CN109109490A - Electronically controlled stapler and its application method - Google Patents
Electronically controlled stapler and its application method Download PDFInfo
- Publication number
- CN109109490A CN109109490A CN201811064594.7A CN201811064594A CN109109490A CN 109109490 A CN109109490 A CN 109109490A CN 201811064594 A CN201811064594 A CN 201811064594A CN 109109490 A CN109109490 A CN 109109490A
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- Prior art keywords
- cavity
- block
- rotation axis
- transposition
- press
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B42—BOOKBINDING; ALBUMS; FILES; SPECIAL PRINTED MATTER
- B42B—PERMANENTLY ATTACHING TOGETHER SHEETS, QUIRES OR SIGNATURES OR PERMANENTLY ATTACHING OBJECTS THERETO
- B42B5/00—Permanently attaching together sheets, quires or signatures otherwise than by stitching
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B42—BOOKBINDING; ALBUMS; FILES; SPECIAL PRINTED MATTER
- B42B—PERMANENTLY ATTACHING TOGETHER SHEETS, QUIRES OR SIGNATURES OR PERMANENTLY ATTACHING OBJECTS THERETO
- B42B9/00—Devices common to machines for carrying out the processes according to more than one of the preceding main groups
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- Engineering & Computer Science (AREA)
- Textile Engineering (AREA)
- Dovetailed Work, And Nailing Machines And Stapling Machines For Wood (AREA)
Abstract
The invention discloses electronically controlled stapler and its application methods, including fuselage and it is arranged in the fuselage equipped with transposition chamber, the transposition bottom of chamber portion, which communicates, is equipped with the left filling chamber of opening, the transposition top of chamber is equipped with the first cavity, it is communicated in inner wall equipped with symmetrical tooth socket before and after the transposition chamber, the transposition is intracavitary to be slidably connected with driving carrier, the second cavity is equipped in the driving carrier, it is rotatably assorted in second cavity and is connected with the first rotation axis that front and back extends, end is through the driving carrier front/rear end and equipped with the gear with the ratcheting connection of the tooth socket before and after first rotation axis, first rotation axis is equipped with the turbine being located in second cavity, the first slider guide is slidably connected in second cavity, third cavity is equipped in first slider guide, the third cavity bottom Be rotatably assorted the scroll bar for being connected with bilateral symmetry and extending up and down in wall body.
Description
Technical field
The present invention relates to stapler technical fields, specifically electronically controlled stapler and its application method.
Background technique
With the reach of science, social progress, country is promoting always the development of advanced technology, wherein in stapler skill
Always exist the technical problem of a comparison suffering in art field, general binder there are binding efficiencies slower, the nail of bookbinding
Number is less, and nail number is not easy to control, is unable to satisfy necessary demand, the device of the invention solves this problem in that.
Summary of the invention
Technical problem to be solved by the invention is to provide electronically controlled stapler and its application methods, are able to solve
State the problems in present technology.
The present invention is achieved through the following technical solutions: electronically controlled stapler and its application method of the invention,
Including fuselage and it is arranged in the fuselage equipped with transposition chamber, the transposition bottom of chamber portion communicates the filling chamber for being equipped with an opening left side,
The transposition top of chamber is equipped with the first cavity, communicates in inner wall equipped with symmetrical tooth socket, the transposition before and after the transposition chamber
It is intracavitary to be slidably connected with driving carrier, it is equipped with the second cavity in the driving carrier, is rotatably assorted in second cavity
It is connected with the first rotation axis that front and back extends, end through the driving carrier front/rear end and is set before and after first rotation axis
There is the gear with the ratcheting connection of the tooth socket, first rotation axis is equipped with the turbine being located in second cavity, described
It is slidably connected with the first slider guide in second cavity, is equipped with third cavity, the third cavity in first slider guide
Be rotatably assorted the scroll bar for being connected with bilateral symmetry and extending up and down in base wall body, puts in the third cavity at the top of the scroll bar
It is interior and be equipped with first bevel gear, it is rotatably assorted in the third cavity and is connected with the second rotation axis that left and right extends, described the
Two rotation axis left ends end have been connected by power the first motor, and it is left that first motor outer surface is embedded at the third cavity
It holds in inner wall and connection fixed thereto, second rotation axis is equipped with to second with the ratcheting connection of the first bevel gear
Bevel gear, the slide guide bar that left and right extends is fixedly connected on first slider guide, and the slide guide bar runs through the driving carrier
Left and right end face, the driving carrier top are equipped with open on three sides slot, are equipped in the driving carrier and are located at the open on three sides slot
First guide runner of bottom, between the open on three sides slot and first guide runner before equipped with second cavity is located at
The supporting block extended up and down at end, the supporting block top are put in the open on three sides slot, and the supporting block bottom is through simultaneously
Stretching out the driving carrier base end face, it is equipped with fixed limited block, and the supporting block is equipped with to be slided with first guide runner
The guide pad of mating connection, the guide pad bottom press are equipped with the first top pressure spring, and the supporting block is equipped with positioned at described
The limited block at the top of limited block is fixed, slide plate is slidably connected in the supporting block, press is equipped with ring at the top of the slide plate
Around the second top pressure spring of the supporting block, connecting plate, the connecting plate bottom are fixedly connected on the slide plate bottom end face
It is fixedly connected with compacting block on end face, runs through in the first cavity bottom wall body and is equipped with to be slidably matched with the supporting block
The press block of connection, the press block top put in first cavity and are equipped with limited block, the limited block bottom press
Equipped with third top pressure spring, it is rotatably assorted in first cavity and is connected with the second rotation axis that left and right extends, described second turn
Moving axis left end end has been connected by power the second motor, and second motor outer surface is embedded in first cavity left end
In wall and connection fixed thereto, second rotation axis are equipped with to the cam with the press block sliding connection, institute
It states filling and intracavitary is slidably connected with filling body；
Described method includes following steps:
Firstly, the driving carrier is located at the transposition chamber left end, since the effect of the slide guide bar makes institute when original state
It states the first slider guide and is located at the second cavity right end, at this point, scroll bar described in left end is connect with the turbo-power, the branch
Bracer is put in the open on three sides slot, and the guide pad is located at the first guide runner top, and the slide plate is utmostly
Far from the limited block, the nail-plate, the press block and the vertebra plug have been installed, and all level pressure blocks are put in
The transposition is intracavitary, and the filling body is located at outside the filling chamber；
Then, when the work is required, the binding thing of required bookbinding is placed in the holding tank, makes the pressing plate by the dress
Object clamping is ordered, then starts second motor and drives the second rotation axis rotation, turn to the cam required
Rank, make the level pressure block according to required rank put in it is described transposition it is intracavitary, thus realize bookbinding needed for nail quantity, so
After start first motor and drive the second rotation axis rotation, due to the first bevel gear and the second bevel gear
Ratcheting connection function, rotate the scroll bar, and by its being connected by power with the turbine, drive first rotation axis
Rotation rotates the tooth runner, due to the ratcheting connection function of the tooth runner and the tooth socket, so that the driving be made to carry
Body moves right, and when the press effect of the supporting block and the press block, moves down and drives the compacting block and binding thing
It abuts, continues to move down due to the support plate, when the limited block is abutted with the slide plate, the bucking block puts in described
Nail is thrown into the binding thing in nailing mouth, since what it continued moves to right quickly and effectively to bind to realize step by step,
When the driving carrier is abutted with the transposition chamber right end inner wall, the slide guide bar is moved to the left, and makes first slider guide
It is moved to the left, at this point, scroll bar described in right end connect that the driving carrier is made to be moved to the left recovery just with the turbo-power
Beginning position；
Finally, taking out the filling body makes the filling chamber be located at the outside of the fuselage when taking out bookbinding finished product, then lead to
It crosses the pulling ring and pulls the pressing plate and arc panel rotation, make it that bookbinding finished product to relax, taking-up.
It may be preferred that being equipped with upper and lower perforative nailing mouth in the compacting block, right end is communicated to be equipped with and be opened in the nailing mouth
The mounting groove of mouth to the right, the mounting groove is interior to be equipped with nail-plate, is slidably connected with press block, the press in the mounting groove
It is fixedly connected with the slide guide bar that left and right extends on block right end end face, is slidably connected with vertebra plug, the top on the slide guide bar
Press is equipped with the 4th top pressure spring between briquetting and the vertebra plug, is fixedly connected with bucking block on the supporting block bottom end face,
Consequently facilitating being followed closely in the automatic follow-up of device.
It may be preferred that the cam in second rotation axis is divided into several ranks, the folding and unfolding of different top briquetting is realized,
It is easy to implement and binds different nail number and position.
It may be preferred that the filling is located at the holding tank in the transposition bottom of chamber portion, the clamping equipped with opening upwards in vivo
It is communicated in slot or so inner wall equipped with symmetrical groove, is hingedly connected with arc panel in the groove, the arc panel is close to institute
Holding tank end is stated equipped with pressing plate, the pressing plate top, which is equipped with, pulls ring, is fixedly connected with and is located on described holding tank or so inner wall
Fixed block at the top of the arc panel, press is equipped with the 5th top pressure spring between the fixed block and the arc panel, thus just
In the clamping of binding thing.
The beneficial effects of the present invention are: the driving carrier is located at the transposition chamber left end due in the initial state,
Since the effect of the slide guide bar makes first slider guide be located at the second cavity right end, at this point, scroll bar described in left end
It is connect with the turbo-power, the supporting block is put in the open on three sides slot, and the guide pad is located at first slide guide
Slot top, the slide plate utmostly far from the limited block, installed by the nail-plate, the press block and the vertebra plug
Finish, all level pressure blocks put in it is described transposition it is intracavitary, the filling body is located at outside the filling chamber, consequently facilitating device
Care and maintenance.
When the work is required, the binding thing of required bookbinding is placed in the holding tank, makes the pressing plate by the dress
Object clamping is ordered, then starts second motor and drives the second rotation axis rotation, turn to the cam required
Rank, make the level pressure block according to required rank put in it is described transposition it is intracavitary, thus realize bookbinding needed for nail quantity, so
After start first motor and drive the second rotation axis rotation, due to the first bevel gear and the second bevel gear
Ratcheting connection function, rotate the scroll bar, and by its being connected by power with the turbine, drive first rotation axis
Rotation rotates the tooth runner, due to the ratcheting connection function of the tooth runner and the tooth socket, so that the driving be made to carry
Body moves right, and when the press effect of the supporting block and the press block, moves down and drives the compacting block and binding thing
It abuts, continues to move down due to the support plate, when the limited block is abutted with the slide plate, the bucking block puts in described
Nail is thrown into the binding thing in nailing mouth, since what it continued moves to right quickly and effectively to bind to realize step by step,
When the driving carrier is abutted with the transposition chamber right end inner wall, the slide guide bar is moved to the left, and makes first slider guide
It is moved to the left, at this point, scroll bar described in right end connect that the driving carrier is made to be moved to the left recovery just with the turbo-power
Beginning position, to promote bookbinding effect.
When taking out bookbinding finished product, taking out the filling body makes the filling chamber be located at the outside of the fuselage, then leads to
It crosses the pulling ring and pulls the pressing plate and arc panel rotation, make it that bookbinding finished product to relax, taking-up, to be promoted
Device practical performance.
The configuration of the present invention is simple, it is easy to operate, automatically switch positioning nail pressing mechanism, automatic adjustment binding stable by using collection
The several and convenient filling mechanism taken, ingenious in design, self maintained better performances, bookbinding effect is preferable, and bookbinding type is abundant, receives
It takes conveniently, practical performance is higher.
Detailed description of the invention
The present invention is described in detail by following specific embodiments and drawings for ease of explanation,.
Fig. 1 is overall structure diagram inside electronically controlled stapler of the invention and its application method；
Fig. 2 is driving carrier inside structural schematic diagram of the invention；
Fig. 3 is the partial enlargement structural representation of A in Fig. 1.
Specific embodiment
As shown in Figure 1, Figure 2 and Figure 3, electronically controlled stapler of the invention and its application method, including fuselage 100 and
It is arranged in the fuselage 100 and is equipped with transposition chamber 104, transposition 104 bottom of chamber, which communicates, is equipped with the left filling chamber 108 of opening,
It is equipped with the first cavity 101 at the top of the transposition chamber 104, communicates in the transposition 104 front and back inner wall of chamber equipped with symmetrical tooth socket
105, driving carrier 109 is slidably connected in the transposition chamber 104, equipped with the second cavity in the driving carrier 109
131, it is rotatably assorted in second cavity 131 and is connected with the first rotation axis 135 that front and back extends, first rotation axis 135
Front and back end runs through driving 109 front/rear end of carrier and is equipped with the gear with the ratcheting connection of the tooth socket 105, and described first
Rotation axis 135 is equipped with the turbine 136 being located in second cavity 131, is slidably connected in second cavity 131
First slider guide 134, first slider guide 134 is interior to be equipped with third cavity 133, turns in the 133 base wall body of third cavity
It is dynamic to be connected with the scroll bar 137 extended symmetrically and up and down, it is put in the third cavity 133 at the top of the scroll bar 137
And it is equipped with first bevel gear 138, it is rotatably assorted in the third cavity 133 and is connected with the second rotation axis 140 that left and right extends,
Second rotation axis, the 140 left end end has been connected by power the first motor 139, and 139 outer surface of the first motor is embedded
In in the 133 left end inner wall of third cavity and connection fixed thereto, second rotation axis 140 is equipped with to described the
The second bevel gear 141 of the ratcheting connection of one bevel gear 138, be fixedly connected with that left and right extends on first slider guide 134 leads
Slide bar 144, the slide guide bar 144 run through 109 or so the end face of driving carrier, are equipped with three faces at the top of the driving carrier 109
Open slot 143, interior first guide runner 151 being equipped with positioned at 143 bottom of open on three sides slot of driving carrier 109 are described
Through the extension up and down being equipped with positioned at 131 front end of the second cavity between open on three sides slot 143 and first guide runner 151
Supporting block 116, put in the open on three sides slot 143 at the top of the supporting block 116,116 bottom of supporting block is through simultaneously
Stretching out 109 bottom end face of driving carrier, it is equipped with fixed limited block, and the supporting block 116 is equipped with and first slide guide
The guide pad 114 that slot 151 is slidably connected, 114 bottom of the guide pad press are equipped with the first top pressure spring 115, the branch
Bracer 116 is equipped with the limited block 117 being located at the top of the fixed limited block, is slidably connected in the supporting block 116
Slide plate 118, press is equipped with the second top pressure spring 115 around the supporting block 116, the slide plate 118 at the top of the slide plate 118
It is fixedly connected with connecting plate 119 on bottom end face, is fixedly connected with compacting block 120 on 119 bottom end face of connecting plate, it is described
It is described through the press block 113 being equipped with to be slidably connected with the supporting block 116 in first cavity, 101 base wall body
Put in first cavity 101 and be equipped with limited block 111 at the top of press block 113,111 bottom of the limited block press is equipped with the
Three top pressure springs 112 are rotatably assorted in first cavity 101 and are connected with the second rotation axis 103 that left and right extends, and described second
103 left end end of rotation axis has been connected by power the second motor 110, and 110 outer surface of the second motor is embedded at described
In one cavity, 101 left end inner wall and connection fixed thereto, second rotation axis 103 be equipped with to the press block 113
The cam 102 of sliding connection is slidably connected with filling body 107 in the filling chamber 108.
Valuably, it is equipped with upper and lower perforative nailing mouth 121 in the compacting block 120, right end communicates in the nailing mouth 121
Mounting groove 128 equipped with opening to the right, the mounting groove 128 is interior to be equipped with nail-plate 122, the company of being slidably matched in the mounting groove 128
It is connected to press block 127, is fixedly connected with the slide guide bar 125 that left and right extends, the slide guide bar on the press 127 right end end face of block
Vertebra plug 124 is slidably connected on 125, press is equipped with the 4th top pressure spring between the press block 127 and the vertebra plug 124
126, bucking block 129 is fixedly connected on 142 bottom end face of supporting block, consequently facilitating following closely in the automatic follow-up of device.
Valuably, the cam 102 in second rotation axis 103 divides for several ranks, realizes different top briquetting
Folding and unfolding is easy to implement and binds different nail number and position.
Valuably, it is located at the holding tank 106 of transposition 104 bottom of chamber, institute in the filling body 107 equipped with opening upwards
It states and is communicated in 106 or so inner wall of holding tank equipped with symmetrical groove 148, be hingedly connected with arc panel in the groove 148
147, the arc panel 147 is equipped with pressing plate 146 close to 106 end of holding tank, is equipped at the top of the pressing plate 146 and pulls ring 145,
The fixed block 150 positioned at 147 top of arc panel, the fixed block are fixedly connected on 106 or so the inner wall of holding tank
Press is equipped with the 5th top pressure spring 149 between 150 and the arc panel 147, consequently facilitating the clamping of binding thing.
Described method includes following steps:
Firstly, the driving carrier 109 is located at 104 left end of transposition chamber, due to the slide guide bar 144 when original state
Effect so that first slider guide 134 is located at 131 right end of the second cavity, at this point, scroll bar 137 described in left end with it is described
Turbine 136 is connected by power, and the supporting block 142 is put in the open on three sides slot 142, and the guide pad 114 is located at described the
One guide runner, 151 top, the slide plate 118 is utmostly far from the limited block 117, the nail-plate 122, the press block
127 and the vertebra plug 124 installed, all level pressure blocks 113 are put in the transposition chamber 104, the filling
Body 107 is located at outside the filling chamber 108；
Then, when the work is required, the binding thing of required bookbinding is placed in the holding tank 106, makes the pressing plate 146 will
The binding thing clamps, and then starts second motor 110 and second rotation axis 103 is driven to rotate, make the cam
102 turn to required rank, put in the level pressure block 113 in the transposition chamber 104 according to required rank, to realize
Then nail quantity needed for bookbinding starts first motor 139 and second rotation axis 140 is driven to rotate, by institute
The ratcheting connection function for stating first bevel gear 138 Yu the second bevel gear 141 rotates the scroll bar 137, and by its with
The turbine 136 is connected by power, and drives the rotation of the first rotation axis 135 to rotate the tooth runner, since the tooth turns
Wheel and the ratcheting connection function of the tooth socket 105, so that the driving carrier 109 be made to move right, when the supporting block 142 and
The press effect of the press block 113, moves down and the compacting block 120 is driven to abut with binding thing, due to the support plate
142 continue to move down, and when the limited block 117 is abutted with the slide plate 118, the bucking block 129 puts in the nailing mouth
Nail is thrown into the binding thing in 121, since what it continued moves to right quickly and effectively to bind to realize step by step, works as institute
Driving carrier 109 is stated when abutting with the 104 right end inner wall of transposition chamber, the slide guide bar 144 is moved to the left, and makes described first to lead
Sliding block 134 is moved to the left, at this point, scroll bar 137 described in right end and the turbine 136 are connected by power to make the driving carrier
109 are moved to the left recovery initial position；
Finally, taking out the filling body 107 makes the filling chamber 106 be located at the outer of the fuselage 100 when taking out bookbinding finished product
Then portion pulls the pressing plate 146 and the arc panel 147 to rotate by the pulling ring 145, make it will bookbinding finished product pine
It relaxes, taking-up.
The beneficial effects of the present invention are: the driving carrier is located at the transposition chamber left end due in the initial state,
Since the effect of the slide guide bar makes first slider guide be located at the second cavity right end, at this point, scroll bar described in left end
It is connect with the turbo-power, the supporting block is put in the open on three sides slot, and the guide pad is located at first slide guide
Slot top, the slide plate utmostly far from the limited block, installed by the nail-plate, the press block and the vertebra plug
Finish, all level pressure blocks put in it is described transposition it is intracavitary, the filling body is located at outside the filling chamber, consequently facilitating device
Care and maintenance.
When the work is required, the binding thing of required bookbinding is placed in the holding tank, makes the pressing plate by the dress
Object clamping is ordered, then starts second motor and drives the second rotation axis rotation, turn to the cam required
Rank, make the level pressure block according to required rank put in it is described transposition it is intracavitary, thus realize bookbinding needed for nail quantity, so
After start first motor and drive the second rotation axis rotation, due to the first bevel gear and the second bevel gear
Ratcheting connection function, rotate the scroll bar, and by its being connected by power with the turbine, drive first rotation axis
Rotation rotates the tooth runner, due to the ratcheting connection function of the tooth runner and the tooth socket, so that the driving be made to carry
Body moves right, and when the press effect of the supporting block and the press block, moves down and drives the compacting block and binding thing
It abuts, continues to move down due to the support plate, when the limited block is abutted with the slide plate, the bucking block puts in described
Nail is thrown into the binding thing in nailing mouth, since what it continued moves to right quickly and effectively to bind to realize step by step,
When the driving carrier is abutted with the transposition chamber right end inner wall, the slide guide bar is moved to the left, and makes first slider guide
It is moved to the left, at this point, scroll bar described in right end connect that the driving carrier is made to be moved to the left recovery just with the turbo-power
Beginning position, to promote bookbinding effect.
When taking out bookbinding finished product, taking out the filling body makes the filling chamber be located at the outside of the fuselage, then leads to
It crosses the pulling ring and pulls the pressing plate and arc panel rotation, make it that bookbinding finished product to relax, taking-up, to be promoted
Device practical performance.
The configuration of the present invention is simple, it is easy to operate, automatically switch positioning nail pressing mechanism, automatic adjustment binding stable by using collection
The several and convenient filling mechanism taken, ingenious in design, self maintained better performances, bookbinding effect is preferable, and bookbinding type is abundant, receives
It takes conveniently, practical performance is higher.
The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any
The change or replacement expected without creative work, should be covered by the protection scope of the present invention.Therefore, of the invention
Protection scope should be determined by the scope of protection defined in the claims.
Claims (4)
1. electronically controlled stapler and its application method, including fuselage and setting are equipped with transposition chamber in the fuselage, described
Transposition bottom of chamber portion, which communicates, is equipped with the left filling chamber of opening, and the transposition top of chamber is equipped with the first cavity, in the transposition chamber front and back
It is communicated in wall equipped with symmetrical tooth socket, the transposition is intracavitary to be slidably connected with driving carrier, sets in the driving carrier
There is the second cavity, be rotatably assorted in second cavity and be connected with the first rotation axis that front and back extends, before first rotation axis
End runs through the driving carrier front/rear end and is equipped with the gear with the ratcheting connection of the tooth socket afterwards, in first rotation axis
It is slidably connected with the first slider guide equipped with the turbine being located in second cavity, in second cavity, described first
It is equipped with third cavity in slider guide, is rotatably assorted in the third cavity bottom wall body and is connected with bilateral symmetry and extends up and down
Scroll bar, the scroll bar top put in the third cavity and are equipped with first bevel gear, the company of being rotatably assorted in the third cavity
It is connected to the second rotation axis that left and right extends, second rotation axis left end end has been connected by power the first motor, and described the
One motor outer surface is embedded in the inner wall of third cavity left end and connection fixed thereto, second rotation axis are equipped with
To the second bevel gear with the ratcheting connection of the first bevel gear, it is fixedly connected with what left and right extended on first slider guide
Slide guide bar, for the slide guide bar through the driving carrier or so end face, the driving carrier top is equipped with open on three sides slot, described
Drive the first guide runner being equipped in carrier positioned at the open on three sides trench bottom, the open on three sides slot and first slide guide
Described three are put at the top of the supporting block extended up and down being equipped with positioned at second cavity front end, the supporting block between slot
In the open slot of face, the supporting block bottom is run through and stretches out the driving carrier base end face it is equipped with fixed limited block, described
Supporting block is equipped with the guide pad being slidably connected with first guide runner, and the guide pad bottom press is equipped with the first top
Pressing spring, the supporting block are equipped with the limited block being located at the top of the fixed limited block, the company of being slidably matched in the supporting block
It is connected to slide plate, press is equipped with the second top pressure spring around the supporting block at the top of the slide plate, on the slide plate bottom end face
It is fixedly connected with connecting plate, is fixedly connected with compacting block on the connecting plate bottom end face, in the first cavity bottom wall body
Through the press block being equipped with to be slidably connected with the supporting block, put in first cavity at the top of the press block
And it is equipped with limited block, the limited block bottom press is equipped with third top pressure spring, is rotatably assorted and is connected in first cavity
The second rotation axis that left and right extends, second rotation axis left end end have been connected by power the second motor, and described second is electronic
Machine outer surface is embedded in the inner wall of first cavity left end and connection fixed thereto, second rotation axis be equipped with to
The cam of the press block sliding connection, the filling is intracavitary to be slidably connected with filling body；
Described method includes following steps:
Firstly, the driving carrier is located at the transposition chamber left end, since the effect of the slide guide bar makes institute when original state
It states the first slider guide and is located at the second cavity right end, at this point, scroll bar described in left end is connect with the turbo-power, the branch
Bracer is put in the open on three sides slot, and the guide pad is located at the first guide runner top, and the slide plate is utmostly
Far from the limited block, the nail-plate, the press block and the vertebra plug have been installed, and all level pressure blocks are put in
The transposition is intracavitary, and the filling body is located at outside the filling chamber；
Then, when the work is required, the binding thing of required bookbinding is placed in the holding tank, makes the pressing plate by the dress
Object clamping is ordered, then starts second motor and drives the second rotation axis rotation, turn to the cam required
Rank, make the level pressure block according to required rank put in it is described transposition it is intracavitary, thus realize bookbinding needed for nail quantity, so
After start first motor and drive the second rotation axis rotation, due to the first bevel gear and the second bevel gear
Ratcheting connection function, rotate the scroll bar, and by its being connected by power with the turbine, drive first rotation axis
Rotation rotates the tooth runner, due to the ratcheting connection function of the tooth runner and the tooth socket, so that the driving be made to carry
Body moves right, and when the press effect of the supporting block and the press block, moves down and drives the compacting block and binding thing
It abuts, continues to move down due to the support plate, when the limited block is abutted with the slide plate, the bucking block puts in described
Nail is thrown into the binding thing in nailing mouth, since what it continued moves to right quickly and effectively to bind to realize step by step,
When the driving carrier is abutted with the transposition chamber right end inner wall, the slide guide bar is moved to the left, and makes first slider guide
It is moved to the left, at this point, scroll bar described in right end connect that the driving carrier is made to be moved to the left recovery just with the turbo-power
Beginning position；
Finally, taking out the filling body makes the filling chamber be located at the outside of the fuselage when taking out bookbinding finished product, then lead to
It crosses the pulling ring and pulls the pressing plate and arc panel rotation, make it that bookbinding finished product to relax, taking-up.
2. electronically controlled stapler according to claim 1 and its application method, it is characterised in that: set in the compacting block
There is perforative nailing mouth up and down, right end, which communicates, in the nailing mouth is equipped with the mounting groove of opening to the right, is equipped in the mounting groove
Nail-plate is slidably connected with press block in the mounting groove, and left and right is fixedly connected on press block right end end face and is extended
Slide guide bar, be slidably connected with vertebra plug on the slide guide bar, press is equipped with the 4th between the press block and the vertebra plug
Top pressure spring is fixedly connected with bucking block on the supporting block bottom end face.
3. electronically controlled stapler according to claim 1 and its application method, it is characterised in that: second rotation axis
On the cam be divided into several ranks.
4. electronically controlled stapler according to claim 1 and its application method, it is characterised in that: the filling is set in vivo
There are opening upwards to be located at the holding tank in the transposition bottom of chamber portion, communicates in described holding tank or so inner wall equipped with symmetrical recessed
Slot, is hingedly connected with arc panel in the groove, and the arc panel is equipped with pressing plate close to the holding tank end, at the top of the pressing plate
Equipped with pulling ring, the fixed block being fixedly connected on described holding tank or so inner wall at the top of the arc panel, the fixation
Press is equipped with the 5th top pressure spring between block and the arc panel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811064594.7A CN109109490A (en) | 2018-09-12 | 2018-09-12 | Electronically controlled stapler and its application method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811064594.7A CN109109490A (en) | 2018-09-12 | 2018-09-12 | Electronically controlled stapler and its application method |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109109490A true CN109109490A (en) | 2019-01-01 |
Family
ID=64859164
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811064594.7A Withdrawn CN109109490A (en) | 2018-09-12 | 2018-09-12 | Electronically controlled stapler and its application method |
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| CN (1) | CN109109490A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112060798A (en) * | 2020-08-17 | 2020-12-11 | 黄大辉 | Intelligent stapling and assisting mechanism for stapler |
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2018
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112060798A (en) * | 2020-08-17 | 2020-12-11 | 黄大辉 | Intelligent stapling and assisting mechanism for stapler |
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| PB01 | Publication | ||
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| WW01 | Invention patent application withdrawn after publication |
Application publication date: 20190101 |
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| WW01 | Invention patent application withdrawn after publication |