CN207002978U - Tatami tailoring machine - Google Patents
Tatami tailoring machine Download PDFInfo
- Publication number
- CN207002978U CN207002978U CN201720665089.2U CN201720665089U CN207002978U CN 207002978 U CN207002978 U CN 207002978U CN 201720665089 U CN201720665089 U CN 201720665089U CN 207002978 U CN207002978 U CN 207002978U
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- shaft
- fixed
- frame
- mainframe box
- supporting rack
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Abstract
Tatami tailoring machine is related to a kind of equipment for sewing tatami.Mainly solve existing tatami tailoring machine complex structure and other problems and design.It includes frame, and material supporting rack control cylinder is fixed in frame, and material supporting rack is fixed in the cylinder rod of material supporting rack control cylinder, and material supporting rack is connected by rotating mechanism with frame；Press cylinder is fixed on material supporting rack, and holding pad is connected with the cylinder rod of press cylinder；The upper and lower slideway base of mainframe box and the upper and lower slideway of frame, which coordinate, to be installed, and mainframe box is provided with movable motor；Waves case is fixed on main shaft, and main shaft is by bearing on mainframe box；The output shaft of the worm gear coordinated with worm screw is stretched out outside waves case, cam is housed on the worm-gear output shaft stretched out outside waves case, it is further fixed on waving adjusting rod control cylinder in mainframe box, the upper end for waving adjusting rod is fixed in the cylinder rod for waving adjusting rod control cylinder, and the middle part for waving adjusting rod is arranged on mainframe box by rotating shaft.Advantage is simple in construction.
Description
Technical field：
It the utility model is related to a kind of equipment for sewing tatami.
Background technology:
The tailoring machine of existing sewing tatami is complicated, and volume is big, and weight is big, and floor space is big, expensive, power consumption
It is more, it is cumbersome.
The content of the invention：
Technical problem to be solved in the utility model is to provide a kind of simple in construction, small volume, and low cost is in light weight
Tatami tailoring machine.
What above-mentioned purpose was realized in：It includes frame, and the bottom of frame is provided with horizontal universal wheel, and frame is provided with upper
Slideway and glide path, are provided with chain between the sliding way and glide path of frame, the cylinder body of material supporting rack control cylinder is fixed on frame
On, material supporting rack is fixed in the cylinder rod of material supporting rack control cylinder, and middle longitudinal arc length is designed with the frame at material supporting rack both ends
Hole, the frame at the longitudinal long arc-shaped holes rear in centre are provided with horixmtal long hole, and the both ends of material supporting rack pass through rotating mechanism respectively
It is connected with frame；
Press cylinder is fixed on material supporting rack, and holding pad is connected with the cylinder rod of press cylinder；
Also include mainframe box, mainframe box is provided with sliding way seat and glide path seat, the sliding way seat and glide path of mainframe box
Seat coordinates with the sliding way and glide path of frame respectively to be installed, and mainframe box is provided with movable motor, in addition to output chain gear is with
Between sprocket wheel, the output chain gear engaged with the chain in frame, and output chain gear and intermediate chain wheel are all arranged on sprocket shaft, sprocket wheel
Axle is arranged in mainframe box by bearing, and the sprocket wheel on movable motor power output shaft is connected with intermediate chain wheel by chain, also
Including manual transmission axle, for manual transmission axle by bearing in mainframe box, the outer end of manual transmission axle is provided with handwheel, passes manually
The inner of moving axis is provided with sprocket wheel, and the inner sprocket wheel of manual transmission axle is connected with intermediate chain wheel also by chain；Movable motor works
Or manual rotation's handwheel, mainframe box can be made to be moved in frame；
Waves case is provided with mainframe box, waves case is fixed on main shaft, and main shaft is by bearing on mainframe box；
For shank in the sliding block, sliding block is fixed on one end of the first rocking arm, the other end of the first rocking arm and the second rocking arm
One end is connected, and the other end of the second rocking arm is fixed on driving shaft, driving shaft and the power output axis connection of sewing controlled motor,
By bearing in waves case, worm screw is set on driving shaft driving shaft, and bevel gear, driving shaft lower section are fixed with driving shaft
Waves case in be provided with driven shaft, also be provided with bevel gear on driven shaft, the company of being provided with the waves case between driving shaft and driven shaft
Spindle, the top and bottom of connecting shaft are all fixed with bevel gear, the cone tooth on the bevel gear and driving shaft of the connecting shaft upper end
Wheel is meshed, and the bevel gear on the bevel gear and driven shaft of connecting shaft lower end is meshed, and the waves case of lower parts of needle is provided with shuttle
Shell, the front end of driven shaft are extend into bobbin case；
The output shaft of the worm gear coordinated with worm screw is stretched out outside waves case, is stretched out on the worm-gear output shaft outside waves case equipped with convex
Take turns, be further fixed on waving adjusting rod control cylinder in mainframe box, the upper end for waving adjusting rod near cam, which is fixed on, shakes
In the cylinder rod for putting adjusting rod control cylinder, wave the middle part of adjusting rod and be arranged on by rotating shaft on mainframe box, when waving adjusting rod
When controlling the cylinder rod retraction of cylinder, sewing controlled motor work, driving shaft is driven to rotate, driving shaft drives worm and wormwheel work,
Worm gear wheel drives cam rotation, and cam rotation can withstand on and wave on adjusting rod, be motionless due to waving adjusting rod, so convex
Rotation kinetic energy drives waves case to be swung, and 45° angle lace can be so sewed on tatami.It is straight when being sewed on tatami
During line, the cylinder rod for waving adjusting rod control cylinder is stretched out, and makes to wave adjusting rod away from cam, and now cam rotation touching is less than shaking
Adjusting rod is put, waves case is not swung.
Also include thread take-up tension lever, thread take-up tension lever is located at the top of cam, and the tail end of thread take-up tension lever is mounted in waves case by axle, take-up
The head end of bar is provided with the hole passed through for line, and thread take-up tension lever swinging mounting is fixed on worm-wheel shaft, the both ends point of thread take-up tension lever swinging mounting
Not She You two steamboats, the bottom of thread take-up tension lever is provided with two grooves, and the opening of the groove is towards thread take-up tension lever swinging mounting, when choosing
When line bar swinging mounting is with worm gear wheel, when steamboat thereon is between two grooves, thread take-up tension lever works as take-up in highest point
When steamboat on bar swinging mounting is placed in groove, thread take-up tension lever then can drive take-up in lowest part, sewing controlled motor work
Bar pump.
Also include adjustment cover, adjust the top for being located at bobbin case, adjustment cover on mainframe box, is adjusted on cover by rotating shaft
Provided with pin hole of hiding, adjustment cover control cylinder is fixed on mainframe box, and the cylinder rod of adjustment cover control cylinder is connected on adjustment cover.When
When waves case is swung, the cylinder rod of adjustment cover control cylinder is stretched out, and is driven adjustment cover to lift inclination, adjustment cover and bobbin case is had phase
Same angle of inclination.
Pressure foot is additionally provided with waves case, described pressure foot is located at the top of bobbin case, the lower section of shank, and pressure foot is fixed
In the cylinder rod of pressure foot control cylinder, pressure foot control cylinder is fixed in waves case.
Described rotating mechanism includes the first connecting shaft, the second connecting shaft, the 3rd connecting shaft, the first described connecting shaft
Both ends are separately mounted on the first connecting plate and the second connecting plate, and the first connecting plate and the second connecting plate are all fixed in frame, the second connection
The outer end of axle and the outer end of the 3rd connecting shaft are linked together by the 3rd connecting plate, the middle part of the second connecting shaft and the 3rd connecting shaft
Middle part linked together by the 4th connecting plate, the second described connecting shaft it is inner from the longitudinal long arc-shaped holes in centre in frame
It is fixed on after middle stretching on material supporting rack, material supporting rack is fixed on after the inner horixmtal long hole stretching from frame of the 3rd connecting shaft
On, linked together between the second connecting shaft and the first connecting shaft by the 5th connecting plate.
Also include positioning baffle, positioning baffle is arranged on material supporting rack by rotating shaft, and material supporting rack is provided with several retainers
Roller.
The utility model has the advantages that：When needing to sew straight line to tatami, material supporting rack control cylinder operation, make retainer
Frame is horizontality, and tatami is placed on material supporting rack, and the front end of tatami is withstood on positioning baffle, press cylinder work
Make, pressing plate pushes down tatami, and the cylinder rod for waving adjusting rod control cylinder is stretched out, and is made to wave adjusting rod away from cam, is now shaken
Pendulum case is not swung, and controlled motor of sewing and movable motor work, straight line can be so sewed on tatami.When needing to give couch couch
During rice sewing 45° angle lace, the cylinder rod of material supporting rack control cylinder continues to stretch out, and material supporting rack is continued up obliquely
State, tatami is equally fixed, wave the cylinder rod retraction of adjusting rod control cylinder, make to wave adjusting rod close to cam, cam turn
It is dynamic to drive waves case to swing, controlled motor of sewing and movable motor work, so can in tatami edge alternate reciprocating motion,
Form the suture of 45° angle lace.The present apparatus is simple in construction, and small volume, floor space is few, and power consumption is few, and low cost is in light weight, operation
Simply, there is flush joint and lace to stitch two functions, movement is integrated.Stretching bent transformed distances and can adjust flush joint by rotating mechanism
With 45° angle lace seam needed for friendship away from.
Brief description of the drawings：
Fig. 1 is structural representation of the present utility model；
Fig. 2 is the left view structural representation of frame in the utility model；
Fig. 3 is the structural representation at I in the Fig. 2 amplified；
Fig. 4 is the overlooking the structure diagram at I in the Fig. 2 amplified；
Fig. 5 is the structural representation of mainframe box in the utility model；
Fig. 6 is Fig. 5 A direction views；
Fig. 7 is Fig. 5 B direction views；
Fig. 8 is Fig. 6 A-A views；
Fig. 9 is Fig. 6 B-B views；
Figure 10 is Fig. 6 C-C views；
Figure 11 is Fig. 6 D-D views；
Figure 12 is Fig. 6 E-E views.
Embodiment：
The utility model is described further with reference to Fig. 1-Figure 12：
It includes frame 1, and the bottom of frame is provided with horizontal universal wheel 2, and frame is provided with sliding way 3 and glide path 4, frame
Sliding way and glide path between be provided with chain 5, the cylinder body of material supporting rack control cylinder 6 is fixed in frame, and material supporting rack 7 is fixed on
In the cylinder rod of material supporting rack control cylinder, middle longitudinal long arc-shaped holes 8, the middle longitudinal direction are designed with the frame at material supporting rack both ends
The frame at long arc-shaped holes rear is provided with horixmtal long hole 9, and the both ends of material supporting rack are connected by rotating mechanism 10 with frame respectively；
Press cylinder 11 is fixed on material supporting rack 7, and holding pad 12 is connected with the cylinder rod of press cylinder；
Also include mainframe box 15, mainframe box is provided with sliding way seat 16 and glide path seat 17, the sliding way seat of mainframe box and
Glide path seat coordinates with the sliding way and glide path of frame respectively to be installed, and mainframe box is provided with movable motor 18, in addition to output
Sprocket wheel 19 and intermediate chain wheel 20, the output chain gear are engaged with the chain in frame, and output chain gear and intermediate chain wheel are all arranged on
On sprocket shaft, sprocket shaft is arranged in mainframe box by bearing, and sprocket wheel and intermediate chain wheel on movable motor power output shaft lead to
Chain connection is crossed, in addition to manual transmission axle 21, manual transmission axle are mounted in mainframe box by bearing, the outer end of manual transmission axle
Provided with handwheel 22, the inner of manual transmission axle is provided with sprocket wheel, and the inner sprocket wheel of manual transmission axle is with intermediate chain wheel also by chain
Connection；Movable motor works or manual rotation's handwheel, mainframe box can be made to be moved in frame；
Waves case 23 is provided with mainframe box 15, waves case is fixed on main shaft 24, and main shaft is by bearing on mainframe box；
For shank 25 in sliding block 26, sliding block is fixed on one end of the first rocking arm 27, the other end of the first rocking arm and second
One end connection of rocking arm 28, the other end of the second rocking arm are fixed on driving shaft 29, and driving shaft is dynamic with sewing controlled motor 30
Power output shaft is connected, and by bearing in waves case, worm screw 31 is set on driving shaft driving shaft, and cone is fixed with driving shaft
Gear 32, be provided with driven shaft 33 in the waves case below driving shaft, also be provided with bevel gear on driven shaft, driving shaft and driven shaft it
Between waves case in be provided with connecting shaft 34, the top and bottom of connecting shaft are all fixed with bevel gear, the cone of the connecting shaft upper end
Bevel gear on gear and driving shaft is meshed, and the bevel gear on the bevel gear and driven shaft of connecting shaft lower end is meshed, shank
The waves case of lower section is provided with bobbin case 35, and the front end of driven shaft is extend into bobbin case；
The output shaft of the worm gear coordinated with worm screw is stretched out outside waves case 23, is equipped with the worm-gear output shaft stretched out outside waves case
Cam 36, it is further fixed in mainframe box waving adjusting rod control cylinder 37, the upper end for waving adjusting rod 38 near cam
It is fixed in the cylinder rod for waving adjusting rod control cylinder, waves the middle part of adjusting rod and be arranged on by rotating shaft on mainframe box, when shakes
When putting the cylinder rod retraction of adjusting rod control cylinder, sewing controlled motor work, driving shaft is driven to rotate, driving shaft drives worm screw snail
Work is taken turns, worm gear wheel drives cam rotation, and cam rotation can withstand on and wave on adjusting rod, be motionless due to waving adjusting rod
, so cam rotation can drive waves case to be swung, 45° angle lace can be so sewed on tatami.When in couch couch
When straight line is sewed on rice, the cylinder rod for waving adjusting rod control cylinder is stretched out, and makes to wave adjusting rod away from cam, now cam rotation
Less than adjusting rod is waved, waves case is not swung for touching.
Also include thread take-up tension lever 39, thread take-up tension lever is located at the top of cam, and the tail end of thread take-up tension lever in waves case, is chosen by axle
The head end of line bar is provided with the hole passed through for line, and thread take-up tension lever swinging mounting 40 is fixed on worm-wheel shaft, and the two of thread take-up tension lever swinging mounting
End is respectively equipped with two steamboats 41, and the bottom of thread take-up tension lever is provided with two grooves 42, and the opening of the groove is swung towards thread take-up tension lever
Support, when thread take-up tension lever swinging mounting is with worm gear wheel, when steamboat thereon is between two grooves, thread take-up tension lever is in highest
Place, when the steamboat on thread take-up tension lever swinging mounting is placed in groove, for thread take-up tension lever then in lowest part, sewing controlled motor work can
Thread take-up tension lever is driven pump.
Also include adjustment cover 43, adjustment is located at the top of bobbin case, adjusts cover by rotating shaft on mainframe box, adjustment is covered
Pin hole of hiding is provided with, adjustment cover control cylinder 44 is fixed on mainframe box 15, and the cylinder rod of adjustment cover control cylinder is connected to adjustment
On cover.When waves case is swung, the cylinder rod of adjustment cover control cylinder is stretched out, and is driven adjustment cover to lift inclination, is made adjustment cover and shuttle
Shell has identical angle of inclination.
Pressure foot 45 is additionally provided with waves case, described pressure foot is located at the top of bobbin case, the lower section of shank, and pressure foot is solid
It is scheduled in the cylinder rod of pressure foot control cylinder 46, pressure foot control cylinder is fixed in waves case.
Described rotating mechanism includes the first connecting shaft 10-1, the second connecting shaft 10-2, the 3rd connecting shaft 10-3, institute
The both ends for the first connecting shaft stated are separately mounted on the first connecting plate 10-4 and the second connecting plate 10-5, and the first connecting plate and second connects
Plate is all fixed in frame, the outer end of the outer end of the second connecting shaft 10-2 and the 3rd connecting shaft 10-3 by the 3rd connecting plate 10-
6 are linked together, and the middle part of the middle part of the second connecting shaft 10-2 and the 3rd connecting shaft 10-3 is connected by the 4th connecting plate 10-7
Together, the inner of the second described connecting shaft is fixed on material supporting rack 7 after being stretched out from the longitudinal long arc-shaped holes 8 in centre in frame
On, it is fixed on after the inner stretching of horixmtal long hole 9 from frame of the 3rd connecting shaft on material supporting rack, the second connecting shaft and first connects
Linked together between spindle by the 5th connecting plate 10-8.
Also include positioning baffle 13, positioning baffle is arranged on material supporting rack by rotating shaft, and material supporting rack is held in the palm provided with several
Expect roller 14.
Claims (6)
1. tatami tailoring machine, including frame (1), the bottom of frame is provided with horizontal universal wheel (2), and frame is provided with sliding way
(3) chain (5) and glide path (4), is provided between the sliding way and glide path of frame, it is characterized in that：Material supporting rack control cylinder (6)
Cylinder body be fixed in frame, material supporting rack (7) be fixed on material supporting rack control cylinder cylinder rod on, in the frame at material supporting rack both ends all
Provided with middle longitudinal long arc-shaped holes (8), the frame at the longitudinal long arc-shaped holes rear in centre is provided with horixmtal long hole (9), retainer
The both ends of frame are connected by rotating mechanism (10) with frame respectively；
Press cylinder (11) is fixed on material supporting rack (7), and holding pad (12) is connected with the cylinder rod of press cylinder；
Also include mainframe box (15), mainframe box is provided with sliding way seat (16) and glide path seat (17), the sliding way seat of mainframe box
Coordinating respectively with the sliding way and glide path of frame with glide path seat and install, mainframe box is provided with movable motor (18), in addition to
Output chain gear (19) and intermediate chain wheel (20), the output chain gear engage with the chain in frame, output chain gear and intermediate chain wheel
All it is arranged on sprocket shaft, sprocket shaft is arranged in mainframe box by bearing, and the sprocket wheel on movable motor power output shaft is with
Between sprocket wheel connected by chain, in addition to manual transmission axle (21), manual transmission axle in mainframe box, is passed manually by bearing
The outer end of moving axis is provided with handwheel (22), and the inner of manual transmission axle is provided with sprocket wheel, manual transmission axle inner sprocket wheel and intermediate chain
Wheel connects also by chain；
Waves case (23) is provided with mainframe box (15), waves case is fixed on main shaft (24), and main shaft is mounted in mainframe box by bearing
On；
For shank (25) in the sliding block (26), sliding block is fixed on one end of the first rocking arm (27), the other end of the first rocking arm and the
One end connection of two rocking arms (28), the other end of the second rocking arm are fixed on driving shaft (29), driving shaft and sewing controlled motor
(30) power output axis connection, driving shaft is by bearing in waves case, and worm screw (31) is set on driving shaft, driving shaft
On be fixed with bevel gear (32), be provided with driven shaft (33) in the waves case below driving shaft, bevel gear also be provided with driven shaft, lead
Connecting shaft (34) is provided with waves case between moving axis and driven shaft, the top and bottom of connecting shaft are all fixed with bevel gear, institute
The bevel gear stated on the bevel gear and driving shaft of connecting shaft upper end is meshed, the cone on the bevel gear and driven shaft of connecting shaft lower end
Gear is meshed, and the waves case of lower parts of needle is provided with bobbin case (35), and the front end of driven shaft is extend into bobbin case；
The output shaft of the worm gear coordinated with worm screw stretches out waves case (23) outside, stretches out on the worm-gear output shaft outside waves case equipped with convex
Take turns (36), be further fixed in mainframe box waving adjusting rod control cylinder (37), adjusting rod (38) is waved near cam
Upper end is fixed in the cylinder rod for waving adjusting rod control cylinder, and the middle part for waving adjusting rod is arranged on mainframe box by rotating shaft.
2. according to the tatami tailoring machine described in claim 1, it is characterized in that：Also include thread take-up tension lever (39), thread take-up tension lever is located at convex
The top of wheel, for the tail end of thread take-up tension lever by axle in waves case, the head end of thread take-up tension lever is provided with the hole passed through for line, thread take-up tension lever pendulum
Dynamic support (40) is fixed on worm-wheel shaft, and the both ends of thread take-up tension lever swinging mounting are respectively equipped with two steamboats (41), the bottom of thread take-up tension lever
Portion is provided with two grooves (42), and the opening of the groove is towards thread take-up tension lever swinging mounting.
3. according to the tatami tailoring machine described in claim 1 or 2, it is characterized in that：Also include adjustment cover (43), adjustment is located at
The top of bobbin case, for adjustment cover by rotating shaft on mainframe box, adjustment cover is provided with pin hole of hiding, and adjustment cover control cylinder (44) is solid
It is scheduled on mainframe box (15), the cylinder rod of adjustment cover control cylinder is connected on adjustment cover.
4. according to the tatami tailoring machine described in claim 1 or 2, it is characterized in that：Pressure foot (45), institute are additionally provided with waves case
The pressure foot stated is located at the top of bobbin case, the lower section of shank, and pressure foot is fixed in the cylinder rod of pressure foot control cylinder (46), pressure
Sole control cylinder is fixed in waves case.
5. according to the tatami tailoring machine described in claim 1, it is characterized in that：Described rotating mechanism includes the first connecting shaft
(10-1), the second connecting shaft (10-2), the 3rd connecting shaft (10-3), the both ends of the first described connecting shaft are separately mounted to
On first connecting plate (10-4) and the second connecting plate (10-5), the first connecting plate and the second connecting plate are all fixed in frame, the second connection
The outer end of axle (10-2) and the outer end of the 3rd connecting shaft (10-3) are linked together by the 3rd connecting plate (10-6), and second connects
The middle part of spindle (10-2) and the middle part of the 3rd connecting shaft (10-3) are linked together by the 4th connecting plate (10-7), described
The second connecting shaft the inner longitudinal long arc-shaped holes in centre (8) from frame in stretch out after be fixed on material supporting rack (7), the 3rd
The inner horixmtal long hole (9) from frame of connecting shaft is fixed on material supporting rack after stretching out, the second connecting shaft and the first connecting shaft
Between linked together by the 5th connecting plate (10-8).
6. according to the tatami tailoring machine described in claim 1 or 2, it is characterized in that：Also include positioning baffle (13), positioning baffle
It is arranged on by rotating shaft on material supporting rack, material supporting rack is provided with several supporting material rollers (14).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720665089.2U CN207002978U (en) | 2017-06-09 | 2017-06-09 | Tatami tailoring machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720665089.2U CN207002978U (en) | 2017-06-09 | 2017-06-09 | Tatami tailoring machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207002978U true CN207002978U (en) | 2018-02-13 |
Family
ID=61446450
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720665089.2U Withdrawn - After Issue CN207002978U (en) | 2017-06-09 | 2017-06-09 | Tatami tailoring machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207002978U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107099935A (en) * | 2017-06-09 | 2017-08-29 | 辽宁新山电器有限公司 | Tatami tailoring machine |
-
2017
- 2017-06-09 CN CN201720665089.2U patent/CN207002978U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107099935A (en) * | 2017-06-09 | 2017-08-29 | 辽宁新山电器有限公司 | Tatami tailoring machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20180213 Effective date of abandoning: 20220701 |
|
| AV01 | Patent right actively abandoned |
Granted publication date: 20180213 Effective date of abandoning: 20220701 |