CN109050037A

CN109050037A - A kind of bookbinding needle device and its application method

Info

Publication number: CN109050037A
Application number: CN201811075763.7A
Authority: CN
Inventors: 邬时伟
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-09-14
Filing date: 2018-09-14
Publication date: 2018-12-21

Abstract

The invention discloses a kind of bookbinding needle devices, including apparatus main body, the grinding device that described device main body split shed operating cavity to the right is set and is arranged in above the operating cavity, the first drive cavity being provided in described device main body on the downside of the operating cavity, first motor is fixedly installed in the first drive cavity lower end wall, the first motor upper end is connected by power the first rotating shaft upwardly extended, and the first rotating shaft upper end is rotatably assorted with the first drive cavity upper end wall and connect, the first spur gear for being fixedly mounted on the first rotating shaft outer surface is provided in first drive cavity, the second drive cavity for being provided in described device main body between the operating cavity and first drive cavity and extending to the left, the second shaft extended up and down is rotatably mounted between first drive cavity and the operating cavity , and second shaft runs through second drive cavity, second shaft upper end is rotatably assorted with the operating cavity upper end wall and connect.

Description

A kind of bookbinding needle device and its application method

Technical field

The present invention relates to binding technique field, specially a kind of bookbinding needle device and its application method.

Background technique

Binder is a kind of to be set the materials such as paper, leather with the bookbinding that binding needle is fixed together by mechanical structure It is standby, when needing that some thicker or a fairly large number of paper, leather etc. is stapled together, the binding needle of inferior quality The problems such as being just unable to satisfy binding requirements, being easy to appear broken nail, binding material cannot be bound, the manufacture material one of binding needle As be iron, hardness, the intensity for needing to quench iron in the manufacturing process of binding needle to guarantee binding needle, but traditional system Making technique has the preparation of quenching liquid and carries out quenching technical separation, causes the ingredient of quenching liquid to change, influences The quality of binding needle.

Summary of the invention

It is in the prior art for overcoming the purpose of the present invention is to provide a kind of bookbinding needle device and its application method State defect.

A kind of bookbinding needle device according to the present invention, including apparatus main body, setting described device main body split shed to the right Operating cavity and the grinding device that is arranged in above the operating cavity, be provided with positioned at the operating cavity in described device main body First drive cavity of downside, first motor is fixedly installed in the first drive cavity lower end wall, and the first motor upper end is dynamic Power is connected with the first rotating shaft upwardly extended, and the first rotating shaft upper end and the first drive cavity upper end wall are rotatably assorted company It connects, the first spur gear for being fixedly mounted on the first rotating shaft outer surface, described device master is provided in first drive cavity The second drive cavity for being provided in body between the operating cavity and first drive cavity and extending to the left, described first passes It is rotatably mounted with the second shaft extended up and down between dynamic chamber and the operating cavity, and second shaft is through described the Two drive cavities, second shaft upper end are rotatably assorted with the operating cavity upper end wall and connect, second shaft lower end and institute It states the first drive cavity lower end wall to be rotatably assorted connection, is provided with and is fixedly mounted on outside second shaft in first drive cavity Second spur gear on surface, and second spur gear engages cooperation with first spur gear, in the wall of the operating cavity left end It is provided with the third drive cavity of opening to the right, is rotatably mounted between the third drive cavity and second drive cavity Lower extension third shaft, and third shaft upper end is rotatably assorted with the third drive cavity upper end wall and connect, the third Shaft lower end is rotatably assorted with the second drive cavity lower end wall and connect, and is provided in second drive cavity and is fixedly mounted on institute The first transmission wheel of the second shaft outer surface is stated, is additionally provided with and is fixedly mounted on outside the third shaft in second drive cavity Second driving wheel on surface is arranged with conveyer belt, second transmission between first transmission wheel and second driving wheel The second motor is fixedly installed in chamber upper end wall, second motor lower end is connected by power the 4th shaft extended downwardly, and The 4th shaft lower end is rotatably assorted with the second drive cavity lower end wall to be connect, and second drive cavity is provided with left and right pair Claim to be fixed on the first link block of the 4th shaft outer surface, in end face of first link block far from the 4th shaft It is provided with the open slot that opening supports or opposes, is rotatably mounted with the 5th shaft, institute between end wall above and below two open slots in left and right The idler wheel for being provided in open slot and being fixedly mounted on the 5th shaft outer surface is stated, fixed installation is provided in the operating cavity Quenching cavity main body in second shaft outer surface is provided with the quenching chambers of opening upwards in the quenching cavity main body, described The third spur gear for being fixedly mounted on third drive cavity outer surface is provided in third drive cavity, outside the quenching cavity main body Surface is fixedly installed with the ring gear matched with the third spur gear, is provided in the quenching chamber and the second shaft spiral shell The screw shell that line is cooperatively connected, described screw shell or so end face is fixedly mounted oriented separate second rotor shaft direction and prolongs The quenching bench stretched, the quenching bench are placed with binding needle to be quenched, and the quenching bench is close to the upper surface of the screw shell It is symmetrically fixedly installed with fixed block, is provided with that be fixedly mounted on the screw shell upper end wall solid above the fixed block Dingan County is equipped with the limited block extended downwardly, is provided with the limit chamber extended up and down, the limit chamber lower end wall in the limited block Be provided with the through slot that is connected of quenching chamber, be provided with first sliding block that can slide up and down in the limit chamber, described the One sliding block lower end is fixedly installed with the second sliding block extended downwardly, and second sliding block lower end pass through the through slot and with institute The connection of fixed block secure fit is stated, is fixedly installed with evenly arranged stirring rod, the quenching chamber on the quenching chamber lower end wall The opening being connected with the external world is provided through in main body right end wall, the open front side is fixedly installed with storage block, the receipts It receives and is provided with the containing cavities that front and back penetrates through in block, be provided with pulley door capable of sliding back and forth, the pulley door in the containing cavities Right side is fixedly installed with handle, is provided in the operating cavity upper end wall with the external world to the conduit being connected to, the conduit right end is stretched Enter in the quenching chamber, the conduit left end is connected with extraneous water pipeline.

Further technical solution, the grinding device include that setting runs through in the operating cavity upper end wall and upwardly extending The feed inlet of described device main body, the feed inlet upper end are provided with the taper feeding port of integral structure, before the feed inlet The grinding chamber that front and back extends is symmetrically arranged at aft bulkhead, the be provided in described device main body on the left of the grinding chamber Four drive cavities are fixedly installed with third motor in end wall on the left of the 4th drive cavity, and the third motor has end to be connected by power There is the 6th shaft extended to the right, left and right is rotatably mounted between former and later two grinding chambers and the 4th drive cavity and is prolonged The 7th shaft is stretched, the 7th shaft right end is rotatably assorted with the grinding chamber right end wall to be connect, and the 7th shaft left end is stretched Enter and be fixedly installed with the 4th spur gear being engaged with each other in the 4th drive cavity, and the 4th spur gear left end of front side with it is described The connection of 6th shaft secure fit, former and later two grinding chambers are provided with the grinding for being fixedly mounted on the 7th shaft outer surface Disk, the 5th drive cavity being provided in described device main body on the downside of the 4th drive cavity, the 5th drive cavity left end It is fixedly installed with the 4th motor in wall, the 4th motor right end is connected by power the eight revolution axis extended to the right, and the described 5th The 5th spur gear being fixedly mounted on the right side of the eight revolution axis is provided in drive cavity, connection is set below the 5th drive cavity It is equipped with the sliding slot that left and right extends, and the sliding slot extends through to the right the feed inlet, the sliding slot is slidably fitted with and institute The rack gear of the 5th spur gear engagement cooperation is stated, is also slidably fitted with the isolation for being fixedly mounted on the rack gear right end in the sliding slot Plate.

Further technical solution, the sliding cavity being provided in described device main body below the operating cavity are described Sliding cavity lower end wall is fixedly installed with the 5th motor, and the 5th motor upper end is connected by power the 9th shaft upwardly extended, And the 9th shaft upper end is rotatably assorted with the sliding cavity upper end wall and connect, be slidably fitted in the sliding cavity with it is described The threaded block of 9th shaft thread cooperation, is provided in described device main body on the right side of the sliding cavity and the cunning of opening upwards Slot is provided with the gag lever post that can slide up and down in the sliding slot, connection is provided with and communicated between the sliding slot and the sliding cavity Slot, the link slot are slidably fitted with the second link block being fixed between the gag lever post and the threaded block, the quenching The limit hole that Open Side Down is provided in cavity main body lower end surface, the gag lever post upwardly extends and the limit in lock state Hole matches.

Further technical solution is fixedly installed with ring-shaped guide rail, the quenching cavity main body in the operating cavity lower end wall Lower end surface is fixedly installed with the pulley matched with the ring-shaped guide rail.

The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, in use, staff passes through pulley door It opens opening binding needle to be quenched is placed on quenching bench, while quenching medium is added into feed inlet by taper feeding port Raw material, third electric motor starting at this time, third motor drives former and later two the 4th spur gears to rotate by the 6th shaft, to drive The close direction rotation to each other of former and later two abrasive disks, squeezes and raw material is pushed to move down, to raw material during moving down It is ground, when complete enough quenching medium raw materials to be added, the 4th electric motor starting, the 4th motor drives the 5th by eight revolution axis Spur gear rotation drives isolation board to move right, thus to feed inlet by the meshing relation between the 5th straight-tooth wheel and rack It is sealed, by conduit, into quenching chamber, addition quenches agent solution at this time, while the 5th electric motor starting, the 5th motor pass through spiral shell Being threadedly engaged between line block and the 9th shaft drives gag lever post to move down disengaging limit hole, starts first motor at this time, the One motor drives the rotation of the first spur gear by first rotating shaft, and the first spur gear drives the second shaft to turn by the second spur gear It is dynamic, while the second electric motor starting, the second motor drives the first link block to rotate 90 degree by the 4th shaft, to pass through idler wheel Idler wheel is tensioned, the first transmission wheel, the second driving wheel and idler wheel are in power mated condition at this time, and the second shaft passes through first Transmission wheel and idler wheel drive the rotation of the second driving wheel, and the second driving wheel drives the rotation of third spur gear by third shaft, the Three spur gears drive quenching cavity main body rotation by the meshing relation between ring gear, will quench the quenching in chamber by stirring rod Agent solution is sufficiently stirred, while the second shaft drives quenching bench to moving down by being threadedly engaged between screw shell It is dynamic, the binding needle on quenching bench is substantially immersed in quenching agent solution, after the completion of to be quenched, first motor is rotated backward, the Two shafts drive quenching bench to be moved upwards up to and are initially located at, and staff opens what quenching on pulley goalkeeper quenching bench was completed at this time Binding needle takes out, and binding needle is carried out quenching process by circulation above-mentioned steps.

Detailed description of the invention

Fig. 1 is overall structure diagram inside a kind of bookbinding needle device of the invention；

Fig. 2 is the right view of grinding device in the present invention；

Fig. 3 is the top view of grinding device in the present invention；

Fig. 4 is the structural schematic diagram in the present invention at A；

Fig. 5 is the structural schematic diagram in the present invention at B；

Fig. 6 is the structural schematic diagram in the present invention at C；

Fig. 7 is the structural schematic diagram in the present invention at D.

Specific embodiment

Below with reference to Fig. 1-6, the present invention is described in detail.

Referring to Fig.1-6, a kind of bookbinding needle device of embodiment according to the present invention, including apparatus main body 100, setting are in institute It states 100 split shed of apparatus main body operating cavity 117 to the right and the grinding device of 117 top of operating cavity is set, it is described The first drive cavity 101 positioned at 117 downside of operating cavity, 101 lower end of the first drive cavity are provided in apparatus main body 100 First motor 102 is fixedly installed in wall, 102 upper end of first motor is connected by power the first rotating shaft 103 upwardly extended, And 103 upper end of first rotating shaft is rotatably assorted with 101 upper end wall of the first drive cavity and connect, first drive cavity 101 In be provided with the first spur gear 104 for being fixedly mounted on 103 outer surface of first rotating shaft, be arranged in described device main body 100 The second drive cavity 131 for having between the operating cavity 117 and first drive cavity 101 and extending to the left, described first The second shaft 139 extended up and down, and described second turn are rotatably mounted between drive cavity 101 and the operating cavity 117 Axis 139 runs through second drive cavity 131, and 139 upper end of the second shaft and 117 upper end wall of operating cavity are rotatably assorted company It connects, 139 lower end of the second shaft is rotatably assorted with 101 lower end wall of the first drive cavity and connect, first drive cavity 101 In be provided with the second spur gear 105 for being fixedly mounted on 139 outer surface of the second shaft, and second spur gear 105 with The engagement of first spur gear 104 cooperates, and the third drive cavity 127 of opening to the right is provided in the 117 left end wall of operating cavity, It is rotatably mounted between the third drive cavity 127 and second drive cavity 131 and extends third shaft 129 up and down, and 129 upper end of third shaft is rotatably assorted with 127 upper end wall of third drive cavity and connect, 129 lower end of third shaft It is rotatably assorted and connect with 131 lower end wall of the second drive cavity, be provided in second drive cavity 131 described in being fixedly mounted on First transmission wheel 106 of 139 outer surface of the second shaft is additionally provided in second drive cavity 131 and is fixedly mounted on described Second driving wheel 130 of three shafts, 129 outer surface, is arranged between first transmission wheel 106 and second driving wheel 130 Conveyer belt is fixedly installed with the second motor 141, the 141 lower end power of the second motor in 131 upper end wall of the second drive cavity It is connected with the 4th shaft 144 extended downwardly, and 144 lower end of the 4th shaft and 131 lower end wall of the second drive cavity turn Dynamic to be cooperatively connected, second drive cavity 131 is provided with the first company that bilateral symmetry is fixed on 144 outer surface of the 4th shaft Block 143 is connect, first link block 143 is provided with the open slot that opening supports or opposes in the end face far from the 4th shaft 144 145, it controls and is rotatably mounted with the 5th shaft 142 between two about 145 end walls of open slot, in the open slot 145 It is provided with the idler wheel 132 for being fixedly mounted on 142 outer surface of the 5th shaft, is provided with fixed installation in the operating cavity 117 Quenching cavity main body 112 in 139 outer surface of the second shaft is provided with quenching for opening upwards in the quenching cavity main body 112 Fiery chamber 111 is provided with the third straight-tooth for being fixedly mounted on 127 outer surface of third drive cavity in the third drive cavity 127 Wheel 128, quenching 112 outer surface of cavity main body is fixedly installed with the ring gear 110 matched with the third spur gear 128, institute It states in quenching chamber 111 and is provided with the screw shell 137 for being threadedly engaged connection with second shaft 139, the screw shell 137 The quenching bench 138 that oriented separate second shaft, 139 direction extends is fixedly mounted in left and right end face, and the quenching bench 138 is put It is equipped with binding needle 136 to be quenched, the quenching bench 138 is symmetrically fixed close to the upper surface of the screw shell 137 Fixed block 313 is installed, is provided with above the fixed block 313 and is fixedly mounted on the fixed peace of 117 upper end wall of screw shell Equipped with the limited block 310 extended downwardly, the limit chamber 311 extended up and down, the limit chamber are provided in the limited block 310 311 lower end walls are provided with the through slot 314 being connected with the quenching chamber 111, are provided with and can slide up and down in the limit chamber 311 The first sliding block 315,315 lower end of the first sliding block is fixedly installed with the second sliding block 312 extended downwardly, and described second 312 lower end of sliding block passes through the through slot 314 and connect with 313 secure fit of fixed block, on 111 lower end wall of quenching chamber It is fixedly installed with evenly arranged stirring rod 140, is provided through in the 112 right end wall of quenching cavity main body and is connected with the external world Opening 113, it is described opening 113 front side be fixedly installed with storage block 115, it is described storage block 115 in be provided with front and back penetrate through Containing cavities 170 are provided with pulley door 114 capable of sliding back and forth, fixed peace on the right side of the pulley door 114 in the containing cavities 170 Equipped with handle 116, it is provided in 117 upper end wall of operating cavity with extraneous to the conduit 133 being connected to, 133 right end of conduit It protrudes into the quenching chamber 111,133 left end of conduit is connected with extraneous water pipeline.

Valuably or illustratively, the grinding device includes being arranged in 117 upper end wall of operating cavity and upwardly extending Through the feed inlet 135 of described device main body 100,135 upper end of feed inlet is provided with the taper feeding port of integral structure 121, it is symmetrically arranged with the grinding chamber 118 that front and back extends at the 135 front and back end wall of feed inlet, is set in described device main body 100 It is equipped with the 4th drive cavity 123 for being located at 118 left side of grinding chamber, is fixedly mounted in the 123 left side end wall of the 4th drive cavity There is third motor 125, the third motor 125 has end to be connected by power the 6th shaft 124 extended to the right, former and later two grindings It is rotatably mounted with left and right between chamber 118 and the 4th drive cavity 123 and extends the 7th shaft 119, the 7th shaft 119 right ends are rotatably assorted with the 118 right end wall of grinding chamber and connect, and the 4th transmission is protruded into 119 left end of the 7th shaft The 4th spur gear 122 being engaged with each other, and 122 left end of the 4th spur gear and the described 6th of front side are fixedly installed in chamber 123 The connection of 124 secure fit of shaft, former and later two grinding chambers 118, which are provided with, is fixedly mounted on 119 outer surface of the 7th shaft Abrasive disk 120, the 5th drive cavity 160 positioned at 123 downside of the 4th drive cavity is provided in described device main body 100, The 4th motor 157 is fixedly installed in 5th drive cavity, the 160 left end wall, 157 right end of the 4th motor has been connected by power The eight revolution axis 158 extended to the right is provided in the 5th drive cavity 160 and is fixedly mounted on 158 right side of eight revolution axis The 5th spur gear 159, the sliding slot 156 that left and right extends, and the sliding slot are provided with and communicated with below the 5th drive cavity 160 156 extend through to the right the feed inlet 135, and the sliding slot 156, which is slidably fitted with to engage with the 5th spur gear 159, matches The rack gear 155 of conjunction is also slidably fitted with the isolation board 134 for being fixedly mounted on 155 right end of rack gear in the sliding slot 156.

Valuably or illustratively, the sliding cavity positioned at 117 lower section of operating cavity is provided in described device main body 100 153,153 lower end wall of sliding cavity is fixedly installed with the 5th motor 107, and 107 upper end of the 5th motor is connected by power oriented 9th shaft 152 of upper extension, and 152 upper end of the 9th shaft is rotatably assorted with 153 upper end wall of sliding cavity and connect, institute The threaded block 154 for being slidably fitted in sliding cavity 153 and being threadedly engaged with the 9th shaft 152 is stated, in described device main body 100 It is provided with the sliding slot 150 for being located at 153 right side of sliding cavity and opening upwards, is provided with and can slide up and down in the sliding slot 150 Gag lever post 149, be provided with and communicated with link slot 151 between the sliding slot 150 and the sliding cavity 153, the link slot 151 is sliding It is dynamic that the second link block 148 being fixed between the gag lever post 149 and the threaded block 154, the quenching cavity main body are installed The limit hole 146 that Open Side Down is provided in 112 lower end surfaces, in lock state the gag lever post 149 upwardly extend with it is described Limit hole 146 matches.

Valuably or illustratively, ring-shaped guide rail 108, the quenching are fixedly installed in 117 lower end wall of operating cavity 112 lower end surface of cavity main body is fixedly installed with the pulley 109 matched with the ring-shaped guide rail 108.

, when original state, the 4th motor 157 is in close state, and the isolation board 134 is in the sliding slot 156 It is utmostly moved to the left, so that the feed inlet 135 is in unimpeded state, the first motor 102 is in close state, institute It states quenching bench 138 and is in same level, two quenching benchs 138 in left and right with the opening 113 in the quenching chamber 111 It is staggered with about 135 feed inlet, while second motor 141 is in close state, first link block 143 and institute It states idler wheel 132 not abut mutually, thus between first transmission wheel 106, second driving wheel 130 and the idler wheel 132 In relaxed state.

Binding needle to be quenched is placed in use, staff opens the opening 113 by the pulley door 114 On the quenching bench 138, while quenching medium raw material is added into the feed inlet 135 by the taper feeding port 121, at this time The third motor 125 starts, and the third motor 125 drives former and later two the described 4th directly by the 6th shaft 124 Gear 122 rotates, to drive the close direction rotation to each other of former and later two described abrasive disks 120, squeezes and pushes the original Material moves down, and grinds during moving down to the raw material, when complete enough quenching medium raw materials to be added, institute The starting of the 4th motor 157 is stated, the 4th motor 157 drives described 159 turns of 5th spur gear by the eight revolution axis 158 It is dynamic, drive the isolation board 134 to move right by the meshing relation between the 5th spur gear 159 and the rack gear 155, To be sealed to the feed inlet 135, it is molten that quenching medium is added into the quenching chamber 111 by the conduit 133 at this time Liquid, while the 5th motor 107 starts, the 5th motor 107 passes through the threaded block 154 and the 9th shaft 152 Between be threadedly engaged and drive the gag lever post 149 to move down to be detached from the limit hole 146, start the first motor at this time 102, the first motor 102 drives first spur gear 104 to rotate by the first rotating shaft 103, first straight-tooth Wheel 104 drives second shaft 139 to rotate by second spur gear 105, while second motor 141 starts, institute It states the second motor 141 and drives first link block 143 to rotate 90 degree by the 4th shaft 144, thus by described The idler wheel 132 is tensioned by idler wheel 132, at this time first transmission wheel 106, second driving wheel 130 and the idler wheel 132 are in power mated condition, and second shaft 139 drives institute by first transmission wheel 106 and the idler wheel 132 The rotation of the second driving wheel 130 is stated, second driving wheel 130 drives the third spur gear 128 by the third shaft 129 Rotation, the third spur gear 128 drive described 112 turns of quenching cavity main body by the meshing relation between the ring gear 110 It is dynamic, the quenching agent solution in the quenching chamber 111 is sufficiently stirred by the stirring rod 140, while described second turn Axis 139 drives the quenching bench 138 to move down by being threadedly engaged between the screw shell 137, by the quenching The binding needle 136 on platform 138 is substantially immersed in quenching agent solution, and after the completion of to be quenched, the first motor 102 is reversed Rotation, second shaft 139 drive the quenching bench 138 to be moved upwards up to and are initially located at, at this time described in staff's opening Pulley door 114 takes out the binding needle that completion is quenched on the quenching bench 138, and binding needle is quenched by circulation above-mentioned steps Firer's sequence.

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 bookbinding needle device, including apparatus main body, described device main body split shed operating cavity to the right is set and is set Set the grinding device above the operating cavity, it is characterised in that: be provided under the operating cavity in described device main body First drive cavity of side is fixedly installed with first motor, first motor upper end power in the first drive cavity lower end wall It is connected with the first rotating shaft upwardly extended, and the first rotating shaft upper end and the first drive cavity upper end wall are rotatably assorted company It connects, the first spur gear for being fixedly mounted on the first rotating shaft outer surface, described device master is provided in first drive cavity The second drive cavity for being provided in body between the operating cavity and first drive cavity and extending to the left, described first passes It is rotatably mounted with the second shaft extended up and down between dynamic chamber and the operating cavity, and second shaft is through described the Two drive cavities, second shaft upper end are rotatably assorted with the operating cavity upper end wall and connect, second shaft lower end and institute It states the first drive cavity lower end wall to be rotatably assorted connection, is provided with and is fixedly mounted on outside second shaft in first drive cavity Second spur gear on surface, and second spur gear engages cooperation with first spur gear, in the wall of the operating cavity left end It is provided with the third drive cavity of opening to the right, is rotatably mounted between the third drive cavity and second drive cavity Lower extension third shaft, and third shaft upper end is rotatably assorted with the third drive cavity upper end wall and connect, the third Shaft lower end is rotatably assorted with the second drive cavity lower end wall and connect, and is provided in second drive cavity and is fixedly mounted on institute The first transmission wheel of the second shaft outer surface is stated, is additionally provided with and is fixedly mounted on outside the third shaft in second drive cavity Second driving wheel on surface is arranged with conveyer belt, second transmission between first transmission wheel and second driving wheel The second motor is fixedly installed in chamber upper end wall, second motor lower end is connected by power the 4th shaft extended downwardly, and The 4th shaft lower end is rotatably assorted with the second drive cavity lower end wall to be connect, and second drive cavity is provided with left and right pair Claim to be fixed on the first link block of the 4th shaft outer surface, in end face of first link block far from the 4th shaft It is provided with the open slot that opening supports or opposes, is rotatably mounted with the 5th shaft, institute between end wall above and below two open slots in left and right The idler wheel for being provided in open slot and being fixedly mounted on the 5th shaft outer surface is stated, fixed installation is provided in the operating cavity Quenching cavity main body in second shaft outer surface is provided with the quenching chambers of opening upwards in the quenching cavity main body, described The third spur gear for being fixedly mounted on third drive cavity outer surface is provided in third drive cavity, outside the quenching cavity main body Surface is fixedly installed with the ring gear matched with the third spur gear, is provided in the quenching chamber and the second shaft spiral shell The screw shell that line is cooperatively connected, described screw shell or so end face is fixedly mounted oriented separate second rotor shaft direction and prolongs The quenching bench stretched, the quenching bench are placed with binding needle to be quenched, and the quenching bench is close to the upper surface of the screw shell It is symmetrically fixedly installed with fixed block, is provided with that be fixedly mounted on the screw shell upper end wall solid above the fixed block Dingan County is equipped with the limited block extended downwardly, is provided with the limit chamber extended up and down, the limit chamber lower end wall in the limited block Be provided with the through slot that is connected of quenching chamber, be provided with first sliding block that can slide up and down in the limit chamber, described the One sliding block lower end is fixedly installed with the second sliding block extended downwardly, and second sliding block lower end pass through the through slot and with institute The connection of fixed block secure fit is stated, is fixedly installed with evenly arranged stirring rod, the quenching chamber on the quenching chamber lower end wall The opening being connected with the external world is provided through in main body right end wall, the open front side is fixedly installed with storage block, the receipts It receives and is provided with the containing cavities that front and back penetrates through in block, be provided with pulley door capable of sliding back and forth, the pulley door in the containing cavities Right side is fixedly installed with handle, is provided in the operating cavity upper end wall with the external world to the conduit being connected to, the conduit right end is stretched Enter in the quenching chamber, the conduit left end is connected with extraneous water pipeline.

2. a kind of bookbinding needle device according to claim 1, it is characterised in that: the grinding device includes being arranged described Operating cavity upper end wall simultaneously upwardly extends the feed inlet through described device main body, and feed inlet upper end is provided with integral structure Taper feeding port, be symmetrically arranged with the grinding chamber that front and back extends at end wall before and after the feed inlet, set in described device main body It is equipped with the 4th drive cavity being located on the left of the grinding chamber, is fixedly installed with third electricity on the left of the 4th drive cavity in end wall Machine, the third motor have end to be connected by power the 6th shaft extended to the right, former and later two grinding chambers and the 4th transmission It is rotatably mounted with left and right between chamber and extends the 7th shaft, the 7th shaft right end and the grinding chamber right end wall rotate It being cooperatively connected, the 7th shaft left end, which is protruded into the 4th drive cavity, is fixedly installed with the 4th spur gear being engaged with each other, And the 4th spur gear left end of front side is connect with the 6th shaft secure fit, former and later two grinding chambers are provided with fixed peace Abrasive disk mounted in the 7th shaft outer surface, be provided in described device main body on the downside of the 4th drive cavity Five drive cavities are fixedly installed with the 4th motor in the wall of the 5th drive cavity left end, and the 4th motor right end has been connected by power The eight revolution axis extended to the right is provided with the 5th straight-tooth being fixedly mounted on the right side of the eight revolution axis in the 5th drive cavity Wheel, is provided with and communicated with the sliding slot that left and right extends below the 5th drive cavity, and the sliding slot extend through to the right it is described into Material mouth, the sliding slot are slidably fitted with the rack gear for engaging cooperation with the 5th spur gear, are also slidably fitted in the sliding slot It is fixedly mounted on the isolation board of the rack gear right end.

3. a kind of bookbinding needle device according to claim 1, it is characterised in that: be provided in described device main body positioned at institute The sliding cavity below operating cavity is stated, the sliding cavity lower end wall is fixedly installed with the 5th motor, the 5th motor upper end power It is connected with the 9th shaft upwardly extended, and the 9th shaft upper end is rotatably assorted with the sliding cavity upper end wall and connect, institute The threaded block being slidably fitted in sliding cavity with the 9th shaft thread cooperation is stated, is provided in described device main body positioned at institute The sliding slot of sliding cavity right side and opening upwards is stated, is provided with the gag lever post that can slide up and down, the sliding slot and institute in the sliding slot It states and is provided with and communicated with link slot between sliding cavity, the link slot, which is slidably fitted with, is fixed on the gag lever post and the threaded block Between the second link block, the limit hole that Open Side Down is provided in the quenching cavity main body lower end surface, in lock state when institute It states gag lever post and upwardly extends and matched with the limit hole.

4. a kind of bookbinding needle device according to claim 1, it is characterised in that: be fixedly mounted in the operating cavity lower end wall There is ring-shaped guide rail, the quenching cavity main body lower end surface is fixedly installed with the pulley matched with the ring-shaped guide rail.

5. according to claim 1 to a kind of application method of bookbinding needle device described in 4, wherein staff passes through cunning first Wheel door opens opening and binding needle to be quenched is placed on quenching bench, while being added and being quenched into feed inlet by taper feeding port Fiery agent raw material, third electric motor starting, third motor drive former and later two the 4th spur gears to rotate by the 6th shaft at this time, thus The close direction rotation to each other of former and later two abrasive disks is driven, squeezes and raw material is pushed to move down, it is right during moving down Raw material is ground, and when complete enough quenching medium raw materials to be added, the 4th electric motor starting, the 4th motor passes through eight revolution axis and drives The rotation of 5th spur gear drives isolation board to move right by meshing relation between the 5th straight-tooth wheel and rack, thus into Material mouth is sealed, and by conduit, into quenching chamber, addition quenches agent solution, while the 5th electric motor starting at this time, and the 5th motor is logical Crossing being threadedly engaged between threaded block and the 9th shaft drives gag lever post to move down disengaging limit hole, starts the first electricity at this time Machine, first motor drive the first spur gear to rotate by first rotating shaft, and the first spur gear drives second turn by the second spur gear Axis rotation, while the second electric motor starting, the second motor drives the first link block to rotate 90 degree by the 4th shaft, to pass through Idler wheel is tensioned by idler wheel, and the first transmission wheel, the second driving wheel and idler wheel are in power mated condition at this time, and the second shaft passes through First transmission wheel and idler wheel drive the rotation of the second driving wheel, and the second driving wheel drives third straight-tooth rotation by third shaft Dynamic, third spur gear drives quenching cavity main body to rotate by the meshing relation between ring gear, will be quenched in chamber by stirring rod Quenching agent solution be sufficiently stirred, while the second shaft by between screw shell being threadedly engaged drive quenching bench to Binding needle on quenching bench is substantially immersed in quenching agent solution by lower movement, and after the completion of to be quenched, first motor reversely turns Dynamic, the second shaft drives quenching bench to be moved upwards up to and is initially located at, and staff opens at this time quenches on pulley goalkeeper quenching bench The binding needle of completion takes out, and binding needle is carried out quenching process by circulation above-mentioned steps.