CN209062457U - Push mode locks muscle device automatically - Google Patents
Push mode locks muscle device automatically Download PDFInfo
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- CN209062457U CN209062457U CN201821628972.5U CN201821628972U CN209062457U CN 209062457 U CN209062457 U CN 209062457U CN 201821628972 U CN201821628972 U CN 201821628972U CN 209062457 U CN209062457 U CN 209062457U
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Abstract
The utility model relates to a kind of push mode to lock muscle device automatically, including axis, lead gusset and lock gusset, lock muscle hole is provided on lock gusset, it leads to be provided on gusset and leads muscle hole, it leads gusset and circumferentially constrains on axis and cannot rotate, it can rotate on lock gusset suit axis and around own axes, lock gusset is driven by circumferential driving structure and can be rotated；It is characterized by also including be provided with the movable plate determined gusset, be fixed with more pressing lever columns for determining muscle hole, determine gusset and movable plate to be one in front and one in back sequentially located at the lock gusset back side and circumferentially constrain on axis and cannot rotate, determine muscle hole and is correspondingly arranged with muscle hole is led, determine gusset and the setting of movable plate time interval and can axially be slid along axis, movable plate is driven by axially driving structure and energy front and back slides, and the Forward of movable plate, which can push, is pierced by the reinforcing bar for determining muscle hole forward movement.The working efficiency of lock muscle is greatly improved in the device, can disposably guarantee the success rate for locking muscle.
Description
Technical field
The utility model relates to the technical field of reinforcing bar cage seam welding more particularly to a kind of tops for reinforcing bar cage seam welding
Pushing-type locks muscle device automatically.
Background technique
Reinforcing bar cage seam welding be in more axis arrangement reinforcing bar (also referred to as main reinforcement or rod iron) in the shape of a spiral winding steel wire (
Claim stirrup), and the machine welded, finish the history that steel reinforcement cage always binds stirrup by hand.Reinforcing bar cage seam welding can incite somebody to action
More reinforcing bars connect into the frame entirety of a rigidity, further can form concrete-pile by casting concrete in the frame entirety,
It is widely used in building field.Reinforcing bar cage seam welding can be divided into two kinds of structure types, and one is steel reinforcement cage sides in the process of running
Mobile side rotation, another kind are that only movement does not rotate steel reinforcement cage in the process of running, the reinforcing bar cage seam welding of quovis modo,
The end of the fixed more reinforcing bars of dedicated fixture will generally be used.
Reinforcing bar (also referred to as main reinforcement or rod iron) is also classified into two kinds, and one is the reinforcing bar with pier nose, (one end of reinforcing bar has diameter
The end to become larger), one is the reinforcing bar (a straight stick) without pier nose, the present invention is directed primarily to carry out the reinforcing bar with pier nose
The lock muscle device of locking.
Lock muscle device includes lock gusset, leads gusset and gluten-blocking plate, locks and is provided with multiple lock muscle holes in calabash shaped on gusset, i.e.,
Locking muscle hole has big hole portion and small hole portion of the center of circle in same ring-type, and big hole portion and small hole portion are interconnected, big hole portion it is straight
Diameter is greater than the diameter of the pier nose part of reinforcing bar, and small hole portion is then less than the pier nose section diameter of reinforcing bar but is greater than the diameter of reinforcing bar.It leads
Be provided on gusset it is multiple be uniformly distributed along the circumference lead muscle hole, lead muscle hole aperture be greater than reinforcing bar pier nose part diameter, lead gusset
On lead muscle hole according to multi-turn is distributed with, to guarantee to lead the big of muscle Kong Yusuo muscle hole to adapt to the steel reinforcement cage of different-diameter, when wearing muscle
Hole portion position corresponds.Multiple blind holes to accommodate pier nose are provided on gluten-blocking plate, to ensure pier nose and lock after the completion of lock muscle
Gusset fitting.Lock muscle when, allow the pier nose of reinforcing bar once pass through lead muscle hole, lock muscle hole enter blind hole, after reinforcing bar is all put on,
It is rotated further by lock gusset, reinforcing bar is allowed to be located in the small hole portion in lock muscle hole, lock muscle is completed, and this lock muscle mode must assure that every reinforcing bar
On pier nose must be completely exposed lock gusset the back side, could complete lock muscle, if there is part reinforcing bar pier nose part positioned at lock
In the big hole portion in muscle hole, pier nose not can enter in aperture portion, be unable to locking of the rotation lock gusset completion to reinforcing bar, however reality is grasped
During work, because the hole depth of blind hole is limited, when the pier nose of reinforcing bar is touched after gluten-blocking plate, reinforcing bar can return backward under elastic reaction
Bullet causes pier nose easily to enter in the big hole portion of lock gusset, and then causes lock gusset that cannot normally lock muscle, at this moment just needs artificial
The position that reinforcing bar is checked by root, allows every reinforcing bar to be resisted against position on gluten-blocking plate, operates comparable inconvenience.
In conclusion being currently used for the lock muscle device of reinforcing bar cage seam welding also needs to be further improved.
Utility model content
Technical problem to be solved in the utility model is to provide a kind of structure design for above-mentioned state of the art
Rationally, efficiently push mode locks muscle device to lock muscle more convenient operation automatically, which is greatly improved the working efficiency of lock muscle, can one
Secondary property guarantees the success rate of lock muscle.
Technical solution adopted by the utility model to solve the above technical problems is as follows: a kind of push mode locks muscle device automatically,
Including axis, gusset and lock gusset are led, is provided with multiple circumferentially spaced lock muscle holes in calabash shaped on the lock gusset,
Described lead is provided with multiple circumferentially interval settings and what can be correspondingly arranged with lock muscle hole lead muscle hole on gusset, described to lead gusset circumferential direction
Constraining on axis cannot rotate, and can rotate on lock gusset suit axis and around own axes, lead gusset and be located in front of lock gusset,
The lock gusset is driven by circumferential driving structure and can be rotated；It is characterized by also including be provided with multiple circumferentially interval settings
The movable plate determined gusset, be fixed with more circumferentially spaced pressing lever columns for determining muscle hole, it is described to determine gusset and movable plate
Lock is one in front and one in back sequentially located at the gusset back side and circumferentially to constrain on axis and cannot rotate, it is described to determine that muscle hole is corresponding with muscle hole is led to be set
It sets, described to determine gusset and the setting of movable plate time interval and axially slide along axis, the movable plate is by axially driving structure
It drives and the sliding of energy front and back, the Forward of movable plate, which can push, is pierced by the reinforcing bar for determining muscle hole forward movement.
There is certain length because being pierced by the reinforcing bar for determining gusset, and pier nose has larger weight, the pier nose end of reinforcing bar is easily sagging, in this way
The case where cannot being aligned with corresponding pressing lever column, the reinforcing bar Forward that cannot be moved back is likely to occur after movable plate Forward, before avoiding
The occurrence of stating.It is further improved, the above-mentioned back side for determining gusset is fixed with multiple extend back and corresponding with muscle hole is determined fixed
Position set determine muscle hole and is connected to positioning sleeve inner cavity so that the pier nose of reinforcing bar protrudes into positioning sleeve across determining muscle Kong Houneng, and pressing lever column is then
It is inserted into from corresponding positioning sleeve rear port.The setting of positioning sleeve can guarantee that the pier nose of reinforcing bar is in a fixed range, keep away
Reinforcing bar is sagging caused by exempting from the gravity because of pier nose, while each pressing lever column is inserted into positioning sleeve, and pier nose also is located in positioning sleeve, because
When this movable plate moves forward, pressing lever column is effectively ensured, pier nose is pushed to drive reinforcing bar Forward in positioning sleeve.
For convenience of pier nose by leading muscle hole, it is extended forward as an improvement, being fixed on the above-mentioned preceding top surface for leading gusset
Guide sleeve, the muscle hole of leading is connected to so that the pier nose of reinforcing bar is via could be by leading muscle behind guide sleeve inner cavity with guide sleeve inner cavity
Hole；The input end of the guide sleeve is in pre-large post-small bell mouth shape.The input end of guide sleeve is in pre-large post-small bell mouth shape
It is introduced into guide sleeve in advance conducive to pier nose, guide sleeve inner hole plays guiding role, guides pier nose by leading muscle hole.
Relatively each plate of the radical and reinforcing bar of reinforcing bar needed for steel reinforcement cage because of different-diameter to wear muscle position also different, one
As for diameter it is bigger, required reinforcing bar radical is more, for make this lock muscle device adaptation the steel reinforcement cage of different-diameter is carried out wearing muscle
With lock muscle, lead that muscle hole is radially spaced to be divided into multiple groups preferably, above-mentioned, every group be equipped with it is multiple along the setting of same circle spacing
It is described to lead muscle hole；The lock muscle hole is radially spaced to be divided into multiple groups, and every group equipped with multiple along described in the setting of same circle spacing
Lock muscle hole；Described to determine that muscle hole is radially spaced to be divided into multiple groups, every group is equipped with and multiple determines muscle along the described of setting of same circle spacing
Hole；The pressing lever column is radially spaced to be divided into multiple groups, and every group is equipped with the more pressing lever columns along the setting of same circle spacing.Directly
At the bigger position of diameter lead muscle hole, lock muscle hole, determine muscle hole, pressing lever column be circumferentially laid out it is also more.
Preferably, above-mentioned lead gusset, determine gusset and movable plate is mounted on the axis by keyway arrangements, it is described in
Set is set in the retaining ring determined between gusset and movable plate on axis, and retaining ring axial constraint the front end of retaining ring and determines gusset on axis
Contact limits after realizing, gland is fixed on the front end face of axis, and gland realizes front limit with the front end face contact for leading gusset.Key
Slot structure can be such that each plate circumferentially constrains on axis, and keyway arrangements have the characteristics that structure is simple, additionally by retaining ring
Setting with gland plays the role of axial limiting to leading gusset, lock gusset and determine gusset.
Preferably, above-mentioned keyway arrangements include being set on axis periphery wall the spaced preceding caulking groove in front and back and rear embedding
Slot is embedded with preceding key in preceding caulking groove, and rear key is embedded in rear caulking groove, and the inner hole wall led gusset, determine gusset is equipped with preceding recessed
The inner hole wall of slot, the movable plate is equipped with rearward recess, and the top of the preceding key is embedded in forward recess, the top of the rear key
It is embedded in rearward recess, rearward recess can relatively rear key sliding；The front end face of the retaining ring is equipped with the preceding notch for being embedded in preceding key, gear
The rear end face of circle is equipped with the rear notch of key after insertion.The preceding key and rear key being arranged in this configuration by time interval, not only
The circumferential direction constraint to corresponding retaining ring is played, also acts as the precedence constraints to retaining ring, it is very reasonable to be laid out.
It is smooth to make to lock gusset rotation, axle sleeve is arranged on above-mentioned axis, the inner hole wall of axle sleeve is equipped with limiting slot, described
Preceding key is embedded in the limiting slot, and lock gusset is then sleeved on outside axle sleeve and can rotate.Axle sleeve circumferentially constrains in axis by preceding key
On, lock gusset is set in the rotation of axle sleeve external enwergy, and wearability can be used in axle sleeve and the better material of finish is made, and guarantees lock gusset
Rotation is more smooth, and preceding key will not form interference to the rotation of lock gusset.
It is located at together because must assure that the big hole portion worn muscle hole, lock muscle hole on same circle during wearing muscle and lead muscle hole
On one axis, i.e., pier nose will pass sequentially through and wear muscle hole, lock the big hole portion in muscle hole and lead muscle hole, therefore guarantee that wear muscle locks muscle in the process
Plate cannot rotate, preferably, above-mentioned circumferential direction driving structure includes the first driving cylinder, be fixed with pushing plate on the lock gusset,
The drive rod of first driving cylinder is connect with the pushing plate.First driving cylinder can not only drive lock gusset rotation, moreover it is possible to
Being maintained at lock gusset, fixed position is motionless, this driving method plays the role of two kinds, more reasonable structure.
Alternatively, above-mentioned axially driving structure includes the second driving cylinder, the back side of second driving cylinder and movable plate
Between pass through link mechanism connect.
Preferably, above-mentioned link mechanism includes the bogie in fixed frame and U-shaped, the fixed frame is fixed on axis
Two armstands at rear portion, the bogie are hinged on axis, and the cylinder body of the second driving cylinder is hinged on fixed frame, the second driving cylinder
Drive rod be hinged on the middle part of bogie crossbeam, two armstand tops of bogie are respectively hinged with an interlocking bar, interlocking bar it is outer
End is then hinged on the engaging lug of movable plate rear end face.The link mechanism has the work that can steadily drive movable plate to be moved forward and backward
With.
Compared with the prior art, the advantages of the utility model are: be through-hole because leading muscle hole, when wearing muscle, pier nose part energy
It stretches out backward and determines gusset back side relatively long distance, this ensures that pier nose will not be sprung back in the big hole portion in lock muscle hole, that is, guarantees each steel
Muscle is located in big hole portion simultaneously, finally makes to lock gusset and smoothly rotate to guarantee that lock muscle is gone on smoothly；After the completion of locking muscle, then pass through axial direction
Driving structure drives movable plate Forward, and the pressing lever column on movable plate, which can correspond to, pushes pier nose to drive reinforcing bar Forward, until pier nose with
Lock the fitting of gusset.The working efficiency of lock muscle is greatly improved in the device, can disposably guarantee the success rate for locking muscle.
Detailed description of the invention
Fig. 1 is the schematic perspective view one of the utility model embodiment；
Fig. 2 is the schematic perspective view two of the utility model embodiment；
Fig. 3 is the cross-sectional view of the utility model embodiment；
Fig. 4 is that the utility model embodiment wears muscle status diagram；
Fig. 5 is the stereogram exploded view of the utility model embodiment；
Fig. 6 is the schematic perspective view that gusset is led in the utility model embodiment；
Fig. 7 is the schematic perspective view that gusset is locked in the utility model embodiment；
Fig. 8 is the schematic perspective view that gusset is determined in the utility model embodiment；
Fig. 9 is the schematic perspective view of movable plate in the utility model embodiment.
Specific embodiment
The utility model is described in further detail below in conjunction with figure embodiment.
It as shown in figure 1-9, is a preferred embodiment of the utility model.
A kind of push mode locks muscle device automatically, including axis 1, leads gusset 2 and lock gusset 3, and axis 1 is driven by moving trolley
And energy straight line moves back, and locks and is provided with multiple circumferentially spaced lock muscle holes 31 in calabash shaped on gusset 3, i.e. lock muscle hole 31 has
There are big hole portion 311 and small hole portion 312 of the center of circle in same ring-type, big hole portion 311 and small hole portion 312 are interconnected, big hole portion
311 diameter is greater than the diameter of the pier nose 41 of reinforcing bar, and small hole portion 312 then less than 41 diameter of pier nose of reinforcing bar 4 but is greater than reinforcing bar 4
Diameter.Lead be provided on gusset 2 it is multiple circumferentially interval setting and can with lock muscle hole 31 be correspondingly arranged lead muscle hole 21, lead gusset
2 circumferentially constrain on axis 1 and cannot rotate, and lock gusset 3 is set on axis 1 and can rotate around own axes, lead gusset 2 and are located at lock
3 front of gusset, lock gusset 3 are driven by circumferential driving structure and can be rotated；Circumferential driving structure includes the first driving cylinder 13, locks muscle
Pushing plate 32 is fixed on plate 3, the drive rod of first driving cylinder 13 is connect with the pushing plate 32.First driving cylinder 13 can
To be oil cylinder or cylinder.
It further include being provided with multiple circumferentially spaced to determine determining gusset 5, being fixed with more and be circumferentially spaced for muscle hole 51
The movable plate 6 of the pressing lever column 61 of setting, it is described to determine gusset 5 and movable plate 6 is one in front and one in back sequentially located at lock 3 back side of gusset and circumferential
Constraining on axis 1 cannot rotate, and determine muscle hole 51 and be correspondingly arranged with muscle hole 21 is led, and determine gusset 5 and set with 6 time interval of movable plate
It sets and can be driven and the sliding of energy front and back along the axial sliding of axis 1, movable plate 6 by axially driving structure, the Forward of movable plate 6 can push away
It is dynamic to be pierced by the forward movement of reinforcing bar 4 for determining muscle hole 51.
Determine gusset 5 the back side be fixed with it is multiple extend back and positioning sleeve 52 corresponding with muscle hole 51 is determined, it is described to determine muscle hole
51 be connected to 52 inner cavity of positioning sleeve so that reinforcing bar 4 pier nose 41 pass through determine muscle hole 51 after can protrude into positioning sleeve 52, the pressing lever
Column 61 is then inserted into from corresponding 52 rear port of positioning sleeve.
It leads and is fixed with guide sleeve 22 extended forward on the preceding top surface of gusset 2, lead muscle hole 21 and 22 inner cavity of guide sleeve
It is connected to so that the pier nose 41 of reinforcing bar 4 is via could be by leading muscle hole 21 behind 22 inner cavity of guide sleeve；The input end 221 of guide sleeve 22
In pre-large post-small bell mouth shape.
Lead that muscle hole 21 is radially spaced to be divided into multiple groups, every group is equipped with and multiple leads muscle hole 21 along the setting of same circle spacing；
Lock muscle hole 31 is radially spaced to be divided into multiple groups, and every group is equipped with multiple lock muscle holes 31 along the setting of same circle spacing；Determine muscle hole 51
Radially spaced to be divided into multiple groups, every group is determined muscle hole 51 along the setting of same circle spacing equipped with multiple；Pressing lever column 61 radially between
Every being divided into multiple groups, every group is equipped with the more pressing lever columns 61 along the setting of same circle spacing.The hole of each circle and pressing lever column corresponding one
The steel reinforcement cage of kind diameter dimension.
It leads gusset 2, determine gusset 5 and movable plate 6 is mounted on the axis 1 by keyway arrangements, be arranged on the axis 1
Positioned at the retaining ring 7 determined between gusset 5 and movable plate 6, on axis 1, the front end of retaining ring 7 connects 7 axial constraint of retaining ring with gusset 5 is determined
Touching limits after realizing, gland 8 is fixed on the front end face of the axis 1, before gland 8 is realized with the front end face contact for leading gusset 2
Limit.
Keyway arrangements include being set to the spaced preceding caulking groove 11 in front and back and rear caulking groove 12 on 1 periphery wall of axis, preceding embedding
It is embedded with preceding key 8a in slot 11, is embedded with rear key 8b in rear caulking groove 12, leads gusset 2, determine the inner hole wall of gusset 5 equipped with preceding recessed
The inner hole wall of slot 9a, movable plate 6 are equipped with rearward recess 9b, and the top of preceding key 8a is embedded in forward recess 9a, the top of rear key 8b
It is embedded in rearward recess 9b, rearward recess 9b can relatively rear key 8b sliding；The front end face of retaining ring 7, which is equipped with, is embedded in the preceding scarce of preceding key 8a
Mouth 71, the rear end face of retaining ring 7 are equipped with the rear notch 72 of key 8b after insertion.
Axle sleeve 10 is arranged on axis 1, the inner hole wall of axle sleeve 10 is equipped with limiting slot 101, and preceding key 8a is embedded in the limit
In slot 101, the lock gusset 3 is then sleeved on outside axle sleeve 10 and can rotate.
Axially driving structure includes the second driving cylinder 14, is passed through between second driving cylinder 14 and the back side of movable plate 6
Link mechanism connection.First driving cylinder 13 can be oil cylinder or cylinder.Link mechanism includes the bogie in fixed frame 15 and U-shaped
16, the fixed frame 15 is fixed on the rear portion of axis 1, and two armstands of bogie 16 are hinged on axis 1, the second driving cylinder 14
Cylinder body is hinged on fixed frame 15, and the drive rod of the second driving cylinder 14 is hinged on the middle part of 16 crossbeam of bogie, the bogie
16 two armstand tops are respectively hinged with an interlocking bar 17, and the outer end of interlocking bar 17 is then hinged on the engaging lug of 6 rear end face of movable plate
On 62.
The operation principle and process of this automatic lock muscle device is as follows:
First rotation lock gusset 3 is aligned the big hole portion 311 for locking muscle hole 31 with leading muscle hole 21 and determine muscle hole 51, it is ensured that reinforcing bar 4
Pier nose 41 can pass sequentially through and lead muscle hole 21, big hole portion 311 and determine muscle hole 51, the first driving cylinder 13 allows lock gusset 3 to be maintained at this
Position.When wearing muscle, allows the pier nose of reinforcing bar 4 to pass sequentially through and lead muscle hole 21, big hole portion 311 and enter positioning sleeve after determining muscle hole 51
In 52.The second last drives cylinder 14 to act, and pressing lever column 61 is allowed to push pier nose 41 that reinforcing bar 4 is driven to move forward along positioning sleeve 52, until
Pier nose 41 and lock 3 rear end face of gusset contradict.Wear muscle completion.
When wearing muscle, pier nose 41 can stretch out backward determines 5 back side relatively long distance of gusset, this ensures that pier nose 41 will not spring back to lock
In the big hole portion 311 in muscle hole 31, that is, guarantee each reinforcing bar 4 while being located in the big hole portion 311 in lock muscle hole 31, finally makes to lock gusset 3
Smoothly rotation guarantees that lock muscle is gone on smoothly；
It should be noted that in the description of the present embodiment, the orientation of the instructions such as term " forward and backward ", " left and right ", " upper and lower "
Or positional relationship is to be based on the orientation or positional relationship shown in the drawings, it is only for is retouched convenient for the description present invention and simplification
It states, rather than the device or element of indication or suggestion meaning must have a particular orientation, be constructed and operated in a specific orientation,
Therefore it is not considered as limiting the invention.Term " installation ", " connection ", " connected " shall be understood in a broad sense, for example, it may be
It is fixedly connected, may be a detachable connection, or be integrally connected；It can be directly connected, it can also be by between intermediary
It connects connected, can be the connection inside two elements.For the ordinary skill in the art, can be understood with concrete condition
The concrete meaning of above-mentioned term in the present invention.
Claims (10)
1. a kind of push mode locks muscle device automatically, including axis (1), gusset (2) and lock gusset (3) are led, on the lock gusset (3)
Be provided with multiple circumferentially spaced lock muscle holes (31) in calabash shaped, it is described lead be provided on gusset (2) it is multiple circumferentially between
It every setting and can be led muscle hole (21) with what lock muscle hole (31) was correspondingly arranged, the gusset (2) of leading circumferentially constrains on axis (1) not
It can rotate, can rotate on lock gusset (3) suit axis (1) and around own axes, lead gusset (2) and be located at lock gusset (3) front, institute
Lock gusset (3) is stated to be driven by circumferential driving structure and can be rotated；It is characterized by also including be provided with multiple circumferentially interval settings
The movable plate (6) determined gusset (5), be fixed with more circumferentially spaced pressing lever columns (61) for determining muscle hole (51), it is described
Determine gusset (5) and movable plate (6) is one in front and one in back sequentially located at lock gusset (3) back side and circumferentially constrains on axis (1) and cannot revolve
Turn, it is described determine muscle hole (51) and be correspondingly arranged with muscle hole (21) is led, the movable plate (6) by axially driving structure drive and before and after energy
Sliding, the Forward of movable plate (6), which can push, is pierced by the reinforcing bar (4) for determining muscle hole (51) forward movement.
2. push mode according to claim 1 locks muscle device automatically, it is characterised in that: the back side for determining gusset (5) is solid
Surely have it is multiple extend back and positioning sleeve corresponding with muscle hole (51) are determined (52), it is described to determine muscle hole (51) and positioning sleeve (52) inner cavity
It is connected to so that the pier nose (41) of reinforcing bar (4) can be protruded into after determining muscle hole (51) in positioning sleeve (52), the pressing lever column (61) is then
It is inserted into from corresponding positioning sleeve (52) rear port.
3. push mode according to claim 1 locks muscle device automatically, it is characterised in that: the preceding top surface for leading gusset (2)
On be fixed with forward extended guide sleeve (22), the muscle hole (21) of leading is connected to guide sleeve (22) inner cavity so that reinforcing bar
(4) pier nose (41) is via could be by leading muscle hole (21) behind guide sleeve (22) inner cavity；The input end of the guide sleeve (22)
It (221) is in pre-large post-small bell mouth shape.
4. push mode according to claim 1 locks muscle device automatically, it is characterised in that: it is described lead muscle hole (21) radially between
Every being divided into multiple groups, every group be equipped with it is multiple along leading muscle hole (21) described in the setting of same circle spacing；The lock muscle hole (31) is along diameter
It is divided into multiple groups to interval, every group is equipped with multiple lock muscle holes (31) along the setting of same circle spacing；It is described to determine muscle hole (51)
Radially spaced to be divided into multiple groups, every group is determined muscle hole (51) along the described of setting of same circle spacing equipped with multiple；The pressing lever column
(61) radially spaced to be divided into multiple groups, every group is equipped with the more pressing lever columns (61) along the setting of same circle spacing.
5. push mode according to claim 1 locks muscle device automatically, it is characterised in that: described to lead gusset (2), determine gusset
(5) it is mounted on the axis (1) with movable plate (6) by keyway arrangements, set, which is set in, on the axis (1) determines gusset (5)
Retaining ring (7) between movable plate (6), retaining ring (7) axial constraint the front end of retaining ring (7) and determine gusset (5) on axis (1)
Contact limits after realizing, is fixed with gland (8) on the front end face of the axis (1), gland (8) and the front end face for leading gusset (2)
Front limit is realized in contact.
6. push mode according to claim 5 locks muscle device automatically, it is characterised in that: the keyway arrangements include being set to
The spaced preceding caulking groove (11) in front and back and rear caulking groove (12) on axis (1) periphery wall, preceding caulking groove (11) is interior to be embedded with preceding key
(8a), rear caulking groove (12) is interior to be embedded with rear key (8b), and the inner hole wall led gusset (2), determine gusset (5) is equipped with forward recess
The inner hole wall of (9a), the movable plate (6) are equipped with rearward recess (9b), and the top of the preceding key (8a) is embedded at forward recess (9a)
Interior, the top of the rear key (8b) is embedded in rearward recess (9b), and rearward recess (9b) can relatively rear key (8b) sliding；The retaining ring
(7) front end face is equipped with the preceding notch (71) for being embedded in preceding key (8a), and the rear end face of retaining ring (7) is equipped with key (8b) after insertion
Notch (72) afterwards.
7. push mode according to claim 6 locks muscle device automatically, it is characterised in that: be arranged with axis on the axis (1)
It covers (10), the inner hole wall of axle sleeve (10) is equipped with limiting slot (101), and the preceding key (8a) is embedded in the limiting slot (101), institute
Lock gusset (3) is stated then to be sleeved on axle sleeve (10) and can rotate outside.
8. push mode according to claim 1 locks muscle device automatically, it is characterised in that: the circumferential direction driving structure includes the
One driving cylinder (13) is fixed with pushing plate (32) on the lock gusset (3), the drive rod of first driving cylinder (13) with it is described
Pushing plate (32) connection.
9. push mode according to claim 1 locks muscle device automatically, it is characterised in that: the axially driving structure includes the
Two driving cylinders (14) are connect between second driving cylinder (14) and the back side of movable plate (6) by link mechanism.
10. push mode according to claim 9 locks muscle device automatically, it is characterised in that: the link mechanism includes in solid
Determine the bogie (16) of frame (15) and U-shaped, the fixed frame (15) is fixed on the rear portion of axis (1), the bogie (16)
Two armstands are hinged on axis (1), and the cylinder body of second driving cylinder (14) is hinged on fixed frame (15), the second driving cylinder
(14) drive rod is hinged on the middle part of bogie (16) crossbeam, and two armstand tops of the bogie (16) are respectively hinged with one
Lever (17), the outer end of interlocking bar (17) are then hinged on the engaging lug (62) of movable plate (6) rear end face.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821628972.5U CN209062457U (en) | 2018-09-30 | 2018-09-30 | Push mode locks muscle device automatically |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821628972.5U CN209062457U (en) | 2018-09-30 | 2018-09-30 | Push mode locks muscle device automatically |
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| Publication Number | Publication Date |
|---|---|
| CN209062457U true CN209062457U (en) | 2019-07-05 |
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ID=67094208
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821628972.5U Active CN209062457U (en) | 2018-09-30 | 2018-09-30 | Push mode locks muscle device automatically |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209062457U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112122512A (en) * | 2020-08-18 | 2020-12-25 | 承德石油高等专科学校 | Main reinforcement pier head clamping device of numerical control reinforcement forming machine |
-
2018
- 2018-09-30 CN CN201821628972.5U patent/CN209062457U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112122512A (en) * | 2020-08-18 | 2020-12-25 | 承德石油高等专科学校 | Main reinforcement pier head clamping device of numerical control reinforcement forming machine |
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