CN109183032A

CN109183032A - A kind of chemical process

Info

Publication number: CN109183032A
Application number: CN201811215178.2A
Authority: CN
Inventors: 方余
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-10-18
Filing date: 2018-10-18
Publication date: 2019-01-11

Abstract

The invention discloses a kind of chemical processes, including work box, a working space is provided in the work box, the working space aft bulkhead is fixedly connected with a driving motor, the driving motor front end face has been connected by power a drive shaft, a driving gear is fixedly connected in the drive shaft, a driving bevel gear being fixedly connected with drive shaft is provided on front side of the driving gear, an one-way mechanism is provided on the right side of the drive shaft, the working space upper end wall is fixedly connected with a guide pad, is provided with a supporting block on the downside of the guide pad.The step of this apparatus structure is simple, and it is convenient to operate, and can carry out chemical milling to various sizes of cylindrical work, have very strong adaptability, chemical milling is greatly saved and operating power source.

Description

A kind of chemical process

Technical field

The present invention relates to chemical production field, specially a kind of chemical process.

Background technique

Chemical process is broadly divided into chemical milling, photochemistry processing and three kinds of methods of chemical surface treatment, wherein chemistry milling Cutting is that required workpieces processing surface is filled strippable paint, air-dry after will milling part paint removing, then Carry out acid solution milling, the sum of excess paint is completely exfoliated again.And in existing milling automatic equipment, it cannot be according to workpiece Size is adjusted come the milling automated, is being to need extra step, waste of energy in face of various sizes of workpiece.

Summary of the invention

The purpose of the present invention is to provide a kind of chemical processes, to solve the problems mentioned in the above background technology.

To achieve the above object, the invention provides the following technical scheme: a kind of chemical process, including work box, the work Make to be provided with a working space in case, the working space aft bulkhead is fixedly connected with a driving motor, before the driving motor End face has been connected by power a drive shaft, and a driving gear, setting on front side of the driving gear are fixedly connected in the drive shaft There is a driving bevel gear being fixedly connected with drive shaft, is provided with an one-way mechanism, the working space on the right side of the drive shaft Upper end wall is fixedly connected with a guide pad, is provided with a supporting block on the downside of the guide pad, the supporting block upper surface is provided with One upper end wall is connected to the guide groove of working space, and the guide pad lower end is through guide groove upper end wall and is located in guide groove, institute It states guide groove lower end wall and is fixedly connected with the guide spring that a upper end is fixedly connected with guide pad lower end surface, supporting block left end Face is provided with the magnetic slot of left end wall connection guide pad, and the magnetism slot right end wall is fixedly connected with a ring electromagnet, institute It states magnetic slot right end wall center and is fixedly connected with a compressed spring, the compressed spring left end is fixedly connected with a left end through magnetic Property the slot left end wall and elevator that is located in working space, the elevator right side is fixedly connected with a ring electromagnet, institute It states supporting block lower end and is fixedly connected with a scraper, one and the rotation connection of working space aft bulkhead are provided on the left of the supporting block Decline axis, is fixedly connected with the driven gear that a right end is connected by meshing transmission with elevator left side on the decline axis, it is described It is provided with the dynamic bevel gear of one with decline axis rotation connection on front side of driven gear, is provided with one and work on the downside of the decline axis The elevating shaft of space aft bulkhead rotation connection is fixedly connected with a right end and elevator left side engaged transmission on the elevating shaft The convergence gear of connection, the convergence gear front side are provided with a rising bevel gear being fixedly connected with elevating shaft, the work Space upper end wall is fixedly connected with a bearing rod, and a right side is provided on the downside of the bearing rod with driving gear left end and engages biography The locating rod of connection is moved, the lifting groove of upper end wall connection working space, the load are provided in the locating rod upper surface Bar lower end is through lifting groove upper end wall and is located in lifting groove, and the lifting groove lower end wall is fixedly connected with a upper end and bearing rod The lifting spring that lower end surface is fixedly connected, the locating rod lower end are fixedly connected with a positioning block, setting on the left of the locating rod There is a linkage mechanism, a translational block being connected by meshing transmission with linkage mechanism, the translation are provided on the right side of the linkage mechanism Block front end face is symmetrically set with a clamp system, and the left side clamp system includes moving bar, the translational block upper surface Inside be provided with front bulkhead connection working space moves slot, and described move slidably connects one and move block in slot, described to move Block front end face, which is fixedly connected with a front end, to be run through to move front of the slot wall and be located in working space and moves bar, it is described move bar before End is fixedly connected with an outer block, and the clamping slot of left hand end wall connection working space is provided in the outer block, described flat It moves block front end face and is fixedly connected with a clamping motor, it is left through clamping slot that the clamping motor right side has been connected by power a right end End face and the clamping screw being located in clamping slot, described be threadedly engaged on the clamping screw of clamping slot are connected with a right end and pass through Clamping slot right end wall and the gripping block in working space are worn, is provided with one in the gripping block lower end surface positioned at clamping slot Lower end wall is connected to the telescopic chute of clamping slot, and the telescopic chute upper end wall is fixedly connected with a repulsion electromagnet, on the telescopic chute End wall center is fixedly connected with a stuck spring, and the stuck lower spring end is fixedly connected with a lower end through telescopic chute lower end wall And it is located at stuck piece in clamping slot, the stuck piece of upper end wall is fixedly connected with a telescoping electromagnetic iron, under the working space The arc groove of upper end wall connection working space is provided in end wall, the translational block aft bulkhead is fixedly connected with an Anti-rotary block, The elastic groove of left end wall connection working space is provided in the working space right end wall, the elastic groove upper end wall is fixed to be connected It is connected to a support spring, the support spring lower end is fixedly connected with a movable block being slidably connected with elastic groove, the movement Block left side is fixedly connected with the mobile bar that elastic groove left end wall is run through in a left end, and the mobile bar left end is fixedly connected with a rotation Rotating motor, the rotating electric machine left side is connected by power a left end and translational block is threadedly engaged the mobile threaded rod of connection.

Preferably, the linkage mechanism includes driven gear, after one and working space are provided on the left of the locating rod The universal driving shaft of end wall rotation connection, is fixedly connected with a right end on the universal driving shaft and locating rod left side is connected by meshing transmission Linkage gear, the linkage gear front side is provided with a driving pulley, after one and working space are provided on the downside of the universal driving shaft The driven shaft of end wall rotation connection is fixedly connected with one on the driven shaft and is connect by belt with driving pulley frictional drive Driven pulley, be provided on rear side of the driven pulley one be fixedly connected with driven shaft and right end and translational block left side engaged transmission The driven gear of connection.

Preferably, the one-way mechanism includes being coupled bevel gear, the working space upper end wall is fixedly connected in one Between bar, the intermediate bar lower end is fixedly connected with an intermediate sleeve, and a ring set, suit in the ring set are provided in the intermediate sleeve It is connected with a jackshaft, the biography that the jackshaft left end is fixedly connected with a rear end and driving bevel gear right end is connected by meshing transmission Dynamic bevel gear, the jackshaft right end are fixedly connected with a connection bevel gear, the connection bevel gear engaged transmission symmetrical above and below It is connected with a linking axis, upside linking axis upper surface is fixedly connected with a upper end and the rotation connection of working space upper end wall It is connected axis, a linking bevel gear is fixedly connected on the linking axis, is provided on the right side of the linking axis on one and working space The force rod that end wall is fixedly connected, the force rod lower end are fixedly connected with a horizontal set, are provided with one in the horizontal set and match Slot is closed, the mating groove inner sleeve load is connected to a horizon bar, and the horizon bar left end is fixedly connected with a upper end and bores tooth with being connected The linkage bevel gear that wheel right end is connected by meshing transmission, the force rod right side are provided with one and are fixedly connected with working space upper end wall Relay bar, relay bar lower end is fixedly connected with a support sleeve, a support slot, the support is provided in the support sleeve Slot inner sleeve load is connected to a support shaft, and the support shaft left end is fixedly connected with a ratchet wheel block, is provided with one in the ratchet wheel block Ratchet slot, the horizon bar right end is through ratchet slot left end wall and is located in ratchet slot, and the horizon bar right end is fixedly connected with One ratchet, end wall is symmetrically fixedly connected with a briquetting to the ratchet slot up and down, and the briquetting is set in the end face of ratchet Be equipped with one close to ratchet end wall connection ratchet slot pressing groove, the pressing groove far from the end wall of ratchet be fixedly connected with one by Pressing spring, it is described by pressing spring close to one end of ratchet be fixedly connected with one close to one end of ratchet through pressing groove close to ratchet End wall and the elastomer block that is connect with ratchet Contact Transmission, the support shaft right end be fixedly connected with a rear end and dynamic bevel gear The driven wheel of differential that left end is connected by meshing transmission, downside driven wheel of differential rear end and rising bevel gear left end engaged transmission are even It connects, the working space aft bulkhead is fixedly connected with a force-bearing piece, and the downside linking axis lower end and force-bearing piece upper surface rotate Connection, downside force rod lower end are fixedly connected with force-bearing piece upper surface, the downside relay bar lower end and force-bearing piece upper end Face is fixedly connected, and a spray-painting plant is fixedly connected on the left of the force-bearing piece lower end surface, is fixed among the force-bearing piece lower end surface It is connected with a paint removal device, is fixedly connected with a spray acid device on the right side of the force-bearing piece lower end surface.

Preferably, the linkage gear radius is twice of driven gear, the driven gear radius is convergence gear Twice and to drive the revolving speed of gear identical as driven gear be twice of convergence gear.

Compared with prior art, the beneficial effects of the present invention are: in present invention work, the elemental height in positioning block bottom face Consistent with the elemental height of scraper lower end surface, translational block is located at the up and down direction of positioning block bottom face and working space lower end surface Required processing cylindrical work is put into arc groove by center, starts driving motor, so that drive shaft turns are driven, in gear Drive locating piece decline, under the action of belt pulley and rack-and-pinion, translational block is driven to decline under the action of rack gear, under translational block The distance of drop is the half of locating piece, until locating piece presses cylindrical work arcwall face upper end, gripping block is with translation at this time Block drops to the center of cylindrical rounded face up and down direction, meanwhile, drive shaft drives mobile threaded rod under the action of gear train Rotation, in downside under the action of ratchet, downside support shaft is not rotated, and under gear train effect, scraper declines as locating piece Height so that scraper lower end surface is aligned with cylindrical work arcwall face upper end, at this point, telescoping electromagnetic iron and repulsion electromagnetism Tie Tong Electric mutual exclusion under the cooperation of thread screw, drives left to push stuck piece to enter stuck in stuck slot, starting clamping motor Side gripping block moves right, and right block moves downward, until cylindrical work is stuck, at this point, closing clamping motor, instead To starting driving motor, so that translational block be driven to rise to initial position, translational block is equally reset to initial position, in gear train Under the action of, driving pulley drives convergence gear rotation, and under the action of rack-and-pinion, scraper climb is the one of locating piece Half, scraper lower end surface is consistent with cylindrical work upper surface always, closes driving motor, starts rotating electric machine, in screw thread Under the cooperation of screw rod, translational block is driven to move right on the downside of spray-painting plant, closes rotating electric machine and open spray-painting plant to cylinder Shape workpiece carries out paint spraying, starts clamping motor, drives cylindrical work rotation, so that workpiece arcwall face is all directed onto, After painting and drying, start rotating electric machine, move to cylindrical work on the downside of paint removal device, close rotating electric machine, starts paint removal Device and clamping motor scrape off the paint of required chemical milling part, start rotating electric machine, and cylindrical work is made to move to spray acid On the downside of device, rotating electric machine is closed, sour device and clamping motor are sprayed in starting, realize chemical milling, starting rotation to cylindrical work Rotating motor, cylindrical work move on the downside of scraper, close rotating electric machine, start clamping motor for cylindrical work curved surfaces Remaining paint scrapes off, ring electromagnet and ring electromagnet, which are powered, to be adsorbed, and is detached from elevator and engages with driven gear, support Block resets under the action of guide spring, and ring electromagnet and ring electromagnet power off, and goes up and down block reset, the letter of this apparatus structure Single, it is convenient to operate, and can carry out chemical milling to various sizes of cylindrical work, have very strong adaptability, be greatly saved The step of chemical milling and operating power source.

Detailed description of the invention

Fig. 1 is a kind of schematic view of the front view of chemical process entirety complete section of the present invention；

Fig. 2 is that gripping block overlooks schematic cross-sectional view in a kind of chemical process of the present invention；

Fig. 3 is drive shaft right side structural representation in a kind of chemical process of the present invention.

Specific embodiment

Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other Embodiment shall fall within the protection scope of the present invention.

A kind of embodiment provided by the invention referring to FIG. 1-2: a kind of chemical process, including work box 100, the work Make to be provided with a working space 101 in case 100,101 aft bulkhead of working space is fixedly connected with a driving motor 187, institute It states 187 front end face of driving motor and has been connected by power a drive shaft 117, a driving gear is fixedly connected in the drive shaft 117 107, a driving bevel gear 116 being fixedly connected with drive shaft 117, the drive shaft are provided on front side of the driving gear 107 117 right sides are provided with an one-way mechanism 189, and 101 upper end wall of working space is fixedly connected with a guide pad 141, described to lead A supporting block 140 is provided on the downside of to block 141,140 upper surface of supporting block is provided with upper end wall connection working space 101 Guide groove 142,141 lower end of guide pad through 142 upper end wall of guide groove and be located at guide groove 142 in, the guide groove 142 lower end walls are fixedly connected with the guide spring 143 that a upper end is fixedly connected with 141 lower end surface of guide pad, the supporting block 140 Left side is provided with the magnetic slot 150 of left end wall connection guide pad 141, and the magnetism 150 right end wall of slot is fixedly connected with one Ring electromagnet 149,150 right end wall center of the magnetism slot are fixedly connected with a compressed spring 154, the compressed spring 154 Left end is fixedly connected with the elevator 152 that a left end is run through magnetic 150 left end wall of slot and is located in working space 101, the liter Drop 152 right side of block is fixedly connected with a ring electromagnet 148, and 140 lower end of supporting block is fixedly connected with a scraper 157, The decline axis 151 of one with the rotation connection of 101 aft bulkhead of working space, the decline axis 151 are provided on the left of the supporting block 140 On be fixedly connected with a right end and driven gear 153 that 152 left side of elevator is connected by meshing transmission, the driven gear 153 Front side is provided with a dynamic bevel gear 191 being rotatablely connected with decline axis 151, is provided with one and work on the downside of the decline axis 151 Make the elevating shaft 156 of 101 aft bulkhead of space rotation connection, is fixedly connected with a right end and elevator 152 on the elevating shaft 156 The convergence gear 155 that left side is connected by meshing transmission, be provided on front side of the convergence gear 155 one with elevating shaft 156 is fixed connects The rising bevel gear 192 connect, 101 upper end wall of working space are fixedly connected with a bearing rod 115, under the bearing rod 115 The locating rod 106 that side is provided with a right side and 107 left end of gear is driven to be connected by meshing transmission, 106 upper surface of locating rod It is inside provided with the lifting groove 113 of upper end wall connection working space 101,113 upper end of lifting groove is run through in 115 lower end of bearing rod Wall and be located at lifting groove 113 in, 113 lower end wall of lifting groove is fixedly connected with a upper end and fixes with 115 lower end surface of bearing rod The lifting spring 114 of connection, 106 lower end of locating rod are fixedly connected with a positioning block 105, set on the left of the locating rod 106 It is equipped with a linkage mechanism 195, a translation being connected by meshing transmission with linkage mechanism 195 is provided on the right side of the linkage mechanism 195 Block 183,183 front end face of translational block are symmetrically set with a clamp system 182, and the left side clamp system 182 includes Bar 186 is moved, front bulkhead connection working space 101 is provided in 183 upper surface of translational block moves slot 185, described It moves and slidably connects one in slot 185 and move block 184,184 front end face of block that moves is fixedly connected with a front end through moving 185 front bulkhead of slot and be located at working space 101 in move bar 186,186 front end of bar of moving is fixedly connected with an outer block 174, the clamping slot 172 of left hand end wall connection working space 101 is provided in the outer block 174, before the translational block 183 End face is fixedly connected with a clamping motor 169, and 169 right side of clamping motor has been connected by power a right end through clamping slot 172 left sides and the clamping screw 170 being located in clamping slot 172, the screw thread on the clamping screw 170 of clamping slot 172 It is connected with the gripping block 171 that a right end runs through 172 right end wall of clamping slot and is located in working space 101, it is described to be located at folder The telescopic chute 178 of lower end wall connection clamping slot 172, the telescopic chute are provided in 171 lower end surface of gripping block of tight slot 172 178 upper end walls are fixedly connected with a repulsion electromagnet 180, and the 178 upper end wall center of telescopic chute is fixedly connected with a stuck bullet Spring 177, stuck 177 lower end of spring are fixedly connected with a lower end through 178 lower end wall of telescopic chute and are located in clamping slot 172 Stuck piece 176, stuck piece of 176 upper end walls are fixedly connected with a telescoping electromagnetic iron 179,101 lower end of working space The arc groove 181 of upper end wall connection working space 101 is provided in wall, 183 aft bulkhead of translational block is fixedly connected with one Anti-rotary block 194 is provided with the elastic groove 158 of left end wall connection working space 101, institute in the 101 right end wall of working space It states 158 upper end wall of elastic groove and is fixedly connected with a support spring 159,159 lower end of support spring is fixedly connected with one and bullet Property the movable block 161 that is slidably connected of slot 158, it is left through elastic groove 158 that 161 left side of movable block is fixedly connected with a left end The mobile bar 162 of end wall, 162 left end of mobile bar are fixedly connected with a rotating electric machine 160,160 left end of rotating electric machine Face is connected by power a left end and translational block 183 is threadedly engaged the mobile threaded rod 163 of connection.

Valuably, the linkage mechanism 195 includes driven gear 102, and one and work are provided on the left of the locating rod 106 The universal driving shaft 111 of 101 aft bulkhead of space rotation connection, a right end is fixedly connected on the universal driving shaft 111 and locating rod 106 is left The linkage gear 108 that end face is connected by meshing transmission is provided with a driving pulley 110, the linkage on front side of the linkage gear 108 The driven shaft 104 of one with the rotation connection of 101 aft bulkhead of working space, fixed company on the driven shaft 104 are provided on the downside of axis 111 It is connected to a driven pulley 103 connecting by belt with 110 frictional drive of driving pulley, is arranged on rear side of the driven pulley 103 There is one to be fixedly connected with driven shaft 104 and driven gear 102 that right end and 183 left side of translational block are connected by meshing transmission.

Valuably, the one-way mechanism 189 includes being coupled bevel gear 124, and 101 upper end wall of working space is fixedly connected There is an intermediate bar 121,121 lower end of intermediate bar is fixedly connected with an intermediate sleeve 120, is provided with one in the intermediate sleeve 120 Ring set 122, the 122 inner sleeve load of ring set are connected to a jackshaft 119, and 119 left end of jackshaft is fixedly connected with a rear end The drive bevel gear 118 being connected by meshing transmission with 116 right end of driving bevel gear, 119 right end of jackshaft are fixedly connected with one It is coupled bevel gear 124, symmetrical above and below be connected by meshing transmission of the connection bevel gear 124 has a linking axis 125, the upside linking 125 upper surface of axis is fixedly connected with a upper end and is connected axis 125, the linking axis with what 101 upper end wall of working space was rotatablely connected It is fixedly connected with a linking bevel gear 123 on 125, it is solid with 101 upper end wall of working space that one is provided on the right side of the linking axis 125 Surely the force rod 129 connected, 129 lower end of force rod are fixedly connected with a horizontal set 131, setting in the horizontal set 131 There is a mating groove 132, the 132 inner sleeve load of mating groove is connected to a horizon bar 130, and 130 left end of horizon bar is fixedly connected The linkage bevel gear 128 for having a upper end and being connected 123 right end of bevel gear and being connected by meshing transmission is arranged on the right side of the force rod 129 There is a relay bar 139 being fixedly connected with 101 upper end wall of working space, 139 lower end of relay bar is fixedly connected with a support 145 are covered, is provided with a support slot 146 in the support sleeve 145, the 146 inner sleeve load of support slot is connected to a support shaft 147, 147 left end of support shaft is fixedly connected with a ratchet wheel block 133, and a ratchet slot 190 is provided in the ratchet wheel block 133, described 130 right end of horizon bar is through 190 left end wall of ratchet slot and is located in ratchet slot 190, and 130 right end of horizon bar is fixedly connected with One ratchet 138, about 190 end wall of ratchet slot are symmetrically fixedly connected with a briquetting 134, and the briquetting 134 is close to spine A pressing groove 136 close to the end wall connection ratchet slot 190 of ratchet 138, the pressing groove 136 are provided in the end face of wheel 138 End wall far from ratchet 138 is fixedly connected with one by pressing spring 135, described to fix by pressing spring 135 close to one end of ratchet 138 One is connected with to connect close to one end of ratchet 138 through pressing groove 136 close to the end wall of ratchet 138 and with 138 Contact Transmission of ratchet The elastomer block 137 connect, 147 right end of support shaft are fixedly connected with a rear end and 191 left end of dynamic bevel gear engaged transmission even The driven wheel of differential 144 connect, 144 rear end of downside driven wheel of differential are connected by meshing transmission with 192 left end of bevel gear is risen, institute It states 101 aft bulkhead of working space and is fixedly connected with a force-bearing piece 165, downside linking 125 lower end of axis and 165 upper end of force-bearing piece Face rotation connection, 129 lower end of downside force rod is fixedly connected with 165 upper surface of force-bearing piece, under the downside relay bar 139 End is fixedly connected with 165 upper surface of force-bearing piece, is fixedly connected with a spray-painting plant 168, institute on the left of 165 lower end surface of force-bearing piece It states and is fixedly connected with a paint removal device 167 among 165 lower end surface of force-bearing piece, be fixedly connected on the right side of 165 lower end surface of force-bearing piece There is a spray acid device 166.

Valuably, 108 radius of linkage gear is twice of driven gear 102, and 153 radius of driven gear is rank Connecing twice of gear 155 and driving the revolving speed of gear 107 identical as driven gear 153 is twice of convergence gear 155, purpose It is that scraper 157 is removed the extra coating of various sizes of cylindrical surface.

Specifically used mode: in present invention work, elemental height and 157 lower end surface of scraper of 105 lower end surface of locating piece Elemental height is consistent, and translational block 183 is located at the center of the up and down direction of 101 lower end surface of 105 lower end surface of locating piece and working space, Required processing cylindrical work is put into arc groove 181, driving motor 187 is started, so that drive shaft 117 is driven to rotate, It drives locating piece 105 to decline under the action of rack-and-pinion, under the action of belt pulley and rack-and-pinion, drives under translational block 183 Drop, the distance that translational block 183 declines is the half of locating piece 105, until locating piece 105 presses on cylindrical work arcwall face End, gripping block 171 drops to the center of cylindrical rounded face up and down direction with translational block 183 at this time, meanwhile, in the work of gear train Mobile threaded rod 163 is driven to rotate with lower drive shaft 117, in downside under the action of ratchet 138, downside support shaft 147 is not rotated, Under gear train effect, scraper 157 declines the height as locating piece 105, so that 157 lower end surface of scraper and cylindrical work The alignment of arcwall face upper end, at this point, telescoping electromagnetic iron 179 and the 180 energization mutual exclusion of repulsion electromagnet, thus push stuck piece 176 into Enter stuck in stuck slot 175, starting clamping motor 169, under the cooperation of thread screw, drive left block 171 is transported to the right Dynamic, right block 171 moves downward, until cylindrical work is stuck, at this point, closing clamping motor 169, reverse starting is driven Dynamic motor 187, so that translational block 183 be driven to rise to initial position, translational block 183 is equally reset to initial position, in gear Under the action of system, driving pulley 110 drives convergence gear 155 to rotate, under the action of rack-and-pinion, 157 climb of scraper For the half of locating piece 105,157 lower end surface of scraper is consistent with cylindrical work upper surface always, closes driving motor 187, start rotating electric machine 160, under the cooperation of thread screw, translational block 183 is driven to move right to spray-painting plant 168 Side closes rotating electric machine 160 and opens spray-painting plant 168 to cylindrical work progress paint spraying, starts clamping motor 169, band Dynamic cylindrical work rotation after painting and drying, starts rotating electric machine 160, makes cylinder so that workpiece arcwall face is all directed onto Workpiece motion s close rotating electric machine 160, start paint removal device 167 and clamping motor 169, scrape off institute to 167 downside of paint removal device The paint of chemical milling part is needed, rotating electric machine 160 is started, so that cylindrical work is moved to sour 166 downside of device of spray, closes rotation Sour device 166 and clamping motor 169 are sprayed in rotating motor 160, starting, realize chemical milling to cylindrical work, start rotating electric machine 160, cylindrical work moves to 157 downside of scraper, closes rotating electric machine 160, starts clamping motor 169 for cylindrical work arc Shape surface residual paint scrapes off, and ring electromagnet 149 and ring electromagnet 148, which are powered, to be adsorbed, make elevator 152 be detached from it is passive The engagement of gear 153, supporting block 140 reset under the action of guide spring 143, ring electromagnet 149 and ring electromagnet 148 Power-off, elevator 152 reset, this apparatus structure is simple, and it is convenient to operate, and chemical milling can be carried out to various sizes of cylindrical work The step of cutting, there is very strong adaptability, chemical milling is greatly saved and operating power source.

It is obvious to a person skilled in the art that invention is not limited to the details of the above exemplary embodiments, Er Qie In the case where without departing substantially from spirit or essential attributes of the invention, the present invention can be realized in other specific forms.Therefore, no matter From the point of view of which point, the present embodiments are to be considered as illustrative and not restrictive, and the scope of the present invention is by appended power Benefit requires rather than above description limits, it is intended that all by what is fallen within the meaning and scope of the equivalent elements of the claims Variation is included within the present invention.Any reference signs in the claims should not be construed as limiting the involved claims.

Claims

1. a kind of chemical process, including work box, it is characterised in that: be provided with a working space, the work in the work box Make space aft bulkhead and be fixedly connected with a driving motor, the driving motor front end face has been connected by power a drive shaft, the drive It is fixedly connected with a driving gear on moving axis, a driving cone tooth being fixedly connected with drive shaft is provided on front side of the driving gear Wheel, the drive shaft right side are provided with an one-way mechanism, and the working space upper end wall is fixedly connected with a guide pad, described to lead A supporting block is provided on the downside of to block, the supporting block upper surface is provided with the guide groove of upper end wall connection working space, institute State guide pad lower end through guide groove upper end wall and be located at guide groove in, the guide groove lower end wall be fixedly connected with a upper end with The guide spring that guide pad lower end surface is fixedly connected, the supporting block left side are provided with the magnetism of left end wall connection guide pad Slot, the magnetism slot right end wall are fixedly connected with a ring electromagnet, and the magnetism slot right end wall center is fixedly connected with a pressure Contracting spring, the compressed spring left end are fixedly connected with the lifting that a left end is run through magnetic slot left end wall and is located in working space Block, the elevator right side are fixedly connected with a ring electromagnet, and the supporting block lower end is fixedly connected with a scraper, described It is provided with the decline axis of one with the rotation connection of working space aft bulkhead on the left of supporting block, a right side is fixedly connected on the decline axis The driven gear that end is connected by meshing transmission with elevator left side, the driven gear front side are provided with one and connect with decline axis rotation The dynamic bevel gear connect, it is described decline axis on the downside of be provided with one with working space aft bulkhead rotation connection elevating shaft, it is described on It is fixedly connected with the convergence gear that a right end is connected by meshing transmission with elevator left side on lifting shaft, is set on front side of the convergence gear It is equipped with a rising bevel gear being fixedly connected with elevating shaft, the working space upper end wall is fixedly connected with a bearing rod, described The locating rod for being provided with a right side on the downside of bearing rod and gear left end being driven to be connected by meshing transmission, in the locating rod upper surface It is provided with the lifting groove of upper end wall connection working space, the bearing rod lower end is through lifting groove upper end wall and is located at lifting groove Interior, the lifting groove lower end wall is fixedly connected with the lifting spring that a upper end is fixedly connected with bearing rod lower end surface, the positioning Bar lower end is fixedly connected with a positioning block, and a linkage mechanism, setting on the right side of the linkage mechanism are provided on the left of the locating rod There is a translational block being connected by meshing transmission with linkage mechanism, the translational block front end face is symmetrically set with a clamp system, The left side clamp system includes moving bar, and moving for front bulkhead connection working space is provided in the translational block upper surface Slot, described move slidably connect one and move block in slot, the block front end face that moves is fixedly connected with a front end through moving slot Front bulkhead and it is located in working space and moves bar, the bar front end of moving is fixedly connected with an outer block, in the outer block It is provided with the clamping slot of left hand end wall connection working space, the translational block front end face is fixedly connected with a clamping motor, institute It states clamping motor right side and is connected by power the clamping screw that a right end runs through clamping slot left side and is located in clamping slot, it is described It is threadedly engaged on the clamping screw of clamping slot and is connected with a right end through clamping slot right end wall and is located in working space Gripping block is provided with the telescopic chute of lower end wall connection clamping slot in the gripping block lower end surface positioned at clamping slot, described to stretch Contracting slot upper end wall is fixedly connected with a repulsion electromagnet, and telescopic chute upper end wall center is fixedly connected with a stuck spring, institute It states stuck lower spring end and is fixedly connected with stuck piece of a lower end through telescopic chute lower end wall and in clamping slot, it is described stuck Block upper end wall is fixedly connected with a telescoping electromagnetic iron, and upper end wall connection working space is provided in the working space lower end wall Arc groove, the translational block aft bulkhead is fixedly connected with an Anti-rotary block, is provided with a left end in the working space right end wall Wall is connected to the elastic groove of working space, and the elastic groove upper end wall is fixedly connected with a support spring, the support spring lower end It is fixedly connected with a movable block being slidably connected with elastic groove, the movable block left side is fixedly connected with a left end through elasticity The mobile bar of slot left end wall, the mobile bar left end are fixedly connected with a rotating electric machine, and rotating electric machine left side power connects It is connected to a left end and translational block is threadedly engaged the mobile threaded rod of connection.

2. a kind of chemical process according to claim 1, it is characterised in that: the linkage mechanism includes driven gear, institute The universal driving shaft for being provided with one with the rotation connection of working space aft bulkhead on the left of locating rod is stated, is fixedly connected with one on the universal driving shaft The linkage gear that right end and locating rod left side are connected by meshing transmission, the linkage gear front side are provided with a driving pulley, institute The driven shaft for being provided with one with the rotation connection of working space aft bulkhead on the downside of universal driving shaft is stated, is fixedly connected with one on the driven shaft The driven pulley being connect by belt with driving pulley frictional drive, the driven pulley rear side are provided with one and fix with driven shaft The driven gear that connection and right end and translational block left side are connected by meshing transmission.

3. a kind of chemical process according to claim 1, it is characterised in that: the one-way mechanism includes being coupled bevel gear, The working space upper end wall is fixedly connected with an intermediate bar, and the intermediate bar lower end is fixedly connected with an intermediate sleeve, it is described in Between set in be provided with a ring set, the ring set inner sleeve load is connected to a jackshaft, after the jackshaft left end is fixedly connected with one The drive bevel gear that end is connected by meshing transmission with driving bevel gear right end, the jackshaft right end are fixedly connected with connection cone tooth Wheel, symmetrical above and below be connected by meshing transmission of the connection bevel gear have a linking axis, and upside linking axis upper surface is fixedly connected There is a upper end to be connected axis with what working space upper end wall was rotatablely connected, be fixedly connected with a linking bevel gear on the linking axis, It is provided with a force rod being fixedly connected with working space upper end wall on the right side of the linking axis, the force rod lower end is fixedly connected There is a horizontal set, is provided with a mating groove in the horizontal set, the mating groove inner sleeve load is connected to a horizon bar, the level Bar left end be fixedly connected with a upper end with the linkage bevel gear that is connected bevel gear right end and is connected by meshing transmission, on the right side of the force rod It is provided with a relay bar being fixedly connected with working space upper end wall, relay bar lower end is fixedly connected with a support sleeve, institute It states and is provided with a support slot in support sleeve, the support slot inner sleeve load is connected to a support shaft, and the support shaft left end is fixed to be connected It is connected to a ratchet wheel block, a ratchet slot is provided in the ratchet wheel block, the horizon bar right end is through ratchet slot left end wall and is located at In ratchet slot, the horizon bar right end is fixedly connected with a ratchet, the ratchet slot up and down end wall be symmetrically fixedly connected with one by Briquetting, the briquetting is provided with a pressing groove close to the end wall connection ratchet slot of ratchet in the end face of ratchet, described Pressing groove is fixedly connected with one by pressing spring far from the end wall of ratchet, described to be fixedly connected with by pressing spring close to one end of ratchet One end wall and the elastomer block that is connect with ratchet Contact Transmission close to one end of ratchet through pressing groove close to ratchet, the support The driven wheel of differential that axis right end is fixedly connected with a rear end and dynamic bevel gear left end is connected by meshing transmission, the downside is from mantle Gear rear end is connected by meshing transmission with bevel gear left end is risen, and the working space aft bulkhead is fixedly connected with a force-bearing piece, institute It states downside and is connected axis lower end and the rotation connection of force-bearing piece upper surface, the fixed company in downside force rod lower end and force-bearing piece upper surface It connects, the downside relay bar lower end is fixedly connected with force-bearing piece upper surface, is fixedly connected with one on the left of the force-bearing piece lower end surface Spray-painting plant, is fixedly connected with a paint removal device among the force-bearing piece lower end surface, fixed on the right side of the force-bearing piece lower end surface to connect It is connected to a spray acid device.

4. a kind of chemical process according to claim 1, it is characterised in that: the linkage gear radius is driven gear Twice, the driven gear radius be twice of convergence gear and drive gear revolving speed it is identical as driven gear be convergence gear Twice.