CN209523020U - A kind of electronics cloth fiber-opening apparatus - Google Patents

Abstract

The utility model discloses a kind of electronics cloth fiber-opening apparatus, including crust of the device, control panel is embedded with above described device shell front surface, described device cover top portion is arranged symmetrically, and there are two brackets, deploying and retracting axis is rotatably connected at the horizontal ends port of the bracket, electronics cloth is socketed between two deploying and retracting axis, described device upper surface of outer cover, which is located at the side of the deploying and retracting axis, is provided with driving motor, the output shaft of the driving motor is sequentially connected by transmission belt and the deploying and retracting axis, two partitions are equidistantly welded on described device interior of shell bottom plate, described device interior of shell is divided into three regions by two partitions, three regions are followed successively by third fibrillation room from left to right in the horizontal direction, second fibrillation room and the first fibrillation room.The utility model is suitable for the fibrillation of electronics cloth, and the device is fast to the fibrillation speed of electronics cloth, and fibrillation effect is good, and can be adapted for the electronics cloth fibrillation of different in width.

Description

A kind of electronics cloth fiber-opening apparatus

Technical field

The utility model belongs to electronics cloth production technical field, specially a kind of electronics cloth fiber-opening apparatus.

Background technique

Electronics cloth refers to the general name of the electronic-grade glass fiber cloth for electronics industry, it is in electronic-grade glass fiber cloth Expensive goods.Main specifications has 7637,7630,7628,7615,1506,2116,2113,3313,1080,106,104, master It is used for the manufacture of copper-clad plate；

And it needs various ingredients mixing, more superfine fibres being merged into one yarn in electronic fiber cloth production process Hybrid yams these single fibers are bonded together, the component that gathers together is sea wherein single fiber is called island, When electronic fiber cloth after weaving, into printing and dyeing mill, it is necessary to the sea component of sea island cotton be dissolved, obtained in this way Fiber is just more soft, fine and smooth, comfortable, ventilative, this course of dissolution is just called fibrillation, however existing electronics cloth fiber-opening apparatus Single fibrillation degradation solution is mostly used to carry out fibrillation greatly, the speed of fibrillation is slow, and it is ineffective, and fibrillation is not thorough enough.

Utility model content

Utility model aims to solve the problems in background techniques, provide a kind of electronics cloth fiber-opening apparatus.

The technical solution adopted in the utility model is as follows:

A kind of electronics cloth fiber-opening apparatus, including crust of the device, described device shell front surface top are embedded with control panel, Described device outer casing bottom is welded with pedestal, and capping, described device cover top portion are embedded at described device cover top portion center It being symmetrical arranged there are two bracket, the bracket is L-shaped structure, it is rotatably connected to deploying and retracting axis at the horizontal ends port of the bracket, Electronics cloth is socketed between two deploying and retracting axis, described device upper surface of outer cover, which is located at the deploying and retracting axis lower section, offers cross To through-hole, described device upper surface of outer cover, which is located at the side of the deploying and retracting axis, is provided with driving motor, the driving motor Output shaft is sequentially connected by transmission belt and the deploying and retracting axis, be equidistantly welded on described device interior of shell bottom plate two every Plate, described device interior of shell are divided into three regions by two partitions, three regions in the horizontal direction from left to right according to Secondary is third fibrillation room, the second fibrillation room and the first fibrillation room, third fibrillation room, second fibrillation room and described first Inner shaft, third fibrillation room, second fibrillation room and the first fibrillation chamber interior walls are rotatably connected at fibrillation chamber interior It is provided with vibration of ultrasonic wave device, described device outer casing inner wall, which is located above the partition, is provided with steering shaft at two sides.

Wherein, described device shell front surface is located at third fibrillation room, second fibrillation room and described first and opens Liquid level tube, the fibrillation chamber interior connection of each liquid level tube corresponding thereto are provided at fine outside.

Wherein, it is parallel to each other between three inner shafts, four steering shafts and two deploying and retracting axis, and described interior The length and diameter of axis, the steering shaft and the deploying and retracting axis is all the same.

Wherein, the both ends of the inner shaft are socketed with postive stop baffle, and one end of the postive stop baffle is welded with elastic external member, institute Stating elastic external member outer wall is helicitic texture, and swivel nut, the internal screw thread of the swivel nut and the elasticity are socketed on the elastic external member The external screw thread of external member mutually agrees with.

Wherein, third fibrillation room, second fibrillation room and the first fibrillation chamber interior are perfused with fibrillation drop Liquid is solved, the liquid level of the fibrillation degradation solution is lower than the top of the partition.

Wherein, it is provided in third fibrillation room, second fibrillation room and first fibrillation room bottom base panel Deflector, the deflector are incline structure, and described device outer shell outer wall is located at the inclined bottom position of the deflector It is provided with tapping valve.

Wherein, the diaphragm internal is provided with conduit, and described device outer casing bottom, which is located at the conduit lower section, to be provided with Liquid-filling valve, the partition two sides be located at the top of the conduit at is provided with liquid feed valve, the liquid-filling valve, the conduit and it is described into It is interconnected between liquid valve.

Wherein, the electronics cloth is bypassed from deploying and retracting axis described in one of them, is then passed through the described of the close deploying and retracting axis Cross through hole, and successively around the inner shaft of the third fibrillation chamber interior, close to two of third fibrillation room side The steering shaft, the inner shaft of the second fibrillation chamber interior, two steerings close to first fibrillation room side Then the inner shaft of axis and the first fibrillation chamber interior is pierced by from cross through hole described in another and is wound on described in another On deploying and retracting axis.

In conclusion by adopting the above-described technical solution, the beneficial effects of the utility model are:

1, in the utility model, by being divided into three fibrillation rooms, three fibrillation rooms by partition inside crust of the device It is internally provided with different fibrillation degradation solutions, it, can be by three fibrillation rooms when electronics cloth is after sequentially passing through three fibrillation rooms The different fibrillation degradation solution in portion carries out fibrillation, so that the fibrillation effect of electronics cloth is more preferable, and fibrillation is thorough, improves electronics The quality of cloth.

2, in the utility model, by being provided with vibration of ultrasonic wave device in three fibrillation chamber interiors, work as vibration of ultrasonic wave When device is run, the fibrillation degradation solution of three fibrillation chamber interiors is shaken with certain frequency, so that fibrillation degradation solution and electronics The contact of cloth is more comprehensively and quick, to accelerate the fibrillation speed of electronics cloth.

3, in the utility model, there are two postive stop baffles for setting in the inner shaft of fibrillation chamber interior, pass through two postive stop baffles Electronics cloth can be made to be between two postive stop baffles always in conduction, prevent electronics cloth from the phenomenon that sideslip, and two occur Spacing between postive stop baffle can be adjusted, so that the electronics cloth that the device can be adapted for different in width uses.

Detailed description of the invention

Fig. 1 is the structure schematic diagram of the utility model；

Fig. 2 is crust of the device schematic diagram of internal structure in the utility model；

Fig. 3 is A-A cross-sectional view in the utility model Fig. 1；

Fig. 4 is the area the utility model Tu3Zhong B enlarged drawing.

Marked in the figure: 1, control panel；2, driving motor；3, deploying and retracting axis；4, bracket；5, liquid level tube；6, crust of the device；7, Tapping valve；8, pedestal；9, liquid-filling valve；10, inner shaft；11, the first fibrillation room；12, the second fibrillation room；13, conduit；14, third is opened Fine room；15, deflector；16, fibrillation degradation solution；17, vibration of ultrasonic wave device；18, partition；19, liquid feed valve；20, cross through hole； 21, steering shaft；22, it covers；23, electronics cloth；24, postive stop baffle；25, elastic external member；26, swivel nut.

Specific embodiment

In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation Example, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only to explain this Utility model is not used to limit the utility model.

Referring to Fig.1-4, a kind of electronics cloth fiber-opening apparatus, including crust of the device 6,6 front surface of crust of the device top are embedded with Control panel 1,6 bottom of crust of the device are welded with pedestal 8, capping 22, crust of the device 6 are embedded at 6 top center of crust of the device Top is symmetrical arranged there are two bracket 4, and bracket 4 is L-shaped structure, is rotatably connected to deploying and retracting axis 3 at the horizontal ends port of bracket 4, Electronics cloth 23 is socketed between two deploying and retracting axis 3,6 upper surface of crust of the device, which is located at 3 lower section of deploying and retracting axis, offers cross through hole 20,6 upper surface of crust of the device, which is located at the side of deploying and retracting axis 3, is provided with driving motor 2, and the output shaft of driving motor 2 passes through biography Dynamic band is sequentially connected with deploying and retracting axis 3, is equidistantly welded with two partitions 18,6 inside quilt of crust of the device in 6 internal backplane of crust of the device Two partitions 18 are divided into three regions, and three regions are followed successively by third fibrillation room 14, second from left to right in the horizontal direction and open Fine room 12 and the first fibrillation room 11, third fibrillation room 14, the second fibrillation room 12 and the first fibrillation room are rotatably connected at 11 inside Inner shaft 10, third fibrillation room 14, the second fibrillation room 12 and 11 inner wall of the first fibrillation room are provided with vibration of ultrasonic wave device 17, outside device 6 inner wall of shell, which is located at 18 top two sides of partition, is provided with steering shaft 21, third fibrillation room 14, the second fibrillation room 12 and the first fibrillation Fibrillation degradation solution 16 is perfused with inside room 11, the liquid level of fibrillation degradation solution 16 is lower than the top of partition 18, works as vibration of ultrasonic wave When device 17 is run, the fibrillation degradation solution 16 inside third fibrillation room 14, the second fibrillation room 12 and the first fibrillation room 11 is with certain Frequency is shaken, so that fibrillation degradation solution 16 is more comprehensively and quick with the contact of electronics cloth 23, to accelerate electronics cloth 23 Fibrillation speed.

6 front surface of crust of the device is located at third fibrillation room 14, the second fibrillation room 12 and 11 outside of the first fibrillation room and is all provided with Be equipped with liquid level tube 5, the fibrillation chamber interior connection of each liquid level tube 5 corresponding thereto, liquid level inside such liquid level tube 5 always with The liquid level of fibrillation chamber interior is consistent, and is the liquid level that although it is understood that fibrillation chamber interior by liquid level tube 5.

The both ends of inner shaft 10 are socketed with postive stop baffle 24, and one end of postive stop baffle 24 is welded with elastic external member 25, resilient sleeve 25 outer wall of part is helicitic texture, and swivel nut 26, the internal screw thread of swivel nut 26 and the outer spiral shell of elastic external member 25 are socketed on elastic external member 25 Line mutually agrees with, and when swivel nut 26 unscrews, elastic external member 25 is separated with inner shaft 10, and postive stop baffle 24 can carry out sliding tune at this time Whole position guarantees the of same size of spacing and the electronics cloth 23 of two postive stop baffles 24 in inner shaft 10, and such electronics cloth 23 exists The phenomenon that being not in sideslip when progress fibrillation transmission.

It is provided with deflector 15 in 11 bottom base panel of third fibrillation room 14, the second fibrillation room 12 and the first fibrillation room, is led Flowing plate 15 is incline structure, and 6 outer wall of crust of the device is located at the inclined bottom position of deflector 15 and is provided with tapping valve 7, When needing to discharge the fibrillation degradation solution 16 inside third fibrillation room 14, the second fibrillation room 12 and the first fibrillation room 11, by Faster in the speed that the effect of deflector 15 can be such that fibrillation degradation solution 16 flows out, and third fibrillation room 14, the second fibrillation room 12 Retaining for fibrillation degradation solution 16 is not had with inside the first fibrillation room 11.

Partition 18 is internally provided with conduit 13, and 6 bottom of crust of the device, which is located at 13 lower section of conduit, is provided with liquid-filling valve 9, every 18 two sides of plate, which are located at 13 top of conduit, is provided with liquid feed valve 19, is interconnected between liquid-filling valve 9, conduit 13 and liquid feed valve 19, Fibrillation degradation solution 16 can be imported into third fibrillation room 14, the second fibrillation from conduit 13 and liquid feed valve 19 respectively by liquid-filling valve 9 Inside room 12 and the first fibrillation room 11.

It is parallel to each other between three inner shafts, 10, four steering shafts 21 and two deploying and retracting axis 3, and inner shaft 10,21 and of steering shaft The length and diameter of deploying and retracting axis 3 is all the same, and electronics cloth 23 is bypassed from one of deploying and retracting axis 3, is then passed through close to the deploying and retracting axis 3 Cross through hole 20, and successively around two steerings of inner shaft 10, close 14 side of third fibrillation room inside third fibrillation room 14 Inner shaft 10 inside axis 21, the second fibrillation room 12, two steering shafts 21 close to 11 side of the first fibrillation room and the first fibrillation room Then inner shaft 10 inside 11 is pierced by from another cross through hole 20 and is wound on another deploying and retracting axis 3, such electronics cloth 23 is Can successively it pass through inside third fibrillation room 14, the second fibrillation room 12 and the first fibrillation room 11, by third fibrillation room 14, second Different types of fibrillation degradation solution 16 is added in fibrillation room 12 and 11 internal-internal of the first fibrillation room, reaches multiple to electronics cloth 23 and opens Fine effect, improves the quality of electronics cloth 23.

Input terminal of the output end of control panel 1 respectively with driving motor 2 and vibration of ultrasonic wave device 17 is attached, in this way Driving motor 2 and vibration of ultrasonic wave device 17 can be controlled by control panel 1.

Working principle according to the postive stop baffle 24 in the width adjusting inner shaft 10 of electronics cloth 23, makes same referring to Fig.1-4 Spacing and electronics cloth 23 is of same size between two postive stop baffles 24 in a inner shaft 10, by one end of electronics cloth 23 from wherein One deploying and retracting axis 3 bypasses, and is then passed through the cross through hole 20 close to the deploying and retracting axis 3, enters electronics cloth 23 inside crust of the device 6, And successively around inner shaft 10, close 14 side of third fibrillation room inside third fibrillation room 14 two steering shafts 21, second open Inner shaft 10 inside fine room 12, two steering shafts 21 close to 11 side of the first fibrillation room and the inner shaft inside the first fibrillation room 11 10, it is then pierced by and is wound on another deploying and retracting axis 3 from another cross through hole 20, then opened by third fibrillation room 14, second Fine room 12 and the corresponding liquid-filling valve 9 in the first fibrillation room 11 are by different types of fibrillation degradation solution 16 from conduit 13 and liquid feed valve 19 It imports inside third fibrillation room 14, the second fibrillation room 12 and the first fibrillation room 11, wherein the liquid level of fibrillation degradation solution 16 is not excessively super Acoustic wave vibrations device 17 connects power supply lower than the top of partition 18 after the completion, controls driving motor 2 and ultrasound by control panel 1 Wave vibrator 17, when vibration of ultrasonic wave device 17 is run, inside third fibrillation room 14, the second fibrillation room 12 and the first fibrillation room 11 Fibrillation degradation solution 16 is shaken with certain frequency, accelerates the contact of fibrillation degradation solution 16 and electronics cloth 23, promotes electronics cloth 23 fibrillation speed, while when the operation of driving motor 2, pull electronics cloth 23 to sequentially pass through third fibrillation room 14, the second fibrillation room 12 and first inside fibrillation room 11, completes the fibrillation process of electronics cloth 23.

The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this Made any modifications, equivalent replacements, and improvements etc., should be included in the utility model within the spirit and principle of utility model Protection scope within.

Claims (8)

1. a kind of electronics cloth fiber-opening apparatus, including crust of the device (6), described device shell (6) front surface top is embedded with control Panel (1), it is characterised in that: described device shell (6) bottom is welded with pedestal (8), at described device shell (6) top center It being embedded with capping (22), is symmetrical arranged at the top of described device shell (6) there are two bracket (4), the bracket (4) is L-shaped structure, It is rotatably connected to deploying and retracting axis (3) at the horizontal ends port of the bracket (4), is socketed with electronics between two deploying and retracting axis (3) Cloth (23), described device shell (6) upper surface, which is located at the deploying and retracting axis (3) lower section, offers cross through hole (20), the dress Set shell (6) upper surface and be located at the side of the deploying and retracting axis (3) and be provided with driving motor (2), the driving motor (2) it is defeated Shaft is sequentially connected by transmission belt and the deploying and retracting axis (3), is equidistantly welded with two in described device shell (6) internal backplane Partition (18), described device shell (6) is internal to be divided into three regions by two partitions (18), and three regions are along level side To being followed successively by third fibrillation room (14), the second fibrillation room (12) and the first fibrillation room (11), third fibrillation room from left to right (14), inner shaft (10), the third are rotatably connected at second fibrillation room (12) and first fibrillation room (11) inside Fibrillation room (14), second fibrillation room (12) and first fibrillation room (11) inner wall are provided with vibration of ultrasonic wave device (17), Described device shell (6) inner wall, which is located above the partition (18), is provided with steering shaft (21) at two sides.

2. a kind of electronics cloth fiber-opening apparatus as described in claim 1, it is characterised in that: described device shell (6) front surface position Liquid level is provided in third fibrillation room (14), second fibrillation room (12) and first fibrillation room (11) outside It manages (5), the fibrillation chamber interior connection of each liquid level tube (5) corresponding thereto.

3. a kind of electronics cloth fiber-opening apparatus as described in claim 1, it is characterised in that: three inner shafts (10), four institutes It states and is parallel to each other between steering shaft (21) and two deploying and retracting axis (3), and the inner shaft (10), the steering shaft (21) and institute The length and diameter for stating deploying and retracting axis (3) is all the same.

4. a kind of electronics cloth fiber-opening apparatus as described in claim 1, it is characterised in that: the both ends of the inner shaft (10) are socketed Have postive stop baffle (24), one end of the postive stop baffle (24) is welded with elastic external member (25), elastic external member (25) outer wall It for helicitic texture, is socketed with swivel nut (26) on the elastic external member (25), the internal screw thread of the swivel nut (26) and the resilient sleeve The external screw thread of part (25) mutually agrees with.

5. a kind of electronics cloth fiber-opening apparatus as described in claim 1, it is characterised in that: third fibrillation room (14), described It is perfused with fibrillation degradation solution (16) inside second fibrillation room (12) and first fibrillation room (11), the fibrillation degradation solution (16) liquid level is lower than the top of the partition (18).

6. a kind of electronics cloth fiber-opening apparatus as described in claim 1, it is characterised in that: third fibrillation room (14), described It is provided with deflector (15) in second fibrillation room (12) and first fibrillation room (11) bottom base panel, the deflector (15) It is incline structure, described device shell (6) outer wall is located at the deflector (15) inclined bottom position and is provided with drain Valve (7).

7. a kind of electronics cloth fiber-opening apparatus as described in claim 1, it is characterised in that: the partition (18), which is internally provided with, leads It manages (13), described device shell (6) bottom, which is located at the conduit (13) lower section, to be provided with liquid-filling valve (9), the partition (18) Two sides are provided with liquid feed valve (19) at being located at the top of the conduit (13), the liquid-filling valve (9), the conduit (13) and it is described into It is interconnected between liquid valve (19).

8. a kind of electronics cloth fiber-opening apparatus as described in claim 1, it is characterised in that: the electronics cloth (23) from one of them The deploying and retracting axis (3) bypasses, and is then passed through the cross through hole (20) close to the deploying and retracting axis (3), and successively around described the The internal inner shaft (10) in three fibrillation rooms (14), two steering shafts close to third fibrillation room (14) side (21), second fibrillation room (12) internal described inner shaft (10), two institutes close to first fibrillation room (11) side State the inner shaft (10) of steering shaft (21) and first fibrillation room (11) inside, then from cross through hole described in another (20) it is pierced by and is wound on another described deploying and retracting axis (3).