CN107640570A - A kind of pump block inwall processing equipment feed streamline - Google Patents
A kind of pump block inwall processing equipment feed streamline Download PDFInfo
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- CN107640570A CN107640570A CN201710941482.4A CN201710941482A CN107640570A CN 107640570 A CN107640570 A CN 107640570A CN 201710941482 A CN201710941482 A CN 201710941482A CN 107640570 A CN107640570 A CN 107640570A
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- rod
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- plate
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- 230000007246 mechanism Effects 0.000 claims abstract description 136
- NJPPVKZQTLUDBO-UHFFFAOYSA-N novaluron Chemical compound C1=C(Cl)C(OC(F)(F)C(OC(F)(F)F)F)=CC=C1NC(=O)NC(=O)C1=C(F)C=CC=C1F NJPPVKZQTLUDBO-UHFFFAOYSA-N 0.000 claims description 37
- 230000004888 barrier function Effects 0.000 claims description 22
- 230000000903 blocking effect Effects 0.000 claims description 21
- 230000033228 biological regulation Effects 0.000 claims description 12
- 230000014759 maintenance of location Effects 0.000 claims description 10
- 238000009434 installation Methods 0.000 claims description 2
- 239000000837 restrainer Substances 0.000 claims 1
- 238000004519 manufacturing process Methods 0.000 abstract description 6
- 230000033001 locomotion Effects 0.000 description 7
- 230000006698 induction Effects 0.000 description 2
- 239000000463 material Substances 0.000 description 2
- 238000000034 method Methods 0.000 description 2
- 230000008569 process Effects 0.000 description 2
- 230000004913 activation Effects 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000008901 benefit Effects 0.000 description 1
- 230000005540 biological transmission Effects 0.000 description 1
- 230000008859 change Effects 0.000 description 1
- 230000008094 contradictory effect Effects 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
- 238000009837 dry grinding Methods 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 230000005611 electricity Effects 0.000 description 1
- 238000012840 feeding operation Methods 0.000 description 1
- 238000001727 in vivo Methods 0.000 description 1
- 230000008450 motivation Effects 0.000 description 1
- 238000005096 rolling process Methods 0.000 description 1
- 230000009466 transformation Effects 0.000 description 1
Classifications
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P70/00—Climate change mitigation technologies in the production process for final industrial or consumer products
- Y02P70/10—Greenhouse gas [GHG] capture, material saving, heat recovery or other energy efficient measures, e.g. motor control, characterised by manufacturing processes, e.g. for rolling metal or metal working
Abstract
The invention discloses a kind of pump block inwall processing equipment feed streamline,Including Ge Liao mechanisms,Feed mechanism,Fixed mechanism,Blanking device and support body,The front of the support body is provided with Ge Liao mechanisms,The workbench of the support body is provided with feed mechanism,Fixed mechanism and blanking device,The pump block to be processed arranged in Ge Liao mechanisms is sent to fixed mechanism by the feed mechanism,Simultaneously,The pump block machined on fixed mechanism can be taken out and deliver to blanking device by feed mechanism,The feed mechanism includes the drive mechanism of two conveyer work of former and later two conveyers and driving,The conveyer includes lower bottom base,Upper bed-plate,Two support bars and clamping device,The workbench of the support body is provided with lower bottom base,The both ends of the support bar are rotatably connected with the upper end of lower bottom base and the lower end of upper bed-plate respectively,Compared with prior art,Production efficiency can be improved,Reduce labor workload,And it can be automatically performed and pile up workpiece,Adapt to the pump block of multiple diameter,It is easy to operate.
Description
【Technical field】
The present invention relates to a kind of technical field of pump block inwall processing equipment, particularly a kind of pump block inwall processing equipment is used
It is fed the technical field of streamline.
【Background technology】
Pump block is during production, it is necessary to be processed to the roughness of the inwall of pump block.It is of the prior art, pump block
Inwall processing equipment is typically by manually carrying out loading and unloading, and also to change pump block fixed seat according to the pump block diameter processed
Mechanism, so as to low production efficiency, labor workload is big, therefore a kind of, it is necessary to pump block inwall processing equipment feed streamline.
【The content of the invention】
The purpose of the present invention is exactly to solve the problems of the prior art, proposes a kind of pump block inwall processing equipment feed streams
Waterline, it is possible to increase production efficiency, reduce labor workload, and can be automatically performed and pile up workpiece, adapt to the pump of multiple diameter
Set, it is easy to operate.
To achieve the above object, the present invention proposes a kind of pump block inwall processing equipment feed streamline, including puts material
Mechanism, feed mechanism, fixed mechanism, blanking device and support body, the front of the support body are provided with Ge Liao mechanisms, the work of the support body
Make platform and be provided with feed mechanism, fixed mechanism and blanking device, the pump to be processed that the feed mechanism will arrange in Ge Liao mechanisms
Set is sent to fixed mechanism, meanwhile, the pump block machined on fixed mechanism can be taken out and deliver to blanking device by feed mechanism, institute
Stating feed mechanism includes the drive mechanism of two conveyer work of former and later two conveyers and driving, the conveyer bag
Lower bottom base, upper bed-plate, two support bars and clamping device are included, the workbench of the support body is provided with lower bottom base, the support bar
Both ends be rotatably connected respectively with the upper end of lower bottom base and the lower end of upper bed-plate, described two support bars be arranged in parallel, described
Upper bed-plate is provided with clamping device, if the drive mechanism includes bearing, connecting rod, slotted eye, some connecting shafts, forked standard, dry milling
Wheel, the first cylinder and position-limit mechanism, the workbench of the support body are provided with the bearing corresponding with the lower bottom base at rear, the branch
Seat is provided with slotted eye, and connecting rod is equipped with the slotted eye, and the connecting rod is provided with the connection being rotatably connected with upper bed-plate
Axle, the rear end of the forked standard are provided with the first cylinder, and the bearing is provided with the position-limit mechanism that limitation forked standard moves downward, and described the
The piston rod of one cylinder is fixedly connected with the connecting rod, and the two corresponding inner sides of the forked standard are equipped with rolling at the both ends of bearing
Wheel, the blanking device include conveying mechanism and the pump block on conveying mechanism can be put into workpiece box for holding to pile up mechanism,
The mechanism of taking for piling up mechanism and including robotic arm and being located on robotic arm, the mechanism of taking include connection axis body, first
Forked standard body, the 5th cylinder, two chute holes, two slide seat bodies, upper slide bar body, the downslide body of rod, some strainers, some springs
Body, two grip blocks, the first adjusting screw rod, rotating disc, the second forked standard body, some sliding blocks, crossbeam, the 6th cylinder and two second
Locating slide rod, the upper end centre of the crossbeam are provided with the connection axis body being fixedly connected with robotic arm, and the lower end of the crossbeam is provided with
Second locating slide rod and the 6th cylinder among two the second locating slide rods, the piston rod of the 6th cylinder and the first fork
The upper end of pedestal is fixedly connected, and second locating slide rod is located on the upper end of the first forked standard body, the first forked standard body
The top of two yokes is equipped with chute hole, and slide seat body is equipped with the chute hole, is provided between described two slide seat bodies upper
Slide bar body, is provided with the 5th cylinder on the inside of the upper end of the first forked standard body, and the lower end of the piston rod of the 5th cylinder is provided with the
Y-bend pedestal, two yokes of the second forked standard body are fixedly connected with upper slide bar body, two yokes of the second forked standard body
Between upper slide bar body on be arranged with sliding block, be provided with the downslide body of rod, institute between the lower end of two yokes of the first forked standard body
State and strainer, spring body and grip block are arranged with the downslide body of rod, spring is equipped between the two neighboring strainer
Body, the strainer are fixedly connected with corresponding sliding block, and described two grip blocks are located at the strainer of forefront respectively
Front side and rearmost strainer rear side, threaded connection is equipped with described two cramping bodies and rear end is through the first fork
First adjusting screw rod of the yoke of pedestal, the yoke of first adjusting screw rod and the first forked standard body are rotatably connected, and described
The rear end of one adjusting screw rod is provided with rotating disc, and the Ge Liao mechanisms include mounting bracket, plate chain, motor, active plate sprocket wheel, the first resistance
Retaining device, the second blocking mechanism and follower plate sprocket wheel, the front-end and back-end of the mounting bracket be respectively equipped with active plate sprocket wheel and from
Dynamic plate sprocket wheel, the active plate sprocket wheel and follower plate sprocket wheel are provided with plate chain, and the mounting bracket is provided with to be passed with active plate sprocket wheel
The motor of dynamic connection, the mounting bracket are provided with the second blocking mechanism for stopping that pump block slides from plate chain, the mounting bracket
Rear portion, which is provided with, stops the first blocking mechanism for moving backward of pump block, second blocking mechanism include the first supporter, threaded rod,
Adjustment disk, locating rod, two connectors and two baffle plates, the mounting bracket are provided with the first supporter, first supporter
Rotatable threaded rod is provided with, the connector of threaded connection, the lower end inside of the connector are arranged with the threaded rod
Provided with the baffle plate above plate chain, one end of the threaded rod is provided with adjustment disk, and the upper end of first supporter, which is provided with, wears
The locating rod being located on two connectors.
Preferably, the strainer includes body, some otch, some supporters, sliding support body and connector,
Be arranged with body on the downslide body of rod, the lower end of the body is provided with equally distributed otch, the two neighboring otch it
Between body on the inside of be equipped with supporter, the set contradicts the sliding support body on supporter provided with side face in vivo, described
Sliding support body upper end be fixedly connected by connector with the lower end of sliding block, the connector be provided be available for the downslide body of rod and
The waist hole that first adjusting screw rod is worn, the sliding support body be up big and down small bullet, the working face of the supporter and
The side face of sliding support body is engaged.
Preferably, the conveying mechanism includes motor, plate chain belt, foreboard sprocket wheel, back plate sprocket wheel and retention device, institute
The rear end for stating the workbench of support body is provided with breach, is provided with foreboard sprocket wheel and back plate sprocket wheel in the breach, the foreboard sprocket wheel with
Back plate sprocket wheel is provided with plate chain belt, and the motor is connected with back plate chain gear transmission, and the workbench of the support body, which is provided with, to be stopped
The retention device that pump block slides from plate chain band.
Preferably, the retention device includes bearing body, two the first barrier plates, two linking arms, the second regulation spiral shell
Bar, regulation rotating disk and the first locating slide rod, the workbench of the support body are provided with bearing body, and being equipped with the bearing body to turn
Second adjusting screw rod of dynamic connection, one end of second adjusting screw rod are provided with regulation rotating disk, covered on second adjusting screw rod
Linking arm provided with threaded connection, the lower end inside of the linking arm are equipped with the first barrier plate, and the upper end of the bearing body is set
There is the first locating slide rod being located on two linking arms.
Preferably, the workbench of the support body is provided with sense counter, the sense counter at the rear of bearing body
Firm banking be provided with the first mounting hole, trip bolt is threadedly coupled through the first mounting hole with the workbench of support body, described
Sense counter is higher than the upper end of the first barrier plate, is installed with support by trip bolt on the workbench of the support body,
The support is provided with the second barrier plate between the rear end of two the first barrier plates, the firm banking of the support be provided with it is tight
Gu screw is engaged the second mounting hole.
Preferably, the clamping device include two pillars, the second cylinder, slide bar, the first spring, two clamping limbs,
Two axis bodies and V-arrangement body, the upper bed-plate are provided with the second cylinder and two corresponding pillars, set between described two pillars
There is slide bar, the cross section of the slide bar is elliptical shape, is arranged with the first spring and clamping limb on the slide bar, described first
For spring between two clamping limbs, the upper end of the clamping limb is equipped with the axis body corresponding with slide bar, described two axis bodies
Contradicting respectively on two inwalls of V-arrangement body, the front end of the piston rod of second cylinder is fixedly connected with the rear end of V-arrangement body,
The leading inside of the clamping limb is equipped with rubber blanket.
Preferably, the position-limit mechanism includes upper bracket, Body of pillar, screw body, second spring, slide, groove, regulation
Nut, contact-making switch and undersetting, the bottom of the bearing are provided with undersetting, and the undersetting is provided with Body of pillar, the branch
The upper end of cylinder is provided with upper bracket, and screw body is equipped with the upper bracket, and the upper end of the screw body is provided with and can connect with forked standard
Tactile contact-making switch, the lower end of the screw body are provided with slide, and the rear end of the slide is provided with the groove with pillar mates,
Second spring is arranged with screw body between the slide and upper bracket, is provided with and adjusts in the upper end of upper bracket in the screw body
Save nut.
Preferably, the fixed mechanism includes two the 4th cylinders, two slides, two cramping bodies, puts flitch and the
Three cylinders, the workbench of the support body are provided with former and later two the 4th corresponding cylinders, on the piston rod of the 4th cylinder
The slide being equipped with the workbench for being shelved on support body, the top of the corresponding both sides of described two slides are respectively equipped with clamping
Body, the circular groove being engaged with pump block is respectively equipped with the corresponding both sides of described two cramping bodies, it is described to put flitch position
In the lower section of cramping body and it is shelved on the workbench of support body, the workbench of the support body is provided with corresponding with putting flitch cut
Bits fall hole, and the workbench of the support body, which is provided with to drive, puts the 3rd cylinder that flitch opening and closing chip falls hole, described to put the upper of flitch
End is concordant with the upper end of plate chain belt and plate chain, and the side corresponding with circular groove is provided with connecting portion on the cramping body,
The top of the one end of the slide away from the 4th cylinder is provided with the holding tank being engaged with connecting portion, and the connecting portion passes through fastening
It is bolted in holding tank.
Preferably, first blocking mechanism include the second supporter, pedestal, the 7th cylinder, slide opening, the screw thread body of rod,
Hand handle, slide mass, first gear lamellar body, the first inductor and second gear lamellar body, the rear portion of the mounting bracket are provided with the second supporter,
The upper end of second supporter is provided with pedestal, and the front portion of the pedestal is provided with slide opening, slide mass is provided with the slide opening, described
The screw thread body of rod of threaded connection is equipped with slide mass, the front end of the screw thread body of rod passes through the front end of pedestal, the threaded rod
Body is rotatably connected with pedestal, and the front end of the screw thread body of rod is provided with hand handle, and the upper end of the slide mass is provided with the 7th cylinder, institute
The piston rod for stating the 7th cylinder is provided with first gear lamellar body, and the pedestal is provided with induction pump at the rear of the piston rod of the 7th cylinder
First inductor of set, the rear end of the pedestal are provided with the second gear lamellar body positioned at two baffle plate rear ends.
Preferably, the rear end of the pedestal is provided with slot, grafting body, the rear end of the grafting body are provided with the slot
Provided with second gear lamellar body, the 3rd spring, the 3rd spring are arranged with the grafting body between the second gear lamellar body and pedestal
Both ends be fixedly connected respectively with second gear lamellar body and pedestal, the front end of the second gear lamellar body is provided with the surface of grafting body
Higher than the second inductor of baffle plate upper end level.
Beneficial effects of the present invention：The present invention is set by the way that the front of support body is provided with into Ge Liao mechanisms on the workbench of support body
There are feed mechanism, fixed mechanism and blanking device, the pump block to be processed arranged in Ge Liao mechanisms is sent to fixed machine by feed mechanism
Structure, meanwhile, the pump block machined on fixed mechanism can be taken out and deliver to blanking device by feed mechanism, with prior art phase
Than, it is possible to increase production efficiency, labor workload is reduced, and can be automatically performed and pile up workpiece, adapt to the pump block of multiple diameter,
It is easy to operate.
The feature and advantage of the present invention will be described in detail by embodiment combination accompanying drawing.
【Brief description of the drawings】
Fig. 1 is a kind of structural representation of pump block inwall processing equipment feed streamline of the present invention；
Fig. 2 is the top partial view diagram of feed mechanism and blanking device on support body；
Fig. 3 is the structural representation that blanking device is arranged on support body；
Fig. 4 is the structural representation of strainer；
Fig. 5 is the structural representation of drive mechanism；
Fig. 6 is the structural representation of retention device；
Fig. 7 is the structural representation that fixed mechanism is arranged on support body；
Fig. 8 is the top view that fixed mechanism is arranged on support body；
Fig. 9 is the structural representation of the second blocking mechanism；
Figure 10 is the top view that the first blocking mechanism is arranged on mounting bracket；
Figure 11 is the structural representation of the first blocking mechanism.
In figure：10- pump blocks, 11- Ge Liao mechanisms, 12- feed mechanisms, 13- fixed mechanisms, 14- blanking devices, 15- support bodys,
121- conveyers, 122- drive mechanisms, 1211- lower bottom bases, 1212- upper bed-plates, 1213- support bars, 1214- clamping devices,
1221- bearings, 1222- connecting rods, 1223- slotted eyes, 1224- connecting shafts, 1225- forked standards, 1226- rollers, the gas of 1227- first
Cylinder, 1228- position-limit mechanisms, 12141- pillars, the cylinders of 12142- second, 12143- slide bars, the springs of 12144- first, 12145- folders
Gripping arm, 12146- axis bodies, 12147-V bodies, 12148- rubber blankets, 12281- upper brackets, 12282- Body of pillar, 12283- screw rods
Body, 12284- second springs, 12285- slides, 12286- grooves, 12287- adjusting nuts, 12288- contact-making switches, 12289-
Undersetting, the cylinders of 131- the 4th, 132- slides, 133- cramping bodies, that 134- puts flitch, the cylinders of 135- the 3rd, 136- circular arcs is recessed
Groove, 137- connecting portions, 138- holding tanks, 151- chips fall hole, 152- breach, 141- conveying mechanisms, 142- pile up mechanism,
1421- robotic arms, 1422- take mechanism, 14221- connections axis body, the first forked standards of 14222- body, the cylinders of 14223- the 5th,
14224- chute holes, 14225- slide seat bodies, 14226- upper slide bars body, the 14227- downslides body of rod, 14228- strainers, 14229-
Spring body, 142210- grip blocks, the adjusting screw rods of 142211- first, 142212- rotating discs, the second forked standards of 142213- body,
142214- sliding blocks, 142215- crossbeams, the cylinders of 142216- the 6th, the locating slide rods of 142217- second, 142281- bodies,
142282- otch, 142283- supporters, 142284- sliding supports body, 142285- connectors, 142286- waist holes, 1411- electricity
Motivation, 1412- plates chain belt, 1413- foreboards sprocket wheel, 1414- back plates sprocket wheel, 1415- retention devices, 1416- sense counters,
The mounting holes of 14161- first, 14151- bearing bodies, the barrier plates of 14152- first, 14153- linking arms, 14154- second adjust spiral shell
Bar, 14155- regulations rotating disk, the locating slide rods of 14156- first, the barrier plates of 14157- second, 14158- supports, 141581- second
Mounting hole, 111- mounting brackets, 112- plates chain, 113- motors, 114- active plates sprocket wheel, the blocking mechanisms of 115- first, 116- second
Blocking mechanism, 117- follower plates sprocket wheel, the supporters of 1161- first, 1162- threaded rods, 1163- adjustment disks, 1164- locating rods,
1165- connectors, 1166- baffle plates, the supporters of 1151- second, 1152- pedestals, the cylinders of 1153- the 7th, 1154- slide openings, 1155-
The screw thread body of rod, 1156- hand handles, 1157- slide masses, 1158- first gear lamellar body, the inductors of 1159- first, the catch of 11510- second
Body, 11511- slots, 11512- grafting body, the springs of 11513- the 3rd, the inductors of 11514- second.
【Embodiment】
Refering to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10 and Figure 11, a kind of pump block inwall of the present invention
Process equipment feed streamline, including Ge Liao mechanisms 11, feed mechanism 12, fixed mechanism 13, blanking device 14 and support body 15,
The front of the support body 15 is provided with Ge Liao mechanisms 11, and the workbench of the support body 15 is provided with feed mechanism 12, fixed mechanism 13
With blanking device 14, the pump block to be processed 10 arranged in Ge Liao mechanisms 11 is sent to fixed mechanism 13 by the feed mechanism 12, together
When, the pump block 10 machined on fixed mechanism 13 can be taken out and deliver to blanking device 14 by feed mechanism 12, the feeder
Structure 12 includes the drive mechanism 122 that two conveyers 121 of former and later two conveyers 121 and driving work, the transveyer
Structure 121 includes lower bottom base 1211,1212, two support bars 1213 of upper bed-plate and clamping device 1214, the work of the support body 15
Platform is provided with lower bottom base 1211, the both ends of the support bar 1213 respectively with the upper end and upper bed-plate 1212 of lower bottom base 1211
End is rotatably connected, and described two support bars 1213 be arranged in parallel, and the upper bed-plate 1212 is provided with clamping device 1214, described
Drive mechanism 122 includes bearing 1221, connecting rod 1222, slotted eye 1223, some connecting shafts 1224, forked standard 1225, some rollers
1226th, the first cylinder 1227 and position-limit mechanism 1228, the workbench of the support body 15 are provided with the phase of lower bottom base 1211 with rear
Corresponding bearing 1221, the bearing 1221 is provided with slotted eye 1223, connecting rod 1222 is equipped with the slotted eye 1223, described
Connecting rod 1222 is provided with the connecting shaft 1224 being rotatably connected with upper bed-plate 1212, and the rear end of the forked standard 1225 is provided with first
Cylinder 1227, the bearing 1221 are provided with the position-limit mechanism 1228 that limitation forked standard 1225 moves downward, first cylinder
1227 piston rod is fixedly connected with connecting rod 1222, and the two corresponding inner sides of the forked standard 1225 are at the both ends of bearing 1221
Roller 1226 is equipped with, the blanking device 14 includes conveying mechanism 141 and the pump block 10 on conveying mechanism 141 can be put into work
Mechanism 142 is piled up in part box for holding, the mechanism 142 of piling up includes robotic arm 1421 and is located at taking on robotic arm 1421
Mechanism 1422, the mechanism 1422 of taking include connection axis body 14221, the first forked standard body 14222,14223, two, the 5th cylinder
If 14224, two slide seat bodies 14225 of chute hole, upper slide bar body 14226, the downslide body of rod 14227, some strainers 14228,
Dry 14229, two grip blocks 142210 of spring body, the first adjusting screw rod 142211, rotating disc 142212, the second forked standard body
142213rd, some sliding blocks 142214, crossbeam 142215, the 6th cylinder 142216 and two the second locating slide rods 142217, it is described
The connection axis body 14221 being fixedly connected with robotic arm 1421 is provided among the upper end of crossbeam 142215, the crossbeam 142215
Lower end is provided with the second locating slide rod 142217 and the 6th cylinder 142216 among two the second locating slide rods 142217, institute
The piston rod for stating the 6th cylinder 142216 is fixedly connected with the upper end of the first forked standard body 14222, second locating slide rod
142217 are located on the upper end of the first forked standard body 14222, and the top of two yokes of the first forked standard body 14222 is equipped with
Chute hole 14224, slide seat body 14225 is equipped with the chute hole 14224, is provided between described two slide seat bodies 14225 upper
Slide bar body 14226, the upper end inner side of the first forked standard body 14222 are provided with the 5th cylinder 14223, the 5th cylinder 14223
The lower end of piston rod be provided with the second forked standard body 142213, two yokes and the upper slide bar body of the second forked standard body 142213
14226 are fixedly connected, and sliding block is arranged with the upper slide bar body 14226 between two yokes of the second forked standard body 142213
142214, the downslide body of rod 14227, the downslide body of rod are provided between the lower end of two yokes of the first forked standard body 14222
Strainer 14228, spring body 14229 and grip block 142210, the two neighboring strainer are arranged with 14227
Spring body 14229 is equipped between 14228, the strainer 14228 is fixedly connected with corresponding sliding block 142214, described
Two grip blocks 142210 are respectively positioned at the front side of strainer 14228 of forefront and the strainer 14228 of rearmost
Rear side, threaded connection is equipped with described two grip blocks 142210 and rear end is through the of the yoke of the first forked standard body 14222
One adjusting screw rod 142211, the yoke of first adjusting screw rod 142211 and the first forked standard body 14222 is rotatably connected, described
The rear end of first adjusting screw rod 142211 is provided with rotating disc 142212, the Ge Liao mechanisms 11 include mounting bracket 111, plate chain 112,
Motor 113, active plate sprocket wheel 114, the first blocking mechanism 115, the second blocking mechanism 116 and follower plate sprocket wheel 117, the installation
The front-end and back-end of frame 111 are respectively equipped with active plate sprocket wheel 114 and follower plate sprocket wheel 117, the active plate sprocket wheel 114 and driven
Plate sprocket wheel 117 is provided with plate chain 112, and the mounting bracket 111 is provided with the motor 113 being connected with active plate sprocket wheel 114, institute
State mounting bracket 111 and be provided with and stop the second blocking mechanism 116 that is slid from plate chain 112 of pump block 10, after the mounting bracket 111
Portion is provided with the first blocking mechanism 115 for stopping that pump block 10 moves backward, and second blocking mechanism 116 includes the first supporter
1161st, threaded rod 1162, adjustment disk 1163,1164, two connectors 1165 of locating rod and two baffle plates 1166, the mounting bracket
111 are provided with the first supporter 1161, and first supporter 1161 is provided with rotatable threaded rod 1162, the threaded rod
The connector 1165 of threaded connection is arranged with 1162, the lower end inside of the connector 1165 is provided with positioned at the top of plate chain 112
Baffle plate 1166, one end of the threaded rod 1162 is provided with adjustment disk 1163, and the upper end of first supporter 1161, which is provided with, wears
The locating rod 1164 being located on two connectors 1165, the strainer 14228 include body 142281, some otch
142282nd, some supporters 142283, sliding support body 142284 and connector 142285, cover on the downslide body of rod 14227
Provided with body 142281, the lower end of the body 142281 is provided with equally distributed otch 142282, the two neighboring otch
The inner side of body 142281 between 142282 is equipped with supporter 142283, and being provided with side face in the body 142281 contradicts
Sliding support body 142284 on supporter 142283, it is described sliding support body 142284 upper end by connector 142285 with
The lower end of sliding block 142214 is fixedly connected, and the connector 142285, which is provided with, is available for the downslide body of rod 14227 and first to adjust spiral shell
The waist hole 142286 that bar 142211 is worn, the sliding support body 142284 is up big and down small bullet, the supporter
142283 working face is engaged with slidably supporting the side face of body 142284, and the conveying mechanism 141 includes motor 1411, plate
Chain belt 1412, foreboard sprocket wheel 1413, back plate sprocket wheel 1414 and retention device 1415, the rear end of the workbench of the support body 15 are provided with
Breach 112, the breach 112 is interior to be provided with foreboard sprocket wheel 1413 and back plate sprocket wheel 1414, the foreboard sprocket wheel 1413 and back plate chain
Wheel 1414 is provided with plate chain belt 1412, and the motor 1411 is connected with back plate sprocket wheel 1414, the work of the support body 15
Platform is provided with the retention device 1415 for stopping that pump block 10 slides from plate chain belt 1412, and the retention device 1415 includes bearing body
14151st, two the first barrier plates, 14152, two linking arms 14153, the second adjusting screw rod 14154, regulation rotating disk 14155 and the
One locating slide rod 14156, the workbench of the support body 15 are provided with bearing body 14151, and being equipped with the bearing body 14151 can
Second adjusting screw rod 14154 of rotation connection, one end of second adjusting screw rod 14154 is provided with regulation rotating disk 14155, described
The linking arm 14153 of threaded connection is arranged with second adjusting screw rod 14154, the lower end inside of the linking arm 14153 is all provided with
There is the first barrier plate 14152, the upper end of the bearing body 14151 is provided with the first positioning being located on two linking arms 14153
Slide bar 14156, the workbench of the support body 15 are provided with sense counter 1416, the induction meter at the rear of bearing body 14151
The firm banking of number device 1416 is provided with the first mounting hole 14161, and trip bolt passes through the first mounting hole 14161 and support body 15
Workbench is threadedly coupled, and the sense counter 1416 is higher than the upper end of the first barrier plate 14152, the workbench of the support body 15
It is upper that support 14158 is installed with by trip bolt, the support 14158 the rear end of two the first barrier plates 14152 it
Between be provided with the second barrier plate 14157, the firm banking of the support 14158, which is provided with, is engaged the second mounting hole with trip bolt
141581, the clamping device 1214 includes two pillars 12141, the second cylinder 12142, slide bar 12143, the first spring
12144th, two clamping limbs, 12145, two axis bodies 12146 and V-arrangement body 12147, the upper bed-plate 1212 are provided with the second cylinder
12142 and two corresponding pillars 12141, slide bar 12143, the slide bar 12143 are provided between described two pillars 12141
Cross section be elliptical shape, be arranged with the first spring 12144 and clamping limb 12145 on the slide bar 12143, described first
Between two clamping limbs 12145, the upper end of the clamping limb 12145 is equipped with corresponding with slide bar 12143 spring 12144
Axis body 12146, described two axis bodies 12146 contradict on two inwalls of V-arrangement body 12147 respectively, second cylinder
The front end of 12142 piston rod is fixedly connected with the rear end of V-arrangement body 12147, and the leading inside of the clamping limb 12145 is equipped with
Rubber blanket 12148, the position-limit mechanism 1228 include upper bracket 12281, Body of pillar 12282, screw body 12283, second spring
12284th, slide 12285, groove 12286, adjusting nut 12287, contact-making switch 12288 and undersetting 12289, the bearing
1221 bottom is provided with undersetting 12289, and the undersetting 12289 is provided with Body of pillar 12282, the Body of pillar 12282
Upper end is provided with upper bracket 12281, and screw body 12283, the upper end of the screw body 12283 are equipped with the upper bracket 12281
Provided with the contact-making switch 12288 that can be contacted with forked standard 1225, the lower end of the screw body 12283 is provided with slide 12285, the cunning
The rear end of seat 12285 is provided with the groove 12286 that is engaged with Body of pillar 12282, the slide 12285 and upper bracket 12281 it
Between screw body 12283 on be arranged with second spring 12284, be provided with the screw body 12283 in the upper end of upper bracket 12281
Adjusting nut 12287, the fixed mechanism 13 include two 131, two, the 4th cylinder slide 132, two cramping bodies 133, put
The cylinder 135 of flitch 134 and the 3rd, the workbench of the support body 15 is provided with former and later two the 4th corresponding cylinders 131, described
The slide 132 being shelved on the workbench of support body 15 is equipped with the piston rod of 4th cylinder 131, described two slides 132
The top of corresponding both sides is respectively equipped with cramping body 133, is respectively equipped with the corresponding both sides of described two cramping bodies 133 and pump
The circular groove 136 that set 10 is engaged, the flitch 134 of putting are located at the lower section of cramping body 133 and are shelved on the work of support body 15
Make on platform, the workbench of the support body 15 falls hole 111, the work of the support body 15 provided with the chip corresponding with putting flitch 134
Make platform and be provided with to drive to put flitch 134 and be opened and closed chip to fall the 3rd cylinder 135 in hole 111, the upper end for putting flitch 134 and plate chain
Concordant with the upper end of plate chain 112 with 1412, the side corresponding with circular groove 136, which is provided with, on the cramping body 133 connects
Socket part 137, the top of the described one end of slide 132 away from the 4th cylinder 131 are provided with the holding tank being engaged with connecting portion 137
138, the connecting portion 137 is fixed in holding tank 138 by fastening bolt, and first blocking mechanism 115 includes second
Support body 1151, pedestal 1152, the 7th cylinder 1153, slide opening 1154, the screw thread body of rod 1155, hand handle 1156, slide mass 1157, first
Catch body 1158, the first inductor 1159 and second gear lamellar body 11510, the rear portion of the mounting bracket 111 are provided with the second supporter
1151, the upper end of second supporter 1151 is provided with pedestal 1152, and the front portion of the pedestal 1152 is provided with slide opening 1154, described
Slide mass 1157 is provided with slide opening 1154, the screw thread body of rod 1155 of threaded connection, the spiral shell are equipped with the slide mass 1157
The front end of rasp bar body 1155 passes through the front end of pedestal 1152, and the screw thread body of rod 1155 is rotatably connected with pedestal 1152, described
The front end of the screw thread body of rod 1155 is provided with hand handle 1156, and the upper end of the slide mass 1157 is provided with the 7th cylinder 1153, and the described 7th
The piston rod of cylinder 1153 is provided with first gear lamellar body 1158, the rear of piston rod of the pedestal 1152 in the 7th cylinder 1153
The first inductor 1159 provided with sensing pump block, the rear end of the pedestal 1152 are provided with second positioned at two rear ends of baffle plate 1166
Catch body 11510, the rear end of the pedestal 1152 are provided with slot 11511, grafting body 11512, institute are provided with the slot 11511
The rear end for stating grafting body 11512 is provided with second gear lamellar body 11510, inserting between the second gear lamellar body 11510 and pedestal 1152
Be arranged with the 3rd spring 11513 on junctor 11512, the both ends of the 3rd spring 11513 respectively with second gear lamellar body 11510 and
Pedestal 1152 is fixedly connected, and the front end of the second gear lamellar body 11510 is provided with the surface of grafting body 11512 is higher than baffle plate
Second inductor 11514 of 1166 upper end levels.
The course of work of the present invention：
A kind of pump block inwall processing equipment of the present invention in the course of the work, is selected with feed streamline according to the diameter of pump block 10
Suitable cramping body 133 is selected, to ensure that circular groove 136 and the outer wall of pump block 10 are bonded, improves fixed reliability, cramping body
During 133 fixation, connecting portion 137 is placed in holding tank 138 and is fixed on by fastening bolt in holding tank 138.
Rotating clockwise or counterclockwise regulation rotating disk 14155 drives the second adjusting screw rod 14154 to rotate, the second adjusting screw rod
14154 two linking arms 14153 of drive are opposite or counter motion, linking arm 14153 drive the first barrier plate 14152 to move, made
Spacing between two the first barrier plates 14152 is engaged with the sleeve diameter processed.
The spacing of strainer 14228 is adjusted according to the diameter of pump block 10, rotates clockwise or counterclockwise rotating disc
142212 the first adjusting screw rods 142211 of drive rotate, the first adjusting screw rod 142211 drive two grip blocks 142210 opposite or
Counter motion, the spacing regulation of strainer 14228 is realized, make a pair of strainer 14228 and the pump block 10 1 that is arranged in a row
Should and body 142281 and the corresponding concentric of pump block 10.
The trip bolt of fixed support 14158 is loosened, the second resistance is then adjusted according to the diameter of pump block 10 forward or backward
Baffle plate 14157, make the body 142281 of pump block 10 and the strainer 14228 of rearmost for being close to the second barrier plate 14157
Concentric, then fasten trip bolt.
The trip bolt of the firm banking of fixed sense counter 1416 is loosened, is then taken every time according to blanking device 14
The distance between the quantity of pump block 10 and the diameter adjustment barrier plate 14157 of sense counter 1416 and second of pump block 10, then
Fasten trip bolt.
When Ge Liao mechanisms 11 work, rotate clockwise or counterclockwise adjustment disk 1163 and drive threaded rod 1162 to rotate, screw thread
Bar 1162 drives two connectors 1165 opposite or counter motion, realizes the spacing adjustment of two baffle plates 1166, ensures two gears
The spacing of plate 1166 is engaged with pump block, then pump block is sequentially arranged on the plate chain 112 between two baffle plates 1166, then
Starting motor 113 drives active plate sprocket wheel 114 to rotate, and active plate sprocket wheel 114 drives plate chain 112 to move backward, and plate chain 112 drives
Pump block moves backward, when the pump block of rearmost is moved at the first blocking mechanism 115, due to being hindered by first gear lamellar body 1158
Gear, pump block would not continue to move backward with plate chain 112, when the second inductor 11514 does not sense body, now, just
The piston rod retraction that the 7th cylinder 1153 can be started drives first gear lamellar body 1158 to remove releasing to pump block from the rear of pump block
Stop, now, pump block will continue to move backward with plate chain 112, and the pump block of rearmost passes through first gear lamellar body 1158, when the
When one inductor 1159 senses the pump block of rearmost, the piston rod for starting the 7th cylinder 1153 stretches out drive first gear lamellar body
1158 rears for moving to penultimate pump block are stopped, and the pump block for passing through first gear lamellar body 1158 can be with plate chain
112 continue to move backward, can not continue to move until by second gear lamellar body 11510 being stopped, wait and transporting.
After the pump block 10 on fixed mechanism 13 machines, material is put in the piston rod stretching drive for starting the 3rd cylinder 135
Plate 134 moves to chip and falls the top of hole 151, and the piston rod for then starting the 4th cylinder 131 is retracted, and is driven by slide 132
Cramping body 133 releases the clamping to pump block 10, before activation the clamping device 1214 at side and rear, the clamping device 1214 in front
The pump block 10 stopped by second gear lamellar body 11510 is clamped, the clamping device 1214 at rear clamps the pump block 10 put on flitch 134,
Then the piston rod for starting the first cylinder 1227 is retracted and drives connecting rod 1222 to move backward, connecting rod 1222 by front and
The upper bed-plate 1212 at rear drives the clamping device 1214 of front and back to be moved backward along circular arc line tracking respectively, while upper bottom
Seat 1212 can drive forked standard 1225 first moving downward upwards, when forked standard 1225 during motion by connecting rod 1222
When moving downward and touching contact-making switch 12288, the piston rod of the first cylinder 1227 stops retracting, now, the clamping in front
Pump block 10 is transported to and put on flitch 134 by mechanism 1214, and the pump block 10 machined is transported to by the clamping device 1214 at rear
In plate chain belt 1412, then the clamping device 1214 in front and the clamping device 1214 at rear release the clamping to pump block 10, tightly
Then the piston rod for being again started up the first cylinder 1227 stretches out and drives connecting rod 1222 to travel forward, and connecting rod 1222 is by preceding
The upper bed-plate 1212 at side and rear drives the clamping device 1214 of front and back to be travelled forward along circular arc line tracking respectively, simultaneously
Upper bed-plate 1212 can be driven forked standard 1225 first moving downward upwards by connecting rod 1222, work as forked standard during motion
1225 when moving downward and touching contact-making switch 12288, and the piston rod of the first cylinder 1227 stops stretching out, now, two folders
Hold mechanism 1214 and come back to feeding position, stretched out in the piston rod for starting the 4th cylinder 131, and driven and pressed from both sides by slide 132
The gripping to pump block 10 of body 133 is held, put flitch 134 in the piston rod retraction drive for starting the 3rd cylinder 135 falls from chip
The top of hole 151 is removed, and then process equipment can be processed to the pump block 10 on fixed mechanism 13, and be placed on plate chain belt 1412
On pump block 10, drive back plate sprocket wheel 1414 to rotate by motor 1411, back plate sprocket wheel 1414 drives plate chain belt 1412 to transport backward
Dynamic, plate chain belt 1412 drives pump block 10 by sense counter 1416 and is arranged in the plate chain belt in the front of the second barrier plate 14157
On 1412, when the quantity for sensing pump block 10 of sense counter 1416 reaches setting value, (mechanism of taking 1422 takes pump every time
The quantity of set 10) when, the piston rod for starting the 6th cylinder 142216 stretches out and promotes the first forked standard body 14222 to move downward, the
One forked standard body 14222 drives the lower end of strainer 14228 to insert in corresponding pump block 10 by the downslide body of rod 14227, so
The piston rod for starting the 5th cylinder 14223 afterwards stretches out and drives the second forked standard body 142213 to move downward, the second forked standard body
142213 are moved downward by upper slide bar body 14226 with movable slider 142214, and sliding block 142214 is driven by connector 142285
Sliding support body 142284 moves downward, and sliding support body 142284 makes supporter 142283 open fortune while moving downward
It is dynamic, drive the lower end of the body 142281 between two neighboring otch 142282 to open by supporter 142283 and contradict in pump
Cover on 10 inwalls, realize the fixation of pump block 10, then start the drive of robotic arm 1421 and take mechanism 1422 together with pump block 10
Workpiece box for holding is transported to, and pump block 10 is placed in workpiece box for holding, then starts the piston rod contracting of the 5th cylinder 14223
Return and drive the second forked standard body 142213 to move upwards, the second forked standard body 142213 is by upper slide bar body 14226 with movable slider
142214 motions upwards, sliding block 142214 drive sliding support body 142284 to move upwards, slide branch by connector 142285
Support body 142284 releases the support to supporter 142283, and the lower end of body 142281 is returned to normal condition, then starts
The piston rod of six cylinders 142216 is retracted and pulls the first forked standard body 14222 to move upwards, and the first forked standard body 14222 passes through downslide
The body of rod 14227 drives strainer 14228 to be removed out of pump block 10, then starts robotic arm 1421 and drives mechanism 1422 of taking to return
To feeding position, prepare next feeding operation.
When clamping device 1214 works, the piston rod of the second cylinder 12142 stretches out and drives V-arrangement body 12147 to travel forward,
V-arrangement body 12147 drives two move toward one anothers of clamping limb 12145 by two axis bodies 12146 respectively, realizes the folder to pump block 10
Tightly, when releasing clamping, the piston rod of the second cylinder 12142 is retracted, effect of two clamping limbs 12145 in the first spring 12144
Lower counter motion.
Compared with prior art, it is possible to increase production efficiency, reduce labor workload, and can be automatically performed and pile up work
Part, the pump block of multiple diameter is adapted to, it is easy to operate.
Above-described embodiment is the description of the invention, is not limitation of the invention, it is any to simple transformation of the present invention after
Scheme belong to protection scope of the present invention.
Claims (10)
- A kind of 1. pump block inwall processing equipment feed streamline, it is characterised in that：Including Ge Liao mechanisms (11), feed mechanism (12), fixed mechanism (13), blanking device (14) and support body (15), the front of the support body (15) are provided with Ge Liao mechanisms (11), The workbench of the support body (15) is provided with feed mechanism (12), fixed mechanism (13) and blanking device (14), the feeder The pump block to be processed (10) arranged in Ge Liao mechanisms (11) is sent to fixed mechanism (13) by structure (12), meanwhile, feed mechanism (12) The pump block (10) machined on fixed mechanism (13) can be taken out and deliver to blanking device (14), feed mechanism (12) bag Include the drive mechanism (122) of two conveyer (121) work of former and later two conveyers (121) and driving, the transveyer Structure (121) includes lower bottom base (1211), upper bed-plate (1212), two support bars (1213) and clamping device (1214), the frame The workbench of body (15) is provided with lower bottom base (1211), and the both ends of the support bar (1213) are upper with lower bottom base (1211) respectively End and the lower end of upper bed-plate (1212) are rotatably connected, and described two support bars (1213) be arranged in parallel, the upper bed-plate (1212) clamping device (1214) is provided with, the drive mechanism (122) includes bearing (1221), connecting rod (1222), slotted eye (1223), some connecting shafts (1224), forked standard (1225), some rollers (1226), the first cylinder (1227) and position-limit mechanism (1228), the workbench of the support body (15) is provided with the bearing (1221) corresponding with the lower bottom base (1211) at rear, described Bearing (1221) is provided with slotted eye (1223), and connecting rod (1222), the connecting rod are equipped with the slotted eye (1223) (1222) it is provided with the connecting shaft (1224) that is rotatably connected with upper bed-plate (1212), the rear end of the forked standard (1225) is provided with the One cylinder (1227), the bearing (1221) is provided with the position-limit mechanism (1228) that limitation forked standard (1225) moves downward, described The piston rod of first cylinder (1227) is fixedly connected with connecting rod (1222), and the two corresponding inner sides of the forked standard (1225) exist The both ends of bearing (1221) are equipped with roller (1226), and the blanking device (14) includes conveying mechanism (141) and will can conveyed Pump block (10) in mechanism (141) is put into workpiece box for holding and piles up mechanism (142), and the mechanism (142) of piling up includes machine Device arm (1421) and the mechanism of taking (1422) being located on robotic arm (1421), the mechanism of taking (1422) include connection axis body (14221), the first forked standard body (14222), the 5th cylinder (14223), two chute holes (14224), two slide seat bodies (14225), upper slide bar body (14226), the downslide body of rod (14227), some strainers (14228), some spring bodies (14229), two grip blocks (142210), the first adjusting screw rod (142211), rotating disc (142212), the second forked standard body (142213), some sliding blocks (142214), crossbeam (142215), the 6th cylinder (142216) and two the second locating slide rods (142217) the connection axis body being fixedly connected with robotic arm (1421), is provided among the upper end of the crossbeam (142215) (14221), the lower end of the crossbeam (142215) is provided with the second locating slide rod (142217) and positioned at two the second locating slide rod (142217) the 6th cylinder (142216) among, the piston rod and the first forked standard body of the 6th cylinder (142216) (14222) upper end is fixedly connected, and second locating slide rod (142217) is located in the upper end of the first forked standard body (14222) On, the top of two yokes of the first forked standard body (14222) is equipped with chute hole (14224), the chute hole (14224) Slide seat body (14225) is inside equipped with, upper slide bar body (14226), first fork are provided between described two slide seat bodies (14225) The 5th cylinder (14223) is provided with the inside of the upper end of pedestal (14222), the lower end of the piston rod of the 5th cylinder (14223) is set There are the second forked standard body (142213), two yokes and the fixed company of upper slide bar body (14226) of the second forked standard body (142213) Connect, sliding block (142214) be arranged with the upper slide bar body (14226) between two yokes of the second forked standard body (142213), The downslide body of rod (14227), the downslide body of rod are provided between the lower end of two yokes of the first forked standard body (14222) (14227) strainer (14228), spring body (14229) and grip block (142210), the two neighboring tensioning are arranged with Spring body (14229), the strainer (14228) and corresponding sliding block (142214) are equipped between mechanism (14228) It is fixedly connected, described two grip blocks (142210) are located at front side and the rearmost of the strainer (14228) of forefront respectively Strainer (14228) rear side, threaded connection is equipped with described two grip blocks (142210) and rear end passes through first The first adjusting screw rod (142211) of the yoke of forked standard body (14222), first adjusting screw rod (142211) and the first forked standard The yoke of body (14222) is rotatably connected, and the rear end of first adjusting screw rod (142211) is provided with rotating disc (142212), institute Shu Geliao mechanisms (11) include mounting bracket (111), plate chain (112), motor (113), active plate sprocket wheel (114), the first stop machine Structure (115), the second blocking mechanism (116) and follower plate sprocket wheel (117), the front-end and back-end of the mounting bracket (111) are set respectively There are active plate sprocket wheel (114) and follower plate sprocket wheel (117), the active plate sprocket wheel (114) and follower plate sprocket wheel (117) are provided with Plate chain (112), the mounting bracket (111) are provided with the motor (113) with active plate sprocket wheel (114) drive connection, the installation Frame (111) is provided with the second blocking mechanism (116) for stopping that pump block (10) slides from plate chain (112), the mounting bracket (111) Rear portion be provided with and stop pump block (10) first blocking mechanism (115) for moving backward, second blocking mechanism (116) includes the One supporter (1161), threaded rod (1162), adjustment disk (1163), locating rod (1164), two connectors (1165) and two Baffle plate (1166), the mounting bracket (111) are provided with the first supporter (1161), and first supporter (1161) is provided with can The threaded rod (1162) of rotation, the connector (1165) of threaded connection, the connector are arranged with the threaded rod (1162) (1165) lower end inside is provided with the baffle plate (1166) above plate chain (112), and one end of the threaded rod (1162) is provided with Adjustment disk (1163), the upper end of first supporter (1161) are provided with the locating rod being located on two connectors (1165) (1164)。
- A kind of 2. pump block inwall processing equipment as claimed in claim 1 feed streamline, it is characterised in that：The tensioning device Structure (14228) includes body (142281), some otch (142282), some supporters (142283), sliding support body (142284) body (142281), the body and connector (142285), are arranged with the downslide body of rod (14227) (142281) lower end is provided with equally distributed otch (142282), the body between the two neighboring otch (142282) (142281) supporter (142283) is equipped with the inside of, being provided with side face in the body (142281) contradicts in supporter (142283) the sliding support body (142284) on, the upper end of the sliding support body (142284) pass through connector (142285) It is fixedly connected with the lower end of sliding block (142214), the connector (142285), which is provided with, is available for the downslide body of rod (14227) and the The waist hole (142286) that one adjusting screw rod (142211) is worn, the sliding support body (142284) is up big and down small taper Body, the working face of the supporter (142283) are engaged with the side face of sliding support body (142284).
- A kind of 3. pump block inwall processing equipment as claimed in claim 1 feed streamline, it is characterised in that：The conveyer Structure (141) includes motor (1411), plate chain belt (1412), foreboard sprocket wheel (1413), back plate sprocket wheel (1414) and retention device (1415), the rear end of the workbench of the support body (15) is provided with breach (112), and foreboard sprocket wheel is provided with the breach (112) (1413) and back plate sprocket wheel (1414), the foreboard sprocket wheel (1413) and back plate sprocket wheel (1414) are provided with plate chain belt (1412), The motor (1411) is connected with back plate sprocket wheel (1414), and the workbench of the support body (15), which is provided with, stops pump block (10) retention device (1415) slid from plate chain belt (1412).
- A kind of 4. pump block inwall processing equipment as claimed in claim 1 feed streamline, it is characterised in that：It is described to stop dress Putting (1415) includes bearing body (14151), two the first barrier plates (14152), two linking arms (14153), the second regulation spiral shell Bar (14154), regulation rotating disk (14155) and the first locating slide rod (14156), the workbench of the support body (15) are provided with bearing Body (14151), the second adjusting screw rod (14154) being rotatably connected is equipped with the bearing body (14151), described second adjusts The one end for saving screw rod (14154) is provided with regulation rotating disk (14155), and screw thread company is arranged with second adjusting screw rod (14154) The linking arm (14153) connect, the lower end inside of the linking arm (14153) are equipped with the first barrier plate (14152), the bearing The upper end of body (14151) is provided with the first locating slide rod (14156) being located on two linking arms (14153).
- A kind of 5. pump block inwall processing equipment as claimed in claim 1 feed streamline, it is characterised in that：The support body (15) workbench is provided with sense counter (1416) at the rear of bearing body (14151), the sense counter (1416) Firm banking is provided with the first mounting hole (14161), work of the trip bolt through the first mounting hole (14161) and support body (15) Platform is threadedly coupled, and the sense counter (1416) is higher than the upper end of the first barrier plate (14152), the work of the support body (15) Support (14158) is installed with by trip bolt on platform, the support (14158) is in two the first barrier plates (14152) Rear end between be provided with the second barrier plate (14157), the firm banking of the support (14158) is provided with and trip bolt matches Close the second mounting hole (141581).
- A kind of 6. pump block inwall processing equipment as claimed in claim 1 feed streamline, it is characterised in that：The clamping machine Structure (1214) include two pillars (12141), the second cylinder (12142), slide bar (12143), the first spring (12144), two Clamping limb (12145), two axis bodies (12146) and V-arrangement body (12147), the upper bed-plate (1212) are provided with the second cylinder (12142) pillar corresponding with two (12141), slide bar (12143) is provided between described two pillars (12141), it is described The cross section of slide bar (12143) is elliptical shape, and the first spring (12144) and clamping are arranged with the slide bar (12143) Arm (12145), first spring (12144) between two clamping limbs (12145), the clamping limb (12145) it is upper End is equipped with the axis body (12146) corresponding with slide bar (12143), and described two axis bodies (12146) contradict in V-arrangement body respectively (12147) on two inwalls, the front end and the rear end of V-arrangement body (12147) of the piston rod of second cylinder (12142) are fixed Connection, the leading inside of the clamping limb (12145) are equipped with rubber blanket (12148).
- A kind of 7. pump block inwall processing equipment as claimed in claim 1 feed streamline, it is characterised in that：The position restrainer Structure (1228) includes upper bracket (12281), Body of pillar (12282), screw body (12283), second spring (12284), slide (12285), groove (12286), adjusting nut (12287), contact-making switch (12288) and undersetting (12289), the bearing (1221) bottom is provided with undersetting (12289), and the undersetting (12289) is provided with Body of pillar (12282), the Body of pillar (12282) upper end is provided with upper bracket (12281), and screw body (12283), the spiral shell are equipped with the upper bracket (12281) The upper end of the body of rod (12283) is provided with the contact-making switch (12288) that can be contacted with forked standard (1225), the screw body (12283) Lower end is provided with slide (12285), and the rear end of the slide (12285) is provided with the groove being engaged with Body of pillar (12282) (12286), it is arranged with second spring in the screw body (12283) between the slide (12285) and upper bracket (12281) (12284), it is provided with adjusting nut (12287) in the upper end of upper bracket (12281) on the screw body (12283).
- A kind of 8. pump block inwall processing equipment as claimed in claim 1 feed streamline, it is characterised in that：The fixed machine Structure (13) includes two the 4th cylinders (131), two slides (132), two cramping bodies (133), puts flitch (134) and the 3rd gas Cylinder (135), the workbench of the support body (15) are provided with former and later two the 4th corresponding cylinders (131), the 4th cylinder (131) slide (132) being shelved on the workbench of support body (15) is equipped with piston rod, described two slides (132) The top of corresponding both sides is respectively equipped with cramping body (133), is respectively equipped with the corresponding both sides of described two cramping bodies (133) The circular groove (136) being engaged with pump block (10), the flitch (134) of putting are located at the lower section of cramping body (133) and shelved On the workbench of support body (15), the workbench of the support body (15) falls hole provided with the chip corresponding with putting flitch (134) (111), the workbench of the support body (15) is provided with drive and puts the 3rd cylinder that flitch (134) opening and closing chip falls hole (111) (135), the upper end for putting flitch (134) is concordant with the upper end of plate chain belt (1412) and plate chain (112), the cramping body (133) side corresponding with circular groove (136) is provided with connecting portion (137) on, and the slide (132) is away from the 4th gas The top of one end of cylinder (131) is provided with the holding tank (138) being engaged with connecting portion (137), and the connecting portion (137) is by tight Fixing bolt is fixed in holding tank (138).
- A kind of 9. pump block inwall processing equipment as claimed in claim 1 feed streamline, it is characterised in that：First resistance Retaining device (115) includes the second supporter (1151), pedestal (1152), the 7th cylinder (1153), slide opening (1154), the screw thread body of rod (1155), hand handle (1156), slide mass (1157), first gear lamellar body (1158), the first inductor (1159) and second gear lamellar body (11510), the rear portion of the mounting bracket (111) is provided with the second supporter (1151), the upper end of second supporter (1151) Provided with pedestal (1152), the front portion of the pedestal (1152) is provided with slide opening (1154), and slide mass is provided with the slide opening (1154) (1157) the screw thread body of rod (1155) of threaded connection, is equipped with the slide mass (1157), the screw thread body of rod (1155) Front end passes through the front end of pedestal (1152), and the screw thread body of rod (1155) is rotatably connected with pedestal (1152), the threaded rod The front end of body (1155) is provided with hand handle (1156), and the upper end of the slide mass (1157) is provided with the 7th cylinder (1153), and described The piston rod of seven cylinders (1153) is provided with first gear lamellar body (1158), work of the pedestal (1152) in the 7th cylinder (1153) The rear of stopper rod is provided with the first inductor (1159) of sensing pump block, and the rear end of the pedestal (1152), which is provided with, is located at two baffle plates (1166) the second gear lamellar body (11510) of rear end.
- A kind of 10. pump block inwall processing equipment as claimed in claim 9 feed streamline, it is characterised in that：The pedestal (1152) rear end is provided with slot (11511), and grafting body (11512), the grafting body are provided with the slot (11511) (11512) rear end is provided with second gear lamellar body (11510), inserting between the second gear lamellar body (11510) and pedestal (1152) Be arranged with the 3rd spring (11513) on junctor (11512), the both ends of the 3rd spring (11513) respectively with second gear lamellar body (11510) be fixedly connected with pedestal (1152), the front end of the second gear lamellar body (11510) grafting body (11512) just on Side is provided with the second inductor (11514) higher than baffle plate (1166) upper end level.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710941482.4A CN107640570B (en) | 2017-10-11 | 2017-10-11 | Feeding assembly line for pump sleeve inner wall processing equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710941482.4A CN107640570B (en) | 2017-10-11 | 2017-10-11 | Feeding assembly line for pump sleeve inner wall processing equipment |
Publications (2)
| Publication Number | Publication Date |
|---|---|
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| CN108663234A (en) * | 2018-08-22 | 2018-10-16 | 浙江云广检测技术服务有限公司 | A kind of water quality detection water fetching device easy to use |
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| CN107640570B (en) | 2023-06-30 |
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Address after: 314300 Yuantong Industrial Zone, Yuantong street, Haiyan County, Jiaxing City, Zhejiang Province Patentee after: Haiyan Xingda Precision Machinery Co.,Ltd. Address before: 314300 Yuantong Industrial Zone, Yuantong street, Haiyan County, Jiaxing City, Zhejiang Province Patentee before: HAIYAN XINGDA PRECISION MACHINERY CO.,LTD. |
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