CN207971045U

CN207971045U - Refrigerant sealing cover production equipment

Info

Publication number: CN207971045U
Application number: CN201820250901.XU
Authority: CN
Inventors: 王健
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-02-12
Filing date: 2018-02-12
Publication date: 2018-10-16
Anticipated expiration: 2028-02-12

Abstract

The purpose of this utility model be to provide it is a kind of can carry out the production of refrigerant sealing cover in batches, and can guarantee fluid sealant solidification back surface shape refrigerant sealing cover production equipment.A kind of refrigerant sealing cover production equipment, including glue-pouring device, the glue-pouring device includes platform, the platform is equipped with fixed seat, the fixed seat has inner cavity, and the left side wall or right side wall of the fixed seat have feed inlet, the fixed seat front side wall has discharge port, the fixed seat rear wall has push mouth, the push plate links with pushing mechanism, the platform is formed with several holding tanks, spill spin block is equipped in the holding tank, the spill spin block links with rotating mechanism, the spill spin block upper surface is concordant with platform upper surface, the spill spin block is located on front side of fixed seat, it is equipped with compression bar above the spill spin block, several compression bars are both secured on briquetting and are in that left and right uniform intervals are vertically arranged, the briquetting links with hold-down mechanism, on front side of the briquetting or rear side is fixed with several encapsulating needles.

Description

Refrigerant sealing cover production equipment

Technical field

The utility model is related to the parts production equipments of a kind of refrigerant or other high pressure liquefied gas storage tanks, specifically It is related to a kind of production equipment of refrigerant sealing cover.

Background technology

The tank body of existing anti-explosion tank has tank mouth, flange and is combined with sealing cover at tank mouth, sealing cover includes top, top Outer rim is extended downwardly to be formed with the enclosing part that cross section is in circular ring shape, and the position that outer rim is deviateed at top has extended downwardly cross section The rounded ring portion of outer rim, the ring portion are closed, and groove in a ring is formed between ring portion upper end and enclosing part, annular Sealing ring is equipped in groove.When the tank body of sealing cover and anti-explosion tank coordinates, the enclosing part of sealing cover is located at the outer circumferential of flange, The top of sealing cover is located at the upside of tank mouth, and the sealing ring in groove offsets with flange upper limb, completes matching for sealing cover and tank body The compression that enclosing part is carried out after conjunction, so that the enclosing part of sealing cover and the flange of tank body are adjacent to.Since flange cross section upper limb is in Arc, the position that flange only has top side are contacted with sealing ring, the contact area very little of sealing ring and flange so that sealing cover Sealing effect is undesirable, and there are security risks.

Applicants have invented a kind of sealing covers, by pouring into fluid sealant in the annular groove of sealing ring, due to liquid The reason of the difference in size of adhesive force between surface tension and liquid and contact surface, the elastic blob of viscose tool formed after fluid sealant solidification There are arc surface, the contact area bigger of elastic blob of viscose and flange that can improve the sealing effect of anti-explosion tank.But one by one to sealing ring into Pouring into for row fluid sealant is cumbersome, and sealing cover is smaller, and sealing cover carries out movement after fluid sealant fills and is easy rolling of tumbling, Surface shape after fluid sealant can be caused to solidify changes.

Invention content

The purpose of this utility model be to provide it is a kind of can carry out the production of refrigerant sealing cover in batches, and can guarantee sealing gelling Gu the refrigerant sealing cover production equipment of back surface shape.

To achieve the above object, the utility model adopts the following technical solution：A kind of refrigerant sealing cover production equipment, including Glue-pouring device, the glue-pouring device include platform, and the platform is equipped with fixed seat, and the fixed seat has inner cavity, and described The left side wall or right side wall of fixed seat have for workpiece by feed inlet, the fixed seat front side wall, which has, supplies several works Part simultaneously by discharge port, the fixed seat rear wall have for push plate front end by push mouth, the push plate with push Mechanism links, and pushing mechanism is used to control the back-and-forth motion of push plate, and the platform is formed with several holding tanks, in the holding tank Equipped with spill spin block, several spill spin blocks or so uniform intervals setting, the spill spin block links with rotating mechanism, and the rotating mechanism is used In the rotation for controlling each spill spin block, the spill spin block upper surface is concordant with platform upper surface, and the spill spin block is located at fixed seat Front side, the spill spin block top are equipped with compression bar, and several compression bars are both secured on briquetting and are in that left and right uniform intervals are vertically arranged, The briquetting links with hold-down mechanism, and the hold-down mechanism is for controlling moving up and down for briquetting, the briquetting front side or rear side Several encapsulating needles are fixed with, the syringe needle lower end of the encapsulating needle is located above the spill spin block, and a syringe needle corresponds to a rotation Block.

Carry out the utility model device in use, by the feed inlet of fixed seat by the workpiece of specified quantity（It is not inoculated with The sealing cover of fluid sealant）It is sent into fixed seat, and keeps workpiece neat in several rows of row, and the annular groove of workpiece is made to open upwards Mouthful, subsequent start-up pushing mechanism, so that push plate pushes the workpiece arranged to move forward, after workpiece passes through the discharge port of fixed seat It is moved on spill spin block, starts hold-down mechanism at this time, so that briquetting drives compression bar that workpiece is limited between spill spin block and compression bar, Make briquetting that encapsulating needle be driven to move down simultaneously, so that the syringe needle of encapsulating needle is located at the upside of the annular groove of workpiece, starts rotation Rotation mechanism and makes encapsulating needle encapsulating, so as to be inoculated with fluid sealant in the annular groove of workpiece, waits revolving simultaneously so that spill spin block rotates One circle of switch block rotation or a few after, the rotation for the block that stops rotating simultaneously makes briquetting that compression bar and encapsulating needle be driven to rise, finally by pushing away Workpiece is pushed away spill spin block by plate, solid to form elastic blob of viscose with gelling to be sealed, repeats aforesaid operations to realize refrigerant sealing cover Batch production.Wherein, the workpiece of the utility model only has translational motion, workpiece to be not easy to tilt rolling, the fluid sealant in workpiece It will not spill or acutely shake, the surface shape of the elastic blob of viscose after fluid sealant solidification can be guaranteed, so that fluid sealant solidifies There are one cambered surfaces for tool afterwards, realize that face contacts by cambered surface and the flange cambered surface of tank body of elastic blob of viscose, to expand contact area, with Improve sealing effect.

Preferably, the spill spin block is mutually fixed with shaft, the shaft lower end is fixed with linkage gear, adjacent spill spin block The linkage gear of downside is meshed, one of linkage gear or the linkage of the output end of shaft and rotating mechanism.Pass through spill spin block The linkage gear of downside is meshed, so that rotating mechanism only needs one spill spin block rotation of driving, so that the utility model structure It is more simple, and can be identical to ensure that the rotating speed of all spill spin blocks is identical by all linkage gear models, so that this practicality is new Type device structure is more simple, and the fluid sealant content in refrigerant sealing cover can be guaranteed.

Preferably, the compression bar is fixed by bearing and the briquetting；The discharge port side of the fixed seat is equipped with block, The block upper end is hinged with the fixed seat；The push plate front end is formed with several arc notch, and an arc notch corresponds to One workpiece, the setting of several arc notch or so uniform intervals.Wherein, bearing is set, so that compression bar can be with workpiece and spill spin block It rotates together so that the rotation of spill spin block will not excessively be interfered by compression bar, so that the rotating speed of spill spin block will not reduce, simultaneously It can guarantee the service life of rotating mechanism, moreover it is possible to workpiece be avoided to be crushed out of shape or extrude trace.Wherein, when push plate pushes workpiece When, only workpiece is first pushed block open and could be moved to outside fixed seat from discharge port, and block avoids work for stopping to workpiece Part unexpected forward slip because of push plate thrust deviates setting path to avoid the mobile route of workpiece.Wherein, the arc of push plate lacks Mouth is used to limit workpiece, and workpiece is avoided to move left and right, simultaneously because there is certain thickness, workpiece to be not easy to tilt for push plate, So that workpiece will not stir action when pushing block open.

Preferably, being equipped with drying unit on front side of the glue-pouring device, the drying unit includes heat generating device and is located at Frame on the upside of heat generating device, the frame are made of fixed frame and movable frame, if the fixed frame is equipped with solid Determine wire, the movable frame is equipped with several live metal silks, and fixed wire and live metal silk are along the longitudinal direction Setting, several fixed wires or so uniform intervals are arranged in parallel, and several live metal silks or so uniform intervals are arranged in parallel, phase Be formed between two adjacent fixed wires at least one live metal silk of confession by gap, the movable frame is combined with First straight line driving device for driving movable frame to be moved forward and backward and movable frame moves up and down second straight for driving Line driving device, when the second straight line driving device drives movable frame to be moved upward to extreme position, the activity gold Belong to silk upper surface and is located at fixed wire upper surface or more.

Carry out the utility model drying unit in use, when workpiece is pushed into the fixation wire in fixed frame by push plate After upper, under the action of first straight line driving device, movable frame moves up, so that live metal silk is between fixed wire Gap be moved on the upside of fixed wire so that live metal silk lifts workpiece, then in the work of second straight line driving device Under, movable frame moves forward, so that workpiece is driven forward movement, then under the control of first straight line driving device, Workpiece is fallen again on fixed wire, and to realize the position of workpiece, activity box is realized finally by second straight line driving device The reset of frame, by the action of multiple movable frame, so that the desultory forward movement of workpiece；Wherein, PLC can be set, with Keep the action that workpiece is pushed into from spill spin block on fixed frame by push plate corresponding with the action of movable frame, so that whenever there is workpiece When release, preceding a batch workpiece can leave original place, to avoid front and back two batches workpiece stack up to cause workpiece to tumble.To accelerate The solidification of fluid sealant, to improve production efficiency, the utility model is provided with drying unit, while the utility model drying unit is also Equipped with movable frame, energy band is started building part movement, is avoided that workpiece is packed together, be can guarantee that the steady of workpiece interior sealing glue does not shake It is dynamic.

Preferably, the fixed frame is fixed by the bracket on the ground, the fixed frame is set in movable frame Outside, the second straight line driving device include being located at the preceding elevating mechanism on the downside of movable frame front end and after movable frame The rear lifting mechanism of downside, the preceding elevating mechanism is held to be moved synchronously with rear lifting mechanism, the preceding elevating mechanism and rear lifting The output end of mechanism is equipped with support plate, and the first straight line driving device includes towed equipment, and the towed equipment is set to It links on the upside of one support plate and with movable frame, another support plate is equipped with mutually matched guiding mechanism with movable frame. Above-mentioned setting is moved up and down for the front and back of movable frame.

Preferably, all fixed wires are obtained by the S-shaped bending of first wire, first wire Bending part is bent downward, the bending part of each first wire by the first fastener be limited in the first fastener head with Between fixed frame, and the bending part of each first wire half surrounds first fastener, first wire Both ends bend downward and by the second fastener to be fixed on the front and back end of fixed frame；All live metal silks are by one The S-shaped bending of second wire obtains, and the bending part of second wire is bent downward, the bending of each second wire Part is limited in by third fastener between third fastener head and movable frame, and the bending section of each second wire Half is divided to surround the third fastener, the both ends of second wire are by the 4th fastener to be fixed on movable frame Front and back end.

The setting of fixed wire and live metal silk is convenient in above-mentioned setting so that the upper surface institute of each fixed wire It being easier to be same level in plane so that plane where each live metal silk upper surface is easier to be same level, with Make the support of workpiece and lifts more stable.

Preferably, the fixed frame includes the first movable block, the second fixed block and third fixed block, the first gold medal of part The bending part for belonging to silk is located at the first movable block front side, after the bending part of the first wire of another part is located at third fixed block Side, the fixed wire are located above fixed frame, second fixed block be located at the first movable block and third fixed block it Between, several first adjusting screw rods are fixed on second fixed block, first movable block is formed with for coordinating described First threaded hole of one adjusting screw rod, first adjusting screw rod rotates so that first movable block is along the first adjusting screw rod axis Line is moved forward or rearward；The movable frame includes the 4th movable block, the 5th fixed block and the 6th fixed block, the second gold medal of part The bending part for belonging to silk is located at the 4th movable block front side, after the bending part of the second wire of another part is located at the 6th fixed block Side, the live metal silk are located above movable frame, the 5th fixed block be located at the 4th movable block and the 6th fixed block it Between, several second adjusting screw rods are fixed on the 5th fixed block, the 4th movable block is formed with for coordinating described Second threaded hole of two adjusting screw rods, second adjusting screw rod rotates so that the 4th movable block is along the second adjusting screw rod axis Line is moved forward or rearward.

For ease of the solidification of fluid sealant, the utility model is provided with heat generating device, and the high temperature of heat generating device can cause admittedly Determine wire and live metal silk expansion, the utility model by making several fixed wires be made of first wire, Several live metal silks are made of second wire, so that each the expanded size of fixed wire is identical, it is each living The expanded size of dynamic wire is all identical.By the first adjusting screw rod of rotation so that the position of the first movable block changes, with The length between the first movable block and third fixed block is set to change, to adapt to the expansion of the first wire, to ensure fixed gold Belong to silk upper surface in the same plane；By rotating the second adjusting screw rod so that between the 4th movable block and the 6th fixed block away from From changing, to adapt to the expansion of the second wire, so that the upper surface of live metal silk is in the same plane.Wherein, may be used Between the first movable block and the second fixed block, guide rod and guide groove are set between the 4th movable block and the 5th fixed block.Wherein, it first adjusts Section screw rod can be fixed using bearing with the second fixed block, or the mode that the first adjusting screw rod is threadably secured is made to be fixed with second Block is fixed；Second adjusting screw rod can be fixed using bearing with the 5th fixed block, or the second adjusting screw rod is made to be threadably secured Mode is fixed with the 5th fixed block.

Preferably, being equipped with baffle on front side of the movable frame, the baffle is mutually fixed with fixed frame, and the fixation Wire is located on the upside of the baffle；The fixed frame is equipped with the cover, and the cover passes through slot with pre-and post perforative；Institute It includes several first heating tubes and several second heating tubes to state heat generating device, and heat generating device is equipped with several fans, and described first Heating tube and the equal array setting of the second heating tube, first heating tube includes metal tube, and second heating tube includes electric heating Silk, each second heating tube are respectively positioned between two the first heating tubes.Wherein, baffle is used to carry out range to movable frame It is limited, the fan of heat generating device is so that fever is more uniformly distributed, and the first heating tube is for drying workpiece, the second heating Pipe is used for thermal compensation, and the cover is for keeping heat to reduce thermal losses.

Preferably, being connected with the track being obliquely installed at the feed inlet of the fixed seat, the track is led with track To slot, the lower end of the track is connected with fixed seat, and the upper end of the track is connected with feeding device, and the feeding device includes Shell, the shell are equipped with conveyer belt and discharging box, and part conveyer belt is vertically arranged and passes through discharging box, in the conveyer belt Side is equipped with magnet, and guiding shell is equipped on the outside of the conveyer belt, and the guiding shell is fixed with shell, and the guiding shell, which has, only supplies one A workpiece by guiding shell guide groove, one end of the guiding shell upwardly extends and is connected with track, the guiding shell it is another One end extends downwards and to discharging box；The guiding shell guide groove and rail-guided slot are in convex shape structure, and rail-guided The width of slot lower part is more than the width on rail-guided slot top；The adjustment part being laterally arranged is equipped on the downside of the guiding shell, it is described The arc-shaped setting of adjustment part, and the arc opening of adjustment part is arranged downward, the shortest distance of the adjustment part and transmission interband is big In the height of the workpiece.

Feeding device is used to workpiece importing track, and workpiece is slided in orbit by own wt to slide into fixed seat It is interior.Due to being equipped with magnet on the inside of conveyer belt, being only located at the workpiece of magnet side can just be attracted and paste on a moving belt, guiding shell Workpiece for the sorting to workpiece, only enclosing part closer to conveyer belt can be just fed on track, auxiliary section closer to The workpiece of conveyer belt is directed to shell and hits down to fall in discharging box again.Adjustment part is for the work by Tilt adsoption on a moving belt Part is hit down, and as tilted workpiece rises, tilted workpiece can contact with adjustment part and along the arc opening of adjustment part to two sidesways Dynamic, i.e., so that tilted workpiece meeting transverse shifting is to deviate the position of magnet, inclined workpiece can lose its reliss and fall into again In discharging box.

Preferably, the track is equipped with first sensor and second sensor, the first sensor is passed compared with second Sensor is closer to feeding device, and the second sensor is compared with first sensor closer to fixed seat, the first sensor and Two sensors are used to whether have workpiece, the second sensor to be electrically connected with blowing device on detection track, the blowing dress Blowing mouth is installed, the blowing mouth is located on the upside of track and towards fixed seat, when second sensor detects second sensor When having workpiece on the track of side, the blowing device blowing；The magnet is fixed on side plate, and the magnet lower end is located at described Adjustment part is hereinafter, the magnet upper end is located at the guiding shell lower ending opening or more.

Wherein, first sensor is with closer to feeding device, when first sensor detects the track of first sensor side On when there is no workpiece, can prompt in discharging box without workpiece；Second sensor is for driving blowing device, so that blowing fills It sets to fixed seat side and dries, so that the workpiece in track lower end and fixed seat can be closely attached to together, convenient for follow-up push plate It pushes.Wherein, photoelectric sensor can be used in first sensor and second sensor, and punches in orbit.Wherein magnet is not Setting on a moving belt, is convenient for the setting of conveyer belt；Magnet be only used for attract workpiece so that workpiece can enter guiding shell in, enter After guiding shell, the workpiece of upside can be limited by the workpiece of downside, and the movement of upside workpiece is realized by conveyer belt.

The utility model has and can carry out the production of refrigerant sealing cover in batches, and can guarantee sealing cover interior sealing glue surface shape The advantages of shape.

Description of the drawings

Fig. 1 is a kind of structural schematic diagram of the glue-pouring device and feeding device of the utility model；

Fig. 2 is a kind of structural schematic diagram of the workpiece of the utility model；

Fig. 3 is a kind of sectional view of the glue-pouring device of the utility model；

Fig. 4 is another sectional view of the glue-pouring device of the utility model；

Fig. 5 is a kind of structural schematic diagram of the feeding device of the utility model；

Fig. 6 is a kind of structural schematic diagram of the removal the cover and heat generating device of the drying unit of the utility model；

Fig. 7 is a kind of structural schematic diagram of the fixed frame of the utility model；

Fig. 8 is a kind of structural schematic diagram of first wire of the utility model；

Fig. 9 is a kind of structural schematic diagram of second wire of the utility model.

Specific implementation mode

The utility model is further described below according to the drawings and specific embodiments.

As shown in Figure 2, the utility model discloses a kind of refrigerant sealing cover production equipments, are used for the manufacture of refrigerant sealing cover Processing, by workpiece encapsulating solidification to obtain refrigerant sealing cover.Workpiece 2 includes top 21, and 21 outer rim of top extends downwardly To be formed with the enclosing part 22 that cross section is in circular ring shape, the position that outer rim is deviateed at top 21 has extended downwardly cross section outer rim in circle The ring portion 23 of shape, ring portion 23 are closed, and groove 24 in a ring is formed between 23 upper end of ring portion and enclosing part 22.Through this practicality After novel device processing, elastic blob of viscose 25 is fixed in the groove 24 of workpiece 2,25 lower face of elastic blob of viscose is in arc surfaced.

Shown in Fig. 1 to Fig. 4, a kind of refrigerant sealing cover production equipment, including glue-pouring device, glue-pouring device include platform 1, Platform 1 be equipped with fixed seat 11, fixed seat 11 have inner cavity 111, and the right side wall of fixed seat 11 have pass through for a workpiece 2 Feed inlet, 11 front side wall of fixed seat have for several workpiece 2 simultaneously by discharge port 112,11 rear wall of fixed seat has For 12 front end of push plate by push mouth 113, push plate 12 and pushing mechanism 121 link, and pushing mechanism 121 is for controlling push plate 12 Back-and-forth motion, platform 1 is formed with several holding tanks, is equipped with spill spin block 13 in holding tank, several spill spin blocks 13 or so uniformly between Every setting, spill spin block 13 links with rotating mechanism 131, and rotating mechanism 131 is used to control the rotation of each spill spin block 13, spill spin block 13 upper surfaces are concordant with 1 upper surface of platform, and spill spin block 13 is located at 11 front side of fixed seat, and 13 top of spill spin block is equipped with compression bar 14, Several compression bars 14 are both secured on briquetting 15 and, briquetting 15 and hold-down mechanism 151 linkage, pressure vertically arranged in left and right uniform intervals Tight mechanism 151 is fixed with several encapsulating needles 16, the syringe needle of encapsulating needle 16 for controlling moving up and down for briquetting 15,15 front side of briquetting Lower end is located at 13 top of spill spin block, and there are one syringe needle, a syringe needles to correspond to a spill spin block 13 for a tool of encapsulating needle 16.

Shown in Fig. 1, Fig. 3, Fig. 4, spill spin block 13 is fixed with 132 phase of shaft, and 132 lower end of shaft is fixed with linkage gear 133, the linkage gear 133 of 13 downside of adjacent spill spin block is meshed, the output end of one of shaft 132 and rotating mechanism 131 Linkage.

Compression bar 14 is fixed by bearing 141 and briquetting 15, and the discharge port side of fixed seat 11 is equipped with block 113, on block 113 End is hinged with fixed seat 11, and 12 front end of push plate is formed with several arc notch 122, and an arc notch 122 corresponds to a workpiece, 122 or so uniform intervals of several arc notch are arranged.

Shown in Fig. 6, Fig. 7, Fig. 8, Fig. 9, be equipped with drying unit on front side of glue-pouring device, drying unit include heat generating device and Frame on the upside of heat generating device, frame are made of fixed frame 3 and movable frame 4, and fixed frame 3 is equipped with several fixations Wire 31, movable frame 4 are equipped with several live metal silks 41, and fixed wire 31 and live metal silk 41 are along front and back To setting, 31 or so uniform intervals of several fixed wires are arranged in parallel, and 41 or so uniform intervals of several live metal silks are parallel Setting, be formed between adjacent two fixed wires 31 at least one live metal silk of confession 41 by gap, activity box Frame 4 is combined with the first straight line driving device for driving movable frame 4 to be moved forward and backward and is moved down on movable frame 4 for driving Dynamic second straight line driving device, when the second straight line driving device drives movable frame 4 to be moved upward to extreme position, 41 upper surface of live metal silk is located at 31 upper surface of fixed wire or more.

Fixed frame 3 is fixed on the ground by holder 32, and fixed frame 3 is set in 4 outside of movable frame, second straight line Driving device includes being located at the preceding elevating mechanism 61 on the downside of 4 front end of movable frame and the rear lifting on the downside of movable frame rear end Mechanism 62, preceding elevating mechanism 61 are moved synchronously with rear lifting mechanism 62, the output end of preceding elevating mechanism 61 and rear lifting mechanism 62 It is equipped with support plate 63, first straight line driving device includes towed equipment 51, and towed equipment 51 is set in a support plate 63 Side is simultaneously linked with movable frame 4, another support plate 63 is equipped with mutually matched guiding mechanism, guiding mechanism with movable frame 4 Including with the mutually fixed guide pad 42 of movable frame, with 63 phase of support plate fix and with 42 matched sliding rail 43 of guide pad.

Shown in Fig. 7, Fig. 8, fixed wire 31 is obtained by a 30 S-shaped bending of the first wire, the first wire 30 bending part 301 is bent downward, and what the first wire 30 was arranged along the longitudinal direction is to fix wire 31, and each first The bending part 301 of wire 30 is limited in by the first fastener 33 between the first fastener head and fixed frame 3, and every The bending part 301 of a first wire 30 half surrounds the first fastener 33, and the both ends of the first wire 30 are bent downward simultaneously By the second fastener to be fixed on the front and back end of fixed frame 3.

Shown in Fig. 6, Fig. 9, all live metal silks 41 are obtained by a 40 S-shaped bending of the second wire, the second gold medal The bending part 401 for belonging to silk is bent downward, and the bending part of each second wire 40 is limited in the by third fastener 44 Between three fastener heads and movable frame 4, and the bending part 401 of each second wire 40 half surrounds third fastener 44, the both ends of the second wire 40 are by the 4th fastener to be fixed on the front and back end of movable frame 4.

Shown in Fig. 6, Fig. 7, fixed frame 3 includes the first movable block 35, the second fixed block 36 and third fixed block 37, the The bending part of the front side of one wire 30 is located at 35 front side of the first movable block, and the bending part of 30 rear side of the first wire is positioned at the The rear side of three fixed block 37, fixed wire 31 are located above fixed frame 3, and the second fixed block 36 is located at the first movable block 35 and the Between three fixed blocks 37, fixed on the second fixed block 35 there are two the first adjusting screw rods 351, and the first movable block 35, which is formed with, to be used for Coordinate the first threaded hole of the first adjusting screw rod 351, the first adjusting screw rod 351 rotates so that the first movable block 35 is adjusted along first 351 axis of screw rod is moved forward or rearward.Wherein, 351 side of the first adjusting screw rod is equipped with the first guide post 352, two first adjustings Screw rod 351 is located relatively between two the first guide posts 352, and the first guide post 352 and the second fixed block 36 are fixed, the first movable block tool Have front and back through to coordinate the first pilot hole of the first guide post 352.

Movable frame 4 includes the 4th movable block 46, the 5th fixed block 47 and the 6th fixed block 48,40 front side of the second wire Bending part be located at the front side of the 4th movable block 46, after the bending part of 40 rear side of the second wire is located at the 6th fixed block 48 The part of side, the second wire 40 being arranged along the longitudinal direction is live metal silk 41, and live metal silk 41 is located at activity box 4 top of frame, the 5th fixed block 47 are fixed with two between the 4th movable block 46 and the 6th fixed block 48 on the 5th fixed block 47 A second adjusting screw rod 471, the 4th movable block 46 are formed with the second threaded hole for coordinating the second adjusting screw rod 471, and second Adjusting screw rod 471 rotates so that the 4th movable block 46 is moved forward or rearward along 471 axis of the second adjusting screw rod.Wherein, second 471 side of adjusting screw rod is equipped with the second guide post 472, and two the second adjusting screw rods 471 are located relatively between two the second guide posts 472, Second guide post 472 and the 5th fixed block 47 are fixed, and the 4th movable block 46 has front and back through to coordinate the second of the second guide post 472 Pilot hole.

4 front side of movable frame is equipped with baffle 38, and baffle 38 is fixed on 36 upside of the second fixed block of fixed frame 3, and solid Determine wire 31 and is located at 38 upside of baffle；Fixed frame 3 is equipped with the cover（It is not drawn into figure）, the cover has pre-and post perforative logical Cross slot.Heat generating device includes several first heating tubes and several second heating tubes, and heat generating device is equipped with several fans, and described the One heating tube and the equal array setting of the second heating tube, first heating tube includes metal tube, and second heating tube includes electricity Heated filament, each second heating tube are respectively positioned between two the first heating tubes.

Shown in Fig. 1, Fig. 5, the track 7 being obliquely installed is connected at the feed inlet of fixed seat 11, track 7 is led with track To slot 71, the lower end of track 7 is connected with fixed seat 11, and the upper end of track 7 is connected with feeding device 8, and feeding device 8 includes shell Body, shell are equipped with conveyer belt 81 and discharging box 82, and part conveyer belt 81 is vertically arranged and passes through discharging box 91, in conveyer belt 81 Side is equipped with magnet 83, and 81 outside of conveyer belt is equipped with guiding shell 84, and guiding shell 84 is fixed with shell, and guiding shell 84, which has, only supplies one Workpiece by guiding shell guide groove 841, one end of guiding shell 84 upwardly extends and is connected with track, the other end of guiding shell 84 Extend downwards and to 82 side of discharging box；Guiding shell guide groove 841 and rail-guided slot 71 are in convex shape structure, and rail-guided The width of 71 lower part of slot is more than the width on 71 top of rail-guided slot, so that the slot opening of workpiece can be arranged upward；Guiding shell 84 downsides are equipped with the adjustment part 85 being laterally arranged, 85 arc-shaped setting of adjustment part, and the arc opening of adjustment part 84 is arranged downward, The shortest distance between adjustment part 85 and conveyer belt 81 is more than the height of workpiece 2, and adjustment part 85 is fixed with shell.

Track 7 is equipped with first sensor 72 and second sensor 73, and first sensor 72 is more leaned on compared with second sensor 73 Nearly feeding device 8, second sensor 73 is compared with first sensor 72 closer to fixed seat 11, first sensor 72 and second sensor 73 are used to whether have workpiece, second sensor 73 to be electrically connected with blowing device on detection track 7, and blowing device is equipped with blowing head 74, blowing head 74 has blowing mouth and is connect with air source, and blowing mouth is located at 7 upside of track and towards fixed seat 11, when the second biography Sensor 73 detects when having workpiece on the track of 73 side of second sensor, blowing device blowing；Shell includes side plate 86, discharging box 82 upper end openings are simultaneously fixed on 86 outside of side plate, and magnet 83 is fixed on side plate, and 83 lower end of magnet is located at adjustment part 85 hereinafter, magnetic 83 upper end of iron is located at 84 lower ending opening of guiding shell or more.Wherein, first sensor 72 and second sensor 73 are photoelectric sensing Device has corresponding first sensor 72 and the through-hole of second sensor 73 75 on track, when first sensor 72 and second sensor 73 light is blocked, i.e. explanation is with the presence of workpiece, when first sensor 72 and the light of second sensor 73 pass through through-hole, then Illustrate there is no workpiece on track, so that blowing device stops blowing, or prompt worker carries out the supplement of workpiece.

Wherein, the pushing mechanism 121, rotating mechanism 131, hold-down mechanism 151, preceding elevating mechanism 61 of this equipment, rear lifting Mechanism 62, actuator 51 are cylinder and share an air source with blowing device.

Carry out this equipment in use, carry out the feed supplement of discharging box, due to the presence of magnet, part workpiece can be attracted simultaneously Patch is on a moving belt；Heat generating device is placed on framework underside, the cover is placed on frame upper side, carries out the pre- of heat generating device Heat can start the first heating tube and the second heating tube simultaneously, obtain after temperature reaches predetermined temperature and stop adding for the second heating tube Heat.

The feeding device and glue-pouring device of this equipment of subsequent start-up, at this time conveyer belt move and workpiece driven to move up, Some workpiece（The workpiece that top is affixed with transmission belt）It can be directly entered in the guiding shell guide groove of guiding shell, some workpiece（Top Workpiece of the portion far from conveyer belt）It can be laid because not entering in guiding shell, some workpiece（The work that enclosing part is affixed with conveyer belt Part）It can be in contact with adjustment part and be fallen along the movement of the adjustment part left and right sides with being detached from the attractived region of magnet, be entered Workpiece in guiding shell can be driven by conveyer belt and injection.After workpiece injection, under gravity, workpiece is along rail Road enters due in fixed seat；First sensor and second sensor on track are opened, when first sensor can't detect work When part, then worker is reminded to carry out the feed supplement of workpiece；When second sensor detects workpiece, then blowing device is dried, and is being dried Under the action of device, workpiece meeting precision is sticked together and is entered in fixed seat；When second sensor can't detect workpiece, blow Wind apparatus stops blowing.

After workpiece enters in fixed seat, under the action of pushing mechanism, push plate pass through fixed seat push mouth with into Enter in fixed seat, each workpiece is respectively positioned in an arc notch of push plate at this time, and push plate pushes forward so that workpiece pushes gear Block, workpiece is moved to from the discharge port of fixed seat outside fixed seat after block overturning, and push plate is continued to press on so that workpiece is pushed to rotation On the upside of switch block, hold-down mechanism control briquetting and compression bar push immediately, workpiece are limited between spill spin block and compression bar, and make filling The syringe needle lower end of plastic pin is located above the groove of workpiece, or the syringe needle lower end of encapsulating needle is made to be located in the groove of workpiece.It is rotating Under the action of mechanism, all spill spin blocks rotate synchronously, and encapsulating needle starts encapsulating, and compression bar also rotates therewith, rotary shaft rotation One circle or a few after, briquetting drives compression bar and encapsulating needle to rise, and push plate is continued to move along so that workpiece to be pushed on drying unit, So that workpiece pass through the cover by slot to be moved on the fixation wire of fixed frame.

After workpiece is placed on the fixation wire of fixed frame, the second straight line driving device under movable frame drives Movable frame moves up, and makes live metal silk that the gap between fixed wire be passed through to move up, and lives so that workpiece is located at On dynamic wire, first straight line driving device operates immediately, and movable frame is made to move forward, immediately second straight line driving device and First straight line driving device resets successively, so that workpiece moves forward and falls again on fixed wire.Wherein, pre- in drying unit After heat to set temperature, the rotation of the first adjusting screw rod and the second adjusting screw rod is carried out, so that the first movable block and the 4th activity Block moves forward, to stretch fixed wire and live metal silk.Wherein, the first adjusting screw rod can be tensed solid by multiple nuts It is scheduled on the second fixed block, the second adjusting screw rod can be strained and fixed by multiple nuts on the five or six fixed block.With activity The multiple movement of frame, batchs of workpiece can be moved on front side of fixed frame on rear side of fixed frame, and worker only needs Collecting for workpiece is carried out in fixed frame front end, since drying unit temperature is higher, and workpiece is smaller, the sealing in workpiece Gelling is solid very fast so that the production efficiency of the utility model device is greatly enhanced.

Claims

1. a kind of refrigerant sealing cover production equipment, it is characterised in that including glue-pouring device, the glue-pouring device includes platform, described Platform is equipped with fixed seat, and the fixed seat has inner cavity, and the left side wall of the fixed seat or right side wall have for a work Part by feed inlet, the fixed seat front side wall have for several workpiece simultaneously by discharge port, on rear side of the fixed seat Wall have for push plate front end by push mouth, the push plate and pushing mechanism link, and pushing mechanism is for before controlling push plate After move, the platform is formed with several holding tanks, and spill spin block, several spill spin blocks or so uniform intervals are equipped in the holding tank Setting, the spill spin block link with rotating mechanism, and the rotating mechanism is used to control the rotation of each spill spin block, the spill spin block Upper surface is concordant with platform upper surface, and the spill spin block is located on front side of fixed seat, and compression bar is equipped with above the spill spin block, several Compression bar is both secured on briquetting and, the briquetting and hold-down mechanism linkage, the compacting machine vertically arranged in left and right uniform intervals Structure is fixed with several encapsulating needles, the syringe needle of the encapsulating needle for controlling moving up and down for briquetting, the briquetting front side or rear side Lower end is located above the spill spin block, and a syringe needle corresponds to a spill spin block.

2. refrigerant sealing cover production equipment according to claim 1, it is characterised in that the spill spin block is mutually fixed with shaft, The shaft lower end is fixed with linkage gear, and the linkage gear on the downside of adjacent spill spin block is meshed, one of linkage gear or The output end of shaft and rotating mechanism links.

3. refrigerant sealing cover production equipment according to claim 1, it is characterised in that the compression bar by bearing with it is described Briquetting is fixed；The discharge port side of the fixed seat is equipped with block, and the block upper end is hinged with the fixed seat；Before the push plate End is formed with several arc notch, and an arc notch corresponds to a workpiece, the setting of several arc notch or so uniform intervals.

4. refrigerant sealing cover production equipment according to claim 1, it is characterised in that be equipped with and dry on front side of the glue-pouring device Equipment for drying, the drying unit include heat generating device and the frame on the upside of heat generating device, the frame by fixed frame and Movable frame is constituted, and the fixed frame is equipped with several fixed wires, and the movable frame is equipped with several live metals Silk, fixed wire and live metal silk are arranged along the longitudinal direction, and several fixed wires or so uniform intervals are arranged in parallel, Several live metal silks or so uniform intervals are arranged in parallel, and are formed between adjacent two fixed wires at least one work Dynamic wire by gap, the first straight line that the movable frame is combined with for driving movable frame to be moved forward and backward drives dress It sets and the second straight line driving device for driving movable frame to move up and down, when the second straight line driving device drive activity When frame is moved upward to extreme position, live metal silk upper surface is located at fixed wire upper surface or more.

5. refrigerant sealing cover production equipment according to claim 4, it is characterised in that the fixed frame is solid by holder Fixed the fixed frame is set on the outside of movable frame on the ground, and the second straight line driving device includes being located at activity box Preceding elevating mechanism on the downside of frame front end and the rear lifting mechanism on the downside of movable frame rear end, the preceding elevating mechanism rise with rear Descending mechanism moves synchronously, and the output end of the preceding elevating mechanism and rear lifting mechanism is equipped with support plate, and the first straight line is driven Dynamic device includes towed equipment, and the towed equipment is set on the upside of a support plate and links with movable frame, another branch Fagging is equipped with mutually matched guiding mechanism with movable frame.

6. refrigerant sealing cover production equipment according to claim 4, it is characterised in that all fixed wires are by one The S-shaped bending of one wire obtains, and the bending part of first wire is bent downward, the bending section of each first wire Divide and be limited between the first fastener head and fixed frame by the first fastener, and the bending part of each first wire Half surrounds first fastener, and the both ends of first wire bend downward and by the second fastener to be fixed on The front and back end of fixed frame；All live metal silks are obtained by the S-shaped bending of second wire, second wire Bending part is bent downward, the bending part of each second wire by third fastener be limited in third fastener head with Between movable frame, and the bending part of each second wire half surrounds the third fastener, second wire Both ends by the 4th fastener to be fixed on the front and back end of movable frame.

7. refrigerant sealing cover production equipment according to claim 6, it is characterised in that the fixed frame includes the first work The bending part of motion block, the second fixed block and third fixed block, the first wire of part is located on front side of the first movable block, another part The bending part of first wire is located on rear side of third fixed block, and the fixed wire is located at fixed frame top, and described the Two fixed blocks are fixed with several first and adjust spiral shell between the first movable block and third fixed block on second fixed block Bar, first movable block are formed with the first threaded hole for coordinating first adjusting screw rod, first adjusting screw rod Rotation is so that first movable block is moved forward or rearward along the first adjusting screw rod axis；The movable frame includes the 4th work The bending part of motion block, the 5th fixed block and the 6th fixed block, the second wire of part is located on front side of the 4th movable block, another part The bending part of second wire is located on rear side of the 6th fixed block, and the live metal silk is located at movable frame top, and described the Five fixed blocks are fixed with several second and adjust spiral shell between the 4th movable block and the 6th fixed block on the 5th fixed block Bar, the 4th movable block are formed with the second threaded hole for coordinating second adjusting screw rod, second adjusting screw rod Rotation is so that the 4th movable block is moved forward or rearward along the second adjusting screw rod axis.

8. the refrigerant sealing cover production equipment described according to claim 6 or 7, it is characterised in that be equipped on front side of the movable frame Baffle, the baffle are mutually fixed with fixed frame, and the fixed wire is located on the upside of the baffle；On the fixed frame Equipped with the cover, the cover passes through slot with pre-and post perforative；The heat generating device includes several first heating tubes and several Two heating tubes, heat generating device are equipped with several fans, and first heating tube and the equal array of the second heating tube are arranged, and described first Heating tube includes metal tube, and second heating tube includes heating wire, and each second heating tube is respectively positioned on two the first heating tubes Between.

9. refrigerant sealing cover production equipment according to claim 1, it is characterised in that connect at the feed inlet of the fixed seat It is connected to the track being obliquely installed, there is the track rail-guided slot, the lower end of the track to be connected with fixed seat, the track Upper end be connected with feeding device, the feeding device includes shell, the shell be equipped with conveyer belt and discharging box, part pass It send with vertically arranged and pass through discharging box, magnet is equipped on the inside of the conveyer belt, guiding shell is equipped on the outside of the conveyer belt, it is described Guiding shell is fixed with shell, the guiding shell have only supply workpiece by guiding shell guide groove, the one of the guiding shell End upwardly extends and is connected with track, and the other end of the guiding shell extends downwards and to discharging box；The guiding shell guide groove It is in convex shape structure with rail-guided slot, and the width of rail-guided slot lower part is more than the width on rail-guided slot top；Institute The adjustment part for being equipped on the downside of guiding shell and being laterally arranged, the arc-shaped setting of adjustment part are stated, and the arc opening of adjustment part is downward The shortest distance of setting, the adjustment part and transmission interband is more than the height of the workpiece.

10. refrigerant sealing cover production equipment according to claim 9, it is characterised in that the track is equipped with the first sensing Device and second sensor, the first sensor is compared with second sensor closer to feeding device, and the second sensor is compared with first Sensor is used to whether have workpiece on detection track closer to fixed seat, the first sensor and second sensor, described Second sensor is electrically connected with blowing device, and the blowing device is equipped with blowing mouth, and the blowing mouth is located on the upside of track and court To fixed seat, when having workpiece on the track that second sensor detects second sensor side, the blowing device blowing；It is described Magnet is fixed on side plate, and the magnet lower end is located at the adjustment part hereinafter, the magnet upper end is located under the guiding shell It is more than end opening.