CN109094032A

CN109094032A - It is a kind of for assembling the efficient and energy-saving equipment of plug joint

Info

Publication number: CN109094032A
Application number: CN201811068940.9A
Authority: CN
Inventors: 朱顺华
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-09-13
Filing date: 2018-09-13
Publication date: 2018-12-28

Abstract

The invention discloses a kind of for assembling the efficient and energy-saving equipment of plug joint, including body, assembly cavity is equipped in the body, bilateral symmetry is equipped with runner in the assembly cavity, it is connected by power between the runner by conveyer belt, the runner mandrel in left side is connected by power with driving device by the first belt, several sparking-plug electrode connectors to be assembled are uniformly placed on the conveyer belt, it communicates on the upside of the assembly cavity equipped with downward opening delivery chute, the delivery chute bilateral symmetry is equipped with the opposite clamping slot that is open, sliding is equipped with the clamping bar that rubber pad is protruded into the delivery chute and be installed with close to one end of the delivery chute in the clamping slot, the rotation of conveyer belt and heating press device are connected by power by driving conversion equipment, save the consumption of electric energy and environment-friendly high-efficiency, equipments overall structure is compact, easy to operate and work It is high-efficient.

Description

It is a kind of for assembling the efficient and energy-saving equipment of plug joint

Technical field

It is specially a kind of for assembling the efficient and energy saving of plug joint the present invention relates to spark plug manufacturing technology field Equipment.

Background technique

Equipment currently used for assembling plug joint is mainly engaged in together by abutting insulation sleeve with electrode contact, Its insulation sleeve is melted with electrode contact junction thereafter by heating device the two is bonded together, needs in the process Compressive engagement after needing to be detached from after heating, it is more using motor in existing equipment, and the cooperation of device is complicated, takes up a large area, Therefore, it is badly in need of wanting a kind of safety, the efficient and energy-saving equipment of efficient and automation assembly plug joint.

Summary of the invention

The purpose of the present invention is to provide a kind of for assembling the efficient and energy-saving equipment of plug joint, existing for overcoming There is the drawbacks described above in technology.

It is according to the present invention a kind of for assembling the efficient and energy-saving equipment of plug joint, including body, the body Interior to be equipped with assembly cavity, bilateral symmetry is equipped with runner in the assembly cavity, is connected by power between the runner by conveyer belt, left side The runner mandrel be connected by power with driving device by the first belt, be uniformly placed on the conveyer belt several to be assembled Sparking-plug electrode connector, communicate equipped with downward opening delivery chute on the upside of the assembly cavity, the delivery chute bilateral symmetry is set Have the opposite clamping slot of being open, in the clamping slot sliding be equipped with protruded into the delivery chute close to one end of the delivery chute and It is installed with the clamping bar of rubber pad, it is remote with the clamping slot that the clamping bar far from one end of the delivery chute is installed with the other end The fastening spring that an end wall from the delivery chute is fixedly connected, the clamping bar rear end face is installed with clamping device, described defeated It send and is equipped with conveyor chamber be connected between free surrounding space on the right side of slot, equipped with horizontal conveying belt in the conveyor chamber, the conveyer belt Belt wheel mandrel is connected by power by the mandrel of the second belt and the runner on right side, and transmission has several sparks on the conveyer belt The insulation sleeve of plug, the delivery chute left side are equipped with the opening down lifting chamber communicated with the assembly cavity, and the lifting is intracavitary to be set There is elevator, is communicated on the right side of the lifting chamber and be equipped with opening towards left lifting groove, the lifting groove upper end wall is installed with lifting electricity Machine, the lifting motor lower end are connected by power the thread spindle of lower end and lifting groove lower end wall rotation connection, the thread spindle On be threaded with threaded block, the threaded block left side protrude into the lifting it is intracavitary and with the elevator right side is fixed connects Connect, be equipped with lifting space in the elevator, on the upside of the lifting space be connected between the lifting chamber equipped with slotting, it is described The through slot for being equipped with and communicating with the lifting chamber is run through in lifting space lower end, is equipped with briquetting, the pressing in the lifting space Block lower end surface, which is installed with, protrudes into the intracavitary compressor arm of the lifting through the lifting space, is equipped with opening court in the compressor arm Under cavity, the compressor arm lower end surface is installed with ring compression block, and the compressor arm periphery and the briquetting lower end surface are solid Equipped with symmetrical strut, annular link block, the link block upper surface and the pressing are arranged on the downside of the compressor arm The first spring that lower end is fixedly connected with the link block upper surface, institute are installed in the compressor arm periphery between block lower end surface It states the first spring upper end to be fixedly connected with briquetting briquetting lower end surface, symmetrical compression is equipped in the link block Slot, the strut lower end are protruded into the compression groove, and the link block lower end surface is equipped with left and right in compressor arm periphery rotation Symmetrical semi-circular plate, the semi-circular plate periphery and the link block lower end surface are installed with lower end and the lifting space lower end The second spring that wall is fixedly connected, the semi-circular plate lower end through the lifting space protrude into it is described go up and down it is intracavitary and be installed with Semi-circular heat block, lifting chamber left side, which communicates, is equipped with opening towards right rotation chamber, and the rotation is intracavitary to pass through first rotating shaft Rotation is equipped with first gear, and the torsion bullet that the other end is fixedly connected with the rotation cavity wall is installed in the first rotating shaft Spring communicates on the upside of the rotation chamber and goes up and down the rotation slot that communicates of chamber with described equipped with right end wall, outside the first gear front end face It is installed with the rotation compression bar that upper end is protruded into through the rotation chamber in the rotation slot week, the first gear left side engagement connects It is connected to the second gear for half tooth being rotatablely connected by the second shaft, second shaft is filled by third belt and the driving It sets and is connected by power, radiator is equipped on the upside of the lifting motor, thus constitute the equipment of complete assembly plug joint.

Further technical solution, the driving device include driving chamber, and sliding is equipped with drive block, institute in the driving chamber It states drive block left side and is installed with the adjustable spring that left end is fixedly connected with driving chamber left end wall, it is fixed in the drive block There is driving motor, communicated by the first guide runner equipped with drive cavity on the upside of the driving chamber, driving motor upper end power connects It is connected to upper end and protrudes into the drive cavity and be installed with first bevel gear through first guide runner, after the first bevel gear End face engagement is connected with second bevel gear, and rear end is installed at the second bevel gear axle center and the drive cavity aft bulkhead rotates The mandrel of the runner in the third shaft of connection, the third shaft and left side is connected by power by first belt, institute The third hand tap gear being equipped in drive cavity to engage connection with the first bevel gear is stated, is consolidated at the third hand tap gear axle center It is rotatablely connected equipped with left end and drive cavity left end wall and right end is the transmission shaft of spline axis shape, led on the right side of the drive cavity It crosses the connection of the first link slot and is equipped with the first engagement chamber, rotated in first driving groove by bearing and be equipped with spline housing, the biography Moving axis right end protruded into after first link slot and the first engagement chamber in first driving groove and with the spline Spline fitted connection is covered, the spline housing is connected by power by the 4th belt with the clamping device, in the first engagement chamber The 4th bevel gear is installed on the interior transmission shaft, first engagement is intracavitary to be equipped with to engage with the 4th bevel gear 5th bevel gear of connection, the mandrel of the 5th bevel gear are connected by power with second shaft by the third belt, In being equipped with pushing block by bearing rotation on the transmission shaft on the right side of 4th bevel gear, communicates and set on the upside of the first engagement chamber There is the second guide runner, the pushing block upper surface is installed with the slider guide that upper end is protruded into second guide runner, and described first It engages to be connected on the downside of chamber by third guide runner and is equipped with the extruding slot that opening is communicated towards the right side with the lifting chamber, in the extruding slot Sliding is equipped with right end and protrudes into the intracavitary crushing block of the lifting through the extruding slot, and the pushing block lower end is led through the third Sliding slot is protruded into the extruding slot and is fixedly connected with the crushing block, and the crushing block left side is installed with left end and squeezes with described The extruding spring that indent left end wall is fixedly connected is connected between the extruding slot and the driving chamber and is equipped with the second link slot, institute State crushing block lower end surface and be installed with the sliding block that lower end is protruded into second link slot, the sliding block left side be installed with left end with The push rod that the drive block right side abuts.

Further technical solution, the clamping device are included in the second driving groove of the lifting chamber setting, and described the The rotating wheel being connected by power by the 4th belt with the spline housing is equipped with by bearing rotation in one driving groove, described turn The rotation axis of left end and the rotation connection of first driving groove left end wall, the first driving groove right side are installed at driving wheel axle center It communicates and is equipped with the second engagement chamber, the rotation axis right end protrudes into described second and engages intracavitary and be installed with the 6th bevel gear, described 6th bevel gear rear end face engagement be connected with the 7th bevel gear, at the 7th bevel gear axle center fixed front and back end respectively with it is described 4th shaft of end wall rotation connection before and after second engagement chamber, the second engagement chamber right side is equipped on rear side of the delivery chute to be turned Chamber, described turn of intracavitary rotated by the 5th shaft are equipped with irregular third gear, the 5th shaft and the 4th shaft Between be connected by power by the 5th belt, described to live to turn to be equipped with pressure chamber by the connection of third link slot on the downside of chamber, the pressure is intracavitary Sliding protrudes into described turn of intracavitary compression bar equipped with upper end, and the third link slot right side communicates to be equipped with and be open towards left limiting slot, The compression bar right side is installed with the limited block that right end protrudes into the limiting slot, limited block lower end surface be installed with lower end with The limit spring that the limiting slot is fixedly connected, it is intracavitary and be installed with ramp blocks, the pressure that the pressure is protruded into the compression bar lower end Chamber bilateral symmetry communicates the connecting cavity being connected to equipped with front end with the clamping slot, and sliding is equipped with close to the pressure in the connecting cavity One end of chamber protrudes into that the pressure is intracavitary and the fixed link that abuts with the ramp blocks, the fixed link front end with after the clamping bar End face is fixedly connected, and the fixed link is fixed far from the fixed other end in an end face of the pressure chamber with the ipsilateral end wall of the connecting cavity The top pressure spring of connection.

Further technical solution, first spring are greater than the second spring elastic force.

Further technical solution, the radiator include the radiating groove that upper end is communicated with free surrounding space, the heat dissipation It is installed with cooling fin in slot, is equipped with dirt filtrating screen on the upside of the cooling fin.

The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, by rotating compression bar for different spring forces Heat block and briquetting push, antipyretic by general who has surrendered's electrode contact under heat block and the progress of insulation sleeve junction first, thereafter It is pushed open outward by the lower general who has surrendered heating of briquetting, lower general who has surrendered's electrode contact compress with insulation sleeve heating position and be connect It closes, while by the relaxation of clamping device so that next electrode contact to be joined is prepared with insulation sleeve, while driving turns The rotation of conveyer belt and heating press device are connected by power by changing device, save the consumption of electric energy and environment-friendly high-efficiency, and device is overall It is compact-sized, it is easy to operate and work efficiency is high.

Detailed description of the invention

Fig. 1 is overall structure signal inside a kind of efficient and energy-saving equipment for assembling plug joint of the invention Figure；

Fig. 2 is A-A structural schematic diagram in Fig. 1 in the present invention；

Fig. 3 is B-B structural schematic diagram in Fig. 2 in the present invention；

Fig. 4 is C enlarged diagram in Fig. 1 in the present invention；

Fig. 5 is D enlarged diagram in Fig. 1 in the present invention.

Specific embodiment

Below with reference to Fig. 1-5, the present invention is described in detail.

Referring to Fig.1-5, embodiment according to the present invention is a kind of for assembling the efficient and energy-saving equipment of plug joint, Including body 10, assembly cavity 11 is equipped in the body 10, bilateral symmetry is equipped with runner 13, the runner in the assembly cavity 11 It is connected by power between 13 by conveyer belt 15,13 mandrel of the runner and driving device in left side are connected by 14 power of the first belt It connects, several sparking-plug electrode connectors 12 to be assembled is uniformly placed on the conveyer belt 15, are communicated on the upside of the assembly cavity 11 Equipped with downward opening delivery chute 16,16 bilateral symmetry of delivery chute is equipped with the opposite clamping slot 62 that is open, the clamping slot Sliding is equipped with the clamping bar that rubber pad 65 is protruded into the delivery chute 16 and be installed with close to one end of the delivery chute 16 in 62 64, the clamping bar 64 is installed with the other end and the clamping slot 62 far from the delivery chute far from one end of the delivery chute 16 The fastening spring 63 that 16 end wall is fixedly connected, 64 rear end face of clamping bar are installed with clamping device, the delivery chute 16 It is connected between right side and free surrounding space and is equipped with conveyor chamber 17, be equipped with horizontal conveying belt 18, the conveyer belt in the conveyor chamber 17 18 belt wheel mandrel is connected by power by the mandrel of the second belt 105 and the runner 13 on right side, and the conveyer belt 18 uploads The defeated insulation sleeve 19 for having several spark plugs is equipped with the opening down lifting communicated with the assembly cavity 11 on the left of the delivery chute 16 Chamber 20, the lifting chamber 20 is interior to be equipped with elevator 25, communicates the lifting groove 21 for being equipped with opening towards a left side, institute on the right side of the lifting chamber 20 It states 21 upper end wall of lifting groove and is installed with lifting motor 22,22 lower end of lifting motor is connected by power lower end and the lifting groove 21 The thread spindle 23 of lower end wall rotation connection, is threaded with threaded block 24,24 left side of threaded block on the thread spindle 23 It protrudes into the lifting chamber 20 and is fixedly connected with 25 right side of elevator, lifting space is equipped in the elevator 25 27,27 upside of the lifting space be connected between the lifting chamber 20 equipped with slotting 26,27 lower end of lifting space is run through Equipped with the through slot 36 communicated with the lifting chamber 20, briquetting 28,28 lower end of briquetting are equipped in the lifting space 27 Face is installed with the compressor arm 31 protruded into the lifting chamber 20 through the lifting space 27, is equipped with opening in the compressor arm 31 Cavity 32 directed downwardly, 31 lower end surface of compressor arm are installed with ring compression block 38,31 periphery of compressor arm and the pressing 28 lower end surface of block is installed with symmetrical strut 29, and annular link block 33, the connection are arranged on the downside of the compressor arm 31 Lower end and the link block 33 are installed in 31 periphery of compressor arm between 28 lower end surface of 33 upper surface of block and the briquetting The first spring 30 that upper surface is fixedly connected, 30 upper end of the first spring are fixed with 28 briquetting of briquetting, 28 lower end surface Connection, the link block 33 is interior to be equipped with symmetrical compression groove 34, and 29 lower end of strut is protruded into the compression groove 34, institute Stating 33 lower end surface of link block, rotation is equipped with symmetrical semi-circular plate 37, the semi-circular plate 37 in 31 periphery of compressor arm Periphery is installed with the second spring 35 that lower end is fixedly connected with lifting 27 lower end wall of space with 33 lower end surface of link block, Semi-circular heat block 39 is protruded into the lifting chamber 20 through the lifting space 27 and be installed in 37 lower end of semi-circular plate, It is communicated on the left of the lifting chamber 20 and is equipped with opening towards right rotation chamber 74, the rotation chamber 74 is interior to be set by the rotation of first rotating shaft 70 There is first gear 69, the torsion bullet that the other end is fixedly connected with rotation 70 inner wall of chamber is installed in the first rotating shaft 70 Spring, it is described to rotate the rotation slot 67 for communicating on the upside of chamber 74 and communicating equipped with right end wall and the lifting chamber 20, the first gear 69 Front end face periphery is installed with the rotation compression bar 68 that upper end is protruded into through the rotation chamber 74 in the rotation slot 67, first tooth The second gear 71 that the engagement of 69 left sides is connected with half tooth being rotatablely connected by the second shaft 72 is taken turns, second shaft 72 is logical It crosses third belt 73 to be connected by power with the driving device, radiator is equipped on the upside of the lifting motor 22, has thus been constituted The equipment of whole assembly plug joint.

Valuably or illustratively, the driving device includes driving chamber 91, and sliding is equipped with driving in the driving chamber 91 Block 92,92 left side of drive block are installed with the adjustable spring 94 that left end is fixedly connected with the 91 left end wall of driving chamber, institute It states and is installed with driving motor 93 in drive block 92, communicated by the first guide runner 96 equipped with drive cavity on the upside of the driving chamber 91 101,93 upper end of driving motor be connected by power upper end protruded into the drive cavity 101 through first guide runner 96 and It is installed with first bevel gear 97,97 rear end face of the first bevel gear engagement is connected with second bevel gear 98, the second cone tooth Take turns the third shaft 99 that rear end and 101 aft bulkhead of drive cavity rotation connection are installed at 98 axle center, the third shaft 99 Be connected by power with the mandrel of the runner 13 in left side by first belt 14, be equipped in the drive cavity 101 to The first bevel gear 97 engages the third hand tap gear 100 of connection, is installed with left end and institute at 100 axle center of third hand tap gear It states the rotation connection of 101 left end wall of drive cavity and right end is the transmission shaft 78 of spline axis shape, by the on the right side of the drive cavity 101 The connection of one link slot 102 is equipped with the first engagement chamber 75, is rotated in first driving groove 85 by bearing and is equipped with spline housing 86, institute 78 right end of transmission shaft is stated to protrude into first driving groove 85 after first link slot 102 and the first engagement chamber 75 And connect with 86 spline fitted of spline housing, the spline housing 86 is connected by the 4th belt 87 with the clamping device power It connects, is installed with the 4th bevel gear 77 on the transmission shaft 78 in the first engagement chamber 75, described first engages in chamber 75 Equipped with to engaged with the 4th bevel gear 77 connection the 5th bevel gear 76, the mandrel of the 5th bevel gear 76 with it is described Second shaft 72 is connected by power by the third belt 73, and 77 right side of the 4th bevel gear passes through on the transmission shaft 78 Bearing rotation is equipped with pushing block 79, communicates on the upside of the first engagement chamber 75 equipped with the second guide runner 81,79 upper surface of pushing block It is installed with the slider guide 80 that upper end is protruded into second guide runner 81, passes through third slide guide on the downside of the first engagement chamber 75 The connection of slot 88 is equipped with the extruding slot 82 that opening is communicated towards the right side with the lifting chamber 20, and sliding is passed through equipped with right end in the extruding slot 82 The crushing block 66 that the extruding slot 82 protrudes into the lifting chamber 20 is worn, the third guide runner 88 is run through in 79 lower end of pushing block Protrude into the extruding slot 82 and be fixedly connected with the crushing block 66,66 left side of crushing block be installed with left end with it is described The extruding spring 83 that 82 left end wall of slot is fixedly connected is squeezed, is connected between the extruding slot 82 and the driving chamber 91 and is equipped with second Link slot 90,66 lower end surface of crushing block are installed with the sliding block 84 that lower end is protruded into second link slot 90, the sliding block 84 left sides are installed with the push rod 89 that left end is abutted with 92 right side of drive block, and effect is to realize different processes automatically The driving of device is converted, and the flexibility and automation of device are improved.

Valuably or illustratively, the clamping device is included in the second driving groove 40 that the lifting chamber 20 is arranged, institute It states to be equipped in the first driving groove 40 by bearing rotation and be turned by the 4th belt 87 with what the spline housing 86 was connected by power Driving wheel 41 is installed with the rotation axis of left end and the 40 left end wall of the first driving groove rotation connection at 41 axle center of rotating wheel 44, it communicates on the right side of first driving groove 40 equipped with the second engagement chamber 43,44 right end of rotation axis protrudes into second engagement In chamber 43 and it is installed with the 6th bevel gear 45,45 rear end face of the 6th bevel gear engagement is connected with the 7th bevel gear 46, described The 4th shaft of 43 front and back end wall of chamber rotation connection is engaged in fixed front and back end with described second respectively at 7th bevel gear, 46 axle center 47,43 right side of the second engagement chamber is equipped on rear side of the delivery chute 16 turns chamber 51, described to turn in chamber 51 through the 5th shaft 49 rotations are equipped with irregular third gear 48, pass through the 5th belt 50 between the 5th shaft 49 and the 4th shaft 47 It is connected by power, described to live to turn to be equipped with pressure chamber 57 by the connection of third link slot 53 on the downside of chamber 51, sliding is equipped in the pressure chamber 57 The compression bar 52 turned in chamber 51 is protruded into upper end, and the limiting slot 54 for being equipped with opening towards a left side is communicated on the right side of the third link slot 53, 52 right side of compression bar is installed with the limited block 56 that right end protrudes into the limiting slot 54, and 56 lower end surface of the limited block is fixed The limit spring 55 for having lower end to be fixedly connected with the limiting slot 54,52 lower end of compression bar are protruded into the pressure chamber 57 and fixed There are ramp blocks 58, pressure 57 bilateral symmetry of chamber communicates the connecting cavity 60 being connected to equipped with front end with the clamping slot 62, the company Sliding in chamber 60 is connect to protrude into the pressure chamber 57 equipped with one end of the close pressure chamber 57 and consolidate with what the ramp blocks 58 abutted Fixed pole 59,59 front end of fixed link are fixedly connected with 64 rear end face of clamping bar, and the fixed link 59 is far from the pressure chamber The top pressure spring 61 that the 57 fixed other end in an end face is fixedly connected with the ipsilateral end wall of the connecting cavity 60, acting on is, to Synchronizing loose clamping device when the connector assembly of spark plug makes next connector prepare, and improves harmony and the company of device Dynamic property.

Valuably or illustratively, 30 elasticity of the first spring is greater than 35 elastic force of second spring, and effect is to press Link block 33 is first declined briquetting 28 thereafter when briquetting 28 declines individually to decline together, different functions is realized, completes The processing of different processes improves the flexibility of device.

Valuably or illustratively, the radiator includes the radiating groove 105 that upper end is communicated with free surrounding space, described to dissipate It is installed with cooling fin 106 in heat channel 105, dirt filtrating screen 107 is equipped on the upside of the cooling fin 106, effect is to increase motor work When heat dissipation effect, extend motor service life.

When original state, electrode contact 12 is abutted with insulation sleeve 19, first bevel gear 97 and 98 company of engagement of second bevel gear It connects, third hand tap gear 100 is not engaged with first bevel gear 97 and connect, the 4th bevel gear 77 and the 5th bevel gear 76 company of engagement It connects.

When needing to carry out assembly work to plug joint, driving motor 93 works, then first bevel gear 97 drives the The rotation of two bevel gears 98 makes the rotation of conveyer belt 15 drive electrode contact 12 thereon and insulation sleeve 19 whole by the first belt 14 Body is moved to the left, while lifting motor 22 works, and driving thread spindle 23 rotates, then threaded block 24 drives elevator 25 in lifting chamber Decline in 20, when elevator 25 drops to lifting 20 downside extreme position of chamber, insulation sleeve 19 is located in cavity 32, secondly, lifting Block 25 pushes crushing block 66 to be moved to the left pushing block 79 is driven to move to left so that the 4th bevel gear 77 engages connection with the 5th bevel gear 76, Push drive block 92 mobile by push rod 89 simultaneously so that first bevel gear 97 is disengaged from second bevel gear 98 connect, and the Third hand tap gear 100 engages connection with first bevel gear 97, then second bevel gear 98 stops operating so that conveyer belt 15 stops, simultaneously The rotation of third hand tap gear 100 drives the rotation of the 5th bevel gear 76, then second made by third belt 73 by transmission shaft 78 Gear 71 drives first gear 69 to rotate, then rotates compression bar 68 and rotate clockwise by the 26 pushing decline of briquetting 28 of fluting, then Link block 33 drives semi-circular plate 37 to descend through heat block 39 and heats electrode contact 12 and 19 junction of insulation sleeve, at this time 33 lower end surface of link block is abutted with lifting 27 lower end wall of space, continues to push briquetting 28 with compression bar 68 is rotated, then briquetting 28 drive compressor arms 31 to decline, and by compact heap 38 are laterally rotated semi-circular plate 37 and heat block 39, then compact heap 38 Lower end compresses electrode contact 12 and engages heating position with insulation sleeve 19, completes the assembly of connector, while the rotation meeting of transmission shaft 78 4th belt 87 drives rotating wheel 41 to rotate, then by the 5th belt 50 rotation of third gear 48 is pushed tiltedly by compression bar 52 Face block 58 declines, then makes clamping of the sliding release to insulation sleeve 19 outward of clamping bar 64 by fixed link 59, in insulation sleeve 19 fall to wait next assembly process with 12 joint of electrode contact under gravity, then 22 reverse operation of lifting motor, Increase elevator 25, then crushing block 66 moves right in the case where squeezing spring 83 and acting on and restores to initial position, triconodont Wheel 100 is disengaged from first bevel gear 97 and connect, then first gear 69 in the case where torque spring acts on inversion recovery to initial bit It sets, the 4th bevel gear 77 restores to engage connection with the 5th bevel gear 76, then conveyer belt 15 restores rotation, the spark that assembly is terminated Plug transports to the left, while spark plug to be assembled being moved to the left and is assembled.

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. it is a kind of for assembling the efficient and energy-saving equipment of plug joint, including body, assembly cavity, institute are equipped in the body It states bilateral symmetry in assembly cavity and is equipped with runner, be connected by power between the runner by conveyer belt, the runner mandrel in left side It is connected by power with driving device by the first belt, several sparking-plug electrodes to be assembled is uniformly placed on the conveyer belt and are connect Head, the assembly cavity upside are communicated equipped with downward opening delivery chute, and the delivery chute bilateral symmetry is equipped with the opposite folder that is open Tight slot, the interior sliding of the clamping slot, which is equipped with, to be protruded into the delivery chute close to one end of the delivery chute and is installed with rubber pad Clamping bar, the clamping bar are installed with the other end and the clamping slot far from the delivery chute far from one end of the delivery chute The fastening spring that one end wall is fixedly connected, the clamping bar rear end face are installed with clamping device, the delivery chute right side and the external world Connection is equipped with conveyor chamber between space, is equipped with horizontal conveying belt in the conveyor chamber, and the belt wheel mandrel of the conveyer belt passes through the The mandrel of two belts and the runner on right side is connected by power, and transmission has the insulation sleeve of several spark plugs, institute on the conveyer belt It states and is equipped with the opening down lifting chamber communicated with the assembly cavity on the left of delivery chute, the lifting is intracavitary equipped with elevator, described It is communicated on the right side of lifting chamber and is equipped with opening towards left lifting groove, the lifting groove upper end wall is installed with lifting motor, the lifting electricity Machine lower end is connected by power the thread spindle of lower end and lifting groove lower end wall rotation connection, is threaded on the thread spindle Threaded block, it is intracavitary and be fixedly connected with the elevator right side, the lifting that the lifting is protruded into the threaded block left side Be equipped with lifting space in block, on the upside of the lifting space be connected between the lifting chamber equipped with slotting, under the lifting space End is equipped with briquetting in the lifting space, the briquetting lower end surface is solid through the through slot communicated with the lifting chamber is equipped with Equipped with the intracavitary compressor arm of the lifting is protruded into through the lifting space, it is equipped with downward opening cavity in the compressor arm, The compressor arm lower end surface is installed with ring compression block, and the compressor arm periphery and the briquetting lower end surface are installed with left and right pair The strut of title, is arranged with annular link block on the downside of the compressor arm, the link block upper surface and the briquetting lower end surface it Between in the compressor arm periphery be installed with the first spring that lower end is fixedly connected with the link block upper surface, first spring Upper end is fixedly connected with briquetting briquetting lower end surface, and symmetrical compression groove, the branch are equipped in the link block Bar lower end is protruded into the compression groove, and the link block lower end surface is equipped with symmetrical semi-ring in compressor arm periphery rotation Shape plate, the semi-circular plate periphery are installed with lower end with the link block lower end surface and are fixedly connected with lifting space lower end wall Second spring, the semi-circular plate lower end through the lifting space protrude into it is described lifting it is intracavitary and be installed with semi-circular heat Block communicates on the left of the lifting chamber and is equipped with opening towards right rotation chamber, and the rotation is intracavitary to be equipped with the by first rotating shaft rotation One gear is installed with the torque spring that the other end and the rotation cavity wall are fixedly connected, the rotation in the first rotating shaft The rotation slot communicated equipped with right end wall with the lifting chamber is communicated on the upside of chamber, first gear front end face periphery is installed with upper end The rotation compression bar in the rotation slot is protruded into through the rotation chamber, the first gear left side engagement is connected with by second The second gear of half tooth of shaft rotation connection, second shaft are connected by power by third belt and the driving device, It is equipped with radiator on the upside of the lifting motor, thus constitutes the equipment of complete assembly plug joint.

2. according to claim 1 a kind of for assembling the efficient and energy-saving equipment of plug joint, it is characterised in that: institute Stating driving device includes driving chamber, and sliding is equipped with drive block in the driving chamber, the drive block left side be installed with left end with The adjustable spring that driving chamber left end wall is fixedly connected, is installed with driving motor in the drive block, on the upside of the driving chamber It is communicated by the first guide runner equipped with drive cavity, the driving motor upper end has been connected by power upper end through first guide runner First bevel gear is protruded into the drive cavity and is installed with, the first bevel gear rear end face engagement is connected with second bevel gear, The third shaft of rear end and drive cavity aft bulkhead rotation connection is installed at the second bevel gear axle center, the third turns The mandrel of axis and the runner in left side is connected by power by first belt, is equipped in the drive cavity to described the One bevel gear engages the third hand tap gear of connection, is installed with left end and drive cavity left end wall at the third hand tap gear axle center Rotation connection and right end are the transmission shaft of spline axis shape, are equipped with first by the connection of the first link slot on the right side of the drive cavity and nibble Chamber is closed, is rotated in first driving groove by bearing and is equipped with spline housing, the transmission shaft right end runs through first link slot And protrude into first driving groove after the first engagement chamber and connect with the spline housing spline fitted, the spline housing is logical It crosses the 4th belt to be connected by power with the clamping device, is installed with the 4th cone on the intracavitary transmission shaft of first engagement Gear, intracavitary the 5th bevel gear being equipped with to engage connection with the 4th bevel gear of the first engagement, the 5th cone The mandrel of gear is connected by power with second shaft by the third belt, in the transmission on the right side of the 4th bevel gear Pushing block is equipped with by bearing rotation on axis, is communicated on the upside of the first engagement chamber equipped with the second guide runner, the pushing block upper surface It is installed with the slider guide that upper end is protruded into second guide runner, is connected on the downside of the first engagement chamber by third guide runner Equipped with opening towards the right extruding slot communicated with the lifting chamber, the interior sliding of the extruding slot is equipped with right end and stretches through the extruding slot Enter the intracavitary crushing block of the lifting, the pushing block lower end through the third guide runner protrude into the extrudings slot it is interior and with it is described Crushing block is fixedly connected, and the crushing block left side is installed with the extruding bullet that left end is fixedly connected with the extruding slot left end wall Spring is connected between the extruding slot and the driving chamber and is equipped with the second link slot, and the crushing block lower end surface is installed with lower end and stretches Enter the sliding block in second link slot, the sliding block left side is installed with left end and pushes away with what the drive block right side abutted Bar.

3. according to claim 1 a kind of for assembling the efficient and energy-saving equipment of plug joint, it is characterised in that: institute The second driving groove that clamping device is included in the lifting chamber setting is stated, is equipped in first driving groove by bearing rotation logical It crosses the 4th belt and rotating wheel that the spline housing is connected by power, left end and described the is installed at the rotating wheel axle center The rotation axis of one driving groove left end wall rotation connection, the first driving groove right side are communicated equipped with the second engagement chamber, the rotation It is intracavitary and be installed with the 6th bevel gear that axis right end protrudes into second engagement, and the 6th bevel gear rear end face engagement is connected with the Seven bevel gears, end wall rotation connection before and after chamber is engaged in fixed front and back end with described second respectively at the 7th bevel gear axle center 4th shaft, the second engagement chamber right side is equipped on rear side of the delivery chute turns chamber, and described turn of intracavitary the 5th shaft that passes through turns It is dynamic to be equipped with irregular third gear, it is connected by power between the 5th shaft and the 4th shaft by the 5th belt, institute It states and turns to be equipped with pressure chamber by the connection of third link slot on the downside of chamber, the intracavitary sliding of pressure, which is equipped with upper end and protrudes into, described turns intracavitary Compression bar, the third link slot right side, which communicates, is equipped with opening towards left limiting slot, and the compression bar right side is installed with right end and protrudes into Limited block in the limiting slot, the limited block lower end surface are installed with the limit bullet that lower end is fixedly connected with the limiting slot Spring, the compression bar lower end protrude into that the pressure is intracavitary and be installed with ramp blocks, and the pressure chamber is symmetrically communicated equipped with front end and institute The connecting cavity for stating clamping slot connection, in the connecting cavity sliding be equipped with close to one end of the pressure chamber protrude into the pressure it is intracavitary and with The fixed link that the ramp blocks abut, the fixed link front end are fixedly connected with the clamping bar rear end face, and the fixed link is remote The top pressure spring that the fixed other end in an end face from the pressure chamber is fixedly connected with the ipsilateral end wall of the connecting cavity.

4. according to claim 1 a kind of for assembling the efficient and energy-saving equipment of plug joint, it is characterised in that: institute The first spring is stated greater than the second spring elastic force.

5. according to claim 1 a kind of for assembling the efficient and energy-saving equipment of plug joint, it is characterised in that: institute Stating radiator includes the radiating groove that upper end is communicated with free surrounding space, and cooling fin, the cooling fin are installed in the radiating groove Upside is equipped with dirt filtrating screen.