CN204898213U - Passive formula multi -arm opening device's quick canceling release mechanical system of positive formula drag hook - Google Patents
Passive formula multi -arm opening device's quick canceling release mechanical system of positive formula drag hook Download PDFInfo
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- CN204898213U CN204898213U CN201520704828.5U CN201520704828U CN204898213U CN 204898213 U CN204898213 U CN 204898213U CN 201520704828 U CN201520704828 U CN 201520704828U CN 204898213 U CN204898213 U CN 204898213U
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Abstract
The utility model provides a passive formula multi -arm opening device's quick canceling release mechanical system of positive formula drag hook, belongs to the spinning machine technique. It presses the mechanism to go up the drag hook, down the drag hook presses the mechanism and all includes and press the pole, the swing arm, rotation support pole and support, the shaft hole that the rotation support pole was worn to adorn on the support is supported by bearing installation, swing arm one end and rotation support pole fixed connection, rotatory drive swing arm through the rotation support pole uses the rotation support pole to change as the center pendulum, press the other end of pole fixed mounting in the swing arm, and the pole that presses that last drag hook pressed the mechanism lies in respectively with the pole that presses that lower drag hook pressed the mechanism, the top of lower drag hook, it presses the pole to change to support to drive through the swing arm pendulum, the curved surface peak valley angle dislocation of two cams in the cam drive mechanism, what the drag hook pressed that mechanism and lower drag hook press the mechanism in the realization presses the asynchronous lift of pole. The utility model provides a falling speed of the upper and lower drag hook among the current passive formula multi -arm opening device can't satisfy the loom high -speed weave with the problem of the easy wearing and tearing of part.
Description
Technical field
The utility model belongs to technical field of textile machine, especially relevant with a kind of active type draw hook rapid resetting mechanism of negative dobby shedding device.
Background technology
Negative dobby shedding device is that a kind of heald frame that drives in loom manufacture process completes the actuating unit of harness motion.Negative dobby shedding device comprises the wallboard corresponding to each other for a pair and arrange, each one group of equal and upper drag hook between wallboard of quantity each other, lower drag hook, a upper broaching tool for pull upper drag hook corresponding with drag hook on a group, a lower broaching tool for pull lower drag hook corresponding with drag hook under a group, one group equal with the quantity of upper drag hook and erect pin with the length that cantilever position is connected on upper drag hook, one group equal with lower drag hook quantity and be connected to the short perpendicular pin of lower drag hook with cantilever position and one group of respective upper end is connected with upper drag hook equally, lower end is connected with lower drag hook, and the opening connecting bar that middle part is connected with heald lifting arm, the long perpendicular pin of selecting mechanism control and short perpendicular pin are by griffing plate driving rising or decline, drag hook is meshed with lower broaching tool according to certain rules with upper broaching tool and lower drag hook, moved by the dynamic upper drag hook of pull-up knife-band, the dynamic lower drag hook motion of drop-down knife-band, thus opening connecting bar is moved, and then make the integrated box movement that is connected with opening connecting bar and realize the mouth-opening action of loom.To ensure that upper and lower broaching tool pulls upper and lower drag hook in time, then require that upper and lower drag hook can fall after rise in time, hysteresis is fallen after rise if there is upper and lower drag hook, will cause originally should being drawn by upper and lower broaching tool and the situation that is not pulled of upper and lower drag hook occur, the motion of heald frame is affected, and finally causes the quality of fabric to ensure.
The speed of loom is higher, and just corresponding requirements is faster, to ensure the opening speed of heald frame for the upper and lower drag hook falling speed of negative dobby shedding device.The raising vector of upper drag hook can be griffed the action guarantee of plate completely by long perpendicular pin, and the raising vector of lower drag hook can be griffed the action guarantee of plate equally by short perpendicular pin.But the whereabouts of upper and lower drag hook only can be fallen after rise in deadweight mode.Along with the raising of loom speed, the problem that the falling speed more and more manifesting drag hook and lower drag hook cannot match with the speed of upper and lower broaching tool, that is, the falling speed of upper and lower drag hook constitutes restriction to loom speed, and the production capacity of loom is affected.
The patent No. be 200910212931.7 patent of invention disclose a kind of draw hook rapid resetting mechanism solving negative dobby shedding device the problems referred to above, its structural principle as shown in Figure 1, draw hook rapid resetting mechanism comprises fixing with wallboard 1 and is positioned at first depression bar arm fixed axis 2 and the second depression bar arm fixed axis 6 at the one end open position of wallboard 1, first depression bar arm fixed axis 2 and the second depression bar arm fixed axis 6 are all provided with the quick fall-back device of drag hook for forcing drag hook to fall after rise fast, the quick fall-back device of drag hook comprises one and touches the depression bar 4 being against drag hook top and two the depression bar arms 3 supporting depression bar 4, one end of depression bar arm 3 is set in depression bar arm fixed axis, by being set in depression bar arm fixed axis and the fixing torsion spring of one end and depression bar arm fixed axis provides depression bar arm 3 rotary torsion, depression bar 4 is driven to touch top drag hook 5, the upper side of lower drag hook 7, for upper drag hook 5, the decline of lower drag hook 7 provides downforce, make drag hook 5, lower drag hook 7 can decline fast.But such mechanism is a kind of passive type rapid resetting mechanism of passive generation pressure, depression bar touches all the time drag hook and leans on and there is pressure, more inflexible fixing, the braiding speed of loom is still restricted, depression bar and drag hook are worn all the time, and along with drag hook unlifting pressure larger, perpendicular pin is with to griffe the pressure of plate also larger, the power consumption driving drag hook to rise is also larger, while depression bar and drag hook, erect pin and griffe plate and also more easily wear and tear.
Utility model content
The falling speed that the purpose of this utility model is intended to the upper and lower drag hook solved in existing negative dobby shedding device cannot meet the problem that weaving machine high-speed weaves and part easily weares and teares, and provides a kind of falling speed that can improve upper and lower drag hook to meet the active type draw hook rapid resetting mechanism of the negative dobby shedding device that weaving machine high-speed braiding requires.
For this reason, the utility model is by the following technical solutions: a kind of active type draw hook rapid resetting mechanism of negative dobby shedding device, described multi-arm open device comprises a pair wallboard opposite each other, drag hook between described wallboard and under becoming on setting up and down one group drag hook and one group, corresponding with drag hook on described a group arrange one upper broaching tool, corresponding with drag hook under described a group arrange one lower broaching tool, the length equal with described upper drag hook quantity erects pin, the short perpendicular pin equal with described lower drag hook quantity, match with upper broaching tool in the front end of each upper drag hook; Match with lower broaching tool in the front end of each lower drag hook, end to the front on each on drag hook length direction connects a long perpendicular pin with hanging like, end to the front on each lower drag hook length direction connects a short perpendicular pin with hanging like, it is characterized in that, described draw hook rapid resetting mechanism comprises that drag hook is pressed against mechanism, lower drag hook is pressed against mechanism and cam drive mechanism;
Described upper drag hook is pressed against mechanism and lower drag hook and is pressed against mechanism and all comprises and be pressed against bar, swing arm, rotary support bar and bearing, bearing is relative with described wallboard fixing, support position is fixed, bearing arranges axis hole, the described rotary support bar axis hole be threaded onto on bearing is installed by bearing and is supported, described swing arm one end is fixedly connected with rotary support bar, swing arm rotation centered by rotary support bar is rotarily driven by rotary support bar, be pressed against the other end that bar is fixedly installed in swing arm, and the bar that is pressed against that upper drag hook is pressed against mechanism is positioned at above drag hook, what lower drag hook was pressed against mechanism is pressed against the top that bar is positioned at lower drag hook, bar lifting is pressed against by swing arm rotation support drive,
The outside of a described cam drive mechanism described wallboard disposed therein, comprise the two panels cam being installed on same rotating shaft, two return idlers that respective and a slice cam matches, two springs and two rotor arms, the middle part of each rotor arm is supported by a roots rotor axle installs, the return idler described in one is installed in one end of each rotor arm, the other end is connected with the rotary support bar wherein described in each via a transmission mechanism, the rotation for rotary support bar is transmitted in the rotation of rotor arm, described spring one end is fixed, one end is connected to rotor arm, there is provided elastic force that return idler is touched by coordinating with cam all the time, along with the rotation of cam, return idler is changed between cam curved surface peak valley, thus drive rotor arm rotation, rotary support bar is driven to be less than 180 degree of rotations by transmission mechanism transmission, drive the upper and lower rotation of swing arm, thus bar lifting is pressed against in drive, the curved surface peak valley angular misalignment of two panels cam, thus realize that upper drag hook is pressed against that mechanism and lower drag hook be pressed against mechanism be pressed against the asynchronous lifting of bar.
When the utility model uses, cams mounted rotating shaft is in transmission connection with driving the power source of other mechanisms of multi-arm open device by transmission system, moves with other associated therewith of multi-arm open device.According to drag hook on multi-arm open device, the curved surface of the characteristics of motion design cam of lower drag hook, be pressed against bar in cam curved surface peak portion swing arm support and be positioned at high point, be pressed against bar in cam curved surface valley and be positioned at low spot, return idler can rapidly drop to curved surface valley from cam curved surface peak portion, curved surface valley can be left fast again, ensure at upper drag hook, when lower drag hook proceeds to the decline stage, be pressed against bar and be driven quick decline, drag hook in compressing, lower drag hook declines fast to resetting and engages, at upper drag hook, before lower drag hook is pulled move axially by broaching tool, be pressed against bar and be driven the upper drag hook of disengagement of rising fast, drop-down back portion, be pressed against after bar rises to high some position, a keep-process is had in height point position, drag hook in adaptation, the alternating movement of lower drag hook.
As to technique scheme supplement and perfect, the utility model also comprises following technical characteristic.
Connect the transmission mechanism that described upper drag hook is pressed against the rotary support bar of mechanism and comprise first connecting rod, the first transmission swing arm, the rotary support bar that first transmission swing arm one end and upper drag hook are pressed against mechanism is fixedly connected with, the other end and first connecting rod one end hinged, the first connecting rod other end and rotor arm end described in one of them hinged, the rotation of rotor arm drives the first transmission swing arm rotation by first connecting rod, rotary support bar is driven to rotate, thus drive the upper and lower rotation of swing arm, thus the bar that is pressed against that upper drag hook is pressed against mechanism is driven to be elevated.
Connect the transmission mechanism that described lower drag hook is pressed against the rotary support bar of mechanism and comprise second connecting rod, second transmission swing arm, sleeve, on carry arm, under carry arm and lifting linking member, the rotary support bar that described upper drag hook is pressed against mechanism overhangs out the outside of wallboard described in one of them, sleeve gap is set in the overhanging section that drag hook is pressed against the rotary support bar of mechanism, second transmission swing arm one end is fixedly connected with sleeve, the other end and second connecting rod one end hinged, the second connecting rod other end and rotor arm end described in one of them hinged, on carry arm one end and be fixedly connected with sleeve, on carry the arm other end and lifting linking member one end is hinged, the lifting linking member other end with under to carry arm one end hinged, under carry the arm other end and be fixedly connected with the rotary support bar that lower drag hook is pressed against mechanism, the rotation of rotor arm drives the second transmission swing arm rotation by second connecting rod, drive sleeve rotates, thus propose the upper and lower rotation of arm on driving, thus drive lifter rod lifting, thus drive the rotary support bar that lower drag hook is pressed against mechanism to rotate, drive the upper and lower rotation of swing arm, thus drive the bar that is pressed against that lower drag hook is pressed against mechanism to be elevated.
Described upper drag hook is pressed against mechanism and lower drag hook and is pressed against in the bearing axis hole of mechanism and is all provided with bearing, and rotary support bar is installed by bearings.
Described upper drag hook is pressed against the fixed axis that mechanism also comprises the described wallboard of a fixed installation, and the bearing that upper drag hook is pressed against mechanism is fixedly installed in this fixed axis.
The utility model can reach following beneficial effect: the upper drag hook driven by cam drive mechanism by setting is pressed against mechanism and lower drag hook is pressed against mechanism, carry out active type according to the characteristics of motion of upper drag hook and lower drag hook to it to decline fast reset drives, and after putting in place, make to be pressed against bar rise fast and throw off drag hook, drop-down back portion, the steady of drag hook and lower drag hook can be realized, accurately, quick falling resets, ascent stage is not stressed again, adapt to the high-speed requirement of loom, avoid the wearing and tearing be subject in drag hook and lower drag hook axial movement, reduce long perpendicular pin, short perpendicular pin receives wearing and tearing.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of existing negative dobby shedding device draw hook rapid resetting mechanism.
Fig. 2 is the utility model draw hook rapid resetting mechanism structural representation.
Fig. 3 is using state structural representation of the present utility model.
Detailed description of the invention
Below in conjunction with accompanying drawing, detailed description of the invention of the present utility model is described in detail.
As shown in Fig. 1 ~ Fig. 3, multi-arm open device described in the utility model comprises a pair wallboard 1, drag hook 5 on one group, drag hook 7 under one group, a upper broaching tool, a lower broaching tool, the length equal with upper drag hook 5 quantity erects pin 25, the short perpendicular pin 28 equal with lower drag hook 7 quantity and draw hook rapid resetting mechanism, a pair wallboard 1 is opposite each other, on one group, drag hook 7 all becomes setting up and down between described wallboard 1 under drag hook 5 and one group, a upper broaching tool is arranged with on described one group, drag hook 5 is corresponding, a lower broaching tool is arranged with under described one group, drag hook 7 is corresponding, match with upper broaching tool in the front end of each upper drag hook 5, match with lower broaching tool in the front end of each lower drag hook 7, end to the front on each on drag hook 5 length direction connects a long perpendicular pin 25 with hanging like, end to the front on each lower drag hook 7 length direction connects a short perpendicular pin 28 with hanging like, described draw hook rapid resetting mechanism comprises drag hook and is pressed against mechanism, lower drag hook is pressed against mechanism and cam drive mechanism.
The outside of a described cam drive mechanism described wallboard 1 disposed therein, comprise the two panels cam 8 being installed on same rotating shaft 37, first return idler 35, second return idler 9, first spring 13, second spring 11, the first rotor arm 36 and the second rotor arm 10, first return idler 35 and the second return idler 9 separately and a slice cam 8 match, the middle part of the first rotor arm 36 and the second rotor arm 10 is respectively supported by a roots rotor axle installs, described first return idler 35 is installed in one end of the first rotor arm 36, described second return idler 9 is installed in one end of second rotor arm 10, first spring 13 one end is fixed, the other end is connected to the first rotor arm 36, second spring 11 one end is fixed, the other end is connected to the second rotor arm 10, there is provided elastic force that return idler is touched by coordinating with cam 8 all the time, along with the rotation of cam 8, first return idler 35 and the second return idler 9 are changed between the curved surface peak valley of cam 8, thus drive the first rotor arm 36 and the second rotor arm 10 rotation.
Described upper drag hook is pressed against mechanism and comprises fixed axis 18, second bearing 17, three abutments 20, first is pressed against bar 19, first swing arm 23, second swing arm 21 and the first rotary support bar 22, fixed axis 18 is fixedly installed in described wallboard 1, one end spaced certain distance fixed cover of the second bearing 17 and three abutments 20 is loaded on described fixed axis 18, the other end of the second bearing 17 and three abutments 20 all arranges axis hole, bearing is provided with in the axis hole of the second bearing 17 and three abutments 20, first rotary support bar 22 is threaded onto the axis hole of the second bearing 17 and three abutments 20 simultaneously, installed by the bearings in the second bearing 17 and three abutments 20 axis hole, first swing arm 23 is fixedly connected with the first rotary support bar 22 respectively with one end of the second swing arm 21, the first swing arm 23 and the second swing arm 21 all rotations centered by the first rotary support bar 22 is rotarily driven by the first rotary support bar 22, first two ends of being pressed against bar 19 are fixedly installed in the other end of the first swing arm 23 and the second swing arm 21 respectively, and first is pressed against the top that bar 19 is positioned at drag hook 5, be pressed against bar 19 by the rotation support drive pressure first of the first swing arm 23 and the second swing arm 21 to be elevated, first rotary support bar 22 is connected with the other end of described the first rotor arm 36 by a transmission mechanism, it is the rotation that the first rotary support bar 22 does to be less than 180 degree by the rotation transmission of the first rotor arm 36, the transmission mechanism connecting described first rotary support bar 22 comprises first connecting rod 34, first transmission swing arm 33, one end of first transmission swing arm 33 is fixedly connected with the first rotary support bar 22, one end of the other end and first connecting rod 34 is hinged, the other end of first connecting rod 34 and the end of the first rotor arm 36 hinged, the rotation of the first rotor arm 36 drives the first transmission swing arm 33 rotation by first connecting rod 34, the first rotary support bar 22 is driven to rotate, thus drive the first swing arm 23 and the second swing arm 21 rotation up and down simultaneously, thus drive first to be pressed against bar 19 and to be elevated.
Described lower drag hook is pressed against mechanism and comprises the first bearing 14, second is pressed against bar 27, 3rd swing arm 30, 4th swing arm 24 and the second rotary support bar 26, second rotary support bar 26 is connected with the other end of described second rotor arm 10 by a transmission mechanism, it is the rotation that the second rotary support bar 26 does to be less than 180 degree by the rotation transmission of the second rotor arm 10, the transmission mechanism connecting described second rotary support bar 26 comprises second connecting rod 12, second transmission swing arm 15, sleeve 29, on carry arm 16, under carry arm 32 and lifting linking member 31, described first rotary support bar 22 and described fixed axis 18 all overhang out the outside of wallboard 1 described in one of them, one end fixed cover of the first bearing 14 is loaded on the overhanging section of described fixed axis 18, the other end of the first bearing 14 arranges axis hole, bearing is provided with in the axis hole of the first bearing 14, the overhanging section of described first rotary support bar 22 is threaded onto the axis hole of described first bearing 14, installed by the bearings in the axis hole of the first bearing 14, sleeve 29 gap is set in the overhanging section of the first rotary support bar 22, one end of second transmission swing arm 15 is fixedly connected with sleeve 29, one end of the other end and second connecting rod 12 is hinged, the other end of second connecting rod 12 and the end of the second rotor arm 10 hinged, on carry arm 16 one end be fixedly connected with sleeve 29, on to carry one end of the other end of arm 16 and lifting linking member 31 hinged, lifting linking member 31 other end with under to carry one end of arm 32 hinged, under carry arm 32 the other end be fixedly connected with the second rotary support bar 26, the spaced certain distance in one end of the 3rd swing arm 30 and the 4th swing arm 24 is all fixedly connected on the second rotary support bar 26, second two ends of being pressed against bar 27 are fixedly installed in the other end of the 3rd swing arm 30 and the 4th swing arm 24 respectively, and second is pressed against the top that bar 27 is positioned at lower drag hook 7, the rotation of the second rotor arm 10 drives the second transmission swing arm 15 rotation by second connecting rod 12, drive sleeve 29 rotates, thus propose arm about 16 rotation on driving, thus drive lifting linking member 31 to be elevated, thus drive the second rotary support bar 26 to rotate, drive the 3rd swing arm 30 and the 4th swing arm about 24 rotation, thus drive second to be pressed against bar 27 and to be elevated.By the curved surface peak valley angular misalignment of two panels cam 8, thus realize first and be pressed against bar 19 and second and be pressed against the asynchronous lifting of bar 27.
When the utility model uses, the rotating shaft 37 of installing cam 8 is in transmission connection with driving the power source of other mechanisms of multi-arm open device by transmission system, moves with other associated therewith of multi-arm open device.According to drag hook on multi-arm open device 5, the curved surface of the characteristics of motion design cam 8 of lower drag hook 7, be pressed against bar in the curved surface peak portion swing arm support of cam 8 and be positioned at high point, be pressed against bar in the curved surface valley of cam 8 and be positioned at low spot, return idler can rapidly drop to curved surface valley from the curved surface peak portion of cam 8, curved surface valley can be left fast again, ensure at upper drag hook 5, when lower drag hook 7 proceeds to the decline stage, be pressed against bar and be driven quick decline, drag hook 5 in compressing, lower drag hook 7 declines fast to resetting and engages, at upper drag hook 5, before lower drag hook 7 is pulled move axially by broaching tool, be pressed against bar and be driven the upper drag hook 5 of disengagement of rising fast, the back of lower drag hook 7, be pressed against after bar rises to high some position, a keep-process is had in height point position, drag hook 5 in adaptation, the alternating movement of lower drag hook 7.
Claims (5)
1. the active type draw hook rapid resetting mechanism of a negative dobby shedding device, described multi-arm open device comprises a pair wallboard opposite each other, drag hook between described wallboard and under becoming on setting up and down one group drag hook and one group, corresponding with drag hook on described a group arrange one upper broaching tool, corresponding with drag hook under described a group arrange one lower broaching tool, the length equal with described upper drag hook quantity erects pin, the short perpendicular pin equal with described lower drag hook quantity, match with upper broaching tool in the front end of each upper drag hook; Match with lower broaching tool in the front end of each lower drag hook, end to the front on each on drag hook length direction connects a long perpendicular pin with hanging like, end to the front on each lower drag hook length direction connects a short perpendicular pin with hanging like, it is characterized in that: described draw hook rapid resetting mechanism comprises that drag hook is pressed against mechanism, lower drag hook is pressed against mechanism and cam drive mechanism;
Described upper drag hook is pressed against mechanism and lower drag hook and is pressed against mechanism and all comprises and be pressed against bar, swing arm, rotary support bar and bearing, bearing is relative with described wallboard fixing, support position is fixed, bearing arranges axis hole, the described rotary support bar axis hole be threaded onto on bearing is installed by bearing and is supported, described swing arm one end is fixedly connected with rotary support bar, swing arm rotation centered by rotary support bar is rotarily driven by rotary support bar, be pressed against the other end that bar is fixedly installed in swing arm, and the bar that is pressed against that upper drag hook is pressed against mechanism is positioned at above drag hook, what lower drag hook was pressed against mechanism is pressed against the top that bar is positioned at lower drag hook, bar lifting is pressed against by swing arm rotation support drive,
The outside of a described cam drive mechanism described wallboard disposed therein, comprise the two panels cam being installed on same rotating shaft, two return idlers that respective and a slice cam matches, two springs and two rotor arms, the middle part of each rotor arm is supported by a roots rotor axle installs, the return idler described in one is installed in one end of each rotor arm, the other end is connected with the rotary support bar wherein described in each via a transmission mechanism, the rotation for rotary support bar is transmitted in the rotation of rotor arm, described spring one end is fixed, one end is connected to rotor arm, there is provided elastic force that return idler is touched by coordinating with cam all the time, along with the rotation of cam, return idler is changed between cam curved surface peak valley, thus drive rotor arm rotation, rotary support bar is driven to be less than 180 degree of rotations by transmission mechanism transmission, drive the upper and lower rotation of swing arm, thus bar lifting is pressed against in drive, the curved surface peak valley angular misalignment of two panels cam, thus realize that upper drag hook is pressed against that mechanism and lower drag hook be pressed against mechanism be pressed against the asynchronous lifting of bar.
2. the active type draw hook rapid resetting mechanism of a kind of negative dobby shedding device according to claim 1, it is characterized in that: connect the transmission mechanism that described upper drag hook is pressed against the rotary support bar of mechanism and comprise first connecting rod, first transmission swing arm, the rotary support bar that first transmission swing arm one end and upper drag hook are pressed against mechanism is fixedly connected with, the other end and first connecting rod one end hinged, the first connecting rod other end and rotor arm end described in one of them hinged, the rotation of rotor arm drives the first transmission swing arm rotation by first connecting rod, rotary support bar is driven to rotate, thus drive the upper and lower rotation of swing arm, thus bar lifting is pressed against in drive.
3. the active type draw hook rapid resetting mechanism of a kind of negative dobby shedding device according to claim 2, it is characterized in that: connect the transmission mechanism that described lower drag hook is pressed against the rotary support bar of mechanism and comprise second connecting rod, second transmission swing arm, sleeve, on carry arm, under carry arm and lifting linking member, the rotary support bar that described upper drag hook is pressed against mechanism overhangs out the outside of wallboard described in one of them, sleeve gap is set in the overhanging section that drag hook is pressed against the rotary support bar of mechanism, second transmission swing arm one end is fixedly connected with sleeve, the other end and second connecting rod one end hinged, the second connecting rod other end and rotor arm end described in one of them hinged, on carry arm one end and be fixedly connected with sleeve, on carry the arm other end and lifting linking member one end is hinged, the lifting linking member other end with under to carry arm one end hinged, under carry the arm other end and be fixedly connected with the rotary support bar that lower drag hook is pressed against mechanism, the rotation of rotor arm drives the second transmission swing arm rotation by second connecting rod, and drive sleeve rotates, thus proposes the upper and lower rotation of arm on driving, thus drive lifter rod lifting, thus drive the rotary support bar that lower drag hook is pressed against mechanism to rotate, drive the upper and lower rotation of swing arm, thus bar lifting is pressed against in drive.
4. the active type draw hook rapid resetting mechanism of a kind of negative dobby shedding device according to claim 3, it is characterized in that: described upper drag hook is pressed against mechanism and lower drag hook and is pressed against in the bearing axis hole of mechanism and is all provided with bearing, and rotary support bar is installed by bearings.
5. the active type draw hook rapid resetting mechanism of a kind of negative dobby shedding device according to claim 4, it is characterized in that: described upper drag hook is pressed against the fixed axis that mechanism also comprises the described wallboard of a fixed installation, the bearing that upper drag hook is pressed against mechanism is fixedly installed in this fixed axis.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520704828.5U CN204898213U (en) | 2015-09-11 | 2015-09-11 | Passive formula multi -arm opening device's quick canceling release mechanical system of positive formula drag hook |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520704828.5U CN204898213U (en) | 2015-09-11 | 2015-09-11 | Passive formula multi -arm opening device's quick canceling release mechanical system of positive formula drag hook |
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| CN204898213U true CN204898213U (en) | 2015-12-23 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105133123A (en) * | 2015-09-11 | 2015-12-09 | 浙江鹤群机械股份有限公司 | Quick drag hook reset mechanism of dobby shedding device |
| CN107034566A (en) * | 2017-05-27 | 2017-08-11 | 江苏金龙科技股份有限公司 | Dobbies cam gear |
-
2015
- 2015-09-11 CN CN201520704828.5U patent/CN204898213U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105133123A (en) * | 2015-09-11 | 2015-12-09 | 浙江鹤群机械股份有限公司 | Quick drag hook reset mechanism of dobby shedding device |
| CN107034566A (en) * | 2017-05-27 | 2017-08-11 | 江苏金龙科技股份有限公司 | Dobbies cam gear |
| CN107034566B (en) * | 2017-05-27 | 2018-03-27 | 江苏金龙科技股份有限公司 | Dobbies cam gear |
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Address after: 312530 Zhejiang city of Shaoxing province Xinchang County Chengtan Town Industrial Zone Patentee after: Zhejiang cranes intelligent equipment Limited by Share Ltd Address before: 312500 Zhejiang city of Shaoxing province Xinchang County Chengtan Town Industrial Zone Patentee before: Zhejiang crane group machinery limited company |