CN206084889U - Totally closed surface damage of preventing screws up device - Google Patents
Totally closed surface damage of preventing screws up device Download PDFInfo
- Publication number
- CN206084889U CN206084889U CN201621121752.4U CN201621121752U CN206084889U CN 206084889 U CN206084889 U CN 206084889U CN 201621121752 U CN201621121752 U CN 201621121752U CN 206084889 U CN206084889 U CN 206084889U
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- Prior art keywords
- jaw
- round pin
- handle
- hole
- surface damage
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Abstract
The utility model discloses a totally closed surface damage of preventing screws up device, the electric iron comprises a handle, the handle tip is provided with that the inner wall is kept silent for circular structure first and the second is kept silent, first keep silent with the inboard that the second was kept silent is provided with the protection pad that prevents the workpiece surface damage, first keep silent with the binding clip that the second was kept silent passes through round pin interconnect, duplex winding the round pin rotates, first pincers tail of keeping silent with handle interconnect, the slot hole has been seted up to the pincers tail that the second was kept silent, be provided with in the slot hole with handle interconnect's slip round pin, the slip round pin can round hole internal rotation on the handle, again can the pincers tail slot hole inner wall that the second was kept silent rolls and slides. The utility model discloses have the function that cramps fast and loosen, rotate round piece in succession through the twist grip realization, do not harm workpiece surface simultaneously.
Description
Technical field
This utility model is related to device for screwing up, more particularly to a kind of totally-enclosed anti-surface damage device for screwing up.
Background technology
At present, gas pipeline, trachea, water pipe, steam heating pipe and machinery equipment, the round piece on assembling line are being tightened
During assembling, generally using tightening tools such as pipe wrench, band pincers.But the pointed hard tooth of pipe wrench can damage the table for being tightened round piece
Face, band pincers are little because of frictional force, and running into big resistance will skid, it is impossible to tighten workpiece.For example surface scribbles epoxy resin coating
Gas pipeline, pipe wrench can be tightened, and pointed tooth can destroy epoxy resin lacquer painting, though band pincers will not damage paint surface, but cannot be tightened
Workpiece.
Utility model content
The purpose of this utility model is to overcome deficiency of the prior art, there is provided a kind of jaw and be screwed between clamping of workpieces pad
Have a totally-enclosed anti-surface damage device for screwing up of antisitic defect neonychium, this device have by rotary handle realize quick banding and
The function of round piece is unclamped, continuously rotates, while not disfiguring workpiece surface.
The technical scheme that this utility model is adopted is：
A kind of totally-enclosed anti-surface damage device for screwing up, including handle, the handle end is provided with inwall for circular arc knot
Being provided with the inside of first jaw and the second jaw of structure, first jaw and second jaw prevents workpiece surface damage
Neonychium；The binding clip of first jaw and second jaw passes through folding round pin, mutually can be flexibly connected to folding,
And rotate around the folding round pin；The pincers tail and the handle of first jaw is connected with each other by the first fixation round pin, and
Round pin is fixed around described first to rotate；The pincers tail of second jaw offers elongated hole, is provided with the elongated hole and the handss
The slip round pin that handle is connected with each other, the slip round pin can be rotated in the circular hole on the handle, again can be described second
The pincers tail length hole inwall of jaw is rolled and slided.
Second technical scheme of the present utility model be：A kind of totally-enclosed anti-surface damage device for screwing up, including handle, institute
State handle end and be provided with the first jaw and the second jaw, first jaw and second jaw that inwall is arc structure
Inner side be provided with the neonychium for preventing workpiece surface damage；The binding clip of first jaw and second jaw passes through second
Fixed round pin is connected with each other, and fixes round pin rotation around described second；The pincers tail and the handle of first jaw is by opening
Close the mutual folding ground of round pin to be flexibly connected, and rotate around the folding round pin；The pincers tail of second jaw offers elongated hole, institute
State and the slip round pin being connected with each other with the handle is provided with elongated hole, the slip round pin can be in the circular hole on the handle
Interior rotation, can roll and slide in the pincers tail length hole inwall of second jaw again.
The third technical scheme of the present utility model is：A kind of totally-enclosed anti-surface damage device for screwing up, including handle, institute
State handle end and be provided with the first jaw and the second jaw, first jaw and second jaw that inwall is arc structure
Inner side be provided with the neonychium for preventing workpiece surface damage；The binding clip of first jaw and second jaw passes through second
Fixed round pin is connected with each other, and fixes round pin rotation around described second；Spill is provided with the pincers tail end of first jaw
Semicircle needling, is provided with convex semicolumn, first pincers at the leading section of the handle, the pincers tail of corresponding first jaw
Mouthful pincers tail and the handle between by the cooperation of gap between the spill semicircle needling and the convex semicolumn, can
Mutually folding ground is flexibly connected and mutually rotation；The pincers tail of second jaw offers elongated hole, be provided with the elongated hole with
The slip round pin that the handle is connected with each other, the slip round pin can be rotated in the circular hole on the handle, again can be in institute
The pincers tail length hole inwall for stating the second jaw is rolled and slided.
4th kind of technical scheme of the present utility model be：A kind of totally-enclosed anti-surface damage device for screwing up, including handle, institute
State handle end and be provided with the first jaw and the second jaw, first jaw and second jaw that inwall is arc structure
Inner side be provided with the neonychium for preventing workpiece surface damage；The binding clip of first jaw and second jaw passes through second
Fixed round pin is connected with each other, and fixes round pin rotation around described second；The pincers tail and the handle of first jaw is by the
One fixation round pin is connected with each other, and fixes round pin rotation around described first；The pincers tail of second jaw offers elongated hole, described
The slip round pin being connected with each other with the handle is provided with elongated hole, the slip round pin can be in the circular hole on the handle
Rotate, can roll and slide in the pincers tail length hole inwall of second jaw again.
The inwall both sides of first jaw and second jaw are provided with the draw-in groove for fixing neonychium.
The elongated hole on second jaw pincers tail for circular arc, linear, fold-line-shaped or circular arc add it is linear its
A kind of middle structure；The elongated hole points to pincers tail direction from the binding clip of second jaw.
Be used at the first jaw binding clip circular hole that is connected with second jaw clamp to it be used at tail with it is described
The distance of the circular hole that handle is connected, less than the circular hole for being used to be connected with first jaw at the second jaw binding clip extremely
The distance of the elongated hole most proximal end at its pincers tail.
Axial draw-in groove is provided with the folding round pin.
First jaw being connected with each other by the folding round pin and second jaw, one of them is middle list
Shoulder structure, another is both shoulders structure, and two shoulders up and down of the both shoulders structure are offered for folding round pin insertion
Circular hole, is provided with the plug stopping means being made up of limited post, the circle of lower shoulder on the hole wall of the circular hole of upper shoulder
Be provided with the hole wall in hole be made up of screw, spring and steel ball, the work anti-drop device for holding out against the folding round pin.
First jaw being connected with each other by the folding round pin and the handle, one of them is middle single shoulder knot
Structure, another is both shoulders structure, and two shoulders up and down of the both shoulders structure offer the circular hole for folding round pin insertion,
The plug stopping means being made up of limited post, the hole of the circular hole of lower shoulder are provided with the hole wall of the circular hole of upper shoulder
Be provided with wall be made up of screw, spring and steel ball, the work anti-drop device for holding out against the folding round pin.
The beneficial effects of the utility model are：
1st, this utility model adopt lever tensioning mechanism, energetically rotary handle, quickly tighten up the first jaw and second pincers
Mouthful, both forward and reverse directions continuously rotate, are rapidly completed and tighten operation, high working efficiency；
2nd, this utility model is provided with neonychium, and by neonychium round piece is compressed energetically, has both protected surface of the work not
It is damaged, very big stiction is formed again so as to rotational workpieces；
3rd, this utility model is provided with folding round pin draw-in groove, realizes the fast insert-pull of folding round pin, and folding round pin is in plug
When without departing from the pin-and-hole on jaw, efficient, laborsaving, safe folding jaw；
4th, this utility model is provided with spring steel ball jacking mechanism, it is to avoid round pin is plugged during work and is come off, it is ensured that reliable, peace
Complete tightens operation；
5th, the resistance being subject to when this utility model is tightened is bigger, and the revolving force of handle is bigger, and the pressure of jaw is also bigger, protects
The frictional force of protective pad is bigger, and screwing force is bigger, and device for screwing up is safe and reliable, non-slip；
6th, this utility model is provided with neonychium notch, and neonychium is safe and reliable during work, not sliding, drops, more
Change time saving and energy saving during neonychium；
7th, this utility model is adopted with the totally-enclosed bindiny mechanism of round pin and single both shoulders structure connection, and all operations action is hung down
Directly or parallel to workpiece centre axis, Stability Analysis of Structures, folding freely, is swift in motion, time saving and energy saving；
8th, this utility model is quick, laborsaving, safe to complete to tighten behaviour in the case where ensureing that surface of the work is injury-free
Make.
Description of the drawings
Fig. 1：The structural representation of technical solutions of the utility model one；
Fig. 2：The configuration schematic diagram of technical solutions of the utility model one；
Fig. 3：The workpiece of technical solutions of the utility model one tightens step schematic diagram；
Fig. 4：The structural representation of technical solutions of the utility model two；
Fig. 5：The configuration schematic diagram of technical solutions of the utility model two；
Fig. 6：The workpiece of technical solutions of the utility model two tightens step schematic diagram；
Fig. 7：The structural representation of technical solutions of the utility model three；
Fig. 8：The configuration schematic diagram of technical solutions of the utility model three；
Fig. 9：The workpiece of technical solutions of the utility model three tightens step schematic diagram；
Figure 10：The structural representation of technical solutions of the utility model four；
Figure 11：The configuration schematic diagram of technical solutions of the utility model four；
Figure 12：The workpiece of technical solutions of the utility model four tightens step schematic diagram.
Accompanying drawing is marked：1st, folding round pin；2nd, the first jaw；3rd, the second jaw；4th, handle；5th, first round pin is fixed；6th, it is sliding
Dynamic round pin；7th, steel ball；8th, spring；9th, screw；10th, limited post；11st, neonychium；12nd, workpiece；13rd, second round pin is fixed.
Specific embodiment
Below in conjunction with the accompanying drawings the utility model will be further described.
Technical scheme one
As shown in Figures 1 and 2, a kind of totally-enclosed anti-surface damage device for screwing up, including handle 4, the end of the handle 4
The first jaw 2 and the second jaw 3 are provided with, second jaw 3, first jaw 2 and the handle 4 connect into one and close
The device for screwing up of conjunction.The inwall of first jaw 2 and second jaw 3 is arc structure, relative to folding round pin 1 and work
The circle center line connecting of part 12 is symmetrical, when first jaw 2 and second jaw 3 are in compacted position, two sections of circular arc phases
Symmetrical all around for the center of circle of workpiece 12, circular arc inwall radius is according to the thickness after the radius of workpiece 12 and the compression of neonychium 11
It is configured.
The binding clip of first jaw 2 and second jaw 3 passes through folding round pin 1, mutually the activity of folding ground can connect
Connect, and rotate around the folding round pin 1.It is mutual that the pincers tail and the handle 4 of first jaw 2 fixes round pin 5 by first
Connection, and rotate around the described first fixation round pin 5；The pincers tail of second jaw 3 offers elongated hole, is provided with the elongated hole
The slip round pin 6 being connected with each other with the handle 4, the slip round pin 6 can be rotated in the circular hole on the handle 4, and
Can roll and slide in the pincers tail length hole inwall of second jaw 3.Fix above by the folding round pin 1, described first
It is middle single shoulder for both shoulders structure, another side member that round pin 5 and the side pieces of the slip round pin 6 connection are all a side members
Structure, the position of both sides list both shoulders structure can exchange.
In this utility model, on the folding round pin 1 axial draw-in groove is provided with；It is connected with each other by the folding round pin 1
First jaw 2 and second jaw 3, one of them is middle single shoulder structure, and another is both shoulders structure, described double
Two shoulders up and down of shoulder structure offer the circular hole for the folding round pin 1 insertion, on the hole wall of the circular hole of upper shoulder
The plug stopping means being made up of limited post 10 are provided with, are provided with by screw 9, spring on the hole wall of the circular hole of lower shoulder
8 and steel ball 7 constitute, the work anti-drop device for holding out against the folding round pin 1.
In this utility model, the elongated hole being arranged on second jaw 3 pincers tail can do in the arc-shaped, linear,
Fold-line-shaped, circular arc add linear type, the elongated hole to point to pincers tail direction from the binding clip of the second jaw 3.
In this utility model, it is used to be connected with second jaw 3 at the binding clip of the first jaw 2 (to open for insertion
Close round pin 1) circular hole the circular hole of (fixing round pin 5 for insertion first) for being connected with the handle 4 at tail is clamped to it
Distance, less than the circle for being used to be connected with first jaw 2 (be used to insert folding round pin 1) at the binding clip of the second jaw 3
The distance of the elongated hole most proximal end at Kong Zhiqi pincers tails.
To prevent the inner side for being screwed the surface damage of clamping of workpieces 12, first jaw 2 and second jaw 3 to be provided with guarantor
Protective pad 11, the material and shape of the neonychium 11 are according to being screwed the intensity of clamping of workpieces 12, hardness, surface appearance and tighten strength
Depending on size；The inwall both sides of first jaw 2 and second jaw 3 are additionally provided with for fixing the neonychium 11
Draw-in groove.
As shown in figure 3, the tightening method of the totally-enclosed anti-surface damage device for screwing up described in above-mentioned technical proposal one is：
Step one, such as shown in figure (a), handle 4 of holding with a firm grip extracts folding round pin 1 to both shoulders upper-side hole, makes the first jaw 2
Open configuration is in the second jaw 3, the first jaw 2 and the second jaw 3 are placed on the outer surface of workpiece 12；
Step 2, such as shown in figure (b), closes the first jaw 2 and the second jaw 3, and inserts folding round pin 1, makes this device
Handle 4, the first jaw 2 and the second jaw 3 in closing and connection status；
Step 3, such as shown in figure (c), circumferentially handle 4 is turned clockwise to certain position along workpiece 12 to the side of the first jaw 2
Locking workpiece 12；
Step 4, such as shown in figure (d), drives workpiece 12 to rotate to correct position along the circumferential rotary handle 4 that continues of workpiece 12；
Step 5, it is circumferential to the side rotate counterclockwise handle 4 of the second jaw 3 along workpiece 12 such as shown in figure (e), unclamp workpiece
12 and this device is returned to into initial position；
Step 6, repeat step three to step 5 repeats to be rotated both clockwise and counterclockwise handle 4, until tightening workpiece
12；
Step 7, such as shown in figure (f), extracts folding round pin 1 to both shoulders upper-side hole, opens the first jaw 2 and the second pincers
Mouth 3 simultaneously removes device for screwing up, completes workpiece 12 and tightens.
Technical scheme two
As shown in accompanying drawing 4 and Fig. 5, a kind of totally-enclosed anti-surface damage device for screwing up, including handle 4, the end of the handle 4
The first jaw 2 and the second jaw 3 are provided with, second jaw 3, first jaw 2 and the handle 4 connect into one and close
The device for screwing up of conjunction.The inwall of first jaw 2 and second jaw 3 is arc structure, and relative to second round pin is fixed
13 and workpiece 12 circle center line connecting it is symmetrical, when first jaw 2 and second jaw 3 are in compacted position, two sections
Circular arc is symmetrical all around relative to the center of circle of workpiece 12, after circular arc inwall radius compresses according to the radius of workpiece 12 and neonychium 11
Thickness be configured.
The binding clip of first jaw 2 and second jaw 3 is connected with each other by the second fixation round pin 13, and around described
Second fixation round pin 13 is rotated.The pincers tail and the handle 4 of first jaw 2 is by the activity of the mutual folding of folding round pin 1 ground
Connection, and rotate around the folding round pin 1；The pincers tail of second jaw 3 offers elongated hole, is provided with the elongated hole and institute
The slip round pin 6 that handle 4 is connected with each other is stated, the slip round pin 6 can be rotated in the circular hole on the handle 4, again can be
The pincers tail length hole inwall of second jaw 3 is rolled and slided.Round pin is fixed above by the folding round pin 1, described second
13 and the side pieces of the slip round pin 6 connection be all a side member for both shoulders structure, another side member be middle single shoulder knot
Structure, the position of both sides list both shoulders structure can exchange.
In this utility model, on the folding round pin 1 axial draw-in groove is provided with；It is connected with each other by the folding round pin 1
First jaw 2 and the handle 4, one of them is middle single shoulder structure, and another is both shoulders structure, the both shoulders knot
Two shoulders up and down of structure offer the circular hole for the folding round pin 1 insertion, arrange on the hole wall of the circular hole of upper shoulder
There are the plug stopping means being made up of limited post 10, be provided with the hole wall of the circular hole of lower shoulder by screw 9, the and of spring 8
Steel ball 7 is constituted, the work anti-drop device for holding out against the folding round pin 1.
In this utility model, the elongated hole being arranged on second jaw 3 pincers tail can do in the arc-shaped, linear,
Fold-line-shaped, circular arc add linear type, the elongated hole to point to pincers tail direction from the binding clip of the second jaw 3.
In this utility model, it is used to be connected with second jaw 3 (for insertion the at the binding clip of the first jaw 2
Two fixation round pins 13) circular hole circular hole at tail for being connected with the handle 4 (for inserting folding round pin 1) is clamped to it
Distance, less than at the binding clip of the second jaw 3 be used for be connected with first jaw 2 (for insertion second fix round pin 13)
Circular hole to its clamp tail at the elongated hole most proximal end distance.
To prevent the inner side for being screwed the surface damage of clamping of workpieces 12, first jaw 2 and second jaw 3 to be provided with guarantor
Protective pad 11, the material and shape of the neonychium 11 are according to being screwed the intensity of clamping of workpieces 12, hardness, surface appearance and tighten strength
Depending on size；The inwall both sides of first jaw 2 and second jaw 3 are additionally provided with for fixing the neonychium 11
Draw-in groove.
As shown in fig. 6, the tightening method of the totally-enclosed anti-surface damage device for screwing up described in above-mentioned technical proposal two is：
Step one, such as shown in figure (A), extracts folding round pin 1 to both shoulders upper-side hole, is in the first jaw 2 and handle 4
Open configuration, the first jaw 2 and handle 4 are placed on the outer surface of workpiece 12；
Step 2, such as shown in figure (B), closes the first jaw 2 and handle 4, and inserts folding round pin 1, makes the handss of this device
Handle 4, the first jaw 2 and the second jaw 3 are in and close and connection status；
Step 3, such as shown in figure (C), circumferentially handle 4 is turned clockwise to certain position along workpiece 12 to the side of the first jaw 2
Locking workpiece 12；
Step 4, such as shown in figure (D), circumferentially continues rotary handle 4 and drives workpiece 12 to rotate to suitable along the axis of workpiece 12
Position；
Step 5, it is circumferential to the side rotate counterclockwise handle 4 of the second jaw 3 along workpiece 12 such as shown in figure (E), unclamp workpiece
12 and this device is set to return to initial position；
Step 6, circulation step three to step 5 repeats to be rotated both clockwise and counterclockwise handle 4, until workpiece 12 reaches
To requiring position and tighten；
Step 7, such as shown in figure (F), extracts folding round pin 1 to both shoulders upper-side hole, opens the first jaw 2 and handle 4,
Workpiece 12 is separated with this device, is completed workpiece 12 and is tightened.
Technical scheme three
As shown in accompanying drawing 7 and Fig. 8, a kind of totally-enclosed anti-surface damage device for screwing up, including handle 4, the end of the handle 4
The first jaw 2 and the second jaw 3 are provided with, second jaw 3, first jaw 2 and the handle 4 connect into one and close
The device for screwing up of conjunction.The inwall of first jaw 2 and second jaw 3 is arc structure, and relative to second round pin is fixed
13 and workpiece 12 circle center line connecting it is symmetrical, when first jaw 2 and second jaw 3 are in compacted position, two sections
Circular arc is symmetrical all around relative to the center of circle of workpiece 12, after circular arc inwall radius compresses according to the radius of workpiece 12 and neonychium 11
Thickness be configured.
The binding clip of first jaw 2 and second jaw 3 is connected with each other by the second fixation round pin 13, and around described
Second fixation round pin 13 is rotated.Spill semicircle needling is provided with the pincers tail end of first jaw 2, before the handle 4
Convex semicolumn, pincers tail and the handle 4 of first jaw 2 are provided with end, the pincers tail of correspondence first jaw 2
Between coordinated by gap between the spill semicircle needling and the convex semicolumn, being capable of mutually folding ground flexible connection
With mutually rotation.The pincers tail of second jaw 3 offers elongated hole, is provided with the elongated hole and is connected with each other with the handle 4
Slip round pin 6, the slip round pin 6 can rotate in the circular hole on handle 4, again can be in the pincers tail of second jaw 3
Elongated hole inwall is rolled and slided.Above by the described second fixation round pin 13 and the side pieces of the slip round pin 6 connection all
Be a side member for both shoulders structure, another side member it is middle single shoulder structure, the position of both sides list both shoulders structure can exchange.
In this utility model, the elongated hole being arranged on second jaw 3 pincers tail can do in the arc-shaped, linear,
Fold-line-shaped, circular arc add linear type, the elongated hole to point to pincers tail direction from the binding clip of the second jaw 3.
In this utility model, it is used to be connected with second jaw 3 (for insertion the at the binding clip of the first jaw 2
Two fixation round pins 13) circular hole spill half for being connected with the handle 4 (for inserting folding round pin 1) is clamped at tail to it
The distance of cylindrical nest, (consolidates less than being used to be connected with first jaw 2 at the binding clip of the second jaw 3 for insertion second
Determine round pin 13) circular hole to its clamp tail at the elongated hole most proximal end distance.
To prevent the inner side for being screwed the surface damage of clamping of workpieces 12, first jaw 2 and second jaw 3 to be provided with guarantor
Protective pad 11, the material and shape of the neonychium 11 are according to being screwed the intensity of clamping of workpieces 12, hardness, surface appearance and tighten strength
Depending on size；The inwall both sides of first jaw 2 and second jaw 3 are additionally provided with for fixing the neonychium 11
Draw-in groove.
As shown in figure 9, the tightening method of the totally-enclosed anti-surface damage device for screwing up described in above-mentioned technical proposal three is：
Step one, such as shown in figure (h), disengages the first jaw 2 and spill semicircle needling and convex semicolumn on handle 4,
The first jaw 2 and handle 4 is set to be placed on the outer surface of workpiece 12 in open configuration, the first jaw 2 and handle 4；
Step 2, such as shown in figure (i), closes the first jaw 2 and handle 4, and the convex semicolumn of handle 4 pushes the first jaw
Spill semicircle needling on 2；
Step 3, such as shown in figure (j), circumferentially handle 4 is turned clockwise to certain position along workpiece 12 to the side of the first jaw 2
Locking workpiece 12；
Step 4, such as shown in figure (k), circumferentially continues rotary handle 4 and drives workpiece 12 to rotate to suitable along the axis of workpiece 12
Position；
Step 5, it is circumferential to the side rotate counterclockwise handle 4 of the second jaw 3 along workpiece 12 such as shown in figure (l), unclamp workpiece
12 and this device is set to return to initial position；
Step 6, circulation step three to step 5 repeats to be rotated both clockwise and counterclockwise handle 4, until workpiece 12 reaches
To requiring position and tighten；
Step 7, such as shown in figure (m), disengages the first jaw 2 and spill semicircle needling and convex semicolumn on handle 4,
Make the first jaw 2 and handle 4 in open configuration, workpiece 12 separates with this device, completes workpiece 12 and tighten.
Technical scheme four
As shown in accompanying drawing 10 and Figure 11, a kind of totally-enclosed anti-surface damage device for screwing up, including handle 4, the end of the handle 4
Portion is provided with the first jaw 2 and the second jaw 3, and second jaw 3, first jaw 2 and the handle 4 connect into one
The device for screwing up of closure.The inwall of first jaw 2 and second jaw 3 is arc structure, and relative to second circle is fixed
The circle center line connecting of pin 13 and workpiece 12 is symmetrical, when first jaw 2 and second jaw 3 are in compacted position, two
Section circular arc is symmetrical all around relative to the center of circle of workpiece 12, and circular arc inwall radius compresses according to the radius of workpiece 12 and neonychium 11
Thickness afterwards is configured.
The binding clip of first jaw 2 and second jaw 3 is connected with each other by the second fixation round pin 13, and around described
Second fixation round pin 13 is rotated；The pincers tail and the handle 4 of first jaw 2 is connected with each other by the first fixation round pin 5, and
Rotate around the described first fixation round pin 5；The pincers tail of second jaw 3 offers elongated hole, be provided with the elongated hole with it is described
The slip round pin 6 that handle 4 is connected with each other, the slip round pin 6 can be rotated in the circular hole on handle 4, again can be described
The pincers tail length hole inwall of two jaws 3 is rolled and slided.Round pin 5, the second fixation round pin 13 are fixed above by described first
It is middle single shoulder structure for both shoulders structure, another side member that the side pieces connected with the slip round pin 6 are all a side members,
The position of both sides list both shoulders structure can exchange.
In this utility model, the elongated hole being arranged on second jaw 3 pincers tail can do in the arc-shaped, linear,
Fold-line-shaped, circular arc add linear type, the elongated hole to point to pincers tail direction from the binding clip of the second jaw 3.
In this utility model, it is used to be connected with second jaw 3 (for insertion the at the binding clip of the first jaw 2
Two fixation round pins 13) circular hole the circle for (fixing round pin 5 for insertion first) for being connected with the handle 4 at tail is clamped to it
The distance in hole, (circle is fixed less than being used to be connected with first jaw 2 at the binding clip of the second jaw 3 for insertion second
Pin 13) circular hole to its clamp tail at the elongated hole most proximal end distance.
To prevent the inner side for being screwed the surface damage of clamping of workpieces 12, first jaw 2 and second jaw 3 to be provided with guarantor
Protective pad 11, the material and shape of the neonychium 11 are according to being screwed the intensity of clamping of workpieces 12, hardness, surface appearance and tighten strength
Depending on size；The inwall both sides of first jaw 2 and second jaw 3 are additionally provided with for fixing the neonychium 11
Draw-in groove.
As shown in figure 12, the tightening method of the totally-enclosed anti-surface damage device for screwing up described in above-mentioned technical proposal four is：
Step one, it is circumferential to the side rotate counterclockwise handle 4 of the second jaw 3, the first jaw 2 along workpiece 12 such as shown in figure (H)
Unclamp with the second jaw 3 but without opening, now, handle 4, the first jaw 2 and the second jaw 3 for making this device is still within closing
And connection status；
Step 2, such as shown in figure (I), by this device the outer surface of workpiece 12 is pushed and is enclosed within from the outer end of workpiece 12；
Step 3, such as shown in figure (J), circumferentially handle 4 is turned clockwise to certain position along workpiece 12 to the side of the first jaw 2
Locking workpiece 12；
Step 4, such as shown in figure (K), circumferentially continues rotary handle 4 and drives workpiece 12 to rotate to suitable along the axis of workpiece 12
Position；
Step 5, it is circumferential to the side rotate counterclockwise handle 4 of the second jaw 3 along workpiece 12 such as shown in figure (L), unclamp workpiece
12 and this device is set to return to initial position；
Step 6, circulation step three to step 5 repeats to be rotated both clockwise and counterclockwise handle 4, until workpiece 12 reaches
To requiring position and tighten；
Step 7, such as shown in figure (M), this device is extracted to the outer end of workpiece 12, and workpiece 12 is separated with this device, completes work
Part 12 is tightened.
The principle of the totally-enclosed anti-surface damage device for screwing up shown in four technical schemes of this utility model is：
1st, first jaw 2, the second jaw 3 and handle 4 are to connect into one by the round pin of three gaps cooperations to close
The device for screwing up of conjunction, all two components connected by round pin are all that for both shoulders, another side member is middle single to a side member
The structure of shoulder, is gap cooperation between round pin and component hole, and side pieces can be rotated around round pin or slided, while two jaws
Neonychium 11 is fixed in inner side by draw-in groove, and by neonychium 11 workpiece 12 is contacted, and neonychium 11 both plays transmission torsion, rotation circle
The effect of workpiece 12, plays a part of to prevent the surface damage of workpiece 12 again.Because two jaws inner side is a pair symmetrical circular arcs
Inwall, the thickness after circular arc inwall radius compresses according to the radius of workpiece 12 and neonychium 11 is configured, and increases neonychium 11
With the contact area and frictional force of workpiece 12.
2nd, using the operation of this device for screwing up：
Tighten workpiece 12：When turning clockwise handle 4 to the direction of the side of the first jaw 2, handle 4 fixes round pin 5 around first
(or folding round pin 1) rotates, and drives elongated hole inwall of the slip round pin 6 on the second jaw 3 to roll from inside to outside or slide, gradually
The first jaw 2 and the second jaw 3 are tightened up, by the workpiece pressing 12 of neonychium 11；The anglec of rotation and revolving force of handle 4 is bigger,
It is nearer that two jaws are received, and the power of workpiece pressing 12 is bigger, and the frictional force for passing to workpiece 12 by neonychium 11 is bigger, rotates work
The strength of part 12 is also bigger.
Unclamp workpiece 12 and return device for screwing up：To the side of the second jaw 3 direction rotate counterclockwise handle 4 when, handle 4 is around
One fixes round pin 5 (or folding round pin 1) rotation, drives elongated hole outer wall ecto-entad of the slip round pin 6 on the second jaw 3 to roll
Or slide, the first jaw 2 and the second jaw 3 unclamp workpiece 12；Continue to rotate, first fixes round pin 5 (or folding round pin 1) promotes
Second jaw 3 and whole device for screwing up return initial position,
Workpiece 12 is tightened in circulation：Turn clockwise handle 4 to the direction of the side of the first jaw 2 again again, realize workpiece pressing
12nd, rotational workpieces 12, release workpiece 12, device for screwing up return the circulate operation of initial position, until tightening workpiece 12.
Because the direction of rotation of handle 4 is identical when workpiece pressing 12 tightens workpiece 12 with rotation, unclamps workpiece 12 and return
The direction of rotation of handle 4 is identical during initial position, so can continuously be rotated with both forward and reverse directions during workpiece 12 is entirely tightened,
It is rapidly completed and tightens operation.
When the 3rd, to the direction rotary handle 4 of the side of the first jaw 2, the connecting side of the first jaw 2 and the second jaw 3 and handle 4
Respectively it is subject to a top one to draw contrary power, because the first jaw 2 and the opposite side of the second jaw 3 are by (or the second fixation round pin of folding round pin 1
13) connect, so the strength major part of two jaws itself rotational workpieces 12 cancels each other, remaining small part is by neonychium 11
Frictional force is offset, and the strength of turn handle 4 is bigger, and thrust is bigger, so turn handle 4 is made after two jaw workpiece pressings 12,
Will not sliding between two jaws and workpiece 12.
Claims (10)
1. a kind of totally-enclosed anti-surface damage device for screwing up, including handle, it is characterised in that the handle end is provided with inwall
For first jaw and the second jaw of arc structure, being provided with the inside of first jaw and second jaw prevents workpiece
The neonychium of surface damage；The binding clip of first jaw and second jaw by folding round pin, being capable of mutually folding
It is flexibly connected, and rotates around the folding round pin；The pincers tail and the handle of first jaw fixes round pin phase by first
Connect, and round pin is fixed around described first and rotate；The pincers tail of second jaw offers elongated hole, is provided with the elongated hole
The slip round pin being connected with each other with the handle, the slip round pin can be rotated in the circular hole on the handle, again can be
The pincers tail length hole inwall of second jaw is rolled and slided.
2. a kind of totally-enclosed anti-surface damage device for screwing up, including handle, it is characterised in that the handle end is provided with inwall
For first jaw and the second jaw of arc structure, being provided with the inside of first jaw and second jaw prevents workpiece
The neonychium of surface damage；The binding clip of first jaw and second jaw is connected with each other by the second fixation round pin, and
Round pin is fixed around described second to rotate；The pincers tail and the handle of first jaw is by the mutual folding ground activity of folding round pin
Connection, and rotate around the folding round pin；The pincers tail of second jaw offers elongated hole, be provided with the elongated hole with it is described
The slip round pin that handle is connected with each other, the slip round pin can be rotated in the circular hole on the handle, again can be described
The pincers tail length hole inwall of two jaws is rolled and slided.
3. a kind of totally-enclosed anti-surface damage device for screwing up, including handle, it is characterised in that the handle end is provided with inwall
For first jaw and the second jaw of arc structure, being provided with the inside of first jaw and second jaw prevents workpiece
The neonychium of surface damage；The binding clip of first jaw and second jaw is connected with each other by the second fixation round pin, and
Round pin is fixed around described second to rotate；Spill semicircle needling is provided with the pincers tail end of first jaw, the handle
Convex semicolumn, pincers tail and the handle of first jaw are provided with leading section, the pincers tail of correspondence first jaw
Between coordinated by gap between the spill semicircle needling and the convex semicolumn, being capable of mutually folding ground flexible connection
With mutually rotation；The pincers tail of second jaw offers elongated hole, is provided with the elongated hole and is connected with each other with the handle
Slip round pin, the slip round pin can be rotated in the circular hole on the handle, again can be in the pincers tail length of second jaw
Hole inwall is rolled and slided.
4. a kind of totally-enclosed anti-surface damage device for screwing up, including handle, it is characterised in that the handle end is provided with inwall
For first jaw and the second jaw of arc structure, being provided with the inside of first jaw and second jaw prevents workpiece
The neonychium of surface damage；The binding clip of first jaw and second jaw is connected with each other by the second fixation round pin, and
Round pin is fixed around described second to rotate；The pincers tail and the handle of first jaw is connected with each other by the first fixation round pin,
And fix round pin rotation around described first；The pincers tail of second jaw offers elongated hole, be provided with the elongated hole with it is described
The slip round pin that handle is connected with each other, the slip round pin can be rotated in the circular hole on the handle, again can be described
The pincers tail length hole inwall of two jaws is rolled and slided.
5. the totally-enclosed anti-surface damage device for screwing up according to Claims 1-4 any one, it is characterised in that described
The inwall both sides of the first jaw and second jaw are provided with the draw-in groove for fixing neonychium.
6. the totally-enclosed anti-surface damage device for screwing up according to Claims 1-4 any one, it is characterised in that described
The elongated hole on second jaw pincers tail adds linear one of which structure for circular arc, linear, fold-line-shaped or circular arc；Institute
State elongated hole and point to pincers tail direction from the binding clip of second jaw.
7. the totally-enclosed anti-surface damage device for screwing up according to Claims 1-4 any one, it is characterised in that described
The circular hole for being used to be connected with second jaw at first jaw binding clip is used for what is be connected with the handle to its pincers tail
The distance of circular hole, less than the circular hole for being used to be connected with first jaw at the second jaw binding clip the institute at tail is clamped to it
State the distance of elongated hole most proximal end.
8. totally-enclosed anti-surface damage device for screwing up according to claim 1 and 2, it is characterised in that the folding round pin
On be provided with axial draw-in groove.
9. totally-enclosed anti-surface damage device for screwing up according to claim 1, it is characterised in that by the folding round pin
First jaw being connected with each other and second jaw, one of them is middle single shoulder structure, and another is both shoulders structure,
Two shoulders up and down of the both shoulders structure offer the circular hole for folding round pin insertion, the hole of the circular hole of upper shoulder
The plug stopping means being made up of limited post are provided with wall, are provided with by screw, bullet on the hole wall of the circular hole of lower shoulder
Spring and steel ball composition, the work anti-drop device for holding out against the folding round pin.
10. totally-enclosed anti-surface damage device for screwing up according to claim 2, it is characterised in that justified by the folding
First jaw and the handle that pin is connected with each other, one of them is middle single shoulder structure, and another is both shoulders structure, institute
Two shoulders up and down for stating both shoulders structure offer the circular hole inserted for the folding round pin, the hole wall of the circular hole of upper shoulder
On be provided with the plug stopping means being made up of limited post, be provided with by screw, spring on the hole wall of the circular hole of lower shoulder
With steel ball composition, the work anti-drop device for holding out against the folding round pin.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2016210442084 | 2016-09-08 | ||
| CN201621044208 | 2016-09-08 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206084889U true CN206084889U (en) | 2017-04-12 |
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ID=58483825
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621121752.4U Expired - Fee Related CN206084889U (en) | 2016-09-08 | 2016-10-13 | Totally closed surface damage of preventing screws up device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206084889U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106272199A (en) * | 2016-09-08 | 2017-01-04 | 潘国栋 | A kind of totally-enclosed anti-surface damage device for screwing up and tightening method thereof |
| CN113246070A (en) * | 2021-05-18 | 2021-08-13 | 唐山科技职业技术学院 | Electrode screwing auxiliary device |
-
2016
- 2016-10-13 CN CN201621121752.4U patent/CN206084889U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106272199A (en) * | 2016-09-08 | 2017-01-04 | 潘国栋 | A kind of totally-enclosed anti-surface damage device for screwing up and tightening method thereof |
| CN113246070A (en) * | 2021-05-18 | 2021-08-13 | 唐山科技职业技术学院 | Electrode screwing auxiliary device |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170412 Termination date: 20211013 |