CN208728040U - A kind of full automatic bearing inner race channel detection device - Google Patents

A kind of full automatic bearing inner race channel detection device Download PDF

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Publication number
CN208728040U
CN208728040U CN201821061434.2U CN201821061434U CN208728040U CN 208728040 U CN208728040 U CN 208728040U CN 201821061434 U CN201821061434 U CN 201821061434U CN 208728040 U CN208728040 U CN 208728040U
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China
Prior art keywords
chute feeder
contact block
sphere
mounting blocks
bearing
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CN201821061434.2U
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Chinese (zh)
Inventor
刘成子
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Guizhou Yuan Cheng Industrial Co Ltd
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Guizhou Yuan Cheng Industrial Co Ltd
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Priority to CN201821061434.2U priority Critical patent/CN208728040U/en
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Abstract

The utility model discloses a kind of full automatic bearing inner race channel detection devices, delivery sheet beside chute feeder head end is equipped with 1 installation chamber, it installs and is equipped with compressed spring in chamber, sphere is placed at the top of compressed spring, the opening of the head end of sphere from installation chamber roof is exposed into chute feeder, mounting blocks and contact block have been inserted in compressed spring, contact block is located at sphere rear end, mounting blocks are equipped with guide rod, guide rod penetrates in the pilot hole of contact block, reset spring has been inserted on guide rod between mounting blocks and contact block, 1 piece of conductive metal block is respectively provided on mounting blocks and the corresponding face of contact block, conductive metal block is connected through conducting wire and the controller of detection device, 1 removable splicing bowl assembly is equipped in the head end of chute feeder, removable splicing bowl assembly is also connect with the controller of detection device.The device can realize entire roboticized work, liberate productivity, save enterprise's spending.

Description

A kind of full automatic bearing inner race channel detection device
Technical field
The utility model relates to a kind of full automatic bearing inner race channel detection devices, belong to bearing machining equipment and technology neck Domain.
Background technique
My company is devoted for years to the research in bearing, production.Wherein especially based on the bearing of small size.Bearing is that machinery is set One of the most widely used components in standby.Common bearing arrangement has generally comprised following components in life: inner ring, Outer ring, rolling element and retainer are equipped with the corresponding channel in position on interior ring outer wall and outer ring inner wall, have been caught between channel Rolling element, and rolling element is fixed on retainer.Therefore in the assembling process of bearing, it is necessary first to the ditch of inner ring and outer ring Road is processed, and is cleaned after processing is completed, and the assembling of each components is only after having cleaned.Therefore the assembling of bearing it It is preceding first to guarantee to process corresponding channel on outer ring and inner ring.For this purpose, needing whether to add bearing inner race before bearing assembling Work has channel to be detected, and now at present on the market there is no the detection device of corresponding channel, I has invented one kind at company thus Bearing inner race channel detection device.The equipment has well solved the test problems of channel, but in use process, it is also necessary to people The undressed bearing for having channel that work will test is rejected, and cannot achieve full-automatic operation.
Summary of the invention
The purpose of the utility model is to provide a kind of full automatic bearing inner race channel detection devices.The device can be real Existing entire roboticized work, has liberated productivity, has saved enterprise's spending.
The technical solution of the utility model includes: a kind of full automatic bearing inner race channel detection device, includes rotating disk, rotation It is equipped with blocking cylinder outside turntable, 1 notch is equipped on the left of blocking cylinder, indentation, there is equipped with baffle, and baffle bottom is equipped with 1 notch, The edge of rotating disk stretches out from notch, and notch is equipped with 1 discharge port, is equipped with 1 piece of delivery sheet on the outside of baffle, delivery sheet is close Baffle side is equipped with chute feeder, and the delivery sheet beside chute feeder head end is equipped with 1 installation chamber, installs and is equipped with compression in chamber Spring, compressed spring top are placed with sphere, and the opening of head end from the installation chamber roof of sphere is exposed into chute feeder, pressure Mounting blocks and contact block are inserted in contracting spring, contact block is located at sphere rear end, and mounting blocks are equipped with guide rod, and guide rod penetrates contact In the pilot hole of block, reset spring is inserted on the guide rod between mounting blocks and contact block, mounting blocks and contact block are corresponding 1 piece of conductive metal block is respectively provided on face, conductive metal block is connected through conducting wire and the controller of detection device, in the head end of chute feeder Equipped with 1 removable splicing bowl assembly, removable splicing bowl assembly is also connect with the controller of detection device.
In full automatic bearing inner race channel detection device above-mentioned, the removable splicing bowl assembly includes 1 The push rod of removable splicing groove, the side wall and cylinder that move splicing groove connects, and the controller of cylinder and detection device connects.
In full automatic bearing inner race channel detection device above-mentioned, the removable splicing trench bottom both ends end is respectively provided with The pulley of 1 guide rail, removable splicing trench bottom is caught in guide rail.
In full automatic bearing inner race channel detection device above-mentioned, pressure plate is equipped with above the chute feeder.
In full automatic bearing inner race channel detection device above-mentioned, the chute feeder is equipped with 1 arc notch, rotation The edge of disk is extend out at arc notch from notch.
The utility model has the beneficial effects that compared with prior art, the utility model by rotating disk by bearing inner race from Discharge outlet is sent into chute feeder, as rotating disk constantly sends out bearing inner race, under squeezing action, bearing inner race along Chute feeder constantly moves forward at sphere, if being machined with channel on bearing, sphere will not be compressed when passing through sphere, and institute is not It is machined with channel, then sphere is compressed when passing through sphere, so that 2 conductive metal blocks contact with each other, circuit is connected electric signal Controller is passed to, controller controls cylinder movement according to the electric signal, so that removable splicing groove is docked with chute feeder, To which the undressed bearing inner race for having channel is passed through removable splicing groove discharge.It may be implemented automatically to be turned into whole process Industry does not need human assistance, does other work so that productivity be freed, reduces the productive expenditure of enterprise.
Detailed description of the invention
Attached drawing 1 is the structural schematic diagram of the utility model;
Attached drawing 2 is the partial enlargement diagram of attached drawing 1;
Scheme of installation of the attached drawing 3 between delivery sheet and baffle;
Attached drawing 4 is the structural schematic diagram of baffle;
Attached drawing 5 is the structural schematic diagram of delivery sheet;
Appended drawing reference: 1- rotating disk, 2- blocking cylinder, 3- baffle, 4- notch, 5- discharge port, 6- delivery sheet, 7- chute feeder, 8- installs chamber, 9- compressed spring, 10- sphere, 11- mounting blocks, 12- contact block, 13- guide rod, 14- pilot hole, 15- reset bullet Spring, 16- conductive metal block, 17- move splicing bowl assembly, and 18- moves splicing groove, 19- cylinder, 20- guide rail, 21- binder Plate, 22- arc notch.
Specific embodiment
The utility model is further described with reference to the accompanying drawings and examples, but is not intended as to the utility model The foundation of limitation.
The embodiments of the present invention: a kind of full automatic bearing inner race channel detection device, as shown in attached drawing 1-5, packet 1 rotating disk 1 is included, 1 bottom of rotating disk is connected with motor-driven mechanism, blocking cylinder 2 is equipped with outside rotating disk 1, and blocking cylinder 2 is solid It is scheduled in installation frame body, is equipped with 1 notch in the left side of blocking cylinder 2, which is equipped with 1 block baffle 3, and 3 bottom of baffle is equipped with 1 A notch 4 stretches out the edge of rotating disk 1 from notch 4, and notch 4 is equipped with 1 discharge port 5, sets on the outside of baffle 3 There is 1 piece of delivery sheet 6, delivery sheet 6 is also secured in installation frame body, and delivery sheet 6 is equipped with chute feeder 7, chute feeder close to 3 side of baffle 7 tail portion is closed state, and head end is connected, and the delivery sheet 6 beside 7 head end of chute feeder is equipped with 1 installation chamber 8, the installation It is equipped with compressed spring 9 in chamber 8, sphere 10 is placed at the top of compressed spring 9, it is straight that the diameter of sphere 10 is greater than compressed spring 10 Diameter, installation chamber 8 are equipped with 1 piece of closing panel close to the opening of chute feeder 7, and closing panel is equipped with 1 circular hole, sphere 10 Head end it is exposed into chute feeder 7 from the circular hole, which is only capable of so that 10 head end of sphere exposes outside comes, and cannot make entire Sphere 10 is all rolled out into chute feeder 7, mounting blocks 11 and contact block 12 has been inserted in compressed spring 9, mounting blocks 11 are fixed on The bottom of chamber 8 is installed, contact block 12 is located at 10 rear end of sphere, and mounting blocks 11 are equipped with guide rod 13, and guide rod 13 penetrates contact block In 12 pilot hole 14, it is inserted in reset spring 15 on the guide rod 13 between mounting blocks 11 and contact block 12, mounting blocks 11 and has connect 1 piece of conductive metal block 16, controller of the conductive metal block 16 through conducting wire and detection device are respectively provided on the corresponding face of contact block 12 Connection, chute feeder 7 head end be equipped with 1 removable splicing bowl assembly 17, move splicing bowl assembly 17 also with detection device Controller connection.
In use process, bearing inner race to be detected is poured into rotating disk 1, motor driven machine of the rotating disk 1 in bottom It is constantly rotated under the drive of structure, to the bearing inner race in rotating disk 1 be flattened, centrifugation masterpiece of the bearing inner race in rotating disk 1 Under, have the tendency that dishing out outward, but due to the blocking by blocking cylinder 2, therefore can not dish out.When rotating disk 1 turns to gear When at plate 3, the bearing inner race in rotating disk 1 is dished out from discharge port 5, resistance of the bearing inner race dished out by 7 side wall of chute feeder Gear, falls in chute feeder 7, and the other side of chute feeder 7 is located next to baffle 3, and bearing inner race is fallen under the influence of centrifugal force A distance can be moved forward along chute feeder 7 after to chute feeder 7, subsequent bearing inner race is constantly fallen in chute feeder 7 To which under mutual extruding force effect, bearing inner race be sent at sphere 10 along chute feeder 7.When on bearing outer ring When equipped with channel, when bearing outer ring passes through sphere 10, sphere 10 is stretched in channel, and due to the presence of channel, therefore sphere 10 is not It is compressed, bearing outer ring is fallen in the picking-up container being provided with below after sphere 10 from 7 head end of chute feeder.If bearing Undressed on outer ring to have channel, then when bearing outer ring passes through sphere 10, outer wall is contacted with sphere 10, in subsequent bearing outer ring Under extruding force effect, bearing outer ring will be bound to be compressed by sphere 10, when sphere 10 overcomes compressed spring 9 It when elastic force is moved into installation chamber 8, is contacted with contact block 12, under the pressure effect of sphere 10, contact block 12 overcomes reset The elastic force of spring 15, so that contact block 12 is moved along guide rod 13 to mounting blocks 11.Finally 2 conductive metal blocks 16 are connect Touching.A conductive metal block 16 is through in conducting wire and controller connection procedure, controller 1 conducting wire output voltage thereto, 2 conductions When metal block 16 contacts, the entire circuit conducting that conducting wire connects into, after the controller of detection device receives electric signal, control can Mobile splicing bowl assembly 17 acts.So that the undressed bearing outer ring for having channel of compression sphere 10 is by moving splicing groove group Part 17 is seen off.After the undressed bearing outer ring for having channel passes through from sphere 10, under the effect of 15 elastic force of reset spring, contact Block 12 and mounting blocks 11 separate, while under the effect of compressed spring 9, the pop-up of sphere 10 resets.Carry out detection work next time.
The removable splicing bowl assembly 17 includes 1 removable splicing groove 18, moves the side wall of splicing groove 18 It is connect with the push rod of cylinder 19, cylinder 19 is connect with the controller of detection device.It is passed when controller receives conductive metal block 16 After defeated next electric signal, controller controls cylinder 19 and acts, and 19 push rod of cylinder is released, and removable splicing groove 18 is pushed into chute feeder At 7, connected with chute feeder 7.The undressed bearing outer ring for having channel being detected enters after the submitting of chute feeder 7 can In mobile splicing groove 18.Removable splicing groove 18 can be it is angularly disposed, entered outside the bearing in removable splicing groove 18 in this way Circle can skid off under self gravitation effect along removable splicing groove 18.When being all machined with channel on the bearing outer ring detected When, removable splicing groove 18 and chute feeder 7 are to control to be arranged in a staggered manner, and are machined with the bearing outer ring of channel from removable splicing groove 18 End is fallen in picking-up container below.
18 bottom of removable splicing groove, two head end is respectively provided with 1 guide rail 20, moves the pulley of 18 bottom of splicing groove It is caught in guide rail 20.Guide rail 20 is installed on the support frame, plays the work of 1 support to removable splicing groove 18 by guide rail 20 With, while 1 guiding role can be played to the movement of removable splicing groove 18.
Pressure plate 21 is equipped with above the chute feeder 7.It must assure that in the detection process of bearing inner race and sent along chute feeder 7 Bearing inner race out is smooth placement, therefore is provided with pressure plate 21 on it, avoids bearing inner race in mutual extruding It is upwarped under power effect.
The chute feeder 7 is equipped with 1 arc notch 22, and the edge of rotating disk 1 extend out to arc notch 22 from notch 4 Place.The surface of rotating disk 1 and the flush of chute feeder 7 guarantee that the bearing inner race sent out from discharge port 5 can be fallen to At chute feeder 7.

Claims (5)

1. a kind of full automatic bearing inner race channel detection device, it is characterised in that: include rotating disk (1), rotating disk (1) is outside Portion is equipped with blocking cylinder (2), and 1 notch is equipped on the left of blocking cylinder (2), and indentation, there is equipped with baffle (3), and baffle (3) bottom is equipped with 1 Notch (4), the edge of rotating disk (1) stretch out at notch (4), and notch (4) is equipped with 1 discharge port (5), baffle (3) outside Equipped with 1 piece of delivery sheet (6), delivery sheet (6) is equipped with chute feeder (7) close to baffle (3) side, sending beside chute feeder (7) head end Flitch (6) is equipped with 1 installation chamber (8), is equipped with compressed spring (9) in installation chamber (8), places at the top of compressed spring (9) Have sphere (10), the head end of sphere (10) is exposed into chute feeder (7) from the opening at the top of installation chamber (8), compressed spring (9) mounting blocks (11) and contact block (12) have been inserted in, contact block (12) is located at sphere (10) rear end, and mounting blocks (11) are equipped with Guide rod (13), guide rod (13) penetrate in the pilot hole (14) of contact block (12), leading between mounting blocks (11) and contact block (12) It has been inserted on bar (13) reset spring (15), has been respectively provided with 1 piece of conductive gold on mounting blocks (11) and the corresponding face of contact block (12) Belong to block (16), conductive metal block (16) is connected through conducting wire and the controller of detection device, is equipped with 1 in the head end of chute feeder (7) Removable splicing bowl assembly (17), removable splicing bowl assembly (17) are also connect with the controller of detection device.
2. full automatic bearing inner race channel detection device according to claim 1, it is characterised in that: described is removable Dynamic splicing bowl assembly (17) include 1 removable splicing groove (18), move side wall and cylinder (19) of splicing groove (18) Push rod connection, cylinder (19) are connect with the controller of detection device.
3. full automatic bearing inner race channel detection device according to claim 2, it is characterised in that: described move connects Two head end of hopper (18) bottom is respectively provided with 1 guide rail (20), and the pulley of removable splicing groove (18) bottom is caught in guide rail (20).
4. full automatic bearing inner race channel detection device according to claim 1, it is characterised in that: the chute feeder (7) top is equipped with pressure plate (21).
5. full automatic bearing inner race channel detection device according to claim 1, it is characterised in that: the chute feeder (7) it is equipped with 1 arc notch (22), the edge of rotating disk (1) is extend out at arc notch (22) at notch (4).
CN201821061434.2U 2018-07-05 2018-07-05 A kind of full automatic bearing inner race channel detection device Active CN208728040U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201821061434.2U CN208728040U (en) 2018-07-05 2018-07-05 A kind of full automatic bearing inner race channel detection device

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201821061434.2U CN208728040U (en) 2018-07-05 2018-07-05 A kind of full automatic bearing inner race channel detection device

Publications (1)

Publication Number Publication Date
CN208728040U true CN208728040U (en) 2019-04-12

Family

ID=66026627

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201821061434.2U Active CN208728040U (en) 2018-07-05 2018-07-05 A kind of full automatic bearing inner race channel detection device

Country Status (1)

Country Link
CN (1) CN208728040U (en)

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