped side edges bent on elastic slice so that natural feather preferably with vibration Rope carries out contact vibration drying, improves the dries quantity to natural feather of equipment.
Detailed description of the invention
Fig. 1 is schematic structural view of the invention;
Fig. 2 is schematic enlarged-scale view at A in Fig. 1;
Fig. 3 is that the present invention bends elastic slice and stirs tooth side view structure cooperation schematic diagram;
Fig. 4 is hollow disc schematic side view of the present invention;
Fig. 5 is that the present invention stirs tooth schematic diagram;
Fig. 6 is present invention bending elastic slice schematic diagram.
In figure: 1 frame, 2 transverse rotation cylinders, 3 positioning bearings, 4 hollow locating shafts, 5 torque shafts, 6 cabinets, 7 driving machines Structure, 71 driving motors, 72 the next gears, 73 upper gears, positioning tube, 9 walking bearings, 10 horizontal communication pipes, 11 heaters in 8 Structure, 112 air pumps, 113 heating rods, stirs vibrating mechanism, 121 inner cylinder circles, 122 bending elastic slices, 123 outer cylinders in 12 at 111 heater boxes Tooth, 125 connection rings, 126 hollow discs, 127 sealing coils, 128 intercommunicating pores, 129 vibration ropes, 1210 elastic rubbers are stirred in circle, 124 Film, 13 guiding-in covers, 14 gas-permeable nets, 15 discharge gates, 16 control panels, 17 air holes.
Specific embodiment
As shown in figures 1 to 6, the present invention provides a kind of technical solution: a kind of natural feather purifying plant, including frame 1, laterally rotation 2, two positioning bearings 3 of rotating cylinder, hollow locating shaft 4, torque shaft 5, cabinet 6, driving mechanism 7, interior positioning tube 8, two walkings Bearing 9, heating mechanism 11, interior stirs vibrating mechanism 12, four guiding-in cover 13, two gas-permeable nets 14, discharge at horizontal communication pipe 10 Mouth 15, control panel 16 and air hole 17, transverse rotation cylinder 2 are located at the inside of frame 1, and two positioning bearings 3 are fixed respectively to pacify Mounted in the right end face of transverse rotation cylinder 2 and the right side inner wall of frame 1, hollow locating shaft 4 is fixedly mounted on two positioning bearings 3 Bearing inner race, torque shaft 5 is fixedly mounted on the left end face of transverse rotation cylinder 2, and cabinet 6 is mounted on frame 1 by bolt Left side, torque shaft 5 far from transverse rotation cylinder 2 one end observation frame 1 inner sidewall and cabinet 6 left side and with drive Motivation structure 7 is connected, and the inside of transverse rotation cylinder 2 is arranged in interior positioning tube 8, and two walking bearings 9 are fixedly mounted laterally respectively The left and right ends of the left and right sides inner wall of rotating cylinder 2, interior positioning tube 8 are plugged on the bearing inner race of two walking bearings 9 respectively, horizontal The left end face middle position of interior positioning tube 8 is fixedly mounted on to snorkel 10, air hole 17 is evenly distributed on interior positioning tube 8 Circle side, the one end of horizontal communication pipe 10 far from interior positioning tube 8 is through the inside of corresponding walking bearing 9, transverse rotation cylinder 2 Right side inner wall, the right side inner wall for positioning bearing 3, hollow locating shaft 4 and frame 1 are simultaneously connected with heating mechanism 11, heating mechanism 11 are mounted on the right side of frame 1, inside stir vibrating mechanism 12 be arranged in transverse rotation cylinder 2 inner sidewall and with interior positioning tube 8 It is connected, annular array is distributed in the circle side of transverse rotation cylinder 2 to four guiding-in covers 13 respectively, and two gas-permeable nets 14 are respectively symmetrically The top of transverse rotation cylinder 2 is set, and the inside bottom of frame 1 is arranged in discharge gate 15, and frame 1 is arranged in control panel 16 Left side, air hole 17 are evenly distributed on circle side of the interior positioning tube 8 between two hollow discs 126, and air hole 17 is cone Shape hole, the Single port close to interior 8 inside of positioning tube are greater than another port.
Driving mechanism 7 includes that driving motor 71, the next gear 72 and upper gear 73, driving motor 71 are installed by bolt In the inner left wall of cabinet 6, the next gear 72 is fixedly mounted on the output shaft of driving motor 71, and upper gear 73 is mounted on power The end of square shaft 5 is simultaneously meshed with the next gear 72, and driving motor 71 uses revolving speed for the slowspeed machine of 15-25r/min.
Heating mechanism 11 includes heater box 111, air pump 112 and heating rod 113, and heater box 111 is bolted installation In the right side of frame 1, air pump 112 is mounted on the lower section of heater box 111, the exhaust pipe of air pump 112 and the bottom of heater box 111 Air inlet is connected, and heating rod 113 is equidistantly mounted on the inner sidewall of heater box 111, the end of horizontal communication pipe 10 and heater box 111 exhaust outlet is connected, and the connection relationship between control panel 16 and driving motor 71, air pump 112 and heating rod 113 is electricity Property connection, control panel 16 can control the switch and operating status of driving motor 71, air pump 112 and heating rod 113.
Vibrating mechanism 12 is inside stirred to include two inner cylinder circles, 121, eight bending elastic slices, 122, two outer cylinder circles 123, stir 124, two, the tooth sealing of hollow disc 126, two coil 127, vibration rope 129 and elastic sheet rubber 1210, two inner cylinder circles 121 Symmetrically be interspersed on interior positioning tube 8, eight bending elastic slices 122 be divided into two groups respectively annular array be distributed in two inner cylinder circles 121 lateral wall, the bending elastic slice 122 on two inner cylinder circles 121 are to be arranged in a one-to-one correspondence, corresponding two bendings elastic slice 122 are parallel to each other, and two outer cylinder circles 123 are respectively symmetrically mounted on the inner sidewall of transverse rotation cylinder 2, two outer cylinder circles 123 and two A inner cylinder circle 121 is corresponding, stirs the inner sidewall that 124 annular array of tooth is distributed in two inner cylinder circles 121, two hollow discs 126 It is respectively symmetrically interspersed on interior positioning tube 8, two sealing coils 127 are socketed in respectively on two hollow disks 126, seal coil 127 outer side edges and the inner sidewall of transverse rotation cylinder 2 contact with each other, and offer intercommunicating pore 128 on two hollow disks 126, Intercommunicating pore 128 3 are one group, and annular array opens up four groups of intercommunicating pores 128, elastic sheet rubber on each hollow disk 126 1210 are mounted on the inside of intercommunicating pore 128, and the side of each bending elastic slice 122 is fixedly connected with there are three connection ring 125, vibrations The both ends of running rope rope 129 extend through the elastic sheet rubber 1210 in corresponding intercommunicating pore 128 and respectively with corresponding company It connects ring 125 to be fixedly connected, elastic sheet rubber 1210 prevents the width for stirring tooth 124 positioned at two sealing coils 127 to be greater than bending The quantity for stirring tooth 124 of the width of elastic slice 122, each 123 inside of outer cylinder circle is 12, and bending elastic slice 122 is far from interior There are gaps between the side of cylinder circle 121 and the inner sidewall of outer cylinder circle 123, bend elastic slice 122 and use 65Mn spring steel material system At the vibration rope 129 between corresponding bending elastic slice 122 is in tension, every group of intercommunicating pore on hollow disc 126 128 distribution is arranged in a one-to-one correspondence with three connection rings 125 on bending elastic slice 122, and vibration rope 129 uses metallic cable system At it is arranged in parallel for vibrating between rope 129, stirs tooth 124 and is made of lobe and helical teeth.
A kind of natural feather purifying technique, using technique the following steps are included:
(1), guiding-in cover 13 is opened, the natural feather after cleaning is then poured into transverse rotation cylinder 2, and four groups of bending elastic slices 122 The inner ring of transverse rotation cylinder 2 is divided into four spaces, four guiding-in covers 13 are successively rotated into top and carry out opening importing plumage Suede, so that natural feather is divided into four parts in transverse rotation cylinder 2.
(2), driving motor 71, air pump 112 and heating rod 113, the output of driving motor 71 are started by control panel 16 Axis engages upper gear 73 by the next gear 72 and torque shaft 5 is driven to be rotated, so that torque shaft 5 drives transverse rotation Cylinder 2 is rotated, and the right-hand end of transverse rotation cylinder 2 drives hollow locating shaft 4 to be rotated by positioning bearing 3, and laterally Snorkel 10 is that the interior positioning tube 8 in transverse rotation cylinder 2 is limited, and prevents interior positioning tube 8 from being rotated, transverse rotation The internal positioning tube 8 of bearing inner race of two walking bearings 9 in cylinder 2 is limited, and the exhaust pipe of air pump 112 is to heater box Air-flow is injected in 111, and heating rod 113 heats air-flow, so that the exhaust outlet by heater box 111 imports horizontal communication The inside of pipe 10, and then the inner cavity of interior positioning tube 8 is imported, transverse rotation cylinder 2 is imported finally by the air hole 17 of interior positioning tube 8 Inner cavity so that the natural feather for being located at 2 inner cavity of transverse rotation cylinder is heated by thermal current, thermal current is exported by gas-permeable nets 14, While transverse rotation cylinder 2 rotates, the outer cylinder circle 123 in transverse rotation cylinder 2 is rotated, and outer cylinder circle 123 drives inside Wall stirs the rotation of tooth 124, and the tooth 124 of stirring of rotation stirs corresponding bending elastic slice 122, so that bending elastic slice 122 are struck, and certain vibration, corresponding two bendings elastic slice 122 can just generated by bending to return after elastic slice 122 is struck Between vibration rope 129 vibrated, and vibrate vibration rope 129 to drying natural feather progress elastic vibration, favorably It is expanded in the recovery of natural feather, and then is more advantageous to the drying of natural feather.
(3), after natural feather drying, successively the guiding-in cover 13 for being located at 2 lower section of transverse rotation cylinder is opened, so that natural feather is logical Cross the export of discharge gate 15.

Claims (8)

1. a kind of natural feather purifying plant, including frame (1), transverse rotation cylinder (2), two positioning bearings (3), hollow locating shafts (4), torque shaft (5), cabinet (6), driving mechanism (7), interior positioning tube (8), two walking bearings (9), horizontal communication pipes (10), heating mechanism (11), interior stir vibrating mechanism (12), four guiding-in covers (13), two gas-permeable nets (14), discharge gates (15), control panel (16) and air hole (17), it is characterised in that: the transverse rotation cylinder (2) is located at the inside of frame (1), Two positioning bearings (3) are respectively and fixedly installed to the right end face of transverse rotation cylinder (2) and the right side inner wall of frame (1), hollow Locating shaft (4) is fixedly mounted on the bearing inner race of two positioning bearings (3), and torque shaft (5) is fixedly mounted on transverse rotation cylinder (2) left end face, cabinet (6) are mounted on the left side of frame (1) by bolt, and torque shaft (5) is far from transverse rotation cylinder (2) one end observes the inner sidewall of frame (1) and the left side of cabinet (6) and is connected with driving mechanism (7), interior positioning tube (8) it is arranged in the inside of transverse rotation cylinder (2), the left and right two of transverse rotation cylinder (2) is fixedly mounted in two walking bearings (9) respectively The left and right ends of side inner wall, interior positioning tube (8) are plugged on the bearing inner race of two walking bearings (9), horizontal communication pipe respectively (10) it is fixedly mounted on the left end face middle position of interior positioning tube (8), air hole (17) is evenly distributed on interior positioning tube (8) Circle side, the one end of horizontal communication pipe (10) far from interior positioning tube (8) is through the inside of corresponding walking bearing (9), laterally rotation The right side inner wall of rotating cylinder (2), the right side inner wall for positioning bearing (3), hollow locating shaft (4) and frame (1) and and heating mechanism (11) it is connected, heating mechanism (11) is mounted on the right side of frame (1), inside stirs vibrating mechanism (12) and is arranged in transverse rotation The inner sidewall of cylinder (2) is simultaneously connected with interior positioning tube (8), and annular array is distributed in transverse rotation cylinder to four guiding-in covers (13) respectively (2) circle side, two gas-permeable nets (14) are symmetrically arranged at the top of transverse rotation cylinder (2), and discharge gate (15) setting exists The inside bottom of frame (1), control panel (16) are arranged in the left side of frame (1);The driving mechanism (7) includes driving electricity Machine (71), the next gear (72) and upper gear (73), driving motor (71) are mounted in the left side of cabinet (6) by bolt Wall, the next gear (72) are fixedly mounted on the output shaft of driving motor (71), and upper gear (73) is mounted on torque shaft (5) End and be meshed with the next gear (72);The heating mechanism (11) includes heater box (111), air pump (112) and heating Stick (113), heater box (111) are mounted by means of bolts on the right side of frame (1), and air pump (112) is mounted on heater box (111) exhaust pipe of lower section, air pump (112) is connected with the bottom air inlet of heater box (111), and heating rod (113) is equidistant It is mounted on the inner sidewall of heater box (111), the end of horizontal communication pipe (10) is connected with the exhaust outlet of heater box (111);Institute Vibrating mechanism (12) are stirred in stating to include two inner cylinder circles (121), eight bending elastic slices (122), two outer cylinder circles (123), dial Movable tooth (124), two hollow discs (126), two sealing coils (127), vibration rope (129) and elastic sheet rubber (1210), Two inner cylinder circles (121) are symmetrically interspersed on interior positioning tube (8), and eight bending elastic slices (122) are divided into two groups of difference rings For shape array distribution in the lateral wall of two inner cylinder circles (121), the bending elastic slice (122) on two inner cylinder circles (121) is one a pair of It should be arranged, corresponding two bending elastic slices (122) are parallel to each other, and two outer cylinder circles (123) are respectively symmetrically mounted on lateral rotation The inner sidewall of rotating cylinder (2), two outer cylinder circles (123) are corresponding with two inner cylinder circle (121), stir tooth (124) annular array point In the inner sidewall of two inner cylinder circles (121), two hollow discs (126) are respectively symmetrically interspersed on interior positioning tube (8) cloth, and two close Closing disk circle (127) is socketed in respectively on two hollow disks (126), seals outer side edges and transverse rotation cylinder (2) of coil (127) Inner sidewall contact with each other, offered intercommunicating pore (128) on two hollow disks (126), intercommunicating pore (128) three be one Group, annular array opens up four groups of intercommunicating pores (128), elastic sheet rubber (1210) company of being mounted on each hollow disk (126) The inside of through-hole (128), the side of each bending elastic slice (122) are fixedly connected with there are three connection ring (125), vibrate rope (129) both ends extend through the elastic sheet rubber (1210) in corresponding intercommunicating pore (128) and respectively with corresponding company Ring (125) is connect to be fixedly connected.
2. a kind of natural feather purifying plant according to claim 1, it is characterised in that: the control panel (16) and driving electricity Connection relationship between machine (71), air pump (112) and heating rod (113) is to be electrically connected, and control panel (16) can control drive The switch and operating status of dynamic motor (71), air pump (112) and heating rod (113).
3. a kind of natural feather purifying plant according to claim 1, it is characterised in that: the width for stirring tooth (124) is big The quantity for stirring tooth (124) on the inside of the width of bending elastic slice (122), each outer cylinder circle (123) is 12, bends elastic slice (122) there are gaps between the inner sidewall of side and outer cylinder circle (123) far from inner cylinder circle (121), bend elastic slice (122) and adopt It is made of 65Mn spring steel material, the vibration rope (129) between corresponding bending elastic slice (122) is in tension.
4. a kind of natural feather purifying plant according to claim 1, it is characterised in that: every group on the hollow disc (126) The distribution of intercommunicating pore (128) is arranged in a one-to-one correspondence with three connection rings (125) in bending elastic slice (122).
5. a kind of natural feather purifying plant according to claim 1, it is characterised in that: the air hole (17) is evenly distributed on Interior positioning tube (8) is located at the circle side between two hollow discs (126), and air hole (17) is bellmouth, close to interior positioning tube (8) The Single port of inside is greater than another port.
6. a kind of natural feather purifying plant according to claim 1, it is characterised in that: the vibration rope (129) is using gold Belong to rope to be made, is arranged in parallel between vibration rope (129).
7. a kind of natural feather purifying plant according to claim 1, it is characterised in that: it is described stir tooth (124) by lobe and Helical teeth composition.
8. a kind of natural feather purifying technique according to claim 1, it is characterised in that: the use technique includes following step It is rapid:
1, guiding-in cover (13) are opened, then to pouring into the natural feather after cleaning in transverse rotation cylinder (2), and four groups of bending elastic slices (122) inner ring of transverse rotation cylinder (2) is divided into four spaces, four guiding-in covers (13) is successively rotated into top and are beaten It convinces by patient analysis into natural feather, so that natural feather is divided into four parts in transverse rotation cylinder (2);2, start driving motor by control panel (16) (71), air pump (112) and heating rod (113), the output shaft of driving motor (71) pass through the next gear (72) and engage upper gear (73) it drives torque shaft (5) to be rotated, so that torque shaft (5) drives transverse rotation cylinder (2) to be rotated, and laterally revolves The right-hand end of rotating cylinder (2) drives hollow locating shaft (4) to be rotated by positioning bearing (3), and horizontal communication pipe (10) is position It is limited in the interior positioning tube (8) in transverse rotation cylinder (2), prevents interior positioning tube (8) from being rotated, transverse rotation cylinder (2) The internal positioning tube of bearing inner race (8) of two interior walking bearings (9) is limited, and the exhaust pipe of air pump (112) is to heating Air-flow is injected in case (111), and heating rod (113) heats air-flow, so that the exhaust outlet by heater box (111) imports The inside of horizontal communication pipe (10), and then the inner cavity of interior positioning tube (8) is imported, finally by the air hole of interior positioning tube (8) (17) inner cavity of transverse rotation cylinder (2) is imported, so that the natural feather for being located at transverse rotation cylinder (2) inner cavity is heated by thermal current, heat Air-flow is exported by gas-permeable nets 14, outer cylinder circle while transverse rotation cylinder (2) rotate, in transverse rotation cylinder (2) (123) it is rotated, outer cylinder circle (123) drives stir tooth (124) of inner sidewall to rotate, and rotation stirs tooth (124) to opposite The bending elastic slice (122) answered is stirred, so that bending elastic slice (122) is struck, and is bent and is returned after elastic slice (122) is struck Certain vibration can be just generated, the vibration rope (129) between corresponding two bendings elastic slice (122) is vibrated, and is vibrated Vibration rope (129) elastic vibration is carried out to the natural feather dried, be conducive to the recovery expansion of natural feather, and then be more advantageous to The drying of natural feather;3, after natural feather drying, it will successively be located at the guiding-in cover (13) below transverse rotation cylinder (2) and open, so that Natural feather is exported by discharge gate (15).
CN201910130766.4A 2019-02-22 2019-02-22 Down feather purification device and process Active CN109827399B (en)

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CN114659350A (en) * 2022-03-30 2022-06-24 江西赣盛农业发展有限公司 A kind of temperature-variable drying integrated processing equipment for honeysuckle
CN114963719A (en) * 2022-08-01 2022-08-30 烟台恒邦化工助剂有限公司 Drying device for preparing ammonium nitrate black powder
CN114993003A (en) * 2022-06-02 2022-09-02 山东中鸿新能源科技有限公司 Heating device for preparing sodium ion battery anode material
CN116408253A (en) * 2021-12-31 2023-07-11 安徽省大艾健康管理有限公司 Vibration assembly and material impurity removing device
CN117562317A (en) * 2023-11-23 2024-02-20 艾莱依时尚股份有限公司 Down jacket with detachable collar and processing equipment thereof
CN118181464A (en) * 2024-05-15 2024-06-14 福建省德化佳浩陶瓷有限公司 High-efficient forming device of pottery slip casting
CN118310270A (en) * 2024-05-16 2024-07-09 广州绿之洁清洁服务有限公司 Efficient energy-saving dehydration drying equipment for preparing biochar by pyrolysis of wastes

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CN116408253A (en) * 2021-12-31 2023-07-11 安徽省大艾健康管理有限公司 Vibration assembly and material impurity removing device
CN114659350A (en) * 2022-03-30 2022-06-24 江西赣盛农业发展有限公司 A kind of temperature-variable drying integrated processing equipment for honeysuckle
CN114659350B (en) * 2022-03-30 2023-04-21 江西赣盛农业发展有限公司 Variable-temperature drying integrated honeysuckle processing equipment
CN114993003A (en) * 2022-06-02 2022-09-02 山东中鸿新能源科技有限公司 Heating device for preparing sodium ion battery anode material
CN114993003B (en) * 2022-06-02 2023-08-18 山东中鸿新能源科技有限公司 Heating device for preparing positive electrode material of sodium ion battery
CN114963719A (en) * 2022-08-01 2022-08-30 烟台恒邦化工助剂有限公司 Drying device for preparing ammonium nitrate black powder
CN117562317A (en) * 2023-11-23 2024-02-20 艾莱依时尚股份有限公司 Down jacket with detachable collar and processing equipment thereof
CN117562317B (en) * 2023-11-23 2024-05-28 艾莱依时尚股份有限公司 Down jacket with detachable collar and processing equipment thereof
CN118181464A (en) * 2024-05-15 2024-06-14 福建省德化佳浩陶瓷有限公司 High-efficient forming device of pottery slip casting
CN118310270A (en) * 2024-05-16 2024-07-09 广州绿之洁清洁服务有限公司 Efficient energy-saving dehydration drying equipment for preparing biochar by pyrolysis of wastes

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