CN109177575A

CN109177575A - A kind of binder and its application method

Info

Publication number: CN109177575A
Application number: CN201811081852.2A
Authority: CN
Inventors: 王晓
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-09-17
Filing date: 2018-09-17
Publication date: 2019-01-11

Abstract

A kind of binder and its application method of embodiment according to the present invention, including apparatus main body, it is fixedly arranged on the intracorporal paper package clamping device of described device master, is fixedly arranged on the intracorporal back-milling apparatus of described device master, be fixedly arranged on the intracorporal hot-melt binding device of described device master；The present development in China is getting faster, material needs in daily life or work there are many federations use bookbinding, these materials are often thick one folded, common nail type binder can no longer meet the demand of people, here a kind of hot-melt binding binder is devised, it is able to achieve the paper of different-thickness while being bound, furthermore, since the operating temperature of hot-melt binding is higher, generally reach 200 degrees centigrades, the present apparatus makes forwarding realize automation by exquisite structure design, operator can clearly observe forwarding simultaneously but body does not reach inside machine, substantially increase the security performance of the present apparatus, thus binder of the invention it is really necessary to.

Description

A kind of binder and its application method

Technical field

The present invention relates to semi-automatic binding technique field, specially a kind of binder and its application method.

Background technique

The present development in China is getting faster, and the material needs in daily life or work there are many federations use dress It orders, these materials are often thick one folded, and common nail type binder can no longer meet the demand of people, set here A kind of hot-melt binding binder has been counted, it is able to achieve the paper of different-thickness while being bound, further, since hot-melt binding Operating temperature is higher, generally reaches 200 degrees centigrades, and the present apparatus realizes forwarding by exquisite structure design Automation, while operator can clearly observe that still body does not reach inside machine forwarding, substantially increases The security performance of the present apparatus, thus binder of the invention it is really necessary to.

Summary of the invention

The purpose of the present invention is to provide a kind of binder and its application methods, in the prior art above-mentioned scarce for overcoming It falls into.

A kind of binder and its application method of embodiment according to the present invention, including apparatus main body, are fixedly arranged on the dress It sets main intracorporal paper package clamping device, be fixedly arranged on the intracorporal back-milling apparatus of described device master, be fixedly arranged on described device main body Interior hot-melt binding device, the paper package clamping device includes being fixedly arranged on intracorporal first working chamber of described device master, institute It states and is installed with first motor in inner wall on the right side of the first working chamber, first motor left end outputting axial power is connected with to the left The first rotating shaft in first working chamber is extended into, worm screw, the worm screw front end engagement are installed in the first rotating shaft It is connected with worm gear, is installed with rotatable second shaft at the worm gear axle center, in the first working chamber upper inside walls It is installed with an opening and is connected to the first extraneous groove forward, second shaft upper end extends into fixed in first groove There is the first workpiece, is installed with the second motor, second motor upper end at side position to the left in first workpiece Outputting axial power is connected with the third shaft upwardly extended, and third shaft upper end is installed with center radius and described the Identical first screw rod of three shafts, first screw rod upper end are installed with the 4th smooth shaft, and the 4th shaft upper end is solid Equipped with the second screw rod, second screw rod upper end is installed with the 5th shaft, inclined right lateral position in the first workpiece upper end wall The place of setting, which is rotatably assorted, to be connected with and configures identical compound shaft with left side corresponding position shaft, first screw rod and described It is threadedly engaged in compound shaft with first screw rod corresponding position and is connected with the second workpiece, the 4th shaft and institute Stating can slide up and down in compound shaft with symmetrical above and below be provided in the 4th shaft corresponding position along the 4th shaft Third workpiece, be cased on first screw rod upper end be fixedly connected with third workpiece lower end and lower end with it is described The first spring that second workpiece upper end is fixedly connected, in the 4th shaft and the compound shaft with the 4th shaft Corresponding position rotary type symmetrical above and below is fixedly connected with the 4th work for being provided with and being located between two third workpieces Make component, the opposite locating piece that is open, second spiral shell are installed on the third workpiece and the 4th workpiece It is threadedly engaged on bar and the compound shaft with second screw rod corresponding position and is connected with the 5th workpiece, described second Upper end is cased on screw rod to be fixedly connected with the 5th workpiece lower end and on the third workpiece of lower end and upside The second spring being fixedly connected is held, is located at the 5th workpiece upper side position in the 5th shaft and is installed with first band Wheel is located at the first pulley right positions in the compound shaft and is installed with the second belt wheel, the first pulley with it is described Direct driving force is connected with belt between second belt wheel, and second workpiece upper end is installed with the branch being symmetrical set Support, support frame as described above upper end are installed with the 6th work of the connection that is rotatably assorted with the 5th shaft and the compound shaft upper end Make component, is installed in the 6th workpiece and upwardly extends and be rotatably assorted with first groove upper end inner wall inner bearing 6th shaft of connection.

Further technical solution, the back-milling apparatus include the opening being fixedly arranged on rear side of first groove in inner wall Forward second groove, is installed with the first limit switch in the second groove upper inside walls at left-most position, and described second It is slidably connected with the first sliding block in groove upper inside walls, third motor, the third electricity are installed in first sliding block Machine lower end outputting axial power is connected with the 7th shaft extended downwardly, is installed with back milling cutter in the 7th shaft, described Array arrangement is provided with metal semi-cylindrical hill on back milling cutter, is slidably connected on inner wall on the downside of second groove and position The second sliding block at the positive lower position of the first sliding block, is installed with small-sized gearbox in second sliding block, and the described 7th Shaft lower end extends into second sliding block and is cooperatively connected with the small-sized gearbox input terminal power, second groove It is installed with the second working chamber in the inner wall of downside, it is logical that first is provided with and communicated between second groove and second working chamber Hole, the small-sized gearbox lower end output end power are connected with the eight revolution extended through into second working chamber Axis is installed with the first spur gear on the eight revolution axis, be installed on inner wall on rear side of second working chamber with it is described first straight The rack gear that the engagement of gear rear end is cooperatively connected.

Further technical solution, the hot-melt binding device are most right in the second groove upper inside walls including being fixedly arranged on The second limit switch at side position is slidably connected with third sliding block, the third in the second groove upper inside walls Sliding block left end is installed with third limit switch, on inner wall and positioned at the positive lower position of third sliding block on the downside of second groove Place is slidably connected with Four-slider, and hot melt gluing case is installed between the Four-slider and the third sliding block, described The 4th motor is installed in Four-slider, the 4th motor lower end outputting axial power, which is connected with, extends downwardly through entrance It is straight to be installed with second for engaging and being cooperatively connected with the rack gear in the 9th shaft for the 9th shaft in second working chamber Gear.

Further technical solution cooperates the design of this binder to have an encapsulating parts, and the encapsulating parts are by plastic material It is made, is inside installed with an empty slot to match with stapled paper size, the encapsulating parts right side, lower end surface, left side On be provided with one can torn fast plastic strip, paper is first packed into the encapsulating parts before executing stapling operation by operator In, the paper edge exceeds general two to three millimeters of the encapsulating parts upper end at this time, and it is horizontal outwardly that operator will reveal paper end To being put into and can start to execute stapling operation in the locating piece of the encapsulating parts matched-pair design, adopted on the plastic strip With the design of semi-circular through hole, may be implemented when pullling the plastic strip, the plastic strip can rapidly with the encapsulation Part is detached from, and the encapsulating parts are detached from the front and back end cover for becoming two paper after the plastic strip.

Further technical solution is located at the back-milling apparatus and the hot melt adhesive on the first groove left and right sides inner wall It attaches together to set and is symmetrically installed with two pieces of transparent glass plates at forward position, realize the back-milling apparatus and the hot-melt binding device When being worked, people can clearly observe but not reach, and substantially increase the security performance of the present apparatus.

Further technical solution, the encapsulating parts specification different there are many thickness, can be such that the present apparatus is suitable for The bookbinding of the paper of different-thickness, in addition to this, the paper package clamping device can be realized by exquisite mechanical structure The paper of different-thickness is bound simultaneously, greatly improves the practicability of the present apparatus.

Described method includes following steps:

Firstly, opening device power supply, starting hot melt gluing case is preheated before executing stapling operation, it is made to be heated to target Near 180 degrees Celsius of temperature, paper is fitted into encapsulating parts by operator, and paper edge exceeds encapsulating parts at this time General two to three millimeters of upper end, the third work that two are needed the paper bound dew paper end to be laterally put into downside forward by operator Make in the locating piece on the 4th workpiece of the interior and upside on component, the second motor of starting drives third shaft, the first spiral shell Bar, the 4th shaft, the second screw rod, the 5th shaft rotation, first pulley by belt drive the second belt wheel rotation, the first screw rod with The rotation of compound shaft moves up the second workpiece of downside, and the second workpiece drives third work department by the first spring Part is sliding in the 4th shaft and compound shaft, and the second screw rod and the rotation of compound shaft move down the 5th workpiece of upside, the Five workpieces drive the third workpiece of upside to glide along the 4th shaft and compound shaft by second spring, until downside Third workpiece on domestic demand stapled paper and upside the 4th workpiece on locating piece domestic demand stapled paper all by When firmly pushing down, the second motor stops.

Secondly, starting first motor drives first rotating shaft rotation, worm screw drives worm gear rotation, and the second shaft drives the first work Make 180 degree of the framework rotation of component, support frame, the 6th workpiece composition, at this time the two paper dew paper for needing to bind All backwards, the first sliding block of starting drives the rotation of the 7th shaft at end, and the 7th shaft drives back milling cutter rotation, and the 7th shaft is by small-sized Gearbox speed reduction drives first through hole rotation, and the first spur gear is moved to right by the second sliding block of rack drives and the first sliding block, milling back Paper is exceeded the part mill off of encapsulating parts by device starting, simultaneously because the setting of metal semi-cylindrical hill, can be stayed at milling Next rule channel form greatly improves bookbinding quality by milling and the contact area of glue when can increase later period gluing, when the One sliding block moves to right when encountering third limit switch, third motor reversal, drives the first sliding block and the second sliding block to move to left, until first Sliding block encounters the first limit switch, and third motor stops the 4th electric motor starting, and it is straight that the 4th motor improves the 9th shaft drive second Gear rotation, the second spur gear are heated by driving Four-slider, hot melt gluing case, third sliding block to move to left with engaging for rack gear To being carried out hot-melt binding operation, when third limit switch touches the first sliding block, the at milling when gluing case passes through by milling Four motor reversals drive hot melt gluing case to move to right, and again to hot-melt binding is carried out at milling, hot-melt binding device carries out paper Back and forth after four gluing operations, third sliding block encounters the second limit switch, and the 4th motor stops, and first motor starting drives first 180 degree of the framework rotation of workpiece, support frame, the 6th workpiece composition, device has restored initial position, starting Second motor reversal, operator take out the paper being bound out of device.

The plastic strip finally, operator tears, plastic strip can be detached from encapsulating parts rapidly, and encapsulating parts are detached from plastic strip Become the front and back end cover of stapled paper afterwards, the related cover of paper, which is bound, to be finished.

The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, when carrying out stapled paper by the present apparatus, Before executing stapling operation, opening device power supply, starting hot melt gluing case is preheated, it is made to be heated to target temperature 108 Near ten degrees Celsius, paper is fitted into encapsulating parts by operator, and paper edge exceeds encapsulating parts upper end general two at this time To three millimeters, two are needed the paper bound dew paper end to be laterally put on the third workpiece of downside forward by operator In locating piece on interior and upside the 4th workpiece, the second motor of starting drives third shaft, the first screw rod, the 4th turn Axis, the second screw rod, the rotation of the 5th shaft, first pulley drive the second belt wheel to rotate by belt, the first screw rod and compound shaft Rotation make downside the second workpiece move up, the second workpiece by the first spring drive third workpiece along the 4th Sliding in shaft and compound shaft, the second screw rod and the rotation of compound shaft move down the 5th workpiece of upside, the 5th work department Part drives the third workpiece of upside to glide along the 4th shaft and compound shaft by second spring, until the third work of downside The locating piece domestic demand stapled paper made on the 4th workpiece of the domestic demand stapled paper and upside on component is all firmly pushed down When, the second motor stops, and then, starting first motor drives first rotating shaft rotation, and worm screw drives worm gear rotation, the second shaft band 180 degree of the framework rotation of dynamic first workpiece, support frame, the 6th workpiece composition, two needs are bound at this time Paper reveals paper end all backwards, and the first sliding block of starting drives the rotation of the 7th shaft, and the 7th shaft drives back milling cutter rotation, the 7th shaft Slow down by small-sized gearbox and drive first through hole rotation, the first spur gear is right by the second sliding block of rack drives and the first sliding block It moves, paper is exceeded the part mill off of encapsulating parts by back-milling apparatus starting, simultaneously because the setting of metal semi-cylindrical hill, is milled Place can leave a rule channel form, by milling and the contact area of glue when can increase later period gluing, mention bookbinding quality significantly Height, when the first sliding block, which moves to right, encounters third limit switch, third motor reversal drives the first sliding block and the second sliding block to move to left, Until the first sliding block encounters the first limit switch, third motor stops the 4th electric motor starting, and the 4th motor improves the 9th shaft band Dynamic second spur gear rotation, the second spur gear with engaging for rack gear by driving Four-slider, hot melt gluing case, third sliding block left It moves, to hot-melt binding operation is carried out at milling when hot melt gluing case passes through by milling, is slided when third limit switch touches first When block, the 4th motor reversal drives hot melt gluing case to move to right, again to by progress hot-melt binding, hot-melt binding device pair at milling After paper carries out four gluing operations back and forth, third sliding block encounters the second limit switch, and the 4th motor stops, first motor starting The framework of the first workpiece, support frame, the 6th workpiece composition is driven to rotate 180 degree, device has restored initial bit It sets, starts the second motor reversal, operator takes out the paper being bound out of device, and then, operator tears plastics Item, plastic strip can be detached from encapsulating parts rapidly, become the front and back end cover of stapled paper after encapsulating parts disengaging plastic strip, The related cover of paper, which is bound, to be finished.

Detailed description of the invention

Fig. 1 is the inside overall structure diagram of a kind of binder of the present invention and its application method；

Fig. 2 is the external overall structure diagram of a kind of binder of the present invention and its application method；

Fig. 3 is the specific schematic diagram of encapsulating parts in the present apparatus；

Fig. 4 is the enlarged diagram of " A " in Fig. 3.

Specific embodiment

Below with reference to Fig. 1-4, the present invention is described in detail.

Referring to Fig.1-4, a kind of binder and its application method of embodiment according to the present invention, including apparatus main body 10, The paper being fixedly arranged in described device main body 10 wraps up clamping device, the back-milling apparatus being fixedly arranged in described device main body 10, Gu Hot-melt binding device in described device main body 10, the paper package clamping device includes being fixedly arranged on described device main body The first working chamber 11 in 10 is installed with first motor 12, the first motor 12 in first working chamber, the 11 right side inner wall Left end outputting axial power is connected with the first rotating shaft 13 extended into first working chamber 11 to the left, and described first turn Worm screw 14 is installed on axis 13,14 front end of the worm screw engagement is connected with worm gear 15, is installed at 15 axle center of worm gear Rotatable second shaft 16, an opening is installed in 11 upper inside walls of the first working chamber, and to be connected to extraneous first forward recessed Slot 17,16 upper end of the second shaft, which extends into first groove 17, is installed with the first workpiece 18, and described first The second motor 19 is installed in workpiece 18 at side position to the left, the 19 upper end outputting axial power of the second motor is cooperatively connected There is the third shaft 20 upwardly extended, it is identical with the third shaft 20 that 20 upper end of third shaft is installed with center radius First screw rod 21,21 upper end of the first screw rod are installed with the 4th smooth shaft 31, and 31 upper end of the 4th shaft is installed with Second screw rod 28,28 upper end of the second screw rod are installed with the 5th shaft 65, to the right in 18 upper end wall of the first workpiece It is rotatably assorted at side position and is connected with and configures identical compound shaft 59, first screw rod with left side corresponding position shaft 21 and the compound shaft 59 on be threadedly engaged with 21 corresponding position of the first screw rod and be connected with the second workpiece 22, institute Stating can be along institute with symmetrical above and below be provided in 31 corresponding position of the 4th shaft in the 4th shaft 31 and the compound shaft 59 The third workpiece 24 that the 4th shaft 31 slides up and down is stated, is cased with upper end and the third work department on first screw rod 21 The first spring 25 that 24 lower end of part is fixedly connected and lower end is fixedly connected with 22 upper end of the second workpiece, described 4th turn It is fixedly connected and is provided with 31 corresponding position of the 4th shaft rotary type symmetrical above and below on axis 31 and the compound shaft 59 And it is located at the 4th workpiece 27 between two third workpieces 24, the third workpiece 24 and the described 4th Be installed with the opposite locating piece 30 of being open on workpiece 27, second screw rod 28 in the compound shaft 59 with described the Two screw rods, 28 corresponding position, which is threadedly engaged, is connected with the 5th workpiece 66, be cased on second screw rod 28 upper end with it is described 5th workpiece, 66 lower end is fixedly connected and lower end is fixedly connected with 24 upper end of third workpiece of upside second Spring 29 is located in the 5th shaft 65 at 66 upper side position of the 5th workpiece and is installed with first pulley 56, described Be located at 56 right positions of first pulley in compound shaft 59 and be installed with the second belt wheel 58, the first pulley 56 with it is described Direct driving force is connected with belt 57 between second belt wheel 58, and 22 upper end of the second workpiece is installed with bilateral symmetry and sets The support frame 32 set, 32 upper end of support frame as described above is installed with matches with the 5th shaft 65 and 59 upper end of compound shaft rotation The 6th workpiece 33 for closing connection, be installed in the 6th workpiece 33 upwardly extend and on first groove 17 End inner wall inner bearing is rotatably assorted the 6th shaft 34 of connection.

Valuably or illustratively, the back-milling apparatus includes that one be fixedly arranged in the 17 rear side inner wall of the first groove opens Mouthful forward second groove 35 is installed with the first limit switch 47 at left-most position in second groove, 35 upper inside walls, It is slidably connected with the first sliding block 36 in second groove, 35 upper inside walls, third electricity is installed in first sliding block 36 Machine 37, the 37 lower end outputting axial power of third motor are connected with the 7th shaft 38 extended downwardly, the 7th shaft Back milling cutter 39 is installed on 38, array arrangement is provided with metal semi-cylindrical hill 40, second groove on the back milling cutter 39 The second sliding block 41 for being slidably connected with and being located at the positive lower position of first sliding block 36 on 35 downside inner walls, described the Be installed with small-sized gearbox 42 in two sliding blocks 41,38 lower end of the 7th shaft extend into second sliding block 41 with it is described 42 input terminal power of small-sized gearbox is cooperatively connected, and is installed with the second working chamber 45, institute in the 35 downside inner wall of the second groove It states and is provided with and communicated with first through hole 44 between the second groove 35 and second working chamber 45,42 lower end of small-sized gearbox is defeated Outlet power, which is connected with, extends through the 44 eight revolution axis 43 entered in second working chamber 45, the eight revolution axis 43 On be installed with the first spur gear 46, be installed on the 45 rear side inner wall of the second working chamber and nibbled with 46 rear end of the first spur gear Close the rack gear 67 being cooperatively connected.

Valuably or illustratively, the hot-melt binding device includes being fixedly arranged in 35 upper inside walls of the second groove most The second limit switch 54 at right positions is slidably connected with third sliding block 53 in 35 upper inside walls of the second groove, 53 left end of third sliding block is installed with third limit switch 55, on the 35 downside inner wall of the second groove and is located at the third It is slidably connected with Four-slider 51 at the positive lower position of sliding block 53, between the Four-slider 51 and the third sliding block 53 It is installed with hot melt gluing case 52, is installed with the 4th motor 50, the 50 lower end output shaft of the 4th motor in the Four-slider 51 Power, which is connected with, extends downwardly through 44 the 9th shafts 49 entered in second working chamber 45, the 9th shaft 49 On be installed with engaged with the rack gear 67 be cooperatively connected the second spur gear 48.

Valuably or illustratively, the design of this binder is cooperated there are an encapsulating parts 62, the encapsulating parts 62 are by plastics Material is made, and is inside installed with an empty slot to match with stapled paper size, 62 right side of encapsulating parts, lower end surface, Be provided on left side one can torn fast plastic strip 61, operator before executing stapling operation first by paper 60 be packed into institute It states in encapsulating parts 62,60 edge of paper exceeds general two to three millimeters of 62 upper end of encapsulating parts, operator at this time Dew paper end is laterally outwards put by member can start to execute dress in the locating piece 30 of 62 matched-pair design of encapsulating parts Operation is ordered, the design of semi-circular through hole 63 is used on the plastic strip 61, may be implemented when pullling plastic strip 61, The plastic strip 61 can be detached from the encapsulating parts 62 rapidly, and the encapsulating parts 62 become after being detached from the plastic strip 61 The front and back end cover of two paper 60.

Valuably or illustratively, the back-milling apparatus and the hot melt are located on the 17 left and right sides inner wall of the first groove It is symmetrically installed with two pieces of transparent glass plates 64 at bonding device forward position, realizes the back-milling apparatus and the hot-melt binding When being worked, people can clearly observe but not reach device, substantially increase the security performance of the present apparatus.

Valuably or illustratively, the encapsulating parts 62 specification different there are many thickness, can be such that the present apparatus is applicable in In the bookbinding of the paper of different-thickness, in addition to this, the paper package clamping device can be real by exquisite mechanical structure The paper of existing different-thickness is bound simultaneously, greatly improves the practicability of the present apparatus.

Described method includes following steps:

Firstly, opening device power supply, starting hot melt gluing case 52 is preheated before executing stapling operation, it is made to be heated to mesh Near 180 degrees Celsius of temperature of mark, paper 60 is fitted into encapsulating parts 62 by operator, and 60 edge of paper exceeds at this time Two are needed the paper bound dew paper end to be laterally put into down forward by general two to three millimeters of 62 upper end of encapsulating parts, operator In the locating piece 30 on 60 interior and upside the 4th workpieces 27 on the third workpiece 24 of side, start the second motor 19 Third shaft 20, the first screw rod 21, the 4th shaft 31, the second screw rod 28, the rotation of the 5th shaft 65 are driven, first pulley 56 passes through Belt 57 drives the rotation of the second belt wheel 58, and the rotation of the first screw rod 21 and compound shaft 59 makes on the second workpiece 22 of downside It moves, the second workpiece 22 drives third workpiece 24 in the 4th shaft 31 and compound shaft 59 by the first spring 25 Sliding, the second screw rod 28 and compound shaft 59, which rotate, moves down the 5th workpiece 66 of upside, and the 5th workpiece 66 passes through the Two springs 29 drive the third workpiece 24 of upside to glide along the 4th shaft 31 and compound shaft 59, until the third work of downside Make 30 domestic demand stapled paper of locating piece on the 4th workpiece 27 of the 60 domestic demand stapled paper and upside on component 24 all by When firmly pushing down, the second motor 19 stops.

Secondly, starting first motor 12 drives first rotating shaft 13 to rotate, worm screw 14 drives worm gear 15 to rotate, the second shaft 16 The framework of the first workpiece 18, support frame 32, the 6th workpiece 33 composition is driven to rotate 180 degree, at this time two need All backwards, the first sliding block 36 of starting drives the rotation of the 7th shaft 38 at the paper to be bound dew paper end, and the 7th shaft 38 drives back milling Knife 39 rotates, and the 7th shaft 38 is slowed down by small-sized gearbox 42 drives first through hole 44 to rotate, and the first spur gear 46 passes through tooth Item 67 drives the second sliding block 41 and the first sliding block 36 to move to right, and back-milling apparatus starting mills paper beyond the part of encapsulating parts 62 Fall, simultaneously because the setting of metal semi-cylindrical hill 40, can be left a rule channel form at milling, quilt when can increase later period gluing At milling and the contact area of glue, greatly improve bookbinding quality, when the first sliding block 36, which moves to right, encounters third limit switch 55, Third motor 37 inverts, and drives the first sliding block 36 and the second sliding block 41 to move to left, until the first sliding block 36 encounters the first limit switch 47, third motor 37 stops the starting of the 4th motor 50, and the 4th motor 50 improves the 9th shaft 49 and drives the rotation of the second spur gear 48, Second spur gear 48 is heated by driving Four-slider 51, hot melt gluing case 52, third sliding block 53 to move to left with engaging for rack gear 67 To hot-melt binding operation is carried out at milling when gluing case 52 is by by milling, when third limit switch 55 touches the first sliding block 36 When, the reversion of the 4th motor 50 drives hot melt gluing case 52 to move to right, again to by progress hot-melt binding, hot-melt binding device at milling After carrying out four gluing operations back and forth to paper, third sliding block 53 encounters the second limit switch 54, and the 4th motor 50 stops, and first The starting of motor 12 drives the framework of the first workpiece 18, support frame 32, the 6th workpiece 33 composition to rotate 180 degree, Device has restored initial position, starting the second motor 19 reversion, and operator takes out the paper being bound out of device.

The plastic strip 61 finally, operator tears, plastic strip 61 can be detached from encapsulating parts 62 rapidly, and encapsulating parts 62 are de- From the front and back end cover for becoming stapled paper after plastic strip 61, the related cover of paper 60, which is bound, to be finished.

When carrying out stapled paper by the present apparatus, before executing stapling operation, opening device power supply, starting hot melt gluing case 52 are preheated, and are heated to it near 180 degrees Celsius of target temperature, and paper 60 is packed into encapsulating parts by operator In 62,60 edge of paper exceeds general two to three millimeters of 62 upper end of encapsulating parts at this time, what two were needed to bind by operator Paper dew paper end is laterally put into forward in 60 on the third workpiece 24 of downside and on the 4th workpiece 27 of upside In locating piece 30, the second motor 19 of starting drives third shaft 20, the first screw rod 21, the 4th shaft 31, the second screw rod the 28, the 5th Shaft 65 rotates, and first pulley 56 drives the rotation of the second belt wheel 58, the rotation of the first screw rod 21 and compound shaft 59 by belt 57 Turn to move up the second workpiece 22 of downside, the second workpiece 22 drives 24 edge of third workpiece by the first spring 25 Sliding in 4th shaft 31 and compound shaft 59, the second screw rod 28 and compound shaft 59 rotate under the 5th workpiece 66 for making upside It moves, the 5th workpiece 66 drives the third workpiece 24 of upside along the 4th shaft 31 and compound shaft by second spring 29 59 glide, until determining on the 4th workpiece 27 of 60 domestic demand stapled paper and upside on the third workpiece 24 of downside When position 30 domestic demand stapled paper of block is all firmly pushed down, the second motor 19 stops, and then, starting first motor 12 drives first turn Axis 13 rotates, and worm screw 14 drives worm gear 15 to rotate, and the second shaft 16 drives the first workpiece 18, support frame the 32, the 6th to work The framework that component 33 forms rotates 180 degree, and all backwards, starting first is sliding at two paper dew paper ends for needing to bind at this time Block 36 drives the rotation of the 7th shaft 38, and the 7th shaft 38 drives back milling cutter 39 to rotate, and the 7th shaft 38 passes through small-sized gearbox 42 Slowing down and first through hole 44 is driven to rotate, the first spur gear 46 drives the second sliding block 41 and the first sliding block 36 to move to right by rack gear 67, Paper is exceeded the part mill off of encapsulating parts 62 by back-milling apparatus starting, simultaneously because the setting of metal semi-cylindrical hill 40, quilt A rule channel form can be left at milling, by milling and the contact area of glue when can increase later period gluing, make bookbinding quality significantly It improves, when the first sliding block 36, which moves to right, encounters third limit switch 55, third motor 37 is inverted, and drives the first sliding block 36 and second Sliding block 41 moves to left, and until the first sliding block 36 encounters the first limit switch 47, third motor 37 stops the 4th motor 50 and starts, and the 4th Motor 50 improves the 9th shaft 49 and drives the rotation of the second spur gear 48, and the second spur gear 48 is by engaging drive the with rack gear 67 Four-slider 51, hot melt gluing case 52, third sliding block 53 move to left, to being heated at milling when hot melt gluing case 52 is by by milling Gluing operation, when third limit switch 55 touches the first sliding block 36, the reversion of the 4th motor 50 drives hot melt gluing case 52 right It moves, again to by progress hot-melt binding at milling, after hot-melt binding device carries out four gluing operations back and forth to paper, third sliding block 53 encounter the second limit switch 54, and the 4th motor 50 stops, and the starting of first motor 12 drives the first workpiece 18, support frame 32, the framework of the 6th workpiece 33 composition rotates 180 degree, and device has restored initial position, and the second motor of starting 19 is anti- Turn, operator takes out the paper being bound out of device, and then, operator tears plastic strip 61, and 61 energy of plastic strip is fast Speed is detached from encapsulating parts 62, becomes the front and back end cover of stapled paper, paper 60 after the disengaging plastic strip 61 of encapsulating parts 62 Related cover, which is bound, to be finished.

Those skilled in the art can define, can in the case of not departing from overall spirit of the invention and design To make the various modifications for above embodiments.It falls within the scope of protection of the present invention.Protection scheme of the invention It is subject to claims appended hereto.

Claims

1. a kind of binder and its application method, it is characterised in that: including apparatus main body, be fixedly arranged on the intracorporal paper of described device master It opens package clamping device, be fixedly arranged on the intracorporal back-milling apparatus of described device master, be fixedly arranged on the intracorporal hot-melt binding of described device master Device, the paper package clamping device includes being fixedly arranged on intracorporal first working chamber of described device master, first working chamber Be installed with first motor in the inner wall of right side, first motor left end outputting axial power be connected with extend into the left it is described First rotating shaft in first working chamber, worm screw is installed in the first rotating shaft, and the worm screw front end engagement is connected with snail It takes turns, is installed with rotatable second shaft at the worm gear axle center, is installed with an opening in the first working chamber upper inside walls It is connected to the first extraneous groove forward, second shaft upper end extends into first groove and is installed with the first work department Part is installed with the second motor at side position to the left in first workpiece, and second motor upper end outputting axial power is matched Conjunction is connected with the third shaft upwardly extended, and it is identical with the third shaft that third shaft upper end is installed with center radius First screw rod, first screw rod upper end are installed with the 4th smooth shaft, and the 4th shaft upper end is installed with the second screw rod, Second screw rod upper end is installed with the 5th shaft, the company of being rotatably assorted at side position to the right in the first workpiece upper end wall Be connected to and configure identical compound shaft with left side corresponding position shaft, on first screw rod and the compound shaft with institute State the first screw rod corresponding position and be threadedly engaged and be connected with the second workpiece, in the 4th shaft and the compound shaft with The 4th shaft corresponding position is symmetrical above and below to be provided with the third workpiece that can be slided up and down along the 4th shaft, institute It states and is cased with upper end on the first screw rod and is fixedly connected with third workpiece lower end and on lower end and second workpiece The first spring for being fixedly connected is held, in the 4th shaft and the compound shaft and above and below the 4th shaft corresponding position Symmetrical rotary type is fixedly connected with the 4th workpiece for being provided with and being located between two third workpieces, the third Be open opposite locating piece, second screw rod and the compound shaft are installed on workpiece and the 4th workpiece Upper be threadedly engaged with second screw rod corresponding position is connected with the 5th workpiece, be cased on second screw rod upper end with The 5th workpiece lower end is fixedly connected and lower end is fixedly connected with the third workpiece upper end of upside second Spring is located in the 5th shaft at the 5th workpiece upper side position and is installed with first pulley, the compound shaft It is upper to be installed with the second belt wheel at the first pulley right positions, between the first pulley and second belt wheel directly Power is connected with belt, and second workpiece upper end is installed with the support frame being symmetrical set, support frame as described above Upper end is installed with the 6th workpiece of the connection that is rotatably assorted with the 5th shaft and the compound shaft upper end, and the described 6th It is installed with and upwardly extends and the 6th shaft of the connection that is rotatably assorted with first groove upper end inner wall inner bearing in workpiece.

2. a kind of binder according to claim 1 and its application method, it is characterised in that: the back-milling apparatus includes solid Second groove for opening forward in inner wall on rear side of first groove, the leftmost side in the second groove upper inside walls It is installed with the first limit switch at position, is slidably connected with the first sliding block in the second groove upper inside walls, described Third motor is installed in one sliding block, third motor lower end outputting axial power is connected with the 7th turn extended downwardly Axis is installed with back milling cutter in the 7th shaft, and array arrangement is provided with metal semi-cylindrical hill on the back milling cutter, and described The second sliding block for being slidably connected on the downside of two grooves and being located at the positive lower position of the first sliding block on inner wall, described the Small-sized gearbox is installed in two sliding blocks, the 7th shaft lower end extends into second sliding block and the miniature gear Case input terminal power is cooperatively connected, and is installed with the second working chamber, second groove and institute in inner wall on the downside of second groove It states and is provided with and communicated with first through hole between the second working chamber, the small-sized gearbox lower end output end power is connected with extension The eight revolution axis being passed into second working chamber is installed with the first spur gear, second work on the eight revolution axis Make to be installed with the rack gear for engaging and being cooperatively connected with first spur gear rear end on rear side of chamber on inner wall.

3. a kind of binder according to claim 1 and its application method, it is characterised in that: the hot-melt binding device packet Include the second limit switch being fixedly arranged in the second groove upper inside walls at right-most position, the second groove upper inside walls On be slidably connected with third sliding block, third sliding block left end is installed with third limit switch, on the downside of second groove On inner wall and be located at the positive lower position of third sliding block and be slidably connected with Four-slider, the Four-slider with it is described It is installed with hot melt gluing case between third sliding block, is installed with the 4th motor in the Four-slider, the 4th motor lower end is defeated Shaft power is connected with the 9th shaft extended downwardly through in entrance second working chamber, consolidates in the 9th shaft Equipped with the second spur gear for engaging mating connection with the rack gear.

4. a kind of binder according to claim 1 and its application method, it is characterised in that: the design of this binder is cooperated to have One encapsulating parts, the encapsulating parts are made of plastic material, are inside installed with an empty slot to match with stapled paper size, The encapsulating parts right side, lower end surface, be provided on left side one can torn fast plastic strip, operator executing dress First paper is fitted into the encapsulating parts before ordering operation, the paper edge exceeds the encapsulating parts upper end general two at this time To three millimeters, operator will reveal paper end be laterally outwards put into in the locating piece of the encapsulating parts matched-pair design Start to execute stapling operation, the design of semi-circular through hole is used on the plastic strip, may be implemented pullling the plastic strip When, the plastic strip can be detached from the encapsulating parts rapidly, and the encapsulating parts become two after being detached from the plastic strip The front and back end cover of Zhang Suoshu paper.

5. a kind of binder according to claim 1 and its application method, it is characterised in that: the first groove left and right sides It is located at the back-milling apparatus and the hot-melt binding device forward position on inner wall and is symmetrically installed with two pieces of transparent glass plates, The back-milling apparatus and the hot-melt binding device are realized when being worked, people can clearly observe but contact not It arrives, substantially increases the security performance of the present apparatus.

6. a kind of binder according to claim 1 and its application method, it is characterised in that: there are many encapsulating parts The different specification of thickness can make the present apparatus be suitable for the bookbinding of the paper of different-thickness, in addition to this, the paper package clip Tight device can be realized the paper of different-thickness by exquisite mechanical structure while be bound, and keep the practicability of the present apparatus big It is big to improve;Described method includes following steps:

Firstly, opening device power supply, starting hot melt gluing case is preheated before executing stapling operation, it is made to be heated to target Near 180 degrees Celsius of temperature, paper is fitted into encapsulating parts by operator, and paper edge exceeds encapsulating parts at this time General two to three millimeters of upper end, the third work that two are needed the paper bound dew paper end to be laterally put into downside forward by operator Make in the locating piece on the 4th workpiece of the interior and upside on component, the second motor of starting drives third shaft, the first spiral shell Bar, the 4th shaft, the second screw rod, the 5th shaft rotation, first pulley by belt drive the second belt wheel rotation, the first screw rod with The rotation of compound shaft moves up the second workpiece of downside, and the second workpiece drives third work department by the first spring Part is sliding in the 4th shaft and compound shaft, and the second screw rod and the rotation of compound shaft move down the 5th workpiece of upside, the Five workpieces drive the third workpiece of upside to glide along the 4th shaft and compound shaft by second spring, until downside Third workpiece on domestic demand stapled paper and upside the 4th workpiece on locating piece domestic demand stapled paper all by When firmly pushing down, the second motor stops;Secondly, starting first motor drives first rotating shaft rotation, worm screw drives worm gear rotation, the Two shafts drive the framework of the first workpiece, support frame, the 6th workpiece composition to rotate 180 degree, at this time two need All backwards, the first sliding block of starting drives the rotation of the 7th shaft at the paper to be bound dew paper end, and the 7th shaft drives back milling cutter rotation, 7th shaft is slowed down by small-sized gearbox drives first through hole rotation, and the first spur gear passes through the second sliding block of rack drives and the One sliding block moves to right, and paper is exceeded the part mill off of encapsulating parts by back-milling apparatus starting, simultaneously because metal semi-cylindrical hill Setting, can be left a rule channel form at milling, at milling and the contact area of glue, be made to bind matter when can increase later period gluing Amount greatly improves, and when the first sliding block, which moves to right, encounters third limit switch, third motor reversal drives the first sliding block and second to slide Block moves to left, and until the first sliding block encounters the first limit switch, third motor stops the 4th electric motor starting, and the 4th motor improves the 9th Shaft drives the rotation of the second spur gear, and the second spur gear is by driving Four-slider, hot melt gluing case, third with engaging for rack gear Sliding block moves to left, to hot-melt binding operation is carried out at milling when hot melt gluing case passes through by milling, when third limit switch touches When the first sliding block, the 4th motor reversal drives hot melt gluing case to move to right, again to by progress hot-melt binding, hot-melt binding at milling After device carries out four gluing operations back and forth to paper, third sliding block encounters the second limit switch, and the 4th motor stops, the first electricity Machine starting drives the framework of the first workpiece, support frame, the 6th workpiece composition to rotate 180 degree, and device restores Initial position, starts the second motor reversal, and operator takes out the paper being bound out of device;Finally, operator tears Lower plastic strip, plastic strip can be detached from encapsulating parts rapidly, become the front and back of stapled paper after encapsulating parts disengaging plastic strip End seal face, the related cover of paper, which is bound, to be finished.