CN201151850Y - Automatic spacing core-feeding machine for downward knitting of knitting machine - Google Patents

Automatic spacing core-feeding machine for downward knitting of knitting machine Download PDF

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Publication number
CN201151850Y
CN201151850Y CNU2007200416667U CN200720041666U CN201151850Y CN 201151850 Y CN201151850 Y CN 201151850Y CN U2007200416667 U CNU2007200416667 U CN U2007200416667U CN 200720041666 U CN200720041666 U CN 200720041666U CN 201151850 Y CN201151850 Y CN 201151850Y
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CN
China
Prior art keywords
transmission shaft
power transmission
worm gear
hole
braiding
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Expired - Fee Related
Application number
CNU2007200416667U
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Chinese (zh)
Inventor
马运良
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Individual
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Individual
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Priority to CNU2007200416667U priority Critical patent/CN201151850Y/en
Application granted granted Critical
Publication of CN201151850Y publication Critical patent/CN201151850Y/en
Anticipated expiration legal-status Critical
Expired - Fee Related legal-status Critical Current

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Abstract

The utility model provides an automatic interval core feeding machine used for a downward weaving machine. The device comprises a round turbine disc which is horizontally arranged; the circumferential edge is provided with a vertical through hole; a metal core is correspondingly inserted in the through hole; the turbine disc is arranged on a turbine tray and the turbine tray is supported and fixed by a tray bracket; one side of the turbine tray is provided with a through hole corresponding to the through hole of the turbine disc; when the two through holes of the turbine disc are correspondingly communicated, the metal core will drop from up to down so as to enter a blanking box; the lower mouth of the blanking box is sequentially provided with a guide funnel, a weaving tray, a weaving turnplate and a wire collection cylinder; one side of the circumference of the turbine disc is meshed with a worm which drives the turbine tray to rotate; the turbine disc, the worm, the weaving turnplate and the wire collection cylinder are connected and driven by a transmission shaft arranged on the same side. The core feeding machine with scientific, reasonable and practical structure can save labor and time, ensure the weaving quality and totally eliminates the problems of the prior weaving machine.

Description

The core machine is sent in braiding machine braiding downwards automatically at interval
Technical field
The utility model relates to a kind of metal-cored fishnet kernmantle metal-cored machine of packing into, and a kind of braiding machine rope is downwards knitted automatic interval and sent the core machine.
Background technology
At present, a kind of sandwich kernmantle in the fishnet is when braiding, all be to operate by hand to pack into, this manual method of operating is taken a lot of work, time-consuming, bothersome, can fail to fill in or uneven at interval problem, do not guarantee quality, though have automatic interval to send the machine of core to occur, to exist efficient not high more, is prone to fault yet, to this, also there is not good solution at present.
Summary of the invention
In order to solve the problem that exists in the metal-cored kernmantle braiding of present fishnet, the utility model provides the braiding downwards of a kind of braiding machine to send the core machine automatically at interval, this machine scientific and reasonable for structure handy, it more saving of work and time save trouble, and can guarantee the quality of kernmantle, can thoroughly solve many problems that present kernmantle braiding machine exists.
The concrete scheme that its technical problem that solves the utility model adopts is: this send core apparatus to be made up of hammer adjusting gear, the turbine disk, worm gear pallet, frame, eccentric wheel, hammer, worm screw, metal-cored, power transmission shaft, knitting disc, braiding rotating disk, transmission device, motor, take-up cylinder, guide funnel and blanking box at interval; It is characterized in that: this device has the discoidal turbine disk of a horizontal positioned, on its periphery, has equally distributed vertically downward through hole, in this through hole, corresponding is inserted with the metal-cored of short cylinder; What this worm gear dish rotated is installed on the worm gear pallet, the worm gear pallet is by the tray supporter support fixation, one side at the worm gear pallet, have and the corresponding through hole of the through hole of worm gear dish, when two through hole correspondences of worm gear dish communicate, metal-cored promptly can be from falling, enter in the blanking box, the blanking box is up big and down small funnel shaped, its upper end is connected with the worm gear pallet, lower port order and funnelform guide funnel, inverted center has the knitting disc of the cup-shape of through hole, discoid braiding rotating disk and be installed in corresponding installation of the horizontal cone shape take-up cylinder in frame below; Guide funnel is fixed on the tray supporter by " L " shape linking arm of side, and knitting disc is connected with the braiding rotating disk, is installed on the frame; The side that worm gear dish circumference encloses, corresponding engagement is equipped with the worm screw of column, and worm screw drives by power transmission shaft, and engagement drives the worm gear dish and rotates; Braiding rotating disk and knitting disc connect transmission by the transmission device that is installed in their sides; The take-up cylinder outside has travelling gear, and this travelling gear order is connected transmission by carrier gear with power transmission shaft; Power transmission shaft and transmission device, all be connected, accept the power of input with motor; Support is contained holder respectively and is being supported worm gear pallet, power transmission shaft, braiding rotating disk, take-up cylinder, transmission device and engine; Directly over the through hole of the side of worm gear pallet, corresponding discoidal eccentric wheel is installed, eccentric power transmission shaft one the first from left right side is by stent support, extends left connecting the hammer adjusting gear, and is connected transmission with the power transmission shaft of worm screw by meshing gear down; Eccentric wheel drives a downward straight-bar, and its lower end connects the hammer of a column, and hammer is inserted in the blanking box, by eccentric rotation, hammer is moved up and down, and can smash in the guide funnel metal-cored, and falling in the kernmantle of interval is woven into kernmantle again.
Its beneficial effect is: this braiding machine downwards braiding send the core machine automatically at interval, and is scientific and reasonable for structure handy, it more saving of work and time save trouble, and can guarantee the quality of kernmantle, can thoroughly solve the problem that present kernmantle braiding machine exists.
Description of drawings
The utility model is described in further detail below in conjunction with drawings and the embodiments;
Accompanying drawing is a structural representation of the present utility model;
Among the figure, 1 hammer adjusting gear, 2 worm gear dishes, 3 worm gear pallets, 4 tray supporters, 5 eccentric wheels, 6 through holes, 7 hammers, 8 worm screws, 9 is metal-cored, 10 power transmission shafts, 11 weaving threads, 12 braiding rotating disks, 13 power transmission shafts, 14 transmission devices, 15 motor, 16 power transmission shafts, 17 take-up cylinders, 18 frames, 19 kernmantles, 20 is metal-cored, 21 knitting discs, 22 guide funnels, 23 blanking boxes.
The specific embodiment
In the drawings, this send core apparatus to be connected to form by hammer adjusting gear 1, the turbine disk 2, worm gear pallet 3, tray supporter 4, eccentric wheel 5, hammer 7, worm screw 8, metal-cored 9, power transmission shaft 10,13,16, knitting disc 21, braiding rotating disk 12, transmission device 14, take-up cylinder 17, frame 18, guide funnel 22 and blanking box 23 at interval; This device has the discoidal turbine disk 2 of a horizontal positioned, on its periphery, has equally distributed vertically downward through hole, in this through hole, and corresponding metal-cored 9 of the short cylinder that is inserted with; What this worm gear dish 2 rotated is installed on the worm gear pallet 3, worm gear pallet 3 is by tray supporter 4 support fixation, one side at worm gear pallet 3, have the through hole corresponding 6 with the through hole of worm gear dish 2, when these two corresponding communicating of through hole, metal-cored 9 promptly can fall from passing through hole 6, enter in the blanking box 23; Blanking box 23 is up big and down small funnel shaped, its upper end is connected with worm gear pallet 3, the lower port order has through hole with funnelform guide funnel 22, center, and the knitting disc 21 of inverted cup shape, discoid braiding rotating disk 12 reach and laterally be installed in corresponding mutually installation of the cone shape take-up cylinder 17 in frame 18 belows; Guide funnel 22 is fixedly mounted on the tray supporter 4 by " L " shape linking arm of side; Knitting disc 21 lower ends are connected with braiding rotating disk 12, are installed on the frame 18; The circle of worm gear dish 2 encloses a side, and corresponding engagement is equipped with the worm screw 8 of column, and worm screw 8 drives worm gear dish 2 and rotates by 10 interlocks of the power transmission shaft about running through; Braiding rotating disk 12 and knitting disc 21 are by power transmission shaft 13 interlocks that are installed in braiding rotating disk 12 1 sides; Take-up cylinder 17 right-hand members have travelling gear, and this travelling gear order is by carrier gear and power transmission shaft 16 interlocks; Power transmission shaft 10,13,16 all is connected up and down with motor 15 by transmission mechanism 14, accepts the power input; Frame 18 support is respectively supporting tray supporter 4, power transmission shaft 10,13,16, braiding rotating disk 12, transmission mechanism 14, take-up cylinder 17 and motor 15; In the side of worm gear pallet 3, directly over the through hole 6, vertical discoidal eccentric wheel 5 is installed, power transmission shaft one the first from left right side of eccentric wheel 5 is supported by tray supporter 4, extend left, connecting hammer adjusting gear 1, and meshing gear is connected transmission under passing through with the power transmission shaft 10 of worm screw 8; Eccentric wheel 5 drives a downward straight-bar, and its lower end connects the hammer 7 of a column, and hammer 7 is inserted in the blanking box 23, by the rotation of eccentric wheel 5, hammer 7 is moved up and down, thereby can smash metal-cored 9 in the guide funnel 22, falling in the kernmantle 19 of interval is woven into kernmantle again.
In the drawings, all mechanisms of this device are installed on the frame 18, and this frame 18 is the framework that stack up and down connects, and it is divided into five layers, and ground floor is a tray supporter 4, and support worm gear pallet 3, power transmission shaft 10 and guide funnel 22; Second layer frame 18, support braiding rotating disk 12 and power transmission shaft 13; The two-layer frame 18 in the end, support transmission mechanism 14, power transmission shaft 16 and motor 15 respectively; After motor 15 rotated, order drove transmission mechanism 14 respectively, started power transmission shaft 16,13,10, hammer adjusting gear 1 and hammer 7 work.
In the drawings, weaving thread 19 is being taken up to distribute uniformly by the coiling bucket and is being installed in braiding rotating disk 12 surfaces, is circle-shaped distribution, when braiding rotating disk 12 rotates, promptly drives weaving thread 19 and enrolls metal-cored 9 in the kernmantle.

Claims (2)

  1. The downward rope of 1 braiding machine is knitted automatic interval and is sent the core machine, and this send core apparatus to be connected to form by hammer adjusting gear (1), the turbine disk (2), worm gear pallet (3), tray supporter (4), eccentric wheel (5), hammer (7), worm screw (8), metal-cored (9), power transmission shaft (10,13,16), knitting disc (21), braiding rotating disk (12), transmission device (14), take-up cylinder (17), frame (18), guide funnel (22) and blanking box (23) at interval; It is characterized in that: this device has the discoidal turbine disk (2) of a horizontal positioned, on its periphery, has equally distributed vertically downward through hole, in this through hole, and corresponding metal-cored (9) that are inserted with short cylinder; What this worm gear dish (2) rotated is installed on the worm gear pallet (3), and worm gear pallet (3) is by tray supporter (4) support fixation, and the one side in worm gear pallet (3) has the through hole (6) corresponding with the through hole of worm gear dish (2); Blanking box (23) is up big and down small funnel shaped, its upper end is connected with worm gear pallet (3), the lower port order has through hole with funnelform guide funnel (22), center, and the knitting disc of inverted cup shape (21), discoid braiding rotating disk (12) reach and laterally be installed in mutual corresponding installation of frame (18) the cone shape take-up cylinder in below (17); Guide funnel (22) is fixedly mounted on the tray supporter (4) by " L " shape linking arm of side; Knitting disc (21) lower end is connected with braiding rotating disk (12), is installed on the frame (18); The circle of worm gear dish (2) encloses a side, and corresponding engagement is equipped with the worm screw (8) of column, and worm screw (8) is by the power transmission shaft about running through (10) interlock; Braiding rotating disk (12) and knitting disc (21) are by power transmission shaft (13) interlock that is installed in braiding rotating disk (12) one sides; Take-up cylinder (17) right-hand member has travelling gear, and this travelling gear order is by carrier gear and power transmission shaft (16) interlock; Power transmission shaft (10,13,16) all is connected up and down with motor (15) by transmission mechanism (14), accepts the power input; Frame (18) support is respectively supporting tray supporter (4), power transmission shaft (10,13,16), braiding rotating disk (12), transmission device (14), take-up cylinder (17) and motor (15); Side in worm gear pallet (3), directly over the through hole (6), the corresponding vertical discoidal eccentric wheel (5) that is equipped with, power transmission shaft one the first from left right side of eccentric wheel (5) is supported by tray supporter (4), extend left, connecting hammer adjusting gear (1), and meshing gear is connected transmission under passing through with the power transmission shaft (10) of worm screw (8); Eccentric wheel (5) drives a downward straight-bar, and its lower end connects the hammer (7) of a column, and hammer (7) is inserted in the blanking box (23).
  2. The downward rope of 2 braiding machines according to claim 1 is knitted automatic interval and is sent the core machine, it is characterized in that: all mechanisms of this device are installed on the frame (18), this frame (18) is the framework that stack up and down connects, it is divided into five layers, ground floor is tray supporter (4), and support worm gear pallet (3), power transmission shaft (10) and guide funnel (22); Frame (18) second layer, support braiding rotating disk (12) and power transmission shaft (13); The end of frame (18), is two-layer, and support transmission device (14), power transmission shaft (16) and motor (15) respectively.
CNU2007200416667U 2007-11-28 2007-11-28 Automatic spacing core-feeding machine for downward knitting of knitting machine Expired - Fee Related CN201151850Y (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CNU2007200416667U CN201151850Y (en) 2007-11-28 2007-11-28 Automatic spacing core-feeding machine for downward knitting of knitting machine

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CNU2007200416667U CN201151850Y (en) 2007-11-28 2007-11-28 Automatic spacing core-feeding machine for downward knitting of knitting machine

Publications (1)

Publication Number Publication Date
CN201151850Y true CN201151850Y (en) 2008-11-19

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Family Applications (1)

Application Number Title Priority Date Filing Date
CNU2007200416667U Expired - Fee Related CN201151850Y (en) 2007-11-28 2007-11-28 Automatic spacing core-feeding machine for downward knitting of knitting machine

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102030258A (en) * 2010-12-31 2011-04-27 巨力索具股份有限公司 Equipment for manufacturing synthetic fiber bundle force circular lifting belt
CN106757759A (en) * 2017-01-06 2017-05-31 南京利德东方橡塑科技有限公司 A kind of braider automatic charging device and control method

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102030258A (en) * 2010-12-31 2011-04-27 巨力索具股份有限公司 Equipment for manufacturing synthetic fiber bundle force circular lifting belt
CN102030258B (en) * 2010-12-31 2014-10-01 巨力索具股份有限公司 Equipment for manufacturing synthetic fiber bundle force circular lifting belt
CN106757759A (en) * 2017-01-06 2017-05-31 南京利德东方橡塑科技有限公司 A kind of braider automatic charging device and control method
CN106757759B (en) * 2017-01-06 2018-09-18 南京利德东方橡塑科技有限公司 A kind of braider automatic charging device and control method

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C14 Grant of patent or utility model
GR01 Patent grant
C17 Cessation of patent right
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20081119

Termination date: 20101128