CN209537904U - A kind of groover for non-woven fabrics processing - Google Patents

Abstract

The utility model relates to a kind of groovers for non-woven fabrics processing, including pedestal, conveyer belt, compress piece component, transmission gear, master gear, fixed frame, first motor axis, first motor, first fixed link, drum shaft, roller, fixinig plate component, second fixed link, second motor shaft, second motor, motor cabinet, bull stick, turntable, worm screw, fixed rotary table, tool cavity, cross bar, sucker pin schematic diagram, wheel and telescopic rod is turned up, the groover for non-woven fabrics processing can the multiple slot positions of simultaneous processing, and there are many necking tool is selective, the replacement of necking tool can be carried out simultaneously, meet the needs of a variety of groove profiles of non-woven fabrics simultaneous processing, effectively increase working efficiency and the scope of application, it compresses piece component simultaneously and fixinig plate component is conducive to fix non-woven fabrics to be processed, it avoids moving bring mismachining tolerance, wheel and telescopic rod is turned up The height of adjustable knife rest is matched, the non-woven fabrics of different depth slot can be processed.

Description

A kind of groover for non-woven fabrics processing

Technical field

The utility model relates to be used for cloth technical field of processing equipment, processed more specifically to for non-woven fabrics Groover.

Background technique

Non-woven fabrics is also known as nonwoven fabric, is made of fiber orient or random, because with the appearance of cloth and certain Performance and be called cloth, non-woven fabrics have the characteristics that it is moisture-proof, ventilative, not combustion-supporting, easy decompose, it is recyclable, currently on the market Common non-woven fabrics groover fluting low efficiency, positioning is inaccurate, and single groover is only capable of processing a kind of groove profile, groove depth Adjusting it is complex, for such issues that, need to be improved using the prior art, to improve the work of non-woven fabrics groover Make efficiency and precision.

Utility model content

The technical problem to be solved by the present invention is to low efficiency of slotting, cutter heights to adjust complicated and processing groove profile list One, in view of the above drawbacks of the prior art, provide a kind of groover for non-woven fabrics processing.

The technical scheme adopted by the utility model to solve the technical problem is as follows:

Construct a kind of groover for non-woven fabrics processing:

Including pedestal, conveyer belt, compress piece component, transmission gear, master gear, fixed frame, first motor axis, the first electricity Machine, drum shaft, roller, fixinig plate component, the second fixed link, the second motor shaft, the second motor, motor cabinet, turns the first fixed link Turntable, worm screw, fixed rotary table, tool cavity, cross bar, sucker pin schematic diagram, wheel and telescopic rod, the base bottom Corner Strapped is turned up in bar Sucker pin schematic diagram is installed, is fixedly installed with conveyer belt in the middle part of the base upper surface, the base upper surface close to conveyer belt two Side, which is welded with, compresses piece component, and the compression piece component is made of tabletting, stud, the first nut and spring, the spring It is wound in stud outer ring lower part, the tabletting is socketed in the middle part of stud by through-hole, and tabletting is located above spring, and described first Nut is fixedly connected by screw thread with stud, and the first nut is located above tabletting, two middle side part of the base upper surface welding It is fixed with load-bearing pillar, load-bearing pillar upper surface quadrangle is welded with telescopic rod, and the load-bearing pillar upper face center welding is solid Surely there is upright bar, downside is fixedly installed with height-regulating wheel by rolling bearing at the top of the upright bar, is welded and fixed at the top of the telescopic rod There is fixed frame, the fixed frame inside middle portion is welded with cross bar, outside the groove inner wall and rolling bearing in the middle part of the cross bar Circle is welded and fixed, and the rolling bearing inner ring is fixed with the hub welding in the middle part of transmission gear and master gear, and the master gear is not The side surface annular that rolling bearing is welded and fixed is equipped with tool cavity, and one upper lateral part of fixed frame offers through-hole, described Through-hole wall is welded and fixed with housing washer, and the rolling bearing inner ring is welded with worm screw, described worm screw one end with Transmission gear is fixedly connected by engagement, and the worm screw other end is fixed with turntable side center weldment, the turntable other side Edge is fixedly connected by screw thread with bull stick one end, the transmission wheel central lateral inside the conveyer belt side and first motor axis One end is welded and fixed, and the first motor axis other end welding machine is fixed on first motor open side, the first motor bottom weldering It connecing and is fixed in the slot of motor cabinet upper surface, the motor cabinet is welded and fixed on the outside of conveyer belt side and the first fixed link, The first fixed link leptoprosopy side and pedestal are welded and fixed close to a upper lateral part of first motor, and first fixed link is another Side offers through-hole, and the second fixed link leptoprosopy side and pedestal are welded and fixed close to a upper lateral part of first motor, described The second fixed link other side offers through-hole, and the through-hole wall is fixedly welded on housing washer, in the rolling bearing Circle is fixedly welded in the middle part of the second motor shaft outer ring, and second motor shaft one end is welded and fixed with the second motor open side, institute It states the second motor bottom to be fixedly welded in the groove of motor cabinet upper surface, the second motor shaft other end and roller one end center It is fixedly connected by key, roller other end center is welded and fixed with drum shaft one end, the drum shaft other end and first Rolling bearing inner ring inside the through-hole of fixed link is welded and fixed, and the housing washer is welded and fixed with through-hole wall, institute It states roller both ends top and is fixedly installed with fixinig plate component, the fixinig plate component is made of the second nut, thin slice and fixed column, The fixed column bottom inside is fixedly welded on roller both ends top, and the thin slice both ends offer through-hole, and the thin slice passes through Through-hole is socketed on fixed column top, and second nut is fixedly connected by screw thread with fixed column, and second nut is located at thin Above piece.

Further, the necking tool of different size is installed in the tool cavity by card slot.

Further, the transmission gear is fixedly connected with master gear by engaging.

Further, the first motor axis and the second motor rotational shaft speed are identical.

Further, the tabletting and thin slice are elastic tagger.

The utility model has the beneficial effects that: this be used for non-woven fabrics processing groover can the multiple slot positions of simultaneous processing, And it is selective there are many necking tool, the replacement of necking tool can be carried out simultaneously, meet the need of a variety of groove profiles of non-woven fabrics simultaneous processing Want, effectively increase working efficiency and the scope of application, at the same compress piece component and fixinig plate component be conducive to fix it is to be processed Non-woven fabrics avoids moving bring mismachining tolerance, and wheel is turned up and telescopic rod matches the height of adjustable knife rest, can be processed not With the non-woven fabrics of depth slot.

Detailed description of the invention

In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, below in conjunction with attached drawing and reality Applying example, the utility model is described in further detail, and the accompanying drawings in the following description is only section Example of the invention, for this For the those of ordinary skill of field, without creative efforts, it is attached to can also be obtained according to these attached drawings other Figure:

Fig. 1 is the whole overlooking structure diagram of the utility model；

Fig. 2 is the whole schematic view of the front view of the utility model；

Fig. 3 is the structure enlargement diagram of a-quadrant in Fig. 2；

Fig. 4 is the fixinig plate component structure diagram of the utility model；

Fig. 5 is the bar structure schematic diagram of the utility model.

Specific embodiment

It is practical below in conjunction with this in order to keep the objectives, technical solutions, and advantages of the embodiments of the present invention clearer Technical solution in new embodiment carries out clear, complete description, it is clear that described embodiment is the portion of the utility model Point embodiment, rather than whole embodiments.Based on the embodiment of the present invention, those of ordinary skill in the art are not paying creation Property labour under the premise of every other embodiment obtained, belong to the protection scope of the utility model.

Fig. 1-5 is please referred to, the utility model provides a kind of technical solution: a kind of groover for non-woven fabrics processing, packet Include pedestal 1, conveyer belt 2, compress piece component 3, transmission gear 4, master gear 5, fixed frame 6, first motor axis 7, first motor 8, First fixed link 9, drum shaft 10, roller 11, fixinig plate component 12, the second fixed link 13, the second motor shaft 14, the second motor 15, motor cabinet 16, bull stick 17, turntable 18, worm screw 19, fixed rotary table 20, tool cavity 21, cross bar 22, sucker pin schematic diagram 23, height-regulating wheel 24 With telescopic rod 25,1 bottom four corners of pedestal are fixedly installed with sucker pin schematic diagram 23, and 1 upper surface middle part of pedestal is fixedly installed with conveyer belt 2, 1 upper surface of pedestal close to the two sides of conveyer belt 2 be welded with compress piece component 3, compress piece component 3 by tabletting 31, stud 32, First nut 33 and spring 34 form, and spring 34 is wound in 32 outer ring lower part of stud, and tabletting 31 is socketed on stud 32 by through-hole Middle part, and tabletting 31 is located at 34 top of spring, the first nut 33 is fixedly connected by screw thread with stud 32, and 33, the first nut Above tabletting 31,1 upper surface of pedestal, two middle side part is welded with load-bearing pillar, and load-bearing pillar upper surface quadrangle, which is welded with, stretches Contracting bar 25, load-bearing pillar upper face center are welded with upright bar, and downside is fixedly installed with height-regulating by rolling bearing at the top of upright bar Wheel 24, is welded with fixed frame 6 at the top of telescopic rod 25, and 6 inside middle portion of fixed frame is welded with cross bar 22, in cross bar 22 The groove inner wall in portion is welded and fixed with housing washer, the wheel hub at 5 middle part of rolling bearing inner ring and transmission gear 4 and master gear It is welded and fixed, transmission gear 4 is fixedly connected with master gear 5 by engaging, the side of the unwelded fixed rolling bearing of master gear 5 Surface annular is equipped with tool cavity 21, is equipped with the necking tool of different size in tool cavity 21 by card slot, on 6 side of fixed frame Portion offers through-hole, and through-hole wall is welded and fixed with housing washer, and rolling bearing inner ring is welded with worm screw 19, worm screw 19 one end are fixedly connected with transmission gear 4 by engaging, and 19 other end of worm screw is fixed with 18 side center weldment of turntable, turntable 18 Another side edge is fixedly connected by screw thread with 17 one end of bull stick, the transmission wheel central lateral and first inside 2 side of conveyer belt 7 one end of motor shaft is welded and fixed, and 7 other end welding machine of first motor axis is fixed on 8 open side of first motor, 8 bottom of first motor It is fixedly welded in the slot of 16 upper surface of motor cabinet, motor cabinet 16 welds on the outside of 2 side of conveyer belt and the first fixed link 9 Fixed, a upper lateral part of the 9 leptoprosopy side of the first fixed link with pedestal 1 close to first motor 8 is welded and fixed, and the first fixed link 9 is another Side offers through-hole, and a upper lateral part of the 13 leptoprosopy side of the second fixed link with pedestal 1 close to first motor 8 is welded and fixed, the Two fixed links, 13 other side offers through-hole, and through-hole wall is fixedly welded on housing washer, and rolling bearing inner ring welding is solid In the middle part of 14 outer ring of the second motor shaft, 14 one end of the second motor shaft is welded and fixed with 15 open side of the second motor, first motor Axis 7 is identical with 14 revolving speed of the second motor shaft, and 15 bottom of the second motor is fixedly welded in 16 upper surface groove of motor cabinet, the second electricity 14 other end of arbor is fixedly connected with 11 one end center of roller by key, and 11 other end center of roller and 10 one end of drum shaft are welded Fixation is connect, 10 other end of drum shaft is welded and fixed with the rolling bearing inner ring inside the through-hole of the first fixed link 9, outside rolling bearing Circle is welded and fixed with through-hole wall, and 11 both ends top of roller is fixedly installed with fixinig plate component 12, and fixinig plate component 12 is by second Nut 121, thin slice 122 and fixed column 123 form, and 123 bottom inside of fixed column is fixedly welded on 11 both ends top of roller, thin slice 122 both ends offer through-hole, and thin slice 122 is socketed on 123 top of fixed column by through-hole, and tabletting 31 and thin slice 122 are elasticity Tagger, the second nut 121 are fixedly connected by screw thread with fixed column 123, and the second nut 121 is located at 122 top of thin slice；It should Groover bottom four corners for non-woven fabrics processing are fixedly installed in ground by sucker pin schematic diagram 23, by be processed non-woven fabrics one It draws on roller 11, the second nut of turn 121, until thin slice 122 compresses non-woven fabrics, while the non-woven fabrics being located on conveyer belt 2 By the first nut of turn 33 until 31 tablettings are gently pressed on conveyer belt 2, required necking tool is installed into the card of tool cavity 21 In slot, it can connect and cutter preheating is carried out with preheating device, by rotating bull stick 17, drive worm screw 19 to rotate by turntable 18, thus Band nutating gear 4 and master gear 5 rotate, and until required necking tool straight down until operating position, then pass through rotation Handle drives 24 rotation of height-regulating wheel that the height of fixed frame 6 is adjusted, and when cutter height suits the requirements, then stops operating, Telescopic rod 25 limits fixed frame 6 always and is only capable of moving up and down during this, first starts the second motor 15, the second motor shaft at this time 14 rotations, drive roller 11 to rotate, and non-woven fabrics is driven to be wound in 11 outer ring of roller, restart first motor 8, drive first motor Axis 7 rotates, and conveyer belt 2 is driven to rotate, and drives the non-woven fabrics on conveyer belt 2 mobile to 11 direction of roller, can carry out nothing at this time The fluting of woven fabric is processed.

It should be understood that for those of ordinary skills, it can be modified or changed according to the above description, And all these modifications and variations all should belong to the protection scope of the appended claims for the utility model.

Claims (5)

1. a kind of groover for non-woven fabrics processing, including pedestal (1), conveyer belt (2), compression piece component (3), transmission gear (4), master gear (5), fixed frame (6), first motor axis (7), first motor (8), the first fixed link (9), drum shaft (10), rolling Cylinder (11), fixinig plate component (12), the second fixed link (13), the second motor shaft (14), the second motor (15), motor cabinet (16), Turntable (18), worm screw (19), fixed rotary table (20), tool cavity (21), cross bar (22), sucker pin schematic diagram (23), wheel is turned up in bull stick (17) (24) and telescopic rod (25), which is characterized in that pedestal (1) bottom four corners are fixedly installed with sucker pin schematic diagram (23), the pedestal (1) upper surface middle part is fixedly installed with conveyer belt (2), and pedestal (1) upper surface is welded and fixed close to the two sides of conveyer belt (2) Have and compress piece component (3), the compression piece component (3) is by tabletting (31), stud (32), the first nut (33) and spring (34) group At, the spring (34) is wound in stud (32) outer ring lower part, and the tabletting (31) is socketed in the middle part of stud (32) by through-hole, And tabletting (31) is located above spring (34), first nut (33) is fixedly connected by screw thread with stud (32), and first Nut (33) is located above tabletting (31), and two middle side part of pedestal (1) upper surface is welded with load-bearing pillar, the load-bearing pillar Upper surface quadrangle is welded with telescopic rod (25), and the load-bearing pillar upper face center is welded with upright bar, the upright bar top Subordinate side is fixedly installed with height-regulating wheel (24) by rolling bearing, is welded with fixed frame (6) at the top of the telescopic rod (25), Fixed frame (6) inside middle portion is welded with cross bar (22), the groove inner wall and rolling bearing in the middle part of the cross bar (22) Outer ring is welded and fixed, and the rolling bearing inner ring is fixed with the hub welding in the middle part of transmission gear (4) and master gear (5), described The side surface annular of the unwelded fixed rolling bearing of master gear (5) is equipped with tool cavity (21), on fixed frame (6) side Portion offers through-hole, and the through-hole wall is slidably connected with fixed rotary table (20) outer ring, fixed rotary table (20) the inner ring welding It is fixed with worm screw (19), described worm screw (19) one end is fixedly connected with transmission gear (4) by engaging, and the worm screw (19) is another End is fixed with turntable (18) side center weldment, and another side edge of the turntable (18) is fixed by screw thread and bull stick (17) one end Connection, the transmission wheel central lateral inside conveyer belt (2) side are welded and fixed with first motor axis (7) one end, and described the One motor shaft (7) other end welding machine is fixed on first motor (8) open side, and first motor (8) bottom is fixedly welded on electricity In the slot of base (16) upper surface, the motor cabinet (16) welding on the outside of conveyer belt (2) side and the first fixed link (9) is solid Fixed, a upper lateral part of the first fixed link (9) leptoprosopy side and pedestal (1) close first motor (8) is welded and fixed, and described the One fixed link (9) other side offers through-hole, and the second fixed link (13) leptoprosopy side and pedestal (1) are close to first motor (8) a upper lateral part is welded and fixed, and the second fixed link (13) other side offers through-hole, and the through-hole wall is welded and fixed In housing washer, the rolling bearing inner ring is fixedly welded in the middle part of the second motor shaft (14) outer ring, second motor Axis (14) one end is welded and fixed with the second motor (15) open side, and the second motor (15) bottom is fixedly welded on motor cabinet (16) in the groove of upper surface, the second motor shaft (14) other end is fixedly connected with roller (11) one end center by key, institute It states roller (11) other end center to be welded and fixed with drum shaft (10) one end, drum shaft (10) other end and the first fixed link (9) the rolling bearing inner ring inside through-hole is welded and fixed, and the housing washer is welded and fixed with through-hole wall, the rolling Cylinder (11) both ends top is fixedly installed with fixinig plate component (12), and the fixinig plate component (12) is by the second nut (121), thin slice (122) it is formed with fixed column (123), fixed column (123) bottom inside is fixedly welded on roller (11) both ends top, described Thin slice (122) both ends offer through-hole, and the thin slice (122) is socketed on fixed column (123) top, second spiral shell by through-hole Female (121) are fixedly connected by screw thread with fixed column (123), and second nut (121) is located above thin slice (122).

2. a kind of groover for non-woven fabrics processing according to claim 1, which is characterized in that the tool cavity (21) The interior necking tool that different size is equipped with by card slot.

3. a kind of groover for non-woven fabrics processing according to claim 1, which is characterized in that the transmission gear (4) it is fixedly connected with master gear (5) by engaging.

4. a kind of groover for non-woven fabrics processing according to claim 1, which is characterized in that the first motor axis (7) identical with the second motor shaft (14) revolving speed.

5. it is according to claim 1 it is a kind of for non-woven fabrics processing groover, which is characterized in that the tabletting (31) and Thin slice (122) is elastic tagger.