CN109095268A - A kind of automation device for pilling paper sheets and its application method - Google Patents

Abstract

A kind of automation device for pilling paper sheets of the invention and its application method, including apparatus main body, be set to described device master it is intracorporal from the neat device of movable pendulum, be set to the intracorporal lifting device of described device master, be set to the intracorporal transmitting device of described device master and be set to the intracorporal switching device of described device master, it is described from the neat device of movable pendulum include be set to intracorporal first working chamber of described device master, it is provided with rotatable first rotating shaft in first working chamber, symmetrical above and below and dislocation and rotatable first bull stick are fixedly connected in the first rotating shaft；The device for pilling paper sheets collection paper of this secondary design arranges, the functions such as paper outflow are, using automatic control, very big improves work efficiency, and increases the efficiency of paper sheet stacking, and people is allowed not need doing this repetition and cumbersome work, the present apparatus is easy to operate, suitable for various printers, duplicator etc. is very convenient and practical.

Description

A kind of automation device for pilling paper sheets and its application method

Technical field

The present invention relates to technical field of smart office, specifically a kind of automation device for pilling paper sheets and its application method.

Background technique

Device for pilling paper sheets has very big market prospects, is either used to handle official business or the cause of imparting knowledge to students suffers from a large amount of need It asks, the device for pilling paper sheets collection paper of this secondary design arranges, and the functions such as paper outflow, use automatic control, Very big improves work efficiency, and increases the efficiency of paper sheet stacking, and people is allowed not need doing this repetition and cumbersome Work, the present apparatus is easy to operate, is suitable for various printers, and duplicator etc. is very convenient and practical, so needing to design one kind certainly Dynamicization device for pilling paper sheets and its application method it is really necessary to.

Summary of the invention

Technical problem to be solved by the invention is to provide a kind of automation device for pilling paper sheets and its application method, energy Enough solve the problems in above-mentioned present technology.

The present invention is achieved through the following technical solutions: a kind of automation device for pilling paper sheets of the invention and its making With method, including apparatus main body, be set to described device master it is intracorporal from the neat device of movable pendulum, to be set to described device master intracorporal Lifting device is set to the intracorporal transmitting device of described device master and is set to the intracorporal switching device of described device master, institute Stating from the neat device of movable pendulum includes being set to intracorporal first working chamber of described device master, is provided with and can turn in first working chamber Dynamic first rotating shaft, is fixedly connected with symmetrical above and below and dislocation and rotatable first bull stick in the first rotating shaft, and described the It is provided with the first opposite groove of opening in one bull stick, is provided with the first slide bar that can be horizontally slipped in first groove, First slide bar inner end is fixedly connected with the first spring, and first slide bar outer end is hingedly connected with bilateral symmetry and mistake Position and first sleeve capable of sliding back and forth are slidably connected with the second slide bar that can be horizontally slipped, institute in the first sleeve It states and is provided with the second opposite groove of opening in the second slide bar, it is sliding to be provided with third capable of sliding back and forth in second groove Bar, third slide bar inner end are fixedly connected with second spring, and third slide bar outer end is fixedly connected with the first sliding block, described It is provided with the first sliding cavity in first working chamber upper inside walls, first sliding cavity is all around provided with annular in the inner wall of side Square groove, first working chamber is located in the first sliding block upper side position inner wall to be provided with is through to the annular square groove up and down Interior first through hole, first upper end of slide block, which is fixedly connected with, to be extended in the annular square groove and can be in the first through hole 4th slide bar of interior sliding, the 4th slide bar upper end are fixedly connected with the L-type slide bar that can be slided in the annular square groove, institute It states to be located in first rotating shaft on the downside of first bull stick and is fixedly connected with rotatable first gear, the first gear rear end is nibbled Conjunction is connected with rotatable second gear, is provided with the first rotation chamber on rear side of first working chamber in inner wall, and described the It is fixedly connected with rear end at two gear axis and extends to that first rotation is intracavitary and rotatable second shaft, described second turn Shaft rear end is fixedly connected with rotatable third gear, and the engagement of third gear upper end is connected with rotatable 4th tooth It takes turns, rotatable third shaft is fixedly connected at the 4th gear axis, is located at the 4th tooth in the third shaft Wheel upside is fixedly connected with rotatable 5th gear.

The lifting device includes be set in the first working chamber upper inside walls as a preferred technical solution, Two rotate chambers, are provided with the third groove of opening upwards, setting in the third groove on the downside of first sliding cavity in inner wall Can slide up and down the second sliding block, and the first opposite guide runner that is open, institute are provided in the third groove left and right sides inner wall It states second sliding block or so end and is fixedly connected with the first slider guide extended in first guide runner, in first sliding cavity Being provided with can slide up and down and left and right ends are equipped with the lifter plate of tooth form, be symmetrically set with opening in the lifter plate lower end The second downward guide runner, second upper end of slide block bilateral symmetry are fixedly connected with the extended in second guide runner Two slider guides are provided with the first thread groove that Open Side Down in second sliding block lower end, and first thread groove is threadedly engaged It is connected with lower end and extends to that second rotation is intracavitary and rotatable first screw rod, second rotation is intracavitary to be provided with and institute 6th gear that the first screw rod is fixedly connected and rotatable is stated, the 6th gear rear end engagement is connected with rotatable 7th gear is provided with third rotation chamber in inner wall on rear side of the second rotation chamber, is fixedly connected at the 7th gear axis There is rear end to extend to the third and rotate intracavitary and rotatable 4th shaft, the 4th shaft rear end is fixedly connected with and can turn Dynamic eighth gear, the eighth gear lower end engagement are connected with rotatable 9th gear, the 9th gear axis Place is fixedly connected with rotatable 5th shaft, is located at the 9th gear lower position in the 5th shaft and is fixedly connected with Rotatable tenth gear.

The transmitting device includes being set to connection on the upside of first sliding cavity and being open as a preferred technical solution, Forward 4th groove, is symmetrically arranged with the 5th opposite groove that is open in the 4th groove left and right sides inner wall, and the described 5th The 11st gear that can be matched with the lifter plate left and right sides tooth form is provided in groove, in the 5th groove upper inside walls It is provided with the first drive cavity, upper end is fixedly connected at the 11st gear axis on right side and extends to first drive cavity The 6th interior shaft, the first drive cavity upside are provided with the 4th rotation chamber, the 11st tooth in left side by leftward position Upper end is fixedly connected at wheel axle center to extend through first drive cavity and extend to described intracavitary 7th turn of 4th rotation Axis, the 7th shaft are cooperatively connected by belt and the 6th shaft power, and the 4th rotation is intracavitary to be provided with and institute It states the 7th shaft to be fixedly connected and rotatable 12nd gear, the 12nd gear right end engagement, which is connected with, can be rotated The 13rd gear, the 5th rotation chamber is provided in inner wall on the right side of the 4th rotation chamber, is consolidated at the 13rd gear axis Surely it is connected with right end and extends to that the 5th rotation is intracavitary and rotatable eight revolution axis, the eight revolution axis right end are fixedly connected There is rotatable 14th gear, the 14th gear rear end engagement is connected with rotatable 15th gear, described The 6th rotation chamber is provided on rear side of 5th rotation chamber in inner wall, rear end is fixedly connected at the 15th gear axis and extends to Described 6th rotates intracavitary and rotatable 9th shaft, and the 9th shaft rear end is fixedly connected with rotatable 16th tooth Wheel, the 16th gear lower end engagement are connected with rotatable 17th gear, consolidate at the 17th gear axis Surely it is connected with rotatable tenth shaft, being located to be fixedly connected on the downside of the 17th gear in the tenth shaft can be rotated The tenth octadentate wheel.

The switching device includes being set on rear side of described device main body and described 6th turn as a preferred technical solution, The second drive cavity that dynamic chamber, third rotation chamber and the first rotation chamber are connected to, the tenth octadentate wheel, described the Ten gears and the 5th gear rear end all extend in second drive cavity, solid in inner wall on the downside of second drive cavity Surely it is provided with switch motor, switch motor upper end power, which is connected with, to be extended in second drive cavity and can be rotated The second screw rod, be threadedly engaged on second screw rod and be connected with the third sliding block that can slide up and down, the third slip front It is fixedly connected with the first operation block, first motor, first motor upper end power are fixedly installed in first operation block It is connected with the 11st shaft extended in second drive cavity, the 11st shaft upper end is fixedly connected with can be with The tenth octadentate wheel, the tenth gear and the 5th gear is meshed and rotatable change gear.

Described method includes following steps: firstly, the present apparatus opens switching in use, in the first sliding cavity of near feeding Motor, switch motor drive the rotation of the second screw rod, and the second screw rod drives third sliding block slide downward, and third sliding block drives the first work Make block slide downward, the first operation block drives change gear slide downward.

Secondly, first motor is opened when change gear is engaged with the 5th gear, first motor drives the 11st shaft to turn Dynamic, the 11st shaft drives change gear rotation, and change gear drives the rotation of the 5th gear, and the 5th gear drives third shaft to turn Dynamic, third shaft drives the rotation of the 4th gear, and the 4th gear drives the rotation of third gear, and third gear drives the second shaft to turn Dynamic, the second shaft drives second gear rotation, and second gear drives first gear rotation, and first gear drives first rotating shaft to turn Dynamic, first rotating shaft drives the first bull stick to rotate clockwise, and the first bar rotation drives first sleeve mutually to draw close, first sleeve band Dynamic second slide bar is mutually drawn close, and the second slide bar drives the 4th slide bar to slide in first through hole and draws close, and first through hole drives L-type sliding Bar is drawn close, and L-type slide bar is drawn close, to being bulldozed, first motor is inverted after being bulldozed resets L-type slide bar, opens switching on lifter plate Motor engages change gear with the tenth gear, and change gear drives the rotation of the tenth gear, and the tenth gear drives the 5th shaft to turn Dynamic, the 5th shaft drives the rotation of the 9th gear, and the 9th gear drives eighth gear rotation, and eighth gear drives the 4th shaft to turn Dynamic, the 4th shaft drives the rotation of the 7th gear, and the 7th gear drives the rotation of the 6th gear, and the 6th gear drives the first screw rod to turn Dynamic, the first screw rod drives the second sliding block upward sliding, and the second sliding block upward sliding drives lifter plate upward sliding, when lifter plate is sliding When moving to the 4th groove, the 11st gear is engaged with lifter plate left and right sides tooth form, and opening switch motor makes change gear and the The engagement of ten octadentate wheels, change gear drive the rotation of the tenth octadentate wheel, and the tenth octadentate wheel drives the rotation of the tenth shaft, the tenth shaft band Dynamic 17th gear rotation, the 17th gear drive the 16th gear to rotate, drive the 9th shaft rotation of the 16th gear, and the 9th Shaft drives the rotation of the 15th gear, and the 15th gear drives the rotation of the 14th gear, and the 14th gear drives eight revolution axis to turn Dynamic, eight revolution axis drives the rotation of the 13rd gear, and the 13rd gear drives the rotation of the 12nd gear, and the 12nd gear drives the 7th Shaft rotates the 7th shaft, and the 7th shaft drives the rotation of the 6th shaft, and the 6th shaft drives the 11st gear rotation on right side, together When, the 7th shaft drives the 11st gear rotation in left side, and the rotation of the 11st gear drives lifter plate forward slip, works as lifter plate When front end slides into the external world, takes out and be bulldozed paper on lifter plate.

Finally,Reversion first motor makes to go up and down sheet reset, nibbles change gear with the tenth gear It closes, lifter plate and the second sliding block reset when inverting first motor, when needing to reuse, repeat aforesaid operations.

The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, the present apparatus is in use, near be sent into first In sliding cavity, switch motor is opened, switch motor drives the rotation of the second screw rod, and the second screw rod drives third sliding block slide downward, Third sliding block drives the first operation block slide downward, and the first operation block drives change gear slide downward, when change gear and the When five gears engage, first motor is opened, and first motor drives the rotation of the 11st shaft, and the 11st shaft drives teeth change rotation Dynamic, change gear drives the rotation of the 5th gear, and the 5th gear drives the rotation of third shaft, and third shaft drives the 4th gear to turn Dynamic, the 4th gear drives the rotation of third gear, and third gear drives the rotation of the second shaft, and the second shaft drives second gear to turn Dynamic, second gear drives first gear rotation, and first gear drives first rotating shaft rotation, and first rotating shaft drives the first bull stick up time Needle rotation, the first bar rotation drive first sleeve mutually to draw close, and first sleeve drives the second slide bar mutually to draw close, the second slide bar It drives the 4th slide bar to slide in first through hole to draw close, first through hole drives L-type slide bar to draw close, and L-type slide bar is drawn close lifter plate On invert first motor to being bulldozed, after being bulldozed and reset L-type slide bar, opening switch motor nibbles change gear with the tenth gear It closes, change gear drives the rotation of the tenth gear, and the tenth gear drives the rotation of the 5th shaft, and the 5th shaft drives the 9th gear to turn Dynamic, the 9th gear drives eighth gear rotation, and eighth gear drives the rotation of the 4th shaft, and the 4th shaft drives the 7th gear to turn Dynamic, the 7th gear drives the rotation of the 6th gear, and the 6th gear drives the rotation of the first screw rod, and the first screw rod drives the second sliding block upward Sliding, the second sliding block upward sliding drive lifter plate upward sliding, when lifter plate slides into the 4th groove, the 11st gear It is engaged with lifter plate left and right sides tooth form, opening switch motor engages change gear with the tenth octadentate wheel, change gear drive the The rotation of ten octadentate wheels, the tenth octadentate wheel drive the rotation of the tenth shaft, and the tenth shaft drives the rotation of the 17th gear, the 17th gear The 16th gear is driven to rotate, the 16th gear drives the rotation of the 9th shaft, and the 9th shaft drives the 15th gear to rotate, and the tenth Five gears drive the rotation of the 14th gear, and the 14th gear drives the rotation of eight revolution axis, and eight revolution axis drives the 13rd gear to turn Dynamic, the 13rd gear drives the rotation of the 12nd gear, and the 12nd gear drives the 7th shaft to rotate the 7th shaft, the 7th shaft band Dynamic 6th shaft rotation, the 6th shaft drive the 11st gear rotation on right side, meanwhile, the 7th shaft drives the 11st of left side Gear rotation, the rotation of the 11st gear drive lifter plate forward slip, when lifting front edge of board slides into the external world, take out lifter plate On be bulldozed paper, reversion first motor makes to go up and down sheet reset, engage change gear with the tenth gear, Lifter plate and the second sliding block reset when inverting first motor, when needing to reuse, repeat aforesaid operations, the present apparatus The completion that can be automated is neat by paper pendulum at random and is unified to send out.

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 the schematic diagram of internal structure of a kind of automation device for pilling paper sheets of the invention and its application method；

Fig. 2 is the cross-sectional view in direction " A-A " in Fig. 1；

Fig. 3 is the cross-sectional view in direction " B-B " in Fig. 1；

Fig. 4 is the cross-sectional view in direction " C-C " in Fig. 1；

Fig. 5 is the cross-sectional view in direction " D-D " in Fig. 3.

Specific embodiment

As Figure 1-Figure 5, a kind of automation device for pilling paper sheets of the invention and its application method, including apparatus main body 10, be set in described device main body 10 from the neat device of movable pendulum, the lifting device being set in described device main body 10, setting It is described neat from movable pendulum in the transmitting device in described device main body 10 and the switching device being set in described device main body 10 Device includes the first working chamber 11 being set in described device main body 10, is provided in first working chamber 11 rotatable First rotating shaft 12 is fixedly connected with symmetrical above and below and dislocation and rotatable first bull stick 13 in the first rotating shaft 12, described It is provided with the first opposite groove 14 of opening in first bull stick 13, can horizontally slip the is provided in first groove 14 One slide bar 15,15 inner end of the first slide bar are fixedly connected with the first spring 16, and 15 outer end of the first slide bar hingedly cooperates company It is connected to bilateral symmetry and dislocation and first sleeve capable of sliding back and forth 17, being slidably connected in the first sleeve 17 can be left Second slide bar 18 of right sliding is provided with the second opposite groove 19 of opening, second groove 19 in second slide bar 18 Inside it is provided with third slide bar 20 capable of sliding back and forth, 20 inner end of third slide bar is fixedly connected with second spring 21, and described Three slide bars, 20 outer end is fixedly connected with the first sliding block 22, is provided with the first sliding cavity in 11 upper inside walls of the first working chamber 24, first sliding cavity 24 is all around provided with annular square groove 25 in the inner wall of side, and first working chamber 11 is located at described It is provided with the first through hole 23 being through in the annular square groove 25 up and down in first sliding block, 22 upper side position inner wall, described first It is sliding that 22 upper end of sliding block is fixedly connected with the 4th that extends to and can slide in the annular square groove 25 and in the first through hole 23 Bar 26,26 upper end of the 4th slide bar are fixedly connected with the L-type slide bar 27 that can be slided in the annular square groove 25, and described first It is located on the downside of first bull stick 13 in shaft 12 and is fixedly connected with rotatable first gear 28,28 rear end of first gear Engagement is connected with rotatable second gear 29, is provided with the first rotation chamber in the 11 rear side inner wall of the first working chamber 30, be fixedly connected at 29 axle center of second gear rear end extend to it is in the first rotation chamber 30 and second turn rotatable Axis 31,31 rear end of the second shaft are fixedly connected with rotatable third gear 32, and 32 upper end of the third gear engagement is matched Conjunction is connected with rotatable 4th gear 33, is fixedly connected with rotatable third shaft 34 at 33 axle center of the 4th gear, It is located on the upside of the 4th gear 33 in the third shaft 34 and is fixedly connected with rotatable 5th gear 35.

Valuably, the lifting device includes the second rotation chamber being set in 11 upper inside walls of the first working chamber 36, the third groove 37 of opening upwards, setting in the third groove 37 are provided in the 24 downside inner wall of the first sliding cavity Can slide up and down the second sliding block 38, and the first opposite guide runner that is open is provided in the 37 left and right sides inner wall of third groove 39, the end of the second sliding block 38 or so is fixedly connected with the first slider guide 40 extended in first guide runner 39, described Being provided in first sliding cavity 24 can slide up and down and left and right ends are equipped with the lifter plate 41 of tooth form, in 41 lower end of lifter plate It is symmetrically set with the second guide runner 42 that Open Side Down, 38 upper end of the second sliding block bilateral symmetry is fixedly connected with extension To the second slider guide 43 in second guide runner 42, the first spiral shell that Open Side Down is provided in 38 lower end of the second sliding block Groove 44, first thread groove 44, which is threadedly engaged, to be connected with lower end and extends in the second rotation chamber 36 and rotatable the One screw rod 45, it is described second rotation chamber 36 in be provided with 6th gear be fixedly connected with first screw rod 45 and rotatable 46,46 rear end of the 6th gear engagement is connected with rotatable 7th gear 47, and described second rotates in 36 rear side of chamber It is provided with third rotation chamber 48 in wall, rear end is fixedly connected at 47 axle center of the 7th gear and extends to the third rotation chamber 48 interior and rotatable 4th shafts 49,49 rear end of the 4th shaft is fixedly connected with rotatable eighth gear 50, described The engagement of 50 lower end of eighth gear is connected with rotatable 9th gear 51, is fixedly connected at 51 axle center of the 9th gear Rotatable 5th shaft 52,51 lower position of the 9th gear is located in the 5th shaft 52 being fixedly connected with can be rotated The tenth gear 53.

Valuably, the transmitting device includes being set to connection and for opening forward 4th on the upside of first sliding cavity 24 Groove 54 is symmetrically arranged with the 5th opposite groove 55 that is open, the 5th groove in the 54 left and right sides inner wall of the 4th groove The 11st gear 56 that can be matched with the 41 left and right sides tooth form of lifter plate is provided in 55, in 55 upside of the 5th groove It is provided with the first drive cavity 57 in wall, upper end is fixedly connected at 56 axle center of the 11st gear on right side and extends to described The 6th shaft 58 in one drive cavity 57 is provided with the 4th rotation chamber 59 by leftward position on the upside of first drive cavity 57, left Upper end is fixedly connected at 56 axle center of the 11st gear of side to extend through first drive cavity 57 and extend to described The 7th shaft 60 in 4th rotation chamber 59, the 7th shaft 60 are connected by belt and 58 power of the 6th shaft cooperation It connects, is provided with and is fixedly connected with the 7th shaft 60 and rotatable 12nd gear 61 in the 4th rotation chamber 59, institute It states the engagement of 61 right end of the 12nd gear and is connected with rotatable 13rd gear 62, the 4th rotation 59 right side inner wall of chamber It is inside provided with the 5th rotation chamber 63, right end is fixedly connected at 62 axle center of the 13rd gear and extends to the 5th rotation chamber In 63 and rotatable eight revolution axis 64,64 right end of eight revolution axis are fixedly connected with rotatable 14th gear 65, institute It states the engagement of 65 rear end of the 14th gear and is connected with rotatable 15th gear 66, the 5th rotation 63 rear side inner wall of chamber It is inside provided with the 6th rotation chamber 67, rear end is fixedly connected at 66 axle center of the 15th gear and extends to the 6th rotation chamber 67 interior and rotatable 9th shafts 68,68 rear end of the 9th shaft is fixedly connected with rotatable 16th gear 69, institute It states the engagement of 69 lower end of the 16th gear and is connected with rotatable 17th gear 70, consolidate at 70 axle center of the 17th gear Surely it is connected with rotatable tenth shaft 71, is located on the downside of the 17th gear 70 in the tenth shaft 71 and is fixedly connected with Rotatable tenth octadentate wheel 72.

Valuably, the switching device includes being set to 10 rear side of described device main body and the 6th the rotation chamber 67, institute State third rotation chamber 48 and second drive cavity 73 that is connected to of the first rotation chamber 30, it is the tenth octadentate wheel 72, described Tenth gear 53 and 35 rear end of the 5th gear all extend in second drive cavity 73, under second drive cavity 73 Switch motor 74 is fixedly installed in the inner wall of side, the 74 upper end power of switch motor, which is connected with, extends to second biography In dynamic chamber 73 and rotatable second screw rod 75, it is threadedly engaged that be connected with the third that can slide up and down sliding on second screw rod 75 Block 76,76 front end of third sliding block are fixedly connected with the first operation block 77, and is fixedly installed in first operation block 77 One motor 78, the 78 upper end power of first motor are connected with the 11st shaft extended in second drive cavity 73 79,79 upper end of the 11st shaft is fixedly connected with can be with the tenth octadentate wheel 72, the tenth gear 53 and described 5th gear 35 is meshed and rotatable change gear 80.

Described method includes following steps: firstly, the present apparatus is in use, in the first sliding cavity 24 of near feeding, opening is cut Motor 74 is changed, switch motor 74 drives the rotation of the second screw rod 75, and the second screw rod 75 drives 76 slide downward of third sliding block, and third is sliding Block 76 drives 77 slide downward of the first operation block, and the first operation block 77 drives 80 slide downward of change gear.

Secondly, first motor 78 is opened when change gear 80 is engaged with the 5th gear 35, first motor 78 drives the tenth The rotation of one shaft 79, the 11st shaft 79 drive change gear 80 to rotate, and change gear 80 drives the 5th gear 35 to rotate, and the 5th Gear 35 drives third shaft 34 to rotate, and third shaft 34 drives the rotation of the 4th gear 33, and the 4th gear 33 drives third gear 32 rotations, third gear 32 drive the rotation of the second shaft 31, and the second shaft 31 drives second gear 29 to rotate, 29 band of second gear Dynamic first gear 28 rotates, and first gear 28 drives first rotating shaft 12 to rotate, and first rotating shaft 12 drives the first bull stick 13 clockwise Rotation, the rotation of the first bull stick 13 drive first sleeve 17 mutually to draw close, and first sleeve 17 drives the second slide bar 18 mutually to draw close, the Two slide bars 18 drive the 4th slide bar 26 to slide in first through hole 23 and draw close, and first through hole 23 drives L-type slide bar 27 to draw close, L-type Slide bar 27 is drawn close, to being bulldozed, first motor 78 is inverted after being bulldozed resets L-type slide bar 27, opens switching electricity on lifter plate 41 Machine 74 engages change gear 80 with the tenth gear 53, and change gear 80 drives the rotation of the tenth gear 53, and the tenth gear 53 drives The rotation of 5th shaft 52, the 5th shaft 52 drive the rotation of the 9th gear 51, and the 9th gear 51 drives eighth gear 50 to rotate, and the 8th Gear 50 drives the rotation of the 4th shaft 49, and the 4th shaft 49 drives the rotation of the 7th gear 47, and the 7th gear 47 drives the 6th gear 46 rotations, the 6th gear 46 drive the rotation of the first screw rod 45, and the first screw rod 45 drives 38 upward sliding of the second sliding block, the second sliding block 38 upward slidings drive 41 upward sliding of lifter plate, when lifter plate 41 slides into the 4th groove 54, the 11st gear 56 with The engagement of 41 left and right sides tooth form of lifter plate, opening switch motor 74 engages change gear 80 with the tenth octadentate wheel 72, change gear 80 drive the rotation of the tenth octadentate wheel 72, and the tenth octadentate wheel 72 drives the rotation of the tenth shaft 71, and the tenth shaft 71 drives the 17th tooth 70 rotation of wheel, the 17th gear 70 drive the 16th gear 69 to rotate, drive the 9th shaft 68 rotation of the 16th gear 69, and the 9th Shaft 68 drives the rotation of the 15th gear 66, and the 15th gear 66 drives the rotation of the 14th gear 65, and the 14th gear 65 drives Eight revolution axis 64 rotates, and eight revolution axis 64 drives the rotation of the 13rd gear 62, and the 13rd gear 62 drives 61 turns of the 12nd gear Dynamic, the 12nd gear 61 drives the 7th shaft 60 to rotate the 7th shaft 60, and the 7th shaft 60 drives the 6th shaft 58 to rotate, and the 6th Shaft 58 drives the 11st gear 56 rotation on right side, meanwhile, the 7th shaft 60 drives the 11st gear 56 rotation in left side, the The rotation of 11 gears 56 drives 41 forward slip of lifter plate to take out on lifter plate 41 when 41 front end of lifter plate slides into the external world It is bulldozed paper.

Finally,Reversion first motor 78 resets lifter plate 41, and change gear 80 and the are made when being then turned on switch motor 74 The engagement of ten gears 53, lifter plate 41 and the second sliding block 38 reset when inverting first motor 78, when needing to reuse, repeat Aforesaid operations.

The present apparatus opens switch motor 74 in use, in the first sliding cavity 24 of near feeding, and switch motor 74 drives second Screw rod 75 rotates, and the second screw rod 75 drives 76 slide downward of third sliding block, and third sliding block 76 drives the first operation block 77 to downslide Dynamic, the first operation block 77 drives 80 slide downward of change gear, when change gear 80 is engaged with the 5th gear 35, first motor 78 open, and first motor 78 drives the rotation of the 11st shaft 79, and the 11st shaft 79 drives change gear 80 to rotate, change gear 80 drive the rotation of the 5th gear 35, and the 5th gear 35 drives third shaft 34 to rotate, and third shaft 34 drives 33 turns of the 4th gear Dynamic, the 4th gear 33 drives third gear 32 to rotate, and third gear 32 drives the rotation of the second shaft 31, and the second shaft 31 drives the The rotation of two gears 29, second gear 29 drive first gear 28 to rotate, and first gear 28 drives first rotating shaft 12 to rotate, and first turn Axis 12 drives the first bull stick 13 to rotate clockwise, and the rotation of the first bull stick 13 drives first sleeve 17 mutually to draw close, first sleeve 17 The second slide bar 18 is driven mutually to draw close, the second slide bar 18 drives the 4th slide bar 26 to slide in first through hole 23 and draws close, and first is logical Hole 23 drives L-type slide bar 27 to draw close, and L-type slide bar 27, which is drawn close, to being bulldozed, first motor 78 is inverted after being bulldozed on lifter plate 41 Reset L-type slide bar 27, opening switch motor 74 engages change gear 80 with the tenth gear 53, and change gear 80 drives the tenth Gear 53 rotates, and the tenth gear 53 drives the rotation of the 5th shaft 52, and the 5th shaft 52 drives the rotation of the 9th gear 51, the 9th gear 51 drive eighth gear 50 to rotate, and eighth gear 50 drives the rotation of the 4th shaft 49, and the 4th shaft 49 drives 47 turns of the 7th gear Dynamic, the 7th gear 47 drives the rotation of the 6th gear 46, and the 6th gear 46 drives the rotation of the first screw rod 45, and the first screw rod 45 drives the Two sliding blocks, 38 upward sliding, 38 upward sliding of the second sliding block drives 41 upward sliding of lifter plate, when lifter plate 41 slides into the 4th When in groove 54, the 11st gear 56 is engaged with 41 left and right sides tooth form of lifter plate, open switch motor 74 make change gear 80 with The engagement of tenth octadentate wheel 72, change gear 80 drive the rotation of the tenth octadentate wheel 72, and the tenth octadentate wheel 72 drives 71 turns of the tenth shaft Dynamic, the tenth shaft 71 drives the rotation of the 17th gear 70, and the 17th gear 70 drives the rotation of the 16th gear 69, the 16th gear 69 drive the rotation of the 9th shaft 68, and the 9th shaft 68 drives the rotation of the 15th gear 66, and the 15th gear 66 drives the 14th tooth 65 rotation of wheel, the 14th gear 65 drive eight revolution axis 64 to rotate, drive the 13rd gear 62 rotation of eight revolution axis 64, and the 13rd Gear 62 drives the rotation of the 12nd gear 61, and the 12nd gear 61 drives the 7th shaft 60 to rotate the 7th shaft 60, the 7th shaft 60 drive the rotation of the 6th shaft 58, and the 6th shaft 58 drives the 11st gear 56 rotation on right side, meanwhile, the 7th shaft 60 drives 11st gear 56 in left side rotates, and the rotation of the 11st gear 56 drives 41 forward slip of lifter plate, when 41 front end of lifter plate is sliding It when moving to the external world, takes out and is bulldozed paper on lifter plate 41, reversion first motor 78 resets lifter plate 41, is then turned on switch motor Engage change gear 80 with the tenth gear 53, lifter plate 41 and the second sliding block 38 reset when inverting first motor 78, When needing to reuse, aforesaid operations are repeated.

The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, the present apparatus is in use, near be sent into first In sliding cavity, switch motor is opened, switch motor drives the rotation of the second screw rod, and the second screw rod drives third sliding block slide downward, Third sliding block drives the first operation block slide downward, and the first operation block drives change gear slide downward, when change gear and the When five gears engage, first motor is opened, and first motor drives the rotation of the 11st shaft, and the 11st shaft drives teeth change rotation Dynamic, change gear drives the rotation of the 5th gear, and the 5th gear drives the rotation of third shaft, and third shaft drives the 4th gear to turn Dynamic, the 4th gear drives the rotation of third gear, and third gear drives the rotation of the second shaft, and the second shaft drives second gear to turn Dynamic, second gear drives first gear rotation, and first gear drives first rotating shaft rotation, and first rotating shaft drives the first bull stick up time Needle rotation, the first bar rotation drive first sleeve mutually to draw close, and first sleeve drives the second slide bar mutually to draw close, the second slide bar It drives the 4th slide bar to slide in first through hole to draw close, first through hole drives L-type slide bar to draw close, and L-type slide bar is drawn close lifter plate On invert first motor to being bulldozed, after being bulldozed and reset L-type slide bar, opening switch motor nibbles change gear with the tenth gear It closes, change gear drives the rotation of the tenth gear, and the tenth gear drives the rotation of the 5th shaft, and the 5th shaft drives the 9th gear to turn Dynamic, the 9th gear drives eighth gear rotation, and eighth gear drives the rotation of the 4th shaft, and the 4th shaft drives the 7th gear to turn Dynamic, the 7th gear drives the rotation of the 6th gear, and the 6th gear drives the rotation of the first screw rod, and the first screw rod drives the second sliding block upward Sliding, the second sliding block upward sliding drive lifter plate upward sliding, when lifter plate slides into the 4th groove, the 11st gear It is engaged with lifter plate left and right sides tooth form, opening switch motor engages change gear with the tenth octadentate wheel, change gear drive the The rotation of ten octadentate wheels, the tenth octadentate wheel drive the rotation of the tenth shaft, and the tenth shaft drives the rotation of the 17th gear, the 17th gear The 16th gear is driven to rotate, the 16th gear drives the rotation of the 9th shaft, and the 9th shaft drives the 15th gear to rotate, and the tenth Five gears drive the rotation of the 14th gear, and the 14th gear drives the rotation of eight revolution axis, and eight revolution axis drives the 13rd gear to turn Dynamic, the 13rd gear drives the rotation of the 12nd gear, and the 12nd gear drives the 7th shaft to rotate the 7th shaft, the 7th shaft band Dynamic 6th shaft rotation, the 6th shaft drive the 11st gear rotation on right side, meanwhile, the 7th shaft drives the 11st of left side Gear rotation, the rotation of the 11st gear drive lifter plate forward slip, when lifting front edge of board slides into the external world, take out lifter plate On be bulldozed paper, reversion first motor makes to go up and down sheet reset, engage change gear with the tenth gear, Lifter plate and the second sliding block reset when inverting first motor, when needing to reuse, repeat aforesaid operations, the present apparatus The completion that can be automated is neat by paper pendulum at random and is unified to send out.

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 (7)

1. a kind of automation device for pilling paper sheets of the invention and its application method, including apparatus main body, it is set to described device It is main it is intracorporal from the neat device of movable pendulum, be set to the intracorporal lifting device of described device master, be set to the intracorporal biography of described device master Defeated device and be set to the intracorporal switching device of described device master, it is characterised in that: it is described from the neat device of movable pendulum include setting In being provided with rotatable first rotating shaft in intracorporal first working chamber of described device master, first working chamber, described first Symmetrical above and below and dislocation and rotatable first bull stick are fixedly connected in shaft, it is opposite to be provided with opening in first bull stick The first groove, the first slide bar that can be horizontally slipped is provided in first groove, first slide bar inner end is fixed to be connected It is connected to the first spring, first slide bar outer end is hingedly connected with bilateral symmetry and dislocation and first set capable of sliding back and forth Tin, it is slidably connected with the second slide bar that can be horizontally slipped in the first sleeve, is provided with opening in second slide bar The second opposite groove is provided with third slide bar capable of sliding back and forth in second groove, and third slide bar inner end is fixed It is connected with second spring, third slide bar outer end is fixedly connected with the first sliding block, sets in the first working chamber upper inside walls It is equipped with the first sliding cavity, first sliding cavity is all around provided with annular square groove, first working chamber position in the inner wall of side In being provided with the first through hole being through in the annular square groove up and down in the first sliding block upper side position inner wall, described first Upper end of slide block is fixedly connected with the 4th slide bar that extends to and can slide in the annular square groove and in the first through hole, described 4th slide bar upper end is fixedly connected with the L-type slide bar that can be slided in the annular square groove, is located in the first rotating shaft described Rotatable first gear is fixedly connected on the downside of first bull stick, the first gear rear end engagement is connected with rotatable Second gear is provided with the first rotation chamber in inner wall on rear side of first working chamber, is fixedly connected at the second gear axle center There is rear end to extend to described first and rotate intracavitary and rotatable second shaft, second shaft rear end is fixedly connected with and can turn Dynamic third gear, the engagement of third gear upper end are connected with rotatable 4th gear, the 4th gear axis Place is fixedly connected with rotatable third shaft, is located on the upside of the 4th gear in the third shaft and is fixedly connected with and can turn The 5th dynamic gear.

2. a kind of automation device for pilling paper sheets according to claim 1 and its application method, it is characterised in that: the liter Falling unit includes the second rotation chamber being set in the first working chamber upper inside walls, on the downside of first sliding cavity in inner wall It is provided with the third groove of opening upwards, second sliding block that can slide up and down is provided in the third groove, the third is recessed The the first opposite guide runner that is open is provided in slot left and right sides inner wall, described second sliding block or so end, which is fixedly connected with, extends to institute State the first slider guide in the first guide runner, be provided in first sliding cavity can slide up and down and left and right ends be equipped with tooth form Lifter plate, be symmetrically set with the second guide runner that Open Side Down, second upper end of slide block in the lifter plate lower end Bilateral symmetry is fixedly connected with the second slider guide extended in second guide runner, and second sliding block is provided in lower end The first thread groove that Open Side Down, first thread groove be threadedly engaged be connected with lower end extend to it is described second rotation it is intracavitary and Rotatable first screw rod, second rotation is intracavitary be provided with it is being fixedly connected with first screw rod and the rotatable 6th Gear, the 6th gear rear end engagement is connected with rotatable 7th gear, on rear side of the second rotation chamber in inner wall It is provided with third rotation chamber, rear end is fixedly connected at the 7th gear axis, and to extend to the third rotation intracavitary and can turn The 4th dynamic shaft, the 4th shaft rear end are fixedly connected with rotatable eighth gear, the eighth gear lower end engagement It is connected with rotatable 9th gear, rotatable 5th shaft is fixedly connected at the 9th gear axis, it is described It is located at the 9th gear lower position in 5th shaft and is fixedly connected with rotatable tenth gear.

3. a kind of automation device for pilling paper sheets according to claim 1 and its application method, it is characterised in that: the biography Defeated device includes being set to connection and the 4th groove for opening forward, the 4th groove left and right sides on the upside of first sliding cavity The 5th opposite groove that is open is symmetrically arranged in inner wall, being provided in the 5th groove can be with the lifter plate left and right sides tooth The 11st gear that shape matches, is provided with the first drive cavity in the 5th groove upper inside walls, and the described 11st of right side the It is fixedly connected with the 6th shaft that upper end extends in first drive cavity at gear axis, is leaned on the upside of first drive cavity Leftward position is provided with the 4th rotation chamber, be fixedly connected at the 11st gear axis in left side upper end extend through it is described First drive cavity and intracavitary the 7th shaft of the 4th rotation is extended to, the 7th shaft passes through belt and described 6th turn Axis power is cooperatively connected, and intracavitary be provided with of the 4th rotation is fixedly connected and rotatable 12nd tooth with the 7th shaft Wheel, the 12nd gear right end engagement are connected with rotatable 13rd gear, inner wall on the right side of the 4th rotation chamber Inside be provided with the 5th rotation chamber, be fixedly connected at the 13rd gear axis right end extend to the 5th rotation it is intracavitary and Rotatable eight revolution axis, the eight revolution axis right end are fixedly connected with rotatable 14th gear, the 14th gear Rear end engagement is connected with rotatable 15th gear, is provided with the 6th rotation in inner wall on rear side of the 5th rotation chamber Chamber, rear end is fixedly connected at the 15th gear axis, and to extend to the 6th rotation intracavitary and 9th turn rotatable Axis, the 9th shaft rear end are fixedly connected with rotatable 16th gear, and the 16th gear lower end engagement cooperation connects It is connected to rotatable 17th gear, is fixedly connected with rotatable tenth shaft at the 17th gear axis, described It is located on the downside of the 17th gear in ten shafts and is fixedly connected with rotatable tenth octadentate wheel.

4. a kind of automation device for pilling paper sheets according to claim 1 and its application method, it is characterised in that: described to cut Changing device rotates chamber with the described 6th including being set to described device main body rear side, the third rotates chamber and first turn described The second drive cavity that dynamic chamber is connected to, the tenth octadentate wheel, the tenth gear and the 5th gear rear end extend To in second drive cavity, being fixedly installed switch motor on the downside of second drive cavity in inner wall, on the switch motor End power, which is connected with, to be extended in second drive cavity and rotatable second screw rod, and screw thread is matched on second screw rod Conjunction is connected with the third sliding block that can slide up and down, and the third slip front is fixedly connected with the first operation block, first work Make to be fixedly installed first motor in block, first motor upper end power, which is connected with, to be extended in second drive cavity The 11st shaft, the 11st shaft upper end be fixedly connected with can with the tenth octadentate wheel, the tenth gear and 5th gear is meshed and rotatable change gear.

5. described method includes following steps: firstly, the present apparatus opens switching electricity in use, in the first sliding cavity of near feeding Machine, switch motor drive the rotation of the second screw rod, and the second screw rod drives third sliding block slide downward, and third sliding block drives the first work Block slide downward, the first operation block drive change gear slide downward.

6. first motor drives the 11st shaft to turn secondly, first motor is opened when change gear is engaged with the 5th gear Dynamic, the 11st shaft drives change gear rotation, and change gear drives the rotation of the 5th gear, and the 5th gear drives third shaft to turn Dynamic, third shaft drives the rotation of the 4th gear, and the 4th gear drives the rotation of third gear, and third gear drives the second shaft to turn Dynamic, the second shaft drives second gear rotation, and second gear drives first gear rotation, and first gear drives first rotating shaft to turn Dynamic, first rotating shaft drives the first bull stick to rotate clockwise, and the first bar rotation drives first sleeve mutually to draw close, first sleeve band Dynamic second slide bar is mutually drawn close, and the second slide bar drives the 4th slide bar to slide in first through hole and draws close, and first through hole drives L-type sliding Bar is drawn close, and L-type slide bar is drawn close, to being bulldozed, first motor is inverted after being bulldozed resets L-type slide bar, opens switching on lifter plate Motor engages change gear with the tenth gear, and change gear drives the rotation of the tenth gear, and the tenth gear drives the 5th shaft to turn Dynamic, the 5th shaft drives the rotation of the 9th gear, and the 9th gear drives eighth gear rotation, and eighth gear drives the 4th shaft to turn Dynamic, the 4th shaft drives the rotation of the 7th gear, and the 7th gear drives the rotation of the 6th gear, and the 6th gear drives the first screw rod to turn Dynamic, the first screw rod drives the second sliding block upward sliding, and the second sliding block upward sliding drives lifter plate upward sliding, when lifter plate is sliding When moving to the 4th groove, the 11st gear is engaged with lifter plate left and right sides tooth form, and opening switch motor makes change gear and the The engagement of ten octadentate wheels, change gear drive the rotation of the tenth octadentate wheel, and the tenth octadentate wheel drives the rotation of the tenth shaft, the tenth shaft band Dynamic 17th gear rotation, the 17th gear drive the 16th gear to rotate, drive the 9th shaft rotation of the 16th gear, and the 9th Shaft drives the rotation of the 15th gear, and the 15th gear drives the rotation of the 14th gear, and the 14th gear drives eight revolution axis to turn Dynamic, eight revolution axis drives the rotation of the 13rd gear, and the 13rd gear drives the rotation of the 12nd gear, and the 12nd gear drives the 7th Shaft rotates the 7th shaft, and the 7th shaft drives the rotation of the 6th shaft, and the 6th shaft drives the 11st gear rotation on right side, together When, the 7th shaft drives the 11st gear rotation in left side, and the rotation of the 11st gear drives lifter plate forward slip, works as lifter plate When front end slides into the external world, takes out and be bulldozed paper on lifter plate.

7.FinallyReversion first motor makes to go up and down sheet reset, engages change gear with the tenth gear, Lifter plate and the second sliding block reset when inverting first motor, when needing to reuse, repeat aforesaid operations.