CN207026009U

CN207026009U - A kind of part top surface dust pelletizing system to be detected

Info

Publication number: CN207026009U
Application number: CN201720579531.XU
Authority: CN
Inventors: 徐亚维
Original assignee: Dongguan Lianzhou Intellectual Property Operation and Management Co Ltd
Current assignee: Dongguan Lianzhou Intellectual Property Operation and Management Co Ltd
Priority date: 2017-05-23
Filing date: 2017-05-23
Publication date: 2018-02-23
Anticipated expiration: 2027-05-23

Abstract

The utility model discloses a kind of part top surface dust pelletizing system to be detected, including frame, second frame and upper conveying mechanism, the upper conveying mechanism is in the top of frame and the second frame, upper conveying mechanism includes two upper backup pads, upper backup pad is fixed on main roof, main roof is fixed on wall, the both ends of lateral transfer screw rod are hinged on two upper backup pads, feeder motor is fixed with the lateral wall of one of upper backup pad, crawl movable block is screwed onto on lateral transfer screw rod, the middle part of the top plate of the frame has lower material through hole, lower material through hole is corresponding with crawl movable block, the middle part of the top plate of second frame has main lower material through hole, main lower material through hole is corresponding with crawl movable block；First dedusting mechanism is provided with the frame, top surface dedusting mechanism is provided with the second frame.The utility model can be blowed first before detection and air draught, and a large amount of dusts on the surface of workpiece are removed, and then, top surface automatic erasing is carried out, so as to facilitate follow-up detection.

Description

A kind of part top surface dust pelletizing system to be detected

Technical field：

It the utility model is related to component of machine processing detection technique field, more specifically to a kind of part top to be detected Face dust pelletizing system.

Background technology：

Existing component of machine such as automobile workpieces processing is after machining, it is necessary to be detected to it, some works Part is that top surface is detected, and dust stratification dirt is easiest to during top surface, long when workpiece standing time, and its general surface can have The materials such as substantial amounts of dust, this material can influence detection, it is necessary to carry out dedusting, and existing mode is usually manually wiped, And because dust is more, the cloth of wiping, which is wiped, once just to be needed to change or clean, very troublesome, substantially reduces operating efficiency.

Utility model content：

The purpose of this utility model is overcome the deficiencies in the prior art, there is provided a kind of part top surface dust pelletizing system to be detected, it It can first be blowed before detection and air draught, a large amount of dusts on the surface of workpiece are removed, then, carry out top surface and wipe automatically Wipe, so as to facilitate follow-up detection, its effect is good, efficiency high.

The utility model solve the technical problem scheme be：

A kind of part top surface dust pelletizing system to be detected, including frame, the second frame and upper conveying mechanism, the upper conveying mechanism Top in frame and the second frame, upper conveying mechanism include two upper backup pads, and upper backup pad is fixed on main roof, main Top plate is fixed on wall, and the both ends of lateral transfer screw rod are hinged on two upper backup pads, outside one of upper backup pad Feeder motor is fixed with side wall, the output shaft of feeder motor is splined shaft, and splined shaft sleeve is in one end of lateral transfer screw rod In the splined hole having, crawl movable block be screwed onto on lateral transfer screw rod, capture movable block bottom surface both sides be fixed with it is collateral Fagging, crawl cylinder is fixed with the lateral wall of side support plate, capture the push rod of cylinder through side support plate and be fixed with crawl Block, the relative wall of two crawl blocks have arc groove；

The middle part of the top plate of the frame has lower material through hole, and lower material through hole is corresponding with crawl movable block, and described second The middle part of the top plate of frame is corresponding with capturing movable block with main lower material through hole, main lower material through hole；

First dedusting mechanism is provided with the frame, top surface dedusting mechanism is provided with the second frame.

The just dedusting mechanism structure is that the bottom surface of the top plate of frame is fixedly arranged in the middle of blowing casing, the bottom of blowing casing The bottom surface of plate is fixed with lift cylinder, and the push rod of lift cylinder passes through the bottom plate of blowing casing and is fixed with splicing block, splicing block Top surface in the middle part of just have blowing groove, passage, a left side for blowing casing are formed on the left side wall and right side wall of blowing casing Ventilating fan is fixed with side wall, outlet blower fan, the outlet side of ventilating fan and outlet are fixed with the right side wall of blowing casing The inlet end of blower fan connects corresponding passage respectively.

The bottom surface of the splicing block is fixed with multiple vertical bars, and what vertical bar sleeve had on the bottom plate of blowing casing inserts Kong Zhong.

Self-lubricating set is inserted with the jack, the lateral wall of self-lubricating set is fixed on the madial wall of jack, vertical bar Sleeve is in self-lubricating set.

The top surface of the crawl movable block is fixed with self-lubricating layer, and self-lubricating layer is pressed against on the bottom surface of main roof.

Permanent magnet set is fixed with the madial wall of the supporting leg of the bottom of the frame, dust suction tank sleeve is in permanent magnet set In, annular iron ring is fixed with the middle part lateral wall of dust suction tank, annular iron ring is pressed against on the top surface of permanent magnet set and adsorbed On the top surface of permanent magnet set, the top of dust suction tank has connected air inlet pipe, and air inlet pipe and the outlet side of outlet blower fan connect.

Screen pack is fixed with the bottom plate of the dust suction tank, the middle part that screen pack covers the bottom plate of dust suction tank has lower logical Hole.

The top surface dedusting mechanism is that the bottom surface of the top plate of the second frame is fixedly arranged in the middle of the second blowing casing, and second puts The bottom surface of the bottom plate of hopper body is fixed with the second lift cylinder, and the push rod of the second lift cylinder passes through the bottom plate of the second blowing casing And the second splicing block is fixed with, just there are the second blowing groove, the left side wall of the second blowing casing in the middle part of the top surface of the second splicing block With form mobile groove on right side wall, the upper and lower part of the left side wall of the second blowing casing and the lateral wall of right side wall is equal Mobile supporting plate is fixed with, the both ends of vertical screw rod are hinged on corresponding to two in mobile supporting plate, the mobile supporting plate of lower section Bottom surface be fixed with mobile motor, the output shaft of mobile motor is splined shaft, and splined shaft sleeve has in the bottom of vertical screw rod Splined hole in, movable block is screwed onto in vertical screw rod, and lateral blocks are fixed with the madial wall of movable block, and lateral blocks sleeve is moving In dynamic groove, the left and right sides wall of lateral blocks is close to move on the left and right madial wall of groove, and the inner of lateral blocks is fixed with vertically Plate is captured, laterally crawl cylinder is fixed with the vertical lateral wall for capturing plate, laterally captures and is fixed with transverse direction on the push rod of cylinder Plate is captured, two laterally capture the both sides that plate is in the top of the second splicing block；

The top of the front and rear wallboard of the second blowing casing has main horizontal groove, master corresponding to the stretching of clearer both ends Horizontal groove, the both ends of clearer are hinged with main mobile block, and main mobile block is arranged on main mobile device, the middle part of clearer Clean Brush for cleaning is fixed with lateral wall；

The main mobile device includes master connecting plate, the left and right ends of the lateral wall of the front and rear wallboard of the second blowing casing Master connecting plate is respectively and fixedly provided with, the both ends of mobile drive screw are hinged on corresponding two master connecting plates, master connecting plate Lateral wall on be fixed with main mobile motor, the output shaft of main mobile motor is splined shaft, and splined shaft sleeve drives spiral shell mobile In the splined hole that one end of bar has, main mobile block is screwed onto in mobile drive screw, and clearer is in the second splicing block Surface.

The bottom surface of the second splicing block is fixed with multiple second vertical bars, and the second vertical bar sleeve is in the second blowing casing Bottom plate in the main jack that has.

Main self-lubricating set is inserted with the main jack, the lateral wall of main self-lubricating set is fixed on the madial wall of main jack On, the second vertical bar sleeve is in main self-lubricating set.

Prominent effect of the present utility model is：Compared with prior art, it can be blowed and inhale first before detection Wind, a large amount of dusts on the surface of workpiece are removed, then, carry out top surface automatic erasing, so as to facilitate follow-up detection, its effect It is good, efficiency high.

Brief description of the drawings：

Fig. 1 is structural representation of the present utility model；

Fig. 2 is the partial structural diagram of just dedusting mechanism of the present utility model；

Fig. 3 is Fig. 2 partial enlarged drawing；

Fig. 4 is the partial structural diagram of top surface dedusting mechanism of the present utility model；

Fig. 5 is the partial top view of the second blowing casing of top surface dedusting mechanism.

Embodiment：

Embodiment, see as shown in Figures 1 to 5, a kind of part top surface dust pelletizing system to be detected, including frame 10, the second frame 30 and upper conveying mechanism 20, the upper conveying mechanism 20 be in the top of the frame 30 of frame 10 and second, upper conveying mechanism 20 wraps Two upper backup pads 21 are included, upper backup pad 21 is fixed on main roof 22, and main roof 22 is fixed on wall, lateral transfer screw rod 23 both ends are hinged on two upper backup pads 21, and feeder motor 24 is fixed with the lateral wall of one of upper backup pad 21, The output shaft of feeder motor 24 is splined shaft, and splined shaft sleeve is grabbed in the splined hole that one end of lateral transfer screw rod 23 has Movable block 25 is taken to be screwed onto on lateral transfer screw rod 23, the bottom surface both sides of crawl movable block 25 are fixed with side support plate 26, collateral Crawl cylinder 27 is fixed with the lateral wall of fagging 26, the push rod of crawl cylinder 27 through side support plate 26 and is fixed with crawl block 28, the relative wall of two crawl blocks 28 has arc groove 281；

The middle part of the top plate of the frame 10 has lower material through hole 11, and lower material through hole 11 is corresponding with crawl movable block 25, The middle part of the top plate of second frame 30 is corresponding with capturing movable block 25 with main lower material through hole 31, main lower material through hole 31；

First dedusting mechanism is provided with the frame 10, top surface dedusting mechanism is provided with the second frame 30.

Further, the just dedusting mechanism structure is that the bottom surface of the top plate of frame 10 is fixedly arranged in the middle of blowing casing 12, the bottom surface of the bottom plate of blowing casing 12 is fixed with lift cylinder 13, and the push rod of lift cylinder 13 passes through the bottom of blowing casing 12 Plate is simultaneously fixed with splicing block 14, just has blowing groove 141, the left side wall of blowing casing 12 and right side in the middle part of the top surface of splicing block 14 Passage 121 is formed on wall, ventilating fan 15, the right side wall of blowing casing 12 are fixed with the left side wall of blowing casing 12 On be fixed with outlet blower fan 16, the outlet side of ventilating fan 15 and the inlet end of outlet blower fan 16 connect corresponding passage respectively 121。

Further, the bottom surface of the splicing block 14 is fixed with multiple vertical bars 142, and the sleeve of vertical bar 142 is in blowing In the jack 122 having on the bottom plate of casing 12.

Further, be inserted with the jack 122 self-lubricating set 123, self-lubricating set 123 lateral wall be fixed on it is slotting On the madial wall in hole 122, the sleeve of vertical bar 142 is in self-lubricating set 123.

Further, the top surface of the crawl movable block 25 is fixed with self-lubricating layer 251, and self-lubricating layer 251 is pressed against On the bottom surface of main roof 22.

Further, permanent magnet set 17, dust suction tank are fixed with the madial wall of the supporting leg of the bottom of the frame 10 18 sleeves are fixed with annular iron ring 181, annular iron ring 181 is pressed against in permanent magnet set 17 on the middle part lateral wall of dust suction tank 18 On the top surface of permanent magnet set 17 and to adsorb on the top surface of permanent magnet set 17, the top of dust suction tank 18 has connected air inlet pipe 19, Air inlet pipe 19 and the outlet side of outlet blower fan 16 connect.

Further, screen pack 182 is fixed with the bottom plate of the dust suction tank 18, screen pack 182 covers dust suction tank 18 Bottom plate the lower through-hole that has of middle part.

Further, the top surface dedusting mechanism is that the bottom surface of the top plate of the second frame 30 is fixedly arranged in the middle of second and put Hopper body 32, the bottom surface of the bottom plate of the second blowing casing 32 are fixed with the second lift cylinder 33, the push rod of the second lift cylinder 33 Through the second blowing casing 32 bottom plate and be fixed with the second splicing block 34, just there is second to put in the middle part of the top surface of the second splicing block 34 Expect groove 341, mobile groove 321, the second blowing casing 32 are formed on the left side wall and right side wall of the second blowing casing 32 Left side wall and the upper and lower part of lateral wall of right side wall be respectively and fixedly provided with mobile supporting plate 35, the both ends of vertical screw rod 36 are hinged Moved corresponding to two in supporting plate 35, the bottom surface of the mobile supporting plate 35 of lower section is fixed with mobile motor 37, mobile motor 37 output shaft is splined shaft, and in the splined hole that the bottom of vertical screw rod 36 has, movable block 38 is screwed onto splined shaft sleeve In vertical screw rod 36, lateral blocks 39 are fixed with the madial wall of movable block 38, the sleeve of lateral blocks 39 is horizontal in mobile groove 321 On the left and right madial wall for being close to move groove 321 to the left and right sides wall of block 39, the inner of lateral blocks 39 is fixed with vertical crawl Plate 391, capture laterally crawl cylinder 392 is fixed with the lateral wall of plate 391 vertically, it is laterally solid on the push rod of crawl cylinder 392 Surely there is laterally crawl plate 393, two laterally capture the both sides that plate 393 is in the top of the second splicing block 34；

The top of the front and rear wallboard of the second blowing casing 32 has main horizontal groove 322, and the both ends of clearer 323 are stretched out Corresponding main horizontal groove 322, the both ends of clearer 323 are hinged with main mobile block 44, and main mobile block 44 is arranged on main shifting Device is moved, Clean Brush for cleaning 325 is fixed with the middle part lateral wall of clearer 323；

The main mobile device includes master connecting plate 40, the left and right of the lateral wall of the front and rear wallboard of the second blowing casing 32 Both ends are respectively and fixedly provided with master connecting plate 41, and the both ends of mobile drive screw 42 are hinged on corresponding two master connecting plates 41, It is fixed with main mobile motor 43 on the lateral wall of master connecting plate 41, the output shaft of main mobile motor 43 is splined shaft, splined shaft In the splined hole that one end of mobile drive screw 42 has, main mobile block 44 is screwed onto in mobile drive screw 42 sleeve, Clearer 323 is in the surface of the second splicing block 34.

Further, the bottom surface of the second splicing block 34 is fixed with multiple second vertical bars 342, the second vertical bar In the main jack 326 that 342 sleeves have on the bottom plate of the second blowing casing 32.

Further, main self-lubricating set 327 is inserted with the main jack 326, the lateral wall of main self-lubricating set 327 is consolidated It is scheduled on the madial wall of main jack 326, the sleeve of the second vertical bar 342 is in main self-lubricating set 327.

Affixed side self-lubricating layer in one side wall of main mobile block 44, side self-lubricating layer are pressed against corresponding second discharging box In the front panel of body 32 or the lateral wall of squab panel.

Lateral blocks 39 are self-lubricating block.

In the present embodiment, by piece-holder between two capture block 28, then, run by feeder motor 24, will Workpiece is in the surface of lower material through hole 11, and then, lift cylinder 13 is run so that splicing block 14 is lifted, and then, captures cylinder 27 push rod retraction, so as to workpiece is in the blowing groove 141 of splicing block 14, then, the push rod retraction of lift cylinder 13, So that workpiece is in blowing casing 12, then, ventilating fan 15 and outlet blower fan 16 run and blow off the dust of workpiece surface And suck in dust suction tank 18, so as to which the dust on surface be removed, after the completion of removing, the push rod lifting of lift cylinder 13, by workpiece The top plate of frame 10 is stretched out, then, is promoted by the push rod for capturing cylinder 27 by piece-holder, then, lift cylinder 13 pushes away Bar bounces back, and is run by feeder motor 24, workpiece is continued on at top surface dedusting mechanism；

As before, workpiece is delivered to main lower material through hole by workpiece by the upper conveying mechanism 20 of the top of the second frame 30 At 31, now, run by the second lift cylinder 33 so that the second splicing block 34 is lifted, so as to which workpiece is in into the second splicing In second blowing groove 341 of block 34, then, the push rod retraction of the second lift cylinder 33 so that workpiece is in the second discharging box In body 32, then, the push rod for laterally capturing cylinder 392 promotes so that piece-holder is between two laterally crawl plate 393, so Afterwards, mobile motor 37 is run, by workpiece is lifted and is in residing for the bottom of clearer 323 plane, then, main mobile motor 43 operations so that clearer 323 carries out transverse shifting so that top surface of the Clean Brush for cleaning 325 along workpiece is rolled the ash of top surface Dirt etc. carries out wiped clean, then, all returns, then lifted by the push rod of the second lift cylinder 33, after workpiece is lifted, lead to Cross conveying mechanism 20 and capture and workpiece is delivered to follow-up place, complete workpiece dedusting.

Finally, embodiment of above is merely to illustrate the utility model, and is not limitation of the utility model, relevant skill The those of ordinary skill in art field, in the case where not departing from spirit and scope of the present utility model, various changes can also be made Change and modification, therefore all equivalent technical schemes fall within category of the present utility model, patent protection model of the present utility model Enclosing to be defined by the claims.

Claims

1. a kind of part top surface dust pelletizing system to be detected, including frame (10), the second frame (30) and upper conveying mechanism (20), it is special Sign is：The upper conveying mechanism (20) is in the top of frame (10) and the second frame (30), and upper conveying mechanism (20) includes Two upper backup pads (21), upper backup pad (21) are fixed on main roof (22), and main roof (22) is fixed on wall, laterally defeated Send the both ends of screw rod (23) to be hinged on two upper backup pads (21), be fixed with the lateral wall of one of upper backup pad (21) Feeder motor (24), the output shaft of feeder motor (24) is splined shaft, and splined shaft sleeve is in one end of lateral transfer screw rod (23) In the splined hole having, crawl movable block (25) is screwed onto on lateral transfer screw rod (23), the bottom surface two of crawl movable block (25) Side is fixed with side support plate (26), and crawl cylinder (27) is fixed with the lateral wall of side support plate (26), crawl cylinder (27) Push rod is through side support plate (26) and is fixed with crawl block (28), and the relative wall of two crawl blocks (28) has arc groove (281)；

The middle part of the top plate of the frame (10) has lower material through hole (11), and lower material through hole (11) is with capturing movable block (25) relatively Should, the middle part of the top plate of second frame (30) has main lower material through hole (31), main lower material through hole (31) and crawl movable block (25) it is corresponding；

First dedusting mechanism is provided with the frame (10), top surface dedusting mechanism is provided with the second frame (30).

A kind of 2. part top surface dust pelletizing system to be detected according to claim 1, it is characterised in that：The just dedusting mechanism knot Structure is that the bottom surface of the top plate of frame (10) is fixedly arranged in the middle of blowing casing (12), and the bottom surface of the bottom plate of blowing casing (12) is fixed There is lift cylinder (13), the push rod of lift cylinder (13) passes through the bottom plate of blowing casing (12) and is fixed with splicing block (14), connects Just there is blowing groove (141) in the middle part of the top surface of material block (14), formed on the left side wall and right side wall of blowing casing (12) logical Stomata (121), is fixed with ventilating fan (15) on the left side wall of blowing casing (12), fixed on the right side wall of blowing casing (12) There is outlet blower fan (16), the outlet side of ventilating fan (15) and the inlet end of outlet blower fan (16) connect corresponding passage respectively (121)。

A kind of 3. part top surface dust pelletizing system to be detected according to claim 2, it is characterised in that：The splicing block (14) Bottom surface is fixed with multiple vertical bars (142), the jack that vertical bar (142) sleeve has on the bottom plate of blowing casing (12) (122) in.

A kind of 4. part top surface dust pelletizing system to be detected according to claim 3, it is characterised in that：In the jack (122) Self-lubricating set (123) is inserted with, the lateral wall of self-lubricating set (123) is fixed on the madial wall of jack (122), vertical bar (142) sleeve is in self-lubricating set (123).

A kind of 5. part top surface dust pelletizing system to be detected according to claim 2, it is characterised in that：The crawl movable block (25) top surface is fixed with self-lubricating layer (251), and self-lubricating layer (251) is pressed against on the bottom surface of main roof (22).

A kind of 6. part top surface dust pelletizing system to be detected according to claim 2, it is characterised in that：Under the frame (10) Permanent magnet set (17) is fixed with the madial wall of the supporting leg in portion, dust suction tank (18) sleeve is in permanent magnet set (17), dust suction tank (18) annular iron ring (181) is fixed with middle part lateral wall, annular iron ring (181) is pressed against on the top surface of permanent magnet set (17) And adsorb on the top surface of permanent magnet set (17), the top of dust suction tank (18) has connected air inlet pipe (19), and air inlet pipe (19) is with going out The outlet side of gas blower fan (16) connects.

A kind of 7. part top surface dust pelletizing system to be detected according to claim 6, it is characterised in that：The dust suction tank (18) Screen pack (182) is fixed with bottom plate, screen pack (182) covers the lower through-hole that the middle part of the bottom plate of dust suction tank (18) has.

A kind of 8. part top surface dust pelletizing system to be detected according to claim 1, it is characterised in that：The top surface dedusting mechanism For the bottom surface of the top plate of the second frame (30) is fixedly arranged in the middle of the second blowing casing (32), the bottom plate of the second blowing casing (32) Bottom surface be fixed with the second lift cylinder (33), the push rod of the second lift cylinder (33) passes through the bottom plate of the second blowing casing (32) And the second splicing block (34) is fixed with, just there are the second blowing groove (341), the second blowing in the middle part of the top surface of the second splicing block (34) Mobile groove (321), the left side wall of the second blowing casing (32) and the right side are formed on the left side wall and right side wall of casing (32) The upper and lower part of the lateral wall of side wall is respectively and fixedly provided with mobile supporting plate (35), the both ends of vertical screw rod (36) be hinged on two it is right In the mobile supporting plate (35) answered, the bottom surface of the mobile supporting plate (35) of lower section is fixed with mobile motor (37), mobile motor (37) output shaft is splined shaft, and splined shaft sleeve is in the splined hole that the bottom of vertical screw rod (36) has, movable block (38) It is screwed onto in vertical screw rod (36), lateral blocks (39) is fixed with the madial wall of movable block (38), lateral blocks (39) sleeve is moving In dynamic groove (321), the left and right sides wall of lateral blocks (39) is close to move on the left and right madial wall of groove (321), lateral blocks (39) the inner is fixed with vertical crawl plate (391), captures laterally crawl cylinder is fixed with the lateral wall of plate (391) vertically (392) laterally crawl plate (393), is laterally fixed with the push rod of crawl cylinder (392), two horizontal crawl plates (393) are in The both sides of the top of second splicing block (34)；

The top of the front and rear wallboard of the second blowing casing (32) has main horizontal groove (322), and clearer (323) both ends are stretched Main horizontal groove (322) corresponding to going out, the both ends of clearer (323) are hinged with main mobile block (44), main mobile block (44) Main mobile device is arranged on, Clean Brush for cleaning (325) is fixed with the middle part lateral wall of clearer (323)；

The main mobile device includes master connecting plate (40), the left and right of the lateral wall of the front and rear wallboard of the second blowing casing (32) Both ends are respectively and fixedly provided with master connecting plate (41), and the both ends of mobile drive screw (42) are hinged on corresponding two master connecting plates (41) on, main mobile motor (43) is fixed with the lateral wall of master connecting plate (41), the output shaft of main mobile motor (43) is Splined shaft, in the splined hole that one end of mobile drive screw (42) has, main mobile block (44) is screwed onto splined shaft sleeve In mobile drive screw (42), clearer (323) is in the surface of the second splicing block (34).

A kind of 9. part top surface dust pelletizing system to be detected according to claim 8, it is characterised in that：The second splicing block (34) bottom surface is fixed with multiple second vertical bars (342), and the second vertical bar (342) sleeve is at the bottom of the second blowing casing (32) In the main jack (326) having on plate.

A kind of 10. part top surface dust pelletizing system to be detected according to claim 9, it is characterised in that：The main jack (326) In be inserted with main self-lubricating set (327), the lateral wall of main self-lubricating set (327) is fixed on the madial wall of main jack (326), Two vertical bars (342) sleeve is in main self-lubricating set (327).