CN208083837U - A kind of blower assy automatic assembling mechanism - Google Patents
A kind of blower assy automatic assembling mechanism Download PDFInfo
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- CN208083837U CN208083837U CN201721032523.XU CN201721032523U CN208083837U CN 208083837 U CN208083837 U CN 208083837U CN 201721032523 U CN201721032523 U CN 201721032523U CN 208083837 U CN208083837 U CN 208083837U
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- claw
- station
- block
- guide rail
- column
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Abstract
The utility model discloses a kind of blower assy automatic assembling mechanism, table top cross slide way (2), one column of station (6), two column of station (9), three column of station (11) are respectively positioned on described deck plate (1) upper surface, and two lower cylinder of station (20) and the wedge block cylinder (23) are located at described deck plate (1) lower surface；The cross slide way (2) is made of two guide rails, one end of one of guide rail is equipped with table top cross slide way limited block (22), it is provided with the lead screw (4) in another guide rail, the tail portion of the lead screw (4) is provided with servo motor (3)；The positioning fixing tool (21) is mounted on the positioning fixing tool guide rail connecting bottom board (5)；It overcomes the relatively low disadvantage of production automation level in the prior art, the advantages of there is realization to be monitored to the press fitting distance and pressing-in force of impeller press-assembling process, and be pressed the consistency of distance.
Description
Technical field
It is more specifically a kind of air blast the utility model is related to arrive blower for vehicle air conditioning assembly automatic assembling mechanism
Machine assembly automatic assembling mechanism.
Background technology
Blower assy is made of electric machine support 0.1, motor liner 0.2, damping rubber pad 0.3, motor 0.4, impeller 0.5
(as shown in Figure 1), motor liner 0.2 and damping rubber pad 0.3 can be by together with quadric injection moulds.
Existing blower assy assembly method is by force opened motor liner 0.2 using related tool, then by motor
0.4 is mounted in motor liner 0.2, then unclamps 0.2 clamping motor of motor liner, and this assembly method labor intensity is big, and
Parts are caused fragile.
The press fitting of existing blower wheel 0.5 is by manual press-loading, pressure assembling force and press fitting displacement is uncontrollable and rapid wear damages
Bad part.
Existing blower assy assembly method is divided using simple motor installing mechanism and impeller press-assembling mechanism respectively
Not Wan Cheng motor installation and impeller press-assembling work, production automation level is relatively low.
Invention content
The purpose of the utility model is to overcome the shortcomings of above-mentioned background technology, and propose a kind of blower assy from
Dynamic assemble mechanism.
The purpose of this utility model is implemented by following technical solution：A kind of blower assy automatic assembling machine
Structure, it includes that deck plate, table top cross slide way, servo motor, lead screw, positioning fixing tool guide rail connecting bottom board, station one are vertical
Column, motor installation detection components, two upright guide rail of station, two column of station, two upper cylinder of station, three column of station, station three
Electric cylinder, pressure head tooling, floating position-limiting tooling, wedge block, wedge block cylinder, motor fixing tool, is opened three upright guide rail of station
Go into operation dress, two lower cylinder of station, positioning fixing tool, table top cross slide way and wedge block cylinder；
The table top cross slide way, one column of station, two column of station, three column of station are respectively positioned on the deck plate
Upper surface, two lower cylinder of station and the wedge block cylinder are located at the deck plate lower surface；
The table top cross slide way is made of two guide rails, and one end of one of guide rail is equipped with table top cross slide way
Limited block is provided with the lead screw in another guide rail, the tail portion of the lead screw is provided with servo motor；
The positioning fixing tool is mounted on the positioning fixing tool guide rail connecting bottom board；
The sliding block that the positioning fixing tool guide rail connecting bottom board is arranged by lower section is in the table top cross slide way
It is moved forward and backward；
It is horizontal that one column of station, two column of station and three column of station is sequentially arranged in the table top from left to right
The side of direction guiding rail,
Motor installation detection components are provided on one column of station, the motor is installed detection components and stretched out
One column of station；
The upper surface of two column of station is provided with two upper cylinder of station, in the inside of two column of station
By being disposed with motor fixing tool under upper and opening tooling, the motor fixing tool is located at the opening tooling
Surface and moved up and down each along two upright guide rail of station of described two column inner surface of the station setting, the opening
Tooling is moved up and down along two upright guide rail of station that the two column inner surface of station is arranged；
The upper surface of three column of station is provided with three electric cylinder of station, in the inside of three column of station
It is provided with pressure head tooling, station three upright guide rail of the pressure head tooling in three column of station moves up and down,
Floating position-limiting tooling is provided with below the pressure head tooling, the floating position-limiting tooling is turned round by screw thread
Knot is on the deck plate, and the floating position-limiting tooling is located at the tail portion at the table top cross slide way rear；
The wedge block, which is located at the table top cross slide way rear and is driven by wedge block cylinder, to be moved forward and backward.
In the above-mentioned technical solutions：The floating position-limiting tooling includes fixed board, the first spring, the first guide rod, measuring surface
Plate, float plate, two refer to cylinder fixture block, two finger cylinders and positioning fixed column；It is twisted together by screw thread described positioning fixed column one end
On the deck plate, the other end is twisted together on the fixed board, passes through the first guide rod between the fixed board and float plate
Connection, the first spring is socketed on first guide rod, and in the side of the float plate, there are two same sizes for setting
The measurement panel being rectangle to lower recess, extending internally in the side of the fixed board has two finger cylinders, two fingers
The head of cylinder is provided with two finger cylinder fixture blocks, and described two finger cylinder fixture blocks and two finger cylinders are respectively positioned on the fixed board and float
Between movable plate.
In the above-mentioned technical solutions：The pressure head tooling includes the first guide rail splice, electric cylinder connecting rod, pressure
Sensor fixed block, fixed plate, second spring, the second guide rod, sleeve block, floating position-limiting plate, displacement sensor bracket, displacement pass
Sensor, impeller fixed link, impeller fixing axle and O-ring；
One end of the electric cylinder connecting rod is extend into in three electric cylinder of the station, and the other end extend into institute
It is provided in pressure sensor fixed plate on the first guide rail splice upper surface stated,
Fixed plate is had additional between the pressure sensor fixed block and first guide rail splice,
The lower surface of first guide rail splice is provided with impeller fixed link, is set in the impeller fixed link
It is equipped with impeller fixing axle and is socketed with O-ring；
The impeller fixed link is located at the electric cylinder connecting rod on the same straight line of homonymy；
Be provided with floating position-limiting plate below first guide rail splice, the floating position-limiting plate with it is described
It is threadedly coupled by the second guide rod between first guide rail splice, is socketed with second spring on second guide rod, and
Sleeve block is had additional between the second spring and the floating position-limiting plate, the following table in the floating position-limiting plate side
Face is equipped with displacement sensor bracket, and displacement sensor is equipped on the displacement sensor bracket.
In the above-mentioned technical solutions：The opening tooling includes manual fixing bolt, claw fixed plate, tooling identification mistake
Position hole, claw fixed block, the second claw, claw connection support bar, claw support wheel, claw rotary shaft, the first claw, third card
Pawl, the second guide rail splice and notch annulus；
Jagged annulus is set in described claw fixed plate one end, the other end is fixed by several manual fixing bolts
On second guide rail splice, several tooling identification dislocation holes are provided on described claw fixed plate one end,
First claw, the second claw, third claw are circumferentially fixed on institute by the claw fixed block
The inside edge for the notch annulus stated,
It is both provided with claw connection support bar in one end of each first claw, the second claw, third claw；Often
One end of a claw connection support bar is both provided with claw support wheel, and the other end passes through nut and the first claw, the
Two claws, third claw tail portion fix.
In the above-mentioned technical solutions：The motor fixing tool includes third guide rail splice, cylinder connecting rod, auxiliary
Pin, spring, quill, quill fixed block, connecting plate connecting rod, first sensor holder, first sensor, Anti-dislocation
Fixed plate, plug briquetting, second sensor holder, second sensor, ejector pin shrapnel, motor positioning mistake proofing block, pneumatic-finger；
One end of the cylinder connecting rod is extend into two upper cylinder of station, and the other end extend into the work
In moving sleeve；The quill is located at the side of the third guide rail splice upper surface, and is stuck in the activity
Between sleeve fixed block, the quill upper end is provided with auxiliary pin, bullet is internally provided in the quill
Spring；
The pneumatic-finger that is provided in the third guide rail splice lower surface, and the pneumatic-finger is positioned at described
Third guide rail splice and the Anti-dislocation fixed plate between, the third guide rail splice and the Anti-dislocation are solid
It is connected by two connecting plate connecting rods between fixed board, the side of the Anti-dislocation fixed plate is provided with first sensor branch
Frame is equipped with first sensor on the first sensor holder；
The lower surface of the Anti-dislocation fixed plate is provided with motor and positions mistake proofing block, the motor positions mistake proofing block
The through-hole reserved with Anti-dislocation fixed plate matches, and the side of the upper surface of the Anti-dislocation fixed plate is provided with the second biography
Sensor bracket is equipped with second sensor, in the front of the second sensor in the second sensor carrier head
It is provided with ejector pin shrapnel, the ejector pin shrapnel is located in the Anti-dislocation fixed plate, in the Anti-dislocation fixed plate
Lower surface is provided with plug briquetting；
Reserved through-hole is located at same among the cylinder connecting rod and the pneumatic-finger and motor positioning mistake proofing block
On one vertical line.
In the above-mentioned technical solutions：The positioning fixing tool includes bottom plate, handle, the stubborn fixing bolt of hand, third card
Pawl they sup-port block, fiber amplifier and protective cover, the first damping rubber pad detection sensor and the first fixing bracket, loss of weight
Hole, electric machine support supporting pin, harness connector plug supporting block, the second claw they sup-port block, electric machine support positioning pin, the second damping
Rubber cushion detection sensor and the second fixing bracket, third damping rubber pad detection sensor and third fixing bracket, impeller press-assembling branch
Support pin, electric machine support positioning supporting block and the first claw they sup-port block；
The handle, hand twist fixing bolt, third claw they sup-port block, fiber amplifier and protective cover, first
Damping rubber pad detection sensor and the first fixing bracket, electric machine support supporting pin, harness connector plug supporting block, the second claw supporting rod
Supporting block, electric machine support positioning pin, the second damping rubber pad detection sensor and the second fixing bracket, the detection of third damping rubber pad pass
Sensor and third fixing bracket, electric machine support positioning supporting block and the first claw they sup-port block are protruded and are uniformly arranged in institute
On the bottom plate stated；
Lightening hole described in several is the pre-set upper surface invaginated groove and be distributed on the bottom plate,
The impeller press-assembling supporting pin is located among the bottom plate,
First claw they sup-port block, the second claw they sup-port block and the third claw supporting rod
Supporting block corresponds setting with first claw, the second claw, the third claw of top setting and positioned at same
On vertical line.
In the above-mentioned technical solutions：Second guide rail splice and third guide rail splice are led in the station two vertically
Rail slides up and down；
First guide rail splice is slided up and down in three upright guide rail of station.
In the above-mentioned technical solutions：The claw support wheel is in contact with the bottom plate of lower section setting and causes the
One claw, the second claw, third claw slope inwardly and open motor liner.
In the above-mentioned technical solutions：Measure the upper surface flush of the upper surface and the motor of panel；The wedge shape
The block cylinder driving wedge block is moved forward and backward in wedge block stop block and withstands the motor shaft tail that top is placed
Portion.
In the above-mentioned technical solutions：First claw and third claw uses identical structure, first claw
Including the first claw supporting rod mounting hole, the first claw main body, the first claw front end is left, the first claw front end is right and the first claw
Rotate shaft mounting hole；The first claw main body uses straight strip structure, is arranged in one end of the first claw main body
There are the first claw supporting rod mounting hole, the front end of the other end to be respectively arranged with a reclinate first claw front end left side and the first card
Pawl front end is right；The first claw front end left side is identical with the first right length in claw front end and is arranged in parallel, described first
The front end both sides of claw main body are provided with the first claw rotation shaft mounting hole；
Second claw includes the second claw supporting rod mounting hole, the second claw main body, trepanning, the second claw is allowed to revolve
Shaft mounting hole, the second claw front end is left and the second claw front end is right；
The second claw main body uses step structure, is provided in the second described claw main body one end rectangular
It allows trepanning, allows the indentation, there of trepanning to be respectively arranged with a reclinate second claw front end left side and the second claw front end in described
The right side allows the front part sides of trepanning to be provided with the second claw rotation shaft mounting hole in described,
The other end of the second claw main body is provided with the second claw supporting rod mounting hole.
The utility model has the following advantages that：1, by the way that positioning supporting tool is arranged on bottom plate, motor branch may be implemented
The fixation and accurate positionin of frame component.2, by the way that claw fixed plate is arranged above positioning supporting tool, justify in claw fixed plate
Claw is arranged in ring one end, and the claw fixed plate other end is protruding to be fixed with cylinder, and the movement of claw fixed plate is driven by cylinder,
It is further driven to claw rotation, claw opens motor liner, easy to operate, and motor is installed quick and precisely.3, by station three
Pressure head tooling and floating position-limiting tooling are set, realize that the distance of the press fitting to impeller press-assembling process and pressing-in force are monitored, and press
Fill the consistency of distance.
Description of the drawings
Fig. 1 is modular construction schematic diagram to be assembled.
Fig. 2 is structural representation Fig. 1 of the utility model.
Fig. 3 is structural representation Fig. 2 of the utility model
Fig. 4 is that fixing tool structural schematic diagram is positioned in the utility model.
Fig. 5 is that tool structure schematic diagram is opened in the utility model.
Fig. 6 is the first claw structure schematic diagram opened in the utility model in tooling.
The second claw structure schematic diagram in tooling is opened in Fig. 7 the utility model.
Fig. 8 is motor fixing tool structural schematic diagram in the utility model.
Fig. 9 is pressure head tool structure schematic diagram in the utility model.
Figure 10 is floating position-limiting tool structure schematic diagram in the utility model.
Figure 11 is that the utility model assembles accessory flow chart.
In figure：Deck plate 1, table top cross slide way 2, servo motor 3, lead screw 4, positioning fixing tool guide rail connecting bottom board 5,
One column 6 of station, motor installation detection components 7, two upright guide rail 8 of station, two column 9 of station, two upper cylinder 10 of station, station
Three columns 11, three electric cylinder 12 of station, three upright guide rail 13 of station, pressure head tooling 14, the first guide rail splice 14.1, electronic gas
Cylinder connecting rod 14.2, pressure sensor fixed block 14.3, fixed plate 14.4, second spring 14.5, the second guide rod 14.6, sleeve block
14.7, floating position-limiting plate 14.8, displacement sensor bracket 14.9, displacement sensor 14.10, impeller fixed link 14.11, impeller are solid
Dead axle 14.12, floating position-limiting tooling 15, fixed board 15.1, the first spring 15.2, the first guide rod 15.3, measures O-ring 14.13
Panel 15.4, float plate 15.5, two refer to cylinder fixture block 15.6, two and refer to cylinder 15.7, positioning fixed column 15.8, wedge block 16, wedge
Shape block stop block 17, motor fixing tool 18 open tooling 19, manual fixing bolt 19.1, claw fixed plate 19.2, tooling knowledge
Not Cuo Wei hole 19.3, claw fixed block 19.4, the second claw 19.5, claw connection support bar 19.6, claw support wheel 19.7,
Claw rotary shaft 19.8, the second claw supporting rod mounting hole 19.5.1, the second claw main body 19.5.2, allows first claw 19.9
Trepanning 19.5.3, the second claw rotation shaft mounting hole 19.5.4, the left 19.5.5 in the second claw front end and the second claw front end are right
19.9.6, the first claw supporting rod mounting hole 19.9.1, the first claw main body 19.9.2, the left 19.9.3 in the first claw front end,
The right 19.9.4 in one claw front end and the first claw rotation shaft mounting hole 19.9.5, third claw 19.10, the second guide rail splice
19.11, notch annulus 19.12, two lower cylinder 20 of station, positioning fixing tool 21, bottom plate 21.1, handle 21.2, hand are twisted and are fixed
Bolt 21.3, third claw they sup-port block 21.4, fiber amplifier and protective cover 21.5, the detection of the first damping rubber pad pass
Sensor and the first fixing bracket 21.6, lightening hole 21.7, electric machine support supporting pin 21.8, harness connector plug supporting block 21.9, second
Claw they sup-port block 21.10, electric machine support positioning pin 21.11, the second damping rubber pad detection sensor and second fix branch
Frame 21.12, third damping rubber pad detection sensor and third fixing bracket 21.13, impeller press-assembling supporting pin 21.14, motor branch
Frame positions supporting block 21.15, the first claw they sup-port block 21.16, table top table top cross slide way limited block 22, electric machine support
0.1, motor liner 0.2, damping rubber pad 0.3, motor 0.4, impeller 0.5, motor plug 0.6.
Specific implementation mode
The performance that according to the present invention will be described in detail below with reference to the accompanying drawings, but they are not constituted to the utility model
It limits, it is only for example；The advantages of the utility model, will become clearer and be readily appreciated that by explanation simultaneously.
Referring to Fig.1 shown in -11：A kind of blower assy automatic assembling mechanism, it includes deck plate 1, table top cross slide way
2, servo motor 3, lead screw 4, positioning fixing tool guide rail connecting bottom board 5, one column 6 of station, motor installation detection components 7, work
Two upright guide rails 8 of position, two column 9 of station, two upper cylinder 10 of station, three column 11 of station, three electric cylinder 12 of station, station three
Upright guide rail 13, pressure head tooling 14, floating position-limiting tooling 15, wedge block 16, wedge block stop block 17, motor fixing tool 18,
Open tooling 19, two lower cylinder 20 of station, positioning fixing tool 21, table top cross slide way limited block 22 and wedge block cylinder 23；
The table top cross slide way 2, one column 6 of station, two column 9 of station, three column 11 of station are respectively positioned on described
1 upper surface of deck plate, two lower cylinder 20 of station and the wedge block cylinder 23 are located at 1 lower surface of deck plate；
The table top cross slide way 2 is made of two guide rails, and one end of one of guide rail is equipped with table top and laterally leads
Rail limited block 22 is provided with the lead screw 4 in another guide rail, the tail portion of the lead screw 4 is provided with servo motor 3；
The positioning fixing tool 21 is mounted on the positioning fixing tool guide rail connecting bottom board 5；
The sliding block that the positioning fixing tool guide rail connecting bottom board 5 is arranged by lower section is in the table top cross slide way
2 are moved forward and backward；
One column 6 of station, two column 9 of station and three column 11 of station is sequentially arranged in the platform from left to right
The side of face cross slide way 2,
Motor installation detection components 7 are provided on one column 6 of station, the motor installs detection components 7
Stretch out one column 6 of station；
The upper surface of two column 9 of station is provided with two upper cylinder 10 of station, in two column 9 of station
By being disposed with motor fixing tool 18 under upper and opening tooling 19, the motor fixing tool 18 is located at described for inside
Opening tooling 19 surface and each along two about 8 upright guide rail of station of described two column of station, the 9 inner surface setting
It is mobile, it is moved down on two upright guide rail 8 of station that the opening tooling 19 is arranged along two column of station, 9 inner surface
It is dynamic；
The upper surface of three column 11 of station is provided with three electric cylinder 12 of station, in three column 11 of station
Inside be provided with pressure head tooling 14, station three of the pressure head tooling 14 in three column 11 of station is led vertically
Rail 13 moves up and down,
The lower section of the pressure head tooling 14 is provided with floating position-limiting tooling 15, the floating position-limiting tooling 15 passes through
Screw thread is twisted together on the deck plate 1, and the floating position-limiting tooling 15 is located at 2 rear of table top cross slide way
Tail portion；
The wedge block 16 is located at 2 rear of table top cross slide way and drives front and back shifting by wedge block cylinder 23
It is dynamic.
The floating position-limiting tooling 15 includes fixed board 15.1, the first spring 15.2, the first guide rod 15.3, measures panel
15.4, float plate 15.5, two refers to cylinder fixture block 15.6, two and refers to cylinder 15.7 and positioning fixed column 15.8；The positioning is fixed
15.8 one end of column is twisted together by screw thread on the deck plate 1, and the other end is twisted together on the fixed board 15.1, and described determines
It is connected by the first guide rod 15.3 between plate 15.1 and float plate 15.5, the first bullet is socketed on first guide rod 15.3
Spring 15.2, in the side of the float plate 15.5, there are two the measuring surface that same size is rectangle to lower recess for setting
Plate 15.4, extending internally in the side of the fixed board 15.1 has two finger cylinders 15.7, and described two refer to the head of cylinder 15.7
Two finger cylinder fixture blocks 15.6 are provided with, described two finger cylinder fixture blocks 15.6 and two finger cylinders 15.7 are respectively positioned on the fixed board
Between 15.1 and float plate 15.5.
The pressure head tooling 14 includes the first guide rail splice 14.1, electric cylinder connecting rod 14.2, pressure sensor
Fixed block 14.3, fixed plate 14.4, second spring 14.5, the second guide rod 14.6, sleeve block 14.7, floating position-limiting plate 14.8, position
Displacement sensor holder 14.9, displacement sensor 14.10, impeller fixed link 14.11, impeller fixing axle 14.12 and O-ring
14.13；
One end of the electric cylinder connecting rod 14.2 is extend into in three electric cylinder 12 of the station, and the other end is stretched
Enter to being provided in pressure sensor fixed block 14.3 on 14.1 upper surface of the first guide rail splice,
Fixation is had additional between the pressure sensor fixed block 14.3 and first guide rail splice 14.1
Plate 14.4,
The lower surface of first guide rail splice 14.1 is provided with impeller fixed link 14.11, in the impeller
It is provided with impeller fixing axle 14.12 in fixed link 14.11 and is socketed with O-ring 14.13；
The impeller fixed link 14.11 is located at the same straight line of homonymy with the electric cylinder connecting rod 14.2
On；
The lower section of first guide rail splice 14.1 is provided with floating position-limiting 14.8, the floating position-limiting plate
It is threadedly coupled by the second guide rod 14.6 between 14.8 and first guide rail splice 14.1, in second guide rod
It is socketed with second spring 14.5 on 14.6, and increases between the second spring 14.5 and the floating position-limiting plate 14.8
Equipped with sleeve block 14.7, displacement sensor bracket 14.9 is installed in the lower surface of 14.8 side of floating position-limiting plate,
Displacement sensor 14.10 is installed on the displacement sensor bracket 14.9.
The opening tooling 19 includes manual fixing bolt 19.1, claw fixed plate 19.2, tooling identification dislocation hole
19.3, claw fixed block 19.4, the second claw 19.5, claw connection support bar 19.6, claw support wheel 19.7, claw rotary shaft
19.8, the first claw 19.9, third claw 19.10, the second guide rail splice 19.11 and notch annulus 19.12；
Jagged annulus 19.12 is set in described 19.2 one end of claw fixed plate, the other end is solid manually by several
Determine bolt 19.1 to be fixed on second guide rail splice 19.11, be provided on described 19.2 one end of claw fixed plate
Several tooling identification dislocation holes 19.3,
First claw 19.9, the second claw 19.5, third claw 19.10 pass through the claw fixed block
19.4 are circumferentially fixed on the inside edge of the notch annulus 19.12,
It is both provided with card in one end of each first claw 19.9, the second claw 19.5, third claw 19.10
Pawl connection support bar 19.6；One end of each claw connection support bar 19.6 is both provided with claw support wheel 19.7, separately
One end is fixed by the tail portion of nut and the first claw 19.9, the second claw 19.5, third claw 19.10.
The motor fixing tool 18 include third guide rail splice 18.1, cylinder connecting rod 18.2, auxiliary pin 18.3,
Spring 18.4, quill 18.5, quill fixed block 18.6, connecting plate connecting rod 18.7, first sensor holder 18.8,
First sensor 18.9, Anti-dislocation fixed plate 18.10, plug briquetting 18.11, second sensor holder 18.12, second sense
Device 18.13, ejector pin shrapnel 18.14, motor positioning mistake proofing block 18.15, pneumatic-finger 18.16；
One end of the cylinder connecting rod 18.2 is extend into two upper cylinder 10 of station, and the other end is extend into
In the quill 18.5；The quill 18.5 is located at 18.1 upper surface of third guide rail splice
Side, and be stuck between the quill fixed block 18.6,18.5 upper end of quill is provided with auxiliary pin
18.3, it is internally provided with spring 18.4 in the quill 18.5；
18.1 lower surface of third guide rail splice is provided with pneumatic-finger 18.16, and the pneumatic hand
Refer to 18.16 between the third guide rail splice 18.1 and the Anti-dislocation fixed plate 18.10, the third is led
It is connected by two connecting plate connecting rods 18.7 between rail connecting plate 18.1 and the Anti-dislocation fixed plate 18.10, described
The side of Anti-dislocation fixed plate 18.10 be provided with first sensor holder 18.8, in the first sensor holder 18.8
On first sensor 18.9 is installed；
The lower surface of the Anti-dislocation fixed plate 18.10 is provided with motor positioning mistake proofing block 18.15, the electricity
The through-hole that machine positioning mistake proofing block 18.15 is reserved with Anti-dislocation fixed plate 18.10 matches, in the Anti-dislocation fixed plate
The side of 18.10 upper surface is provided with second sensor holder 18.12, on 18.12 head of second sensor holder
Second sensor 18.13 is installed, the front of the second sensor 18.13 is provided with ejector pin shrapnel 18.14, it is described
Ejector pin shrapnel 18.14 is located in the Anti-dislocation fixed plate 18.10,；In the following table of the Anti-dislocation fixed plate 18.10
Face is provided with plug briquetting 18.11；
The cylinder connecting rod 18.2 and the pneumatic-finger 18.16 and 18.15 centres of motor positioning mistake proofing block are pre-
The through-hole stayed is located on the same vertical line.
The positioning fixing tool 21 includes bottom plate 21.1, handle 21.2, the stubborn fixing bolt 21.3 of hand, third claw branch
Strut supporting block 21.4, fiber amplifier and protective cover 21.5, the first damping rubber pad detection sensor and the first fixing bracket
21.6, lightening hole 21.7, electric machine support supporting pin 21.8, harness connector plug supporting block 21.9, the second claw they sup-port block
21.10, electric machine support positioning pin 21.11, the second damping rubber pad detection sensor and the second fixing bracket 21.12, third damping
Rubber cushion detection sensor and third fixing bracket 21.13, impeller press-assembling supporting pin 21.14, electric machine support position supporting block 21.15
With the first claw they sup-port block 21.16；
The handle 21.2, hand twist fixing bolt 21.3, third claw they sup-port block 21.4, fiber amplifier
And protective cover 21.5, the first damping rubber pad detection sensor and the first fixing bracket 21.6, electric machine support supporting pin 21.8, harness
Spigots support block 21.9, the second claw they sup-port block 21.10, electric machine support positioning pin 21.11, the detection of the second damping rubber pad
Sensor and the second fixing bracket 21.12, third damping rubber pad detection sensor and third fixing bracket 21.13, electric machine support
Positioning supporting block 21.15 and the first claw they sup-port block 21.16 are protruded and are uniformly arranged on the bottom plate 21.1；
Lightening hole 21.7 described in several is pre-set invagination groove and is distributed on the upper of the bottom plate 21.1
Surface,
The impeller press-assembling supporting pin 21.14 is located among the bottom plate 21.1,
The first claw they sup-port block 21.16, the second claw they sup-port block 21.10 and described
First claw 19.9, second claw 19.5, third claw of the three claw they sup-port blocks 21.4 with top setting
19.10 correspond setting and on the same vertical line.
Second guide rail splice 19.11 and third guide rail splice 18.1 are in two about 8 upright guide rail of station
Sliding；
First guide rail splice 14.1 is slided up and down in three upright guide rail 13 of station.
Each claw support wheel 19.7 is in contact with the bottom plate 21.1 of lower section setting and causes the first claw
19.9, the second claw 19.5, third claw 19.10 slope inwardly and open motor liner 0.2.
The upper surface flush of the upper surface and motor 0.4 of the measurement panel 15.4；The wedge block cylinder 23 drives
It moves the wedge block 16 and the 0.4 axis tail of motor that top is placed is moved forward and backward and withstood in wedge block stop block 17
Portion, the wedge-shaped stop block 17 are located on the table top cross slide way 2.
Using identical structure, first claw 19.9 includes for first claw 19.9 and third claw 19.10
First claw supporting rod mounting hole 19.9.1, the first claw main body 19.9.2, the left 19.9.3 in the first claw front end, the first claw
The right 19.9.4 in front end and the first claw rotation shaft mounting hole 19.9.5；The first claw main body 19.9.2 uses vertical bar type knot
Structure is provided with the first claw supporting rod mounting hole 19.9.1 in one end of the first claw main body 19.9.2, the other end
Front end is respectively arranged with the left 19.9.3 in reclinate first claw front end and the first right 19.9.4 in claw front end；Described first
The right 19.9.4 length of the left 19.9.3 in claw front end and the first claw front end is identical and is arranged in parallel, in the first claw master
The front end both sides of body 19.9.2 are provided with the first claw rotation shaft mounting hole 19.9.5；
Second claw 19.5 include the second claw supporting rod mounting hole 19.5.1, the second claw main body 19.5.2,
Make trepanning 19.5.3, the second claw rotation shaft mounting hole 19.5.4, the left 19.5.5 in the second claw front end and the second claw front end right
19.9.6；
The second claw main body 19.5.2 uses step structure, in the second described one end claw main body 19.5.2
Be provided with it is rectangular allow trepanning 19.5.3, allow the indentation, there of trepanning 19.5.3 to be respectively arranged with reclinate in described
The left 19.5.5 in two claw front ends and the second right 19.9.6 in claw front end, is provided in the front part sides for allowing trepanning 19.5.3
Second claw rotates shaft mounting hole 19.5.4,
The other end of the second claw main body 19.5.2 is provided with the second claw supporting rod mounting hole 19.5.1.
The utility model further includes a kind of method of blower assy automatic assembling, it includes the following steps；
1., first will positioning fixing tool 21 be placed on table top cross slide way 2, in advance by the good motor branch of hand assembled
Frame 0.1 and motor 0.4, impeller 0.5 are placed individually into positioning fixing tool 21, motor fixing tool 18, in pressure head tooling 14；
The electric machine support positioned on fixing tool 21 positions supporting block 21.15, electric machine support supporting pin 21.8, electric machine support
Positioning pin 21.11, harness connector plug supporting block 21.9 carry out positioning to electric machine support 0.1 simultaneously and support and fix；
0.4 upper end of the motor triggering ejector pin shrapnel 18.14 rises, and the ejector pin shrapnel 18.14 makes the second sensing
Device 18.13 senses signal, while triggering pneumatic-finger
18.16 0.4 axle portion of clamping motor；
It is fixed together by O-ring 14.13 and impeller fixed link 14.11 on the outside of the 0.5 middle part axis hole of impeller；
2., enabling signal triggering when, positioning fixing tool 21 moves to station two in the lead screw 4 driven by servo motor 3 and stands
9 inside of column；
The opening tooling 19 of two lower cylinder of station, 20 front end is fixed under the drive of two lower cylinder 20 of station slowly along solid
Two upright guide rail 8 of station on two column 9 of station is scheduled on to decline, open the first claw 19.9 in tooling 19, the second claw 19.5,
The claw support wheel 19.7 of third claw 19.10 respectively with the first claw they sup-port block on motor fixing tool 21
21.16, the second claw they sup-port block 21.10, third claw they sup-port block 21.4 contact；
The opening tooling 19 continues to decline under the drive of two lower cylinder 20 of station, at this time claw support wheel 19.7 by
The power upward along claw connection support bar 19.6 force the first claw 19.9, the second claw 19.5, third claw 19.10 rotating around
Claw rotary shaft 19.8 rotates outward, and makes the first claw 19.9, the second claw 19.5,19.10 front end of third claw respectively will be electric
0.2 corresponding position of machine liner opens；
3., be fixed on the motor fixing tool 18 of two upper cylinder of station, 10 front end and delay under the drive of two upper cylinder 10 of station
Slow two upright guide rail 8 of station along on two column 9 of station declines, and after two upper cylinder 10 of station is fallen into place, touches
Pneumatic-finger 18.16 on generator fixing tool 18 unclamps, and motor 0.4 is in place；
4., two upper cylinder 10 of station resets, two lower cylinder 20 of station resets, block motor cylinder body side at motor liner claw
Edge is completed motor 0.4 and is installed；
5., the positioning fixing tool 21 in the lead screw 4 driven by servo motor 3 by the position of the inside of two column of station 9
It sets and moves to one column of station, 6 inside, the motor installation detection components 7 for being fixed on one column 6 of station install the motor 0.4
The electric machine support component of completion carries out motor installation detection；
6., the motor 0.4 installation detection it is qualified after, positioning fixing tool 21 drives silk in the servo motor 3
The position of three column of station, 11 inside is moved under bar 4 by the position of one column of station, 6 inside；Wedge block 16 is by being fixed on table top
The drive of wedge block cylinder 23 under plate 1 moves forward between two wedge block stop blocks 17, and the wedge block 16 makes to be located at institute
The impeller press-assembling supporting pin 21.14 at 21 center of positioning fixing tool stated jacks up upwards；The electric machine support 0.1 is upper simultaneously
Surface is contacted with 15.5 bottom of float plate in floating position-limiting tooling 15, and float plate 15.5 is described under the action of spring 15.2
Lower surface and 0.1 upper surface of electric machine support of float plate 15.5 keep being in close contact；It is fixed on 15 fixed board of floating position-limiting tooling
The two of 15.1 bottoms refer to 15.7 clamping motor of cylinder, 0.4 axis end portion, ensure 0.4 axis of motor and 0.5 center of impeller
Axis hole is coaxial；
7., be fixed on the pressure head tooling 14 of three electric cylinder of station, 12 front end on being fixed on three column 11 of station
Three electric cylinder 12 of station moves downward under driving along three upright guide rail 13 of station；When beginning, three electric cylinder 12 of station is with dynamic head
Tooling 14 quickly moves downwards along three upright guide rail 13 of station, when 0.5 central shaft hole lower end of impeller is contacted with 0.4 axis of motor,
Three electric cylinder 12 of station with dynamic head tooling 14 along the downward microinching of three upright guide rail of station, when 0.5 centre bore of impeller is pressed into
On 0.4 axis of motor, and when 0.1 upper surface of electric machine support is not yet contacted with two finger cylinder fixture blocks 15.6, two refer to gas at this time
Cylinder 15.7 unclamps, and described two, which refer to cylinder fixture block 15.7, resets；For three electric cylinder 12 of station in microinching, real time monitoring is solid
It is scheduled on displacement sensor fed back values and pressure sensor fixed block on the displacement sensor bracket 14.9 in pressure head tooling 14
14.10 fed back values of pressure sensor on 14.3, and reflect in visual device in real time, when meeting press fitting height, press fitting
Complete, at the same judge at a slow speed be pressed during pressing-in force maximum value whether in setting range, if in range, pressure head tooling
14 reset with wedge block cylinder 23, the lead screw 4 that the product assembled is driven on positioning fixing tool 21 by servo motor 3 by
Station three moves to initial position, and operating personnel take out product, and operating personnel take out product.
Step 1. in；0.1 Manual press of electric machine support is on the positioning fixing tool 21.
Step 2. in；After two lower cylinder 20 of station is fallen into place, opens tooling 19 and remain open configuration, station two
Lower cylinder 20 is fallen into place to be ensured by the fixed sensor of two lower cylinder of station, 20 ontology.
Step 3. in；Two upper cylinder of station, 10 down position is by two upper cylinder of station, the 10 fixed sensing of ontology
Device ensures.
Step 6. in；Impeller press-assembling supporting pin 21.14 passes through 0.1 small hole at bottom part of electric machine support and is installed to electric machine support
Motor shaft bottom contact in 0.1, forces motor shaft that motor 0.4 and 0.1 component of electric machine support is driven to jack up upwards.
Above-mentioned unspecified part is the prior art.
Claims (10)
1. a kind of blower assy automatic assembling mechanism, it is characterised in that：It include deck plate (1), table top cross slide way (2),
Servo motor (3), lead screw (4), positioning fixing tool guide rail connecting bottom board (5), one column of station (6), motor install detection group
Part (7), two upright guide rail of station (8), two column of station (9), two upper cylinder of station (10), three column of station (11), station three
Electric cylinder (12), three upright guide rail of station (13), pressure head tooling (14), floating position-limiting tooling (15), wedge block (16), wedge block
Stop block (17), motor fixing tool (18) open tooling (19), two lower cylinder of station (20), positioning fixing tool (21), platform
Face cross slide way limited block (22) and wedge block cylinder (23)；
The table top cross slide way (2), one column of station (6), two column of station (9), three column of station (11) are respectively positioned on institute
Deck plate (1) upper surface stated, two lower cylinder of station (20) and the wedge block cylinder (23) are located at the deck plate (1)
Lower surface；
The table top cross slide way (2) is made of two guide rails, and one end of one of guide rail is equipped with table top cross slide way
Limited block (22) is provided with the lead screw (4) in another guide rail, and the tail portion of the lead screw (4) is provided with servo electricity
Machine (3)；
The positioning fixing tool (21) is mounted on the positioning fixing tool guide rail connecting bottom board (5)；
The sliding block that the positioning fixing tool guide rail connecting bottom board (5) is arranged by lower section is in the table top cross slide way
(2) it is moved forward and backward；
One column of station (6), two column of station (9) and three column of station (11) is sequentially arranged in described from left to right
The side of table top cross slide way (2),
Motor installation detection components (7) are provided on one column of station (6), the motor installs detection components
(7) one column of station (6) is stretched out；
The upper surface of two column of station (9) is provided with two upper cylinder of station (10), in two column of station (9)
Inside by being disposed with motor fixing tool (18) under upper and opening tooling (19), the motor fixing tool (18)
It is positioned at the surface of the opening tooling (19) and perpendicular each along the station two of two column of station (9) inner surface setting
Straight guide (8) moves up and down, the station two that the opening tooling (19) is arranged along described two column of station (9) inner surface
Upright guide rail (8) moves up and down；
The upper surface of three column of station (11) is provided with three electric cylinder of station (12), in three column of station
(11) pressure head tooling (14), station of the pressure head tooling (14) in three column of station (11) are provided on the inside of
Three upright guide rails (13) move up and down,
Floating position-limiting tooling (15) is provided with below the pressure head tooling (14), the floating position-limiting tooling (15) is logical
Screw thread kink is crossed on the deck plate (1), and the floating position-limiting tooling (15) is located at the table top cross slide way
(2) tail portion at rear；
The wedge block (16) is located at table top cross slide way (2) rear and drives front and back move by wedge block cylinder (23)
It is dynamic.
2. a kind of blower assy automatic assembling mechanism according to claim 1, it is characterised in that：The floating position-limiting
Tooling (15) includes fixed board (15.1), the first spring (15.2), the first guide rod (15.3), measures panel (15.4), float plate
(15.5), two refer to cylinder fixture block (15.6), two finger cylinders (15.7) and positioning fixed column (15.8)；The positioning fixed column
(15.8) one end is twisted together by screw thread on the deck plate (1), and the other end is twisted together on the fixed board (15.1), described
Fixed board (15.1) and float plate (15.5) between connect by the first guide rod (15.3), on first guide rod (15.3)
It is socketed with the first spring (15.2), setting is in lower recess there are two same size in the side of the float plate (15.5)
Rectangular measurement panel (15.4), extending internally in the side of the fixed board (15.1) has two finger cylinders (15.7), described
The heads of two finger cylinders (15.7) be provided with two finger cylinder fixture blocks (15.6), described two refer to cylinder fixture blocks (15.6) and two fingers
Cylinder (15.7) is respectively positioned between the fixed board (15.1) and float plate (15.5).
3. a kind of blower assy automatic assembling mechanism according to claim 1 or 2, it is characterised in that：The pressure head
Tooling (14) include the first guide rail splice (14.1), electric cylinder connecting rod (14.2), pressure sensor fixed block (14.3),
Fixed plate (14.4), second spring (14.5), the second guide rod (14.6), sleeve block (14.7), floating position-limiting plate (14.8), displacement
Sensor stand (14.9), displacement sensor (14.10), impeller fixed link (14.11), impeller fixing axle (14.12) and O-ring
(14.13)；
One end of the electric cylinder connecting rod (14.2) is extend into in three electric cylinder of the station (12), and the other end is stretched
Enter to being provided on described the first guide rail splice (14.1) upper surface in pressure sensor fixed block (14.3),
Fixation is had additional between the pressure sensor fixed block (14.3) and first guide rail splice (14.1)
Plate (14.4),
The lower surface of first guide rail splice (14.1) is provided with impeller fixed link (14.11), in the impeller
It is provided with impeller fixing axle (14.12) in fixed link (14.11) and is socketed with O-ring (14.13)；
The impeller fixed link (14.11) is located at the same straight line of homonymy with the electric cylinder connecting rod (14.2)
On；
Floating position-limiting plate (14.8), the floating position-limiting plate are provided with below first guide rail splice (14.1)
(14.8) it is threadedly coupled by the second guide rod (14.6) between first guide rail splice (14.1), described second
Second spring (14.5) is socketed on guide rod (14.6), and in the second spring (14.5) and the floating position-limiting plate
(14.8) sleeve block (14.7) is had additional between, being equipped with displacement in the lower surface of described floating position-limiting plate (14.8) side passes
Sensor bracket (14.9) is equipped with displacement sensor (14.10) on the displacement sensor bracket (14.9).
4. a kind of blower assy automatic assembling mechanism according to claim 3, it is characterised in that：The opening tooling
(19) include manual fixing bolt (19.1), claw fixed plate (19.2), tooling identification dislocation hole (19.3), claw fixed block
(19.4), the second claw (19.5), claw connection support bar (19.6), claw support wheel (19.7), claw rotary shaft (19.8),
First claw (19.9), third claw (19.10), the second guide rail splice (19.11) and notch annulus (19.12)；
Jagged annulus (19.12) is set in described claw fixed plate (19.2) one end, the other end is solid manually by several
Determine bolt (19.1) to be fixed on second guide rail splice (19.11), in described claw fixed plate (19.2) one end
On be provided with several toolings identification dislocation hole (19.3),
First claw (19.9), the second claw (19.5), third claw (19.10) pass through the claw fixed block
(19.4) it is circumferentially fixed on the inside edge of the notch annulus (19.12),
It is both provided with card in one end of each first claw (19.9), the second claw (19.5), third claw (19.10)
Pawl connection support bar (19.6)；One end of each claw connection support bar (19.6) is both provided with claw support wheel
(19.7), the other end passes through the tail portion of nut and the first claw (19.9), the second claw (19.5), third claw (19.10)
It is fixed.
5. a kind of blower assy automatic assembling mechanism according to claim 4, it is characterised in that：The motor is fixed
Tooling (18) includes third guide rail splice (18.1), cylinder connecting rod (18.2), auxiliary pin (18.3), spring (18.4), lives
Moving sleeve (18.5), quill fixed block (18.6), connecting plate connecting rod (18.7), first sensor holder (18.8),
One sensor (18.9), Anti-dislocation fixed plate (18.10), plug briquetting (18.11), second sensor holder (18.12), second
Sensor (18.13), ejector pin shrapnel (18.14), motor positioning mistake proofing block (18.15), pneumatic-finger (18.16)；
One end of the cylinder connecting rod (18.2) is extend into two upper cylinder of station (10), and the other end extend into institute
In the quill (18.5) stated；The quill (18.5) is located at described third guide rail splice (18.1) upper surface
Side, and be stuck between the quill fixed block (18.6), be provided in described quill (18.5) upper end
Auxiliary pin (18.3), spring (18.4) is internally provided in the quill (18.5)；
Described third guide rail splice (18.1) lower surface is provided with pneumatic-finger (18.16), and the pneumatic hand
Refer to (18.16) between the third guide rail splice (18.1) and the Anti-dislocation fixed plate (18.10), it is described
Pass through two connecting plate connecting rods (18.7) between third guide rail splice (18.1) and the Anti-dislocation fixed plate (18.10)
Connection, is provided with first sensor holder (18.8), described first in the side of the Anti-dislocation fixed plate (18.10)
First sensor (18.9) is installed on sensor stand (18.8)；
The lower surface of the Anti-dislocation fixed plate (18.10) is provided with motor positioning mistake proofing block (18.15), the motor
The through-hole that positioning mistake proofing block (18.15) is reserved with Anti-dislocation fixed plate (18.10) matches, in the Anti-dislocation fixed plate
(18.10) side of upper surface is provided with second sensor holder (18.12), in the second sensor holder
(18.12) head is equipped with second sensor (18.13), and ejector pin is provided in front of the second sensor (18.13)
Shrapnel (18.14), the ejector pin shrapnel (18.14) is located in the Anti-dislocation fixed plate (18.10), in the mistake proofing
The lower surface of position fixed plate (18.10) is provided with plug briquetting (18.11)；
The cylinder connecting rod (18.2) and the pneumatic-finger (18.16) and motor positioning mistake proofing block (18.15) are intermediate
Reserved through-hole is located on the same vertical line.
6. a kind of blower assy automatic assembling mechanism according to claim 5, it is characterised in that：The positioning is fixed
Tooling (21) includes bottom plate (21.1), handle (21.2), the stubborn fixing bolt (21.3) of hand, third claw they sup-port block
(21.4), fiber amplifier and protective cover (21.5), the first damping rubber pad detection sensor and the first fixing bracket (21.6), subtract
Repeated hole (21.7), electric machine support supporting pin (21.8), harness connector plug supporting block (21.9), the second claw they sup-port block
(21.10), electric machine support positioning pin (21.11), the second damping rubber pad detection sensor and the second fixing bracket (21.12),
Three damping rubber pad detection sensors and third fixing bracket (21.13), impeller press-assembling supporting pin (21.14), electric machine support positioning
Supporting block (21.15) and the first claw they sup-port block (21.16)；
The handle (21.2), hand twist fixing bolt (21.3), third claw they sup-port block (21.4), fiber amplifier
And protective cover (21.5), the first damping rubber pad detection sensor and the first fixing bracket (21.6), electric machine support supporting pin
(21.8), harness connector plug supporting block (21.9), the second claw they sup-port block (21.10), electric machine support positioning pin
(21.11), the second damping rubber pad detection sensor and the second fixing bracket (21.12), third damping rubber pad detection sensor and
Third fixing bracket (21.13), electric machine support positioning supporting block (21.15) and the first claw they sup-port block (21.16) are equal
Protrusion is uniformly arranged on the bottom plate (21.1)；
Lightening hole (21.7) described in several is pre-set invagination groove and is distributed on the upper of the bottom plate (21.1)
Surface,
The impeller press-assembling supporting pin (21.14) is located among the bottom plate (21.1),
First claw they sup-port block (21.16), the second claw they sup-port block (21.10) and the third
Claw they sup-port block (21.4) with top setting first claw (19.9), the second claw (19.5), third
Claw (19.10) corresponds setting and on the same vertical line.
7. a kind of blower assy automatic assembling mechanism according to claim 6, it is characterised in that：Second guide rail splice
(19.11) it is slided up and down in two upright guide rail of station (8) with third guide rail splice (18.1)；
First guide rail splice (14.1) is slided up and down in three upright guide rail of station (13).
8. a kind of blower assy automatic assembling mechanism according to claim 7, it is characterised in that：Each claw
Support wheel (19.7) is in contact with the bottom plate (21.1) of lower section setting and causes the first claw (19.9), the second claw
(19.5), third claw (19.10) slopes inwardly and opens motor liner (0.2).
9. a kind of blower assy automatic assembling mechanism according to claim 8, it is characterised in that：Measure panel (15.4)
Upper surface and motor (0.4) upper surface flush；Wedge block stop block (17) driving wedge block (16) exists
Described motor (0.4) the axis tail portion that top is placed is moved forward and backward and withstood in wedge block stop block (17).
10. a kind of blower assy automatic assembling mechanism according to claim 9, it is characterised in that：First card
It includes the first claw supporting rod that pawl (19.9) and third claw (19.10), which use identical structure, first claw (19.9),
Mounting hole (19.9.1), the first claw main body (19.9.2), the first claw front end left (19.9.3), the first claw front end are right
(19.9.4) and the first claw rotate shaft mounting hole (19.9.5)；The first claw main body (19.9.2) uses vertical bar type knot
Structure is provided with the first claw supporting rod mounting hole (19.9.1) in one end of the first claw main body (19.9.2), another
The front end at end is respectively arranged with reclinate first claw front end left (19.9.3) and the first claw front end is right (19.9.4)；Institute
The the first claw front end left (19.9.3) stated is identical with right (19.9.4) length in the first claw front end and is arranged in parallel, described
The front end both sides of first claw main body (19.9.2) are provided with the first claw rotation shaft mounting hole (19.9.5)；
Second claw (19.5) includes the second claw supporting rod mounting hole (19.5.1), the second claw main body
(19.5.2), allow trepanning (19.5.3), the second claw rotation shaft mounting hole (19.5.4), the second claw front end left (19.5.5) and
The second claw front end right side (19.9.6)；
The second claw main body (19.5.2) uses step structure, in the second described one end claw main body (19.5.2)
Be provided with it is rectangular allow trepanning (19.5.3), to allow the indentation, there of trepanning (19.5.3) to be respectively arranged with reclinate described
A second claw front end left side (19.5.5) and the second claw front end right side (19.9.6), in the described front two for allowing trepanning (19.5.3)
Side is provided with the second claw rotation shaft mounting hole (19.5.4),
The other end of the second claw main body (19.5.2) is provided with the second claw supporting rod mounting hole (19.5.1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721032523.XU CN208083837U (en) | 2017-08-17 | 2017-08-17 | A kind of blower assy automatic assembling mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721032523.XU CN208083837U (en) | 2017-08-17 | 2017-08-17 | A kind of blower assy automatic assembling mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208083837U true CN208083837U (en) | 2018-11-13 |
Family
ID=64067133
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721032523.XU Expired - Fee Related CN208083837U (en) | 2017-08-17 | 2017-08-17 | A kind of blower assy automatic assembling mechanism |
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| Country | Link |
|---|---|
| CN (1) | CN208083837U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110977840A (en) * | 2019-12-18 | 2020-04-10 | 东风马勒热系统有限公司 | Semi-automatic pressure equipment frock of vehicle air conditioner bilobed wheel air-blower assembly impeller |
| CN111037555A (en) * | 2019-12-17 | 2020-04-21 | 杭州芯控智能科技有限公司 | Equipment for automatically assembling impeller assembly of deep well pump |
-
2017
- 2017-08-17 CN CN201721032523.XU patent/CN208083837U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111037555A (en) * | 2019-12-17 | 2020-04-21 | 杭州芯控智能科技有限公司 | Equipment for automatically assembling impeller assembly of deep well pump |
| CN110977840A (en) * | 2019-12-18 | 2020-04-10 | 东风马勒热系统有限公司 | Semi-automatic pressure equipment frock of vehicle air conditioner bilobed wheel air-blower assembly impeller |
| CN110977840B (en) * | 2019-12-18 | 2021-10-15 | 东风马勒热系统有限公司 | Semi-automatic pressure equipment frock of vehicle air conditioner bilobed wheel air-blower assembly impeller |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CP01 | Change in the name or title of a patent holder |
Address after: 430056 Maple Five Road, Wuhan Economic and Technological Development Zone, Wuhan City, Hubei Province Patentee after: DONGFENG MALE THERMAL SYSTEM Co.,Ltd. Address before: 430056 Maple Five Road, Wuhan Economic and Technological Development Zone, Wuhan City, Hubei Province Patentee before: DONGFENG BEHR THERMAL SYSTEMS Co.,Ltd. |
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| CP01 | Change in the name or title of a patent holder | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20181113 |
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| CF01 | Termination of patent right due to non-payment of annual fee |