CN207244209U - Overflow dyeing machine side-sway cloth apparatus - Google Patents
Overflow dyeing machine side-sway cloth apparatus Download PDFInfo
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- CN207244209U CN207244209U CN201721286543.XU CN201721286543U CN207244209U CN 207244209 U CN207244209 U CN 207244209U CN 201721286543 U CN201721286543 U CN 201721286543U CN 207244209 U CN207244209 U CN 207244209U
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Abstract
The utility model discloses overflow dyeing machine side-sway cloth apparatus to include cylinder body, cloth storage trough, cloth guide tube, bat fabric swatch and swing mechanism, cloth storage trough, cloth guide tube, bat fabric swatch are built in cylinder body, swing mechanism is installed on cylinder body, the output terminal of cloth guide tube is oppositely positioned in cloth storage trough with clapping cloth Board position, swing mechanism power connector drives in bat fabric swatch and claps fabric swatch along cloth storage trough anteroposterior direction reciprocally swinging.The utility model ensure that water distribution separating effect, reduce bath raio, while fabric is banked up in order, and row machine is smooth.
Description
Technical field
The utility model belongs to overflow dyeing machine field, more particularly to a kind of to bank up fabric along the swing of cloth storage trough anteroposterior direction
Plaiting device.
Background technology
Fabric is stacked in cloth storage trough by existing overflow dyeing machine using left and right directions plaiting device mostly, and fabric is in cloth storage trough
Stacked relationship directly affects row machine state and dyeing quality, especially, for it is existing along cloth storage trough left and right directions swing
Plaiting device, also exist when banking up fabric and bank up compress, knotting and unrest cloth phenomenon bad and produces because front and rear, cause row machine
Have some setbacks, and then influence dyeing quality.
Utility model content
The purpose of this utility model is to provide for a kind of overflow dyeing machine side-sway cloth apparatus, improves fabric banking up in cloth storage trough
State, makes fabric be banked up in cloth storage trough in order, and ensures water distribution separating effect, reduces bath raio.
One side according to the present utility model, overflow dyeing machine side-sway cloth apparatus include cylinder body, cloth storage trough, cloth guide tube, bat cloth
Plate and swing mechanism, cloth storage trough, cloth guide tube, bat fabric swatch are built in cylinder body, and swing mechanism is installed on cylinder body, the output terminal of cloth guide tube
It is oppositely positioned in clapping cloth Board position in cloth storage trough, swing mechanism power connector drives in bat fabric swatch and claps fabric swatch along cloth storage trough
Anteroposterior direction reciprocally swinging.
Fabric is exported to cloth storage trough along cloth guide tube, when fabric enters cloth storage trough, with clapping fabric swatch along before and after cloth storage trough
Direction reciprocally swinging, so that fabric be spread out completely continuously along cloth storage trough anteroposterior direction, and stacks gradually, takes full advantage of storage
The front and rear space of cloth groove, improves the load cloth amount of unit sizes cloth storage trough, and reduces bath raio, and then improves fabric in storage cloth
Stacked relationship in groove, make fabric banked up in cloth storage trough in order, avoid because bank up it is unordered caused by compress, knotting and unrest
Cloth phenomenon, effectively improves row machine state, and then improves dyeing quality.
In some embodiments, clapping fabric swatch includes main shaft and pipe tooth, and main shaft is set along cloth storage trough left and right directions, main shaft
Lower section is equipped with multiple parallel pipe teeth, swing mechanism connection main shaft, and drive shaft rotates.Thus, the Aulodont dentition knot of fabric swatch is clapped
Structure ensure that water distribution separating effect, reduce bath raio, and the beating that mechanical impact is produced to fabric acts on, and makes the state of fabric
Once larger change just often occurs by once patting, so as to reduce the generation of folding line, cloth cover effect and feeling is better.
In some embodiments, swing mechanism includes decelerating motor, the combination of side-sway cloth beam and linkage, decelerating motor
It is vertically arranged, decelerating motor is controlled axis by linkage connecting side and combined, and the left and right end of main shaft passes through the first shaft end group respectively
Close, the second shaft end combined support, side-sway cloth beam combination connection the second shaft end combination, the second shaft end combination can drive shaft rotate,
Main shaft can be combined relative to the first shaft end and rotated.Thus, decelerating motor drive link mechanism, linkage drive side-sway cloth beam group
Close, the combination of side-sway cloth beam drives the combination of the second shaft end to rotate, and is rotated so that main shaft is combined relative to the first shaft end.
In some embodiments, side-sway cloth beam combination includes shaft, and shaft right-to-left is socketed with bearing cap, the successively
One deep groove ball bearing, position-limiting tube, the second deep groove ball bearing, sealing gland, Y shape stacking sealing, mechanical seal, the first deep-groove ball axis
Hold, the second deep groove ball bearing is socketed with bearing block, bearing block, bearing cap axial restraint, Y shape stacking sealing be socketed with seal receptacle,
Sealing gland axial compression Y shape stacking sealing and with seal receptacle axial restraint.Thereby it is ensured that axial restraint when shaft rotates
With sealing.
In some embodiments, the second shaft end combination include coupling lever, the second spindle nose, the second axle sleeve, second sleeve and
Second fixed seat, coupling lever includes link rod part and portion of presenting a theatrical performance as the last item on a programme, and the left end of main shaft is socketed and is fixed on link rod part, second sleeve socket
In the portion of presenting a theatrical performance as the last item on a programme, the portion of presenting a theatrical performance as the last item on a programme compresses the second axle sleeve left end and fixation, and the second spindle nose includes the second axle bed portion and the second axle portion, and second
Axle bed portion is socketed with the second axle sleeve, second sleeve, the second fixed seat successively, and the second fixed seat is installed on cylinder by the second platform sling
Body, the left end that the second axle portion passes through universal joint connection rotating shaft.Thus, main shaft is connected by coupling lever, the connection of the second spindle nose turns
Axis, so as to drive main axis by the rotation of shaft.
In some embodiments, the combination of the first shaft end includes the first spindle nose, the first axle sleeve, the first sleeve, the first fixation
Seat and end cap, the first spindle nose include first axle portions and the first axle portion, and the left end of main shaft is socketed on the first axle portion, first axle
Portions are socketed with the first axle sleeve, the first sleeve, the first fixed seat successively, and the first fixed seat is installed on cylinder body by the first platform sling,
The left end of first axle portions is fixed by end cap.Thereby it is ensured that main shaft can rotate in the first axle sleeve.
In some embodiments, linkage includes the first crank, first connecting rod and the first rocking bar, decelerating motor connection
First crank, the first crank connection first connecting rod, first connecting rod connect the first rocking bar, the right end of the first rocking bar connection rotating shaft.By
This, realizes a kind of linkage of structure.
In some embodiments, linkage includes the second crank, pull rod, the second rocking bar, the 3rd rocking bar, second connecting rod
With the 4th rocking bar, decelerating motor connects the second crank, the second crank connecting rod, and pull rod connects the second rocking bar, and the second rocking bar connects
Switching through the right end of axis, the left end of the 3rd rocking bar connection rotating shaft, is connected between the 3rd rocking bar, the 4th rocking bar by second connecting rod, the
Four rocking bars connect the second axle portion.Hereby it is achieved that the linkage of another structure.
The utility model ensure that water distribution separating effect, reduce bath raio, while fabric is banked up in order, and row machine is smooth.
Brief description of the drawings
Fig. 1 is the front view of the embodiment one of the utility model overflow dyeing machine side-sway cloth apparatus;
Fig. 2 is enlarged drawing at the A of Fig. 1;
Fig. 3 is enlarged drawing at the B of Fig. 1;
Fig. 4 is enlarged drawing at the C of Fig. 1;
Fig. 5 is the right view of the embodiment one of the utility model overflow dyeing machine side-sway cloth apparatus;
Fig. 6 is the front view of the embodiment two of the utility model overflow dyeing machine side-sway cloth apparatus;
Fig. 7 is the right view of the embodiment two of the utility model overflow dyeing machine side-sway cloth apparatus.
Embodiment
The utility model is described in further detail below in conjunction with the accompanying drawings.
Embodiment one
As shown in Figure 1,5, overflow dyeing machine side-sway cloth apparatus includes cylinder body 1, cloth storage trough 2, cloth guide tube 3, bat fabric swatch 4 and oscillating machine
Structure 5, cloth storage trough 2, cloth guide tube 3, bat fabric swatch 4 are built in cylinder body 1, and the output terminal of cloth guide tube 3 and 4 position of bat fabric swatch are oppositely positioned in
In cloth storage trough 2.Clapping fabric swatch 4 includes main shaft 41 and pipe tooth 42, and main shaft 41 is set along 2 left and right directions of cloth storage trough, the lower section of main shaft 41
It it is preferably 30 equipped with multiple parallel pipe teeth 42, the spacing between adjacent tubes tooth 42 is 5mm~35mm, is preferably 15mm.
As shown in Fig. 1,4,5, swing mechanism 5 includes decelerating motor 51, side-sway cloth beam combination 52 and linkage 53, slows down
51 spur gear decelerating motors of motor, decelerating motor 51 are installed on cylinder body 1 by motor cabinet 54 and are vertically arranged, main shaft 41
Combination 56 support in the 55, second shaft end is combined by the first shaft end respectively in left and right end.Side-sway cloth beam combination 52 includes shaft 52a, turns
Axis 52a right-to-lefts are socketed with bearing cap 52b, the first deep groove ball bearing 52c, position-limiting tube 52d, the second deep groove ball bearing successively
52e, sealing gland 52f, Y shape stacking sealing 52g, mechanical seal 52h, the first deep groove ball bearing 52c, the second deep groove ball bearing
52e is socketed with bearing block 52i, and bearing block 52i, bearing cap 52b are bolted to be socketed with axial restraint, Y shape stacking sealing 52g
Seal receptacle 52j, seal receptacle 52j are installed on cylinder body 1, sealing gland 52f axial compressions Y shape stacking sealing 52g and be bolted in
Seal receptacle 52j is with axial restraint.
Linkage 53 includes the first crank 531,532 and first rocking bar 533 of first connecting rod, and decelerating motor 51 passes through A types
Round end general flat key connects the first crank 531, and the rear end of first connecting rod 532 is shaken by anti-tooth nut, bulb bearing connection first
Bar 533, the front end of first connecting rod 532 connect the first crank 531 by orthodontic nut, bulb bearing, and the first rocking bar 533 passes through A
The right end of type round end general flat key connection rotating shaft 52a.
As shown in Fig. 1,3,5, the second shaft end combination 56 includes coupling lever 561, the second spindle nose 562, the second axle sleeve 563, the
Two sleeves 564 and the second fixed seat 565, coupling lever 561 includes link rod part 5611 and portion 5612 of presenting a theatrical performance as the last item on a programme, the left end socket of main shaft 41
And link rod part 5611 is fixed on, second sleeve 563 is socketed on the portion of presenting a theatrical performance as the last item on a programme 5612, and portion 5612 of presenting a theatrical performance as the last item on a programme compresses 563 left end of the second axle sleeve
And it is fixed, the second spindle nose 562 includes the second axle bed portion 5621 and the second axle portion 5622, and the second axle bed portion 5621 is socketed with successively
Second axle sleeve 563, second sleeve 564, the second fixed seat 565, the second fixed seat 565 are installed on cylinder body by the second platform sling 566
1, the left end of permanent universal joint 6 is bolted in the second axle portion 5622, and the right end of universal joint 6 passes through nylon locking nut 7
And two-fold self-locking packing ring 8 is fixed on the left end of shaft 52a.
As shown in Fig. 1,2,5, the first shaft end combination 55 include the first spindle nose 551, the first axle sleeve 552, the first sleeve 553,
First fixed seat 554 and end cap 555, the first spindle nose 551 include 5511 and first axle portion 5512 of first axle portions, main shaft 41
Left end is socketed on the first axle portion 5512, and first axle portions 5511 are socketed with the first axle sleeve 552, the first sleeve 553, first successively
Fixed seat 554, the first fixed seat 554 are installed on cylinder body 1 by the first platform sling 556, and the left end of first axle portions 5511 passes through end
Lid 555 compresses and is bolted fixation.
As shown in Figs. 1-5, during above-mentioned overflow dyeing machine side-sway cloth apparatus work, fabric is exported to cloth storage trough 2 along cloth guide tube 3,
When fabric enters cloth storage trough 2, decelerating motor 51 drives the first crank 531 to swing, and the first crank 531 pulls first connecting rod 532,
First connecting rod 532 pulls the first rocking bar 533 to swing, and the first rocking bar 533 drives shaft 52a to rotate, so that shaft 52a drives main shaft
41 rotate, and then drive 42 swing of pipe tooth, with fabric swatch 4 is clapped along 2 anteroposterior direction reciprocally swinging of cloth storage trough, clap fabric swatch 4
Aulodont dentition structure ensure that water distribution separating effect, reduce bath raio, and the beating that mechanical impact is produced to fabric acts on, and makes to knit
Often by once patting larger change just occurs once for the state of thing, so that reduce the generation of folding line, cloth cover effect and hand
Sense is more preferable, so that fabric be spread out completely continuously along 2 anteroposterior direction of cloth storage trough, takes full advantage of the front and rear space of cloth storage trough 2,
The load cloth amount of unit sizes cloth storage trough 2 is improved, and is stacked gradually, and then improves stacked relationship of the fabric in cloth storage trough 2,
Make fabric banked up in cloth storage trough 2 in order, avoid because bank up it is unordered caused by compress, knotting and random cloth phenomenon, effectively
Row machine state is improved, and then improves dyeing quality.
Embodiment two
As shown in Figure 6,7, the present embodiment is linkage 53, the connecting rod machine of the present embodiment with one difference of embodiment
Structure 53 includes the second crank 53a, pull rod 53b, the second rocking bar 53c, the 3rd rocking bar 53d, second connecting rod 53e and the 4th rocking bar 53f,
Decelerating motor 51 connects the second crank 53a by A type round ends general flat key, and the rear end of pull rod 53b passes through anti-tooth nut, ball head
The front end for holding connection the second rocking bar 53c, pull rod 53b connects the second crank 53a, the second rocking bar by orthodontic nut, bulb bearing
The right end that 53c passes through A type round end general flat key connection rotating shafts 52a.3rd rocking bar 53d is turned by eccentric rod 53g connections in first
The left end of axis 52a, is connected between the 3rd rocking bar 53d, the 4th rocking bar 53f by second connecting rod 53e, and the 4th rocking bar 53f passes through
The second axle portion of eccentric rod 53h connections 5622 in two.
Decelerating motor 51 drives the second crank 53a to swing, and the second crank 53a pulls pull rod 53b, pull rod 53b to pull second
Rocking bar 53c is swung, and the second rocking bar 53c drives the 3rd rocking bar 53d to swing by shaft 52a, and the 3rd rocking bar 53d passes through second connecting rod
53e drives the 4th rocking bar 53f to swing, so that the 4th rocking bar 53f drives main shaft 41 to rotate, and then drives 42 swing of pipe tooth.
Above-described is only some embodiments of the utility model.For those of ordinary skill in the art,
On the premise of not departing from the utility model and creating design, various modifications and improvements can be made, these belong to this practicality
New protection domain.
Claims (8)
1. overflow dyeing machine side-sway cloth apparatus, it is characterised in that including cylinder body (1), cloth storage trough (2), cloth guide tube (3), clap fabric swatch (4) and
Swing mechanism (5), the cloth storage trough (2), cloth guide tube (3), bat fabric swatch (4) are built in cylinder body (1), swing mechanism (5) peace
Loaded on cylinder body (1), the output terminal of the cloth guide tube (3) is oppositely positioned in cloth storage trough (2) with described bat fabric swatch (4) position, institute
Swing mechanism (5) power connector is stated in bat fabric swatch (4), and drives and claps fabric swatch (4) along cloth storage trough (2) anteroposterior direction reciprocally swinging.
2. overflow dyeing machine side-sway cloth apparatus according to claim 1, it is characterised in that the bat fabric swatch (4) includes main shaft
(41) set with pipe tooth (42), the main shaft (41) along cloth storage trough (2) left and right directions, the lower section of the main shaft (41) is equipped with multiple
Parallel pipe tooth (42), swing mechanism (5) the connection main shaft (41), and drive shaft (41) rotates.
3. overflow dyeing machine side-sway cloth apparatus according to claim 2, it is characterised in that the swing mechanism (5) includes slowing down
Motor (51), side-sway cloth beam combination (52) and linkage (53), the decelerating motor (51) are vertically arranged, the decelerating motor
(51) axis combination (52) is controlled by linkage (53) connecting side, the left and right end of the main shaft (41) passes through the first shaft end respectively
Combine (55), the second shaft end combination (56) support, side-sway cloth beam combination (52) connects the second shaft end combination (56), and described the
Two shaft ends combination (56) can drive shaft (41) rotate, the main shaft (41) can opposite first shaft end combination (55) rotation.
4. overflow dyeing machine side-sway cloth apparatus according to claim 3, it is characterised in that the side-sway cloth beam combination (52) includes
Shaft (52a), shaft (52a) right-to-left are socketed with bearing cap (52b), the first deep groove ball bearing (52c), spacing successively
(52d), the second deep groove ball bearing (52e), sealing gland (52f), Y shape stacking sealing (52g), mechanical seal (52h) are managed, it is described
First deep groove ball bearing (52c), the second deep groove ball bearing (52e) are socketed with bearing block (52i), the bearing block (52i), bearing
(52b) axial restraint is covered, the Y shape stacking sealing (52g) is socketed with seal receptacle (52j), and the sealing gland (52f) is axially pressed
Tight Y shape stacking sealing (52g) and with seal receptacle (52j) axial restraint.
5. overflow dyeing machine side-sway cloth apparatus according to claim 4, it is characterised in that the second shaft end combination (56) includes
Coupling lever (561), the second spindle nose (562), the second axle sleeve (563), second sleeve (564) and the second fixed seat (565), it is described
Axostylus axostyle (561) includes link rod part (5611) and portion of presenting a theatrical performance as the last item on a programme (5612), and the left end of the main shaft (41) is socketed and is fixed on link rod part
(5611), the second sleeve (564) is socketed on the portion of presenting a theatrical performance as the last item on a programme (5612), and the portion of presenting a theatrical performance as the last item on a programme (5612) compresses the second axle sleeve (563)
Left end and fixation, second spindle nose (562) include the second axle bed portion (5621) and the second axle portion (5622), second axis
Portions (5621) are socketed with the second axle sleeve (563), second sleeve (564), the second fixed seat (565) successively, and described second fixes
Seat (565) is installed on cylinder body (1) by the second platform sling (566), and second axle portion (5622) is turned by universal joint (6) connection
The left end of axis (52a).
6. the overflow dyeing machine side-sway cloth apparatus according to claim 3 or 5, it is characterised in that combine (55) in first shaft end
It is described including the first spindle nose (551), the first axle sleeve (552), the first sleeve (553), the first fixed seat (554) and end cap (555)
First spindle nose (551) includes first axle portions (5511) and the first axle portion (5512), and the left end of the main shaft (41) is socketed on
First axle portion (5512), the first axle portions (5511) are socketed with the first axle sleeve (552), the first sleeve (553), successively
One fixed seat (554), first fixed seat (554) are installed on cylinder body (1), first axle bed by the first platform sling (556)
The left end in portion (5511) is fixed by end cap (555).
7. overflow dyeing machine side-sway cloth apparatus according to claim 4, it is characterised in that the linkage (53) includes first
Crank (531), first connecting rod (532) and the first rocking bar (533), the decelerating motor (51) connects the first crank (531), described
First crank (531) connection first connecting rod (532), the first connecting rod (532) connect the first rocking bar (533), and described first shakes
The right end of bar (533) connection rotating shaft (52a).
8. overflow dyeing machine side-sway cloth apparatus according to claim 5, it is characterised in that the linkage (53) includes second
Crank (53a), pull rod (53b), the second rocking bar (53c), the 3rd rocking bar (53d), second connecting rod (53e) and the 4th rocking bar (53f),
The decelerating motor (51) connects the second crank (53a), the second crank (53a) connecting rod (53b), the pull rod
(53b) connects the second rocking bar (53c), the right end of the second rocking bar (53c) connection rotating shaft (52a), the 3rd rocking bar (53d)
The left end of connection rotating shaft (52a), is connected between the 3rd rocking bar (53d), the 4th rocking bar (53f) by second connecting rod (53e),
4th rocking bar (53f) connects the second axle portion (5622).
Priority Applications (1)
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CN201721286543.XU CN207244209U (en) | 2017-10-09 | 2017-10-09 | Overflow dyeing machine side-sway cloth apparatus |
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CN201721286543.XU CN207244209U (en) | 2017-10-09 | 2017-10-09 | Overflow dyeing machine side-sway cloth apparatus |
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Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
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CN107460677A (en) * | 2017-10-09 | 2017-12-12 | 佛山市三技精密机械有限公司 | Overflow dyeing machine side-sway cloth apparatus |
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Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN107460677A (en) * | 2017-10-09 | 2017-12-12 | 佛山市三技精密机械有限公司 | Overflow dyeing machine side-sway cloth apparatus |
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CP01 | Change in the name or title of a patent holder |
Address after: 528000 12 workshops at No. 1 Huabao South Road, Chancheng District, Foshan City, Guangdong Province Patentee after: Sanji precision technology (Guangdong) Co.,Ltd. Address before: 528000 12 workshops at No. 1 Huabao South Road, Chancheng District, Foshan City, Guangdong Province Patentee before: SON-TECH PRECISION MACHINERY Co.,Ltd. |
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CP01 | Change in the name or title of a patent holder |