CN205204167U - Remote control's ball positioning mechanism - Google Patents
Remote control's ball positioning mechanism Download PDFInfo
- Publication number
- CN205204167U CN205204167U CN201520930452.XU CN201520930452U CN205204167U CN 205204167 U CN205204167 U CN 205204167U CN 201520930452 U CN201520930452 U CN 201520930452U CN 205204167 U CN205204167 U CN 205204167U
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- ball
- motor
- positioning unit
- detent mechanism
- positioning groove
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Abstract
In this application a remote control's ball positioning mechanism, including a ball section of thick bamboo, ball, vertical range has a ball in the ball section of thick bamboo, and the lower port of a ball section of thick bamboo is equipped with the location body, and the lower part of the location body is equipped with transport portion, is equipped with the wobbling constant head tank in the body of location, and it has the holding tank to arrange in the transport portion, and the constant head tank corresponds with the holding tank downwards and inserts the ball of carrying out in the constant head tank, the push shaft that promotion that the motor -driven impeller of intermediate position fixedly connected with of the location body, impeller include the motor and follow the motor was done exercises, push shaft's one end articulates on the disc that the motor drove, and push shaft's the other end articulates and be equipped with the driver on the intermediate position motor of the location body, is fixed with the motor antenna on the driver, and the external signal of motor antenna is connected with the controller, at least, having the stable ball that takes out, carrying the ball one by one, carry out the accurate positioning to the ball, electronic promotion is swung, the effect of the range ball of remote control, transport portion rule.
Description
Technical field
The application relates to a kind of ball detent mechanism of Long-distance Control, for the point location installation place of ball in bearing or track strip processing.
Background technology
In prior art:
Such as: Chinese Patent Application No. CN200410061549.8; Applying date 2004.12.24; A kind of ball supply and ball number amount-inspecting device of bearing are provided, ball are supplied to the rolling surface formed in the inner circumferential of outer race, and check the quantity of the ball supplied.Ball supply of the present invention and ball number amount-inspecting device, comprising: frame (100), base station (200), ball provisioning tools (410), ball guides (220), ball number amount-inspecting device (510), balladeur train (300) and running gear.According to the present invention, automatically supply ball, be assigned to the inside of outer shroud, whether automatic inspection simultaneously supplies the ball of correct number, thus is highly susceptible to manufacture and the inspection of carrying out bearing.Especially, have and reduce production time and labour power and the effect that boosts productivity.
In this application, be applicable to the conveying of ball, but for the ball in track strip, be merely able to locate accurately one by one.How point location is carried out to ball?
Above patent application due to their utility model object and technical matters to be solved all different, cause their technical scheme to comprise the difference of structure and method for this reason, they can not combine in order to present patent application simply, otherwise structure design can be caused more complicated, or can not implement, etc.
Given this, how designing a kind of ball detent mechanism of Long-distance Control, to overcome in above-mentioned prior art existing defect, is those skilled in the art's technical matterss urgently to be resolved hurrily.
Summary of the invention
The object of the application is to overcome the technical matters existed in prior art, and provides a kind of ball detent mechanism of Long-distance Control.
The object of the application has been come by following technical solution, a kind of ball detent mechanism of Long-distance Control, comprise ball cylinder, ball, in described ball cylinder, vertical array has ball, the lower port of ball cylinder is provided with positioning unit, and the bottom of positioning unit is provided with delivery section, is provided with the positioning groove of swing in positioning unit, delivery section is arranged with holding tank, and positioning groove is corresponding with holding tank downwards and access the ball transferred out in positioning groove.
The midway location of described positioning unit is fixedly connected with electronic pusher, and the push shaft moved is carried out in the promotion that pusher comprises motor and follows motor, and one end of push shaft is hinged on the disk of driven by motor, and the other end of push shaft is hinged on the midway location of positioning unit.
Described motor is provided with actuator, actuator is fixed with motor antenna, and the outward sign of motor antenna is connected with controller.
Described controller comprises control capsule and is fixed on the battery bottom control capsule, and the top of control capsule is fixed with control button, and the inside of control capsule is fixed with treater, and the side of control capsule has extended outward control antenna.
The fixing output of described motor midway location has motor shaft, and the center of disk is fixedly sleeved on motor shaft, and the eccentric position of disk is provided with eccentric shaft, and the right-hand member of push shaft is hinged on eccentric shaft, and the left end of push shaft is hinged on the impeller of positioning unit.
Described ball cylinder comprises cylindrical shell and is located at the hollow cylindrical tube in cylindrical shell, and the bottom of cylindrical shell is provided with solid cylinder base.
Described ball from top to bottom is arranged in hollow cylindrical tube, and the two ends up and down of hollow cylindrical tube are opening shape.
Described positioning unit comprises swinging block, and positioning groove is located at the upper edge of swinging block, and the bottom of swinging block is fixed with turns.
Describedly turn as hinged rotating shaft, the sidepiece of turning is fixed with supporting seat, and the side of turning is hinged with swinging block, opposite side is hinged on supporting seat.
The lower edge contact edge of described swinging block and ball cylinder is the track of circular arc.
Be provided with impeller in the swinging block on described top of turning, be extended with pusher along impeller to the outside of swinging block.
The some holding tanks of equally spaced arrangement in described delivery section, positioning groove go out that namely pearl edge line is corresponding with the center of holding tank goes out pearl edge line and be arranged in holding tank.
The outer side edges of described positioning groove is provided with gulde edge, and the height of gulde edge is lower than the radius length of ball.
The application compared with prior art, at least has following obvious advantage and effect:
1, structure is simple, reasonable in design, and connection is tight, stability is high;
2, selection convenient, be convenient to manufacture, cost is low, be easy to universal;
3, utilize hollow structure to arrange ball, then carry one by one;
4, accurately ball is positioned, the arrangement ball of delivery section rule;
5, motor pushing push shaft side-to-side movement and then realize the automatic swing of positioning unit.
Accompanying drawing explanation
Accompanying drawing described herein is used to provide further understanding of the present application, and form a application's part, the schematic description and description of the application, for explaining the application, does not form the improper restriction to the application.In the accompanying drawings:
Fig. 1 is the integral structure schematic diagram of the application;
Fig. 2 is the structural representation of ball cylinder in the application;
Fig. 3 is the structural representation of positioning unit in the application;
Fig. 4 is the whereabouts schematic diagram of ball in the application;
Fig. 5 is the motion principle figure of push shaft in the application;
Fig. 6 is the mounting structure figure of the application's middle controller;
Reference numeral: ball cylinder 1, cylindrical shell 11, hollow cylindrical tube 12, Gu cylinder base 13, positioning unit 2, swinging block 21, positioning groove 22, gulde edge 221, turn 23, track 24, impeller 25, delivery section 3, holding tank 4, supporting seat 5, pusher 6, push shaft 61, motor 62, motor shaft 621, disk 63, eccentric shaft 631, actuator 64, motor antenna 65, controller 7, control capsule 71, battery 72, control button 73, treater 74, control antenna 75, go out pearl edge line B, ball Q.
Detailed description of the invention
For making the object of the application, technical scheme and advantage clearly, below in conjunction with the application's specific embodiment and corresponding accompanying drawing, technical scheme is clearly and completely described.Obviously, described embodiment is only some embodiments of the present application, instead of whole embodiments.Based on the embodiment in the application, those of ordinary skill in the art are not making the every other embodiment obtained under creative work prerequisite, all belong to the scope of the application's protection.
The ball detent mechanism of a kind of Long-distance Control described in the application, comprise ball cylinder 1, ball Q, in described ball cylinder 1, vertical array has ball Q, the lower port of ball cylinder 1 is provided with positioning unit 2, the bottom of positioning unit 2 is provided with delivery section 3, the positioning groove 22 of swing is provided with in positioning unit 2, delivery section 3 is arranged with holding tank 4, positioning groove 22 is corresponding with holding tank 4 downwards and access the ball Q transferred out in positioning groove 22, the midway location of described positioning unit 2 is fixedly connected with electronic pusher 6, the push shaft 61 moved is carried out in the promotion that pusher 6 comprises motor 62 and follows motor 62, one end of push shaft 61 is hinged on the disk 63 of motor 62 drive, the other end of push shaft 61 is hinged on the midway location of positioning unit 2, motor 62 is provided with actuator 64, actuator 64 is fixed with motor antenna 65, the outward sign of motor antenna 65 is connected with controller 7, controller 7 comprises control capsule 71 and is fixed on the battery 72 bottom control capsule 71, and the top of control capsule 71 is fixed with control button 73, and the inside of control capsule 71 is fixed with treater 74, and the side of control capsule 71 has extended outward control antenna 75, at least have stable taking-up ball Q, carry ball Q one by one, accurately locate ball Q, electronic promotion swings, the effect of the arrangement ball of delivery section rule, Long-distance Control.
In the embodiment of the present application, utilize ball cylinder 1 by the formation arranged together of vertical for ball Q rule, stable structure for conveying, swung back and forth in ball cylinder 1 bottom by positioning unit 2, thus the ball Q in taking-up ball cylinder 1 bottom one by one, recycling ball Q is contained in the positioning groove 22 of positioning unit 2, positioning groove 22 is utilized to take out the ball Q at ball cylinder 1 lower port place, ball Q is driven to move by positioning groove 22, realize ball Q by side or the right side course of conveying to opposite side or left side, wherein, ball Q is delivered to left side by right side, ball Q is delivered in the positioning groove 22 in positioning unit 2 left-hand end by the lower port of the ball cylinder 1 on right side.
Utilize motor 62 to drive disk 63 to rotate, by the eccentric position of disk 63 and the right-hand member of push shaft 61 hinged, thus pull push shaft 61 to carry out side-to-side movement, thus realize push shaft 61 and pull the midway location of positioning unit 2 to carry out sway.
Realize Automated condtrol by motor 62, wherein motor is that servomotor refers to the driving engine controlling mechanical element running in Fu, is the indirect transmission system of a kind of subsidy motor.
Servomotor can make control rate, and positional precision is very accurate, voltage signal can be converted into torque and rotational speed with drived control object.Servo motor rotor rotating speed controls by incoming signal, and energy rapid reaction, in autonomous cruise speed system, as power element, and there is the characteristics such as electromechanical time constant is little, the linearity is high, pickup voltage, received electric signal can be converted to the angular transposition on motor reel or cireular frequency output.Be divided into direct current and the large class of AC servomotor two, its principal feature is, when signal voltage is zero without rotation phenomenon, rotating speed is uniform descent along with the increase of torque.
Utilize the effect that positioning groove 22 swings along with positioning unit 2, recycling positioning groove 22 is in the left-hand end of positioning unit 2, utilize the downward-sloping of the inertia of ball Q and positioning groove 22, make ball Q detach positioning groove 22, thus fall in the holding tank 4 of positioning groove 22 bottom.
Utilize holding tank 4 corresponding with the positioning groove 22 on its top, and then access the ball Q dropped, not only realize the location of ball Q in holding tank 4, after holding tank 4 accesses ball Q, ball Q, along with the motion of delivery section 3, is transported away by holding tank 4.
Shown in Fig. 1 ~ Fig. 6, a kind of ball detent mechanism of Long-distance Control, comprises ball cylinder 1, ball Q,
In described ball cylinder 1, vertical array has ball Q, accommodates ball Q in the ball cylinder 1 that hollow cylinder is formed; When ball Q arranges, the diameter of ball cylinder 1 is greater than the diameter of ball Q, and the diameter of ball cylinder 1 is less than 1.5 times of the diameter length of ball Q, is convenient to ball Q separating one by one, thus forms the stable vertical arrangement architecture forming line-like shape successively.
Ball cylinder 1 from the bottom to top arrangement one by one opens ball Q, is convenient to positioning unit 2 and one by one takes out ball Q.
The lower port of ball cylinder 1 is provided with positioning unit 2, the upper edge of positioning unit 2 is in the lower port place of ball cylinder 1, wherein, the upper edge of positioning unit 2 does not contact with the lower port of ball cylinder 1, there is gap between the two, avoid occurring between the lower port of ball cylinder 1 and the upper edge of positioning unit 2 to rub or mechanical interference occurs.The lower port being convenient to the upper edge counter ball cylinder 1 of positioning unit 2 moves.
The bottom of positioning unit 2 is provided with delivery section 3, utilizes the ball Q dropped in delivery section 3 pairs of positioning uniies 2 to receive, and by the holding tank 4 in delivery section 3 or housing or other contained structures, is contained in holding tank 4 by ball Q.
Described motor 62 is provided with actuator 64, actuator 64 drive motor 62 is utilized to move, actuator 64 is fixedly connected with the motor antenna 65 on actuator 64 simultaneously, by actuator 64, the drive singal of motor 62 is flowed to motor antenna 65, utilize motor antenna 65 to be sent out by the state of kinematic motion of motor 62, thus form stable conveying signal.Transferred out by signal, utilize controller 7 to receive the signal sent out in motor antenna 65, the outward sign of motor antenna 65 is connected with controller 7.
The side of control capsule 71 has extended outward control antenna 75, the control capsule 71 that hollow box body is formed, utilize the side of control capsule 71 to support control antenna 75, the control antenna 75 be arranged on side can avoid inner signal disturbing, is convenient to the transmission of signal.
Described controller 7 comprises control capsule 71 and is fixed on the battery 72 bottom control capsule 71, battery 72 is utilized to power to control button 73 and treater 74, wherein treater 74 can be electronics integrated chip or Programmable Logic Controller or central process unit, treater 74 pairs of control antennas 75 are utilized to receive the signal of motor antenna 65 transmission, the signal in treater 74 pairs of motor antennas 65 is utilized to process, the rotating speed of motor 62 and the movement angle of motor 62 are processed, wherein, the rotating speed of motor 62 will determine the frequency that positioning unit 2 swings.
The top of control capsule 71 is fixed with control button 73, utilize control button 73 to be delivered to by control signal in treater 74, control button 73 can be touch-screen display, not only can realize controlling, can also Signal aspects be realized, and then make the state of motor 62 carry out showing or controlling.
The inside of control capsule 71 is fixed with treater 74, treater 74 pairs of signals are utilized to process, and by Signal transmissions to control antenna 75, by control antenna 75, signal is delivered to motor antenna 65, signal is delivered to actuator 64 by motor antenna 65, driven by actuator 64 pairs of motors 62, thus realize feedback and inverse feedback.Utilize antenna to carry out transmission and the process of signal, and then realize Long-distance Control and long-range display and remote monitoring.
The midway location of described positioning unit 2 is fixedly connected with electronic pusher 6, the push shaft 61 moved is carried out in the promotion that pusher 6 comprises motor 62 and follows motor 62, motor 62 promotes disk 63 and rotates, and then control push shaft 61 carries out sway, wherein, push shaft 61 is the axis body that a connecting rod is formed.
One end of push shaft 61 is hinged on the disk 63 of motor 62 drive, and the other end of push shaft 61 is hinged on the midway location of positioning unit 2.
Utilize the rotation of disk 63, the position of the push shaft 61 that regulating connecting rod is formed, and then realize the promotion of push shaft 61 pairs of positioning unit 2 midways location.
Wherein, adopt motor 62 to drive disk 63 can the circulating motion of implementation rule, be convenient to position the position of positioning unit 2.
The fixing output of described motor 62 midway location has motor shaft 621, the center of disk 63 is fixedly sleeved on motor shaft 621, the motor shaft 621 that rotarily drives of motor 62 is rotated, and then realize the rotation of disk 63, realize the pulling or promoting back and forth to push shaft 61 by the rotate effect of disk 63.
The eccentric position of disk 63 is provided with eccentric shaft 631, and the right-hand member of push shaft 61 is hinged on eccentric shaft 631, utilizes the eccentric shaft 631 of disk 63 eccentric position and push shaft 61 right-hand member to fix, thus pull push shaft 61 carry out side-to-side movement.
The left end of push shaft 61 is hinged on the impeller 25 of positioning unit 2.
The side-to-side movement of push shaft 61 drives the impeller 25 on positioning unit 2 to carry out sway, by impeller 25 and then realize positioning unit 2 and swing along the strong point of 23 formation of turning.
Be provided with in positioning unit 2 and carry out along with positioning unit 2 positioning groove 22 that swings, wherein positioning groove 22 is for positioning unit 2 left-hand end top is inwardly by seeing in Fig. 3, and positioning groove 22 is the groove be recessed to form downwards.
Positioning unit 2 is sector structure, utilizes the bottom construction of sector structure, helps the upper side edge of positioning unit 2 to swing.
Wherein, on the left of described positioning groove 22, limit is provided with gulde edge 221, the upper end of gulde edge 221 is arc-shaped edges, be convenient to ball Q landing from positioning groove 22 go out, the gulde edge 221 formed by circular arc is contacted with ball Q, can not, to the impact that has an impact between ball Q, avoid swiping between the surface of ball Q and gulde edge 221.
The height of gulde edge 221 is lower than the radius length of ball Q, and utilize positioning unit 2 to carry out the effect swung, stopped by gulde edge 221 couples of ball Q, when allowing positioning unit 2 be in heeling condition, ball Q can tumble down along the arc-shaped structure of gulde edge 221.The structure of circular arc, is convenient to ball Q and tumbles downwards.
Delivery section 3 is arranged with holding tank 4, utilizes holding tank 4 to form the structure held ball Q, thus ball Q is collected.
When holding tank 4 be one there are the parts holding ball Q time, can collect ball Q, or install.Corresponding with holding tank 4 and access the ball Q transferred out in positioning groove 22 by edge that positioning groove 22 is downward.
Described ball cylinder 1 comprises cylindrical shell 11 and is located at the hollow cylindrical tube 12 in cylindrical shell 11, and cylindrical shell 11 is the pipeline of loop configuration, utilizes the hollow cylindrical tube 12 couples of ball Q in the middle of pipeline collect or hold, thus forms arrangement architecture from the bottom to top.
The bottom of cylindrical shell 11 is provided with solid cylinder base 13, the bottom of solid cylinder base 13 pairs of cylindrical shells 11 is utilized to be fixed, wherein cylinder base 13 can be a fixed block admittedly, is fixed by solid cylinder base 13 with other fixed sturctures, thus under making the position of cylindrical shell 11 remain on thick-and-thin stabilized conditions.
Described ball Q is arranged in hollow cylindrical tube 12 from top to bottom, and the two ends up and down of hollow cylindrical tube 12 are opening shape.
Utilize the opening access ball Q on hollow cylindrical tube 12 top, utilize the opening of hollow cylindrical tube 12 bottom to transfer out ball Q.
Ensure that ball Q enters from hollow cylindrical tube 12 upper port, be sequentially arranged in hollow cylindrical tube 12, transfer out from hollow cylindrical tube 12 lower port.Ensure, in the process that gulde edge 221 and hollow cylindrical tube 12 lower port join, when positioning groove 22 is in hollow cylindrical tube 12 lower port place, just can pick out a ball Q in hollow cylindrical tube 12, thus realize, transfer out one by one, the effect of the handing-over of carrying one by one.
Described positioning unit 2 comprises swinging block 21, and swinging block 21 is the agent structure of positioning unit 2, and swinging block 21 is secter pat.By the swing of sector structure, realize the conveying of positioning groove 22 couples of ball Q of swinging block 21 upper left side.
Positioning groove 22 is located at the upper edge of swinging block 21, and swinging block 21, when swinging, is convenient to the bottom position access spin Q of positioning groove 22 from cylindrical shell 11.
The bottom of swinging block 21 is fixed with turns 23.Turn and 23 utilize the bottom that axis body is swinging block 21 to provide support a little for the rotating shaft 23 bottom swinging block 21, thus realize swinging of swinging block 21.
Describedly turn 23 for a hinged rotating shaft, turn 23 sidepiece be fixed with supporting seat 5,23 be fixed support by the supporting seat 5 of fixed pedestal to turning, thus realize supporting the swinging block 21 on the left of supporting seat 5.
Turn 23 side is hinged with swinging block 21, opposite side is hinged on supporting seat 5.
As shown in Fig. 1,2, turn 23 left side on be hinged with swinging block 21, right side is hinged on supporting seat 5.Rotating shaft is utilized to provide the Support Position of rotation for swinging block 21.
Described swinging block 21 and the lower edge contact edge of ball cylinder 1 are the track 24 of circular arc.
The track 24 of circular arc is the upper edge of swinging block 21, the track 24 of the circular arc of the upper edge formation of swinging block 21 is contactless with the bottom of cylindrical shell 11, wherein, ball Q contacts on the tracks 24, be convenient to ball Q slide on the tracks 24, utilize the contact slide effect between ball Q and track 24, being convenient to ball Q drops in the positioning groove 22 of track 24 left-hand end, thus further help ball Q to enter in positioning groove 22, be convenient to positioning groove 22 and access a ball Q, the size of positioning groove 22 is similar to the size with ball Q, thus realize positioning groove 22 and access the effect that a ball Q carries out carrying.
Be provided with impeller 25 in the swinging block 21 on described 23 tops of turning, impeller 25 is an impeller-hub, utilizes this impeller-hub 25 to form the contact rotated, is extended with pusher 6 along impeller 25 to the outside of swinging block 21.This pusher 6 can be electronic, is convenient to realize the Automated condtrol to conveying ball Q.
Pusher 6 can be also can be pneumatic, utilizes the state of kinematic motion of pneumatic valve body to pusher 6 to switch.
Utilize push shaft in pusher 6 61 and impeller 25 hinged, thus realize impeller 25 and drive swinging block 21 to swing.
The some holding tanks 4 of equally spaced arrangement in described delivery section 3, when delivery section 3 be transport platform or load-transfer device time, by the equidistant arrangement to holding tank 4, equidistant conveying holding tank 4 just can access ball Q accurately.
Positioning groove 22 go out pearl edge line B, go out pearl edge line B and be arranged in holding tank 4.
Wherein, the lower line of fall of the right side edge of ball Q and positioning groove 22 to go out pearl edge line B overlapping, make full use of positioning groove 22 to go out pearl edge line B corresponding with the center of holding tank 4, thus form stable and accurate locating point, this locating point drops in holding tank 4.
The positioning groove 22 that breach in swinging block 21 left-hand end is formed, goes out the vertical tangent line that pearl edge line B is limit on the left of positioning groove 22.Ball Q drops from the left-hand end top of positioning groove 22, realizes left side limit vertical tangent line and in holding tank 4 position accurate corresponding of ball Q along positioning groove 22.
The foregoing is only the embodiment of the application, and the title that in the application, parts are got also can be different, do not limit the title in the application.To those skilled in the art, the application can have various modifications and variations.Any amendment done within all spirit in the application and principle, equivalent replacement, improvement etc., within the right that all should be included in the application.
Claims (10)
1. the ball detent mechanism of a Long-distance Control, comprise ball cylinder (1), ball (Q), it is characterized in that: in described ball cylinder (1), vertical array has ball (Q), the lower port of ball cylinder (1) is provided with positioning unit (2), the bottom of positioning unit (2) is provided with delivery section (3), the positioning groove (22) of swing is provided with in positioning unit (2), delivery section (3) is arranged with holding tank (4), positioning groove (22) is corresponding with holding tank (4) downwards and access the ball (Q) transferred out in positioning groove (22), the midway location of positioning unit (2) is fixedly connected with electronic pusher (6), the push shaft (61) moved is carried out in the promotion that pusher (6) comprises motor (62) and follows motor (62), one end of push shaft (61) is hinged on the disk (63) that motor (62) drives, the other end of push shaft (61) is hinged on the midway location of positioning unit (2), motor (62) is provided with actuator (64), actuator (64) is fixed with motor antenna (65), the outward sign of motor antenna (65) is connected with controller (7).
2. ball detent mechanism according to claim 1, it is characterized in that: described controller (7) comprises control capsule (71) and is fixed on the battery (72) of control capsule (71) bottom, the top of control capsule (71) is fixed with control button (73), the inside of control capsule (71) is fixed with treater (74), and the side of control capsule (71) has extended outward control antenna (75).
3. ball detent mechanism according to claim 1, it is characterized in that: the fixing output of described motor (62) midway location has motor shaft (621), the center of disk (63) is fixedly sleeved on motor shaft (621), the eccentric position of disk (63) is provided with eccentric shaft (631), the right-hand member of push shaft (61) is hinged on eccentric shaft (631), and the left end of push shaft (61) is hinged on the impeller (25) of positioning unit (2).
4. ball detent mechanism according to claim 1, is characterized in that: described ball cylinder (1) comprises cylindrical shell (11) and is located at the hollow cylindrical tube (12) in cylindrical shell (11), and the bottom of cylindrical shell (11) is provided with solid cylinder base (13).
5. ball detent mechanism according to claim 4, is characterized in that: described ball (Q) is arranged in hollow cylindrical tube (12) from top to bottom, and the two ends up and down of hollow cylindrical tube (12) are opening shape.
6. ball detent mechanism according to claim 1, is characterized in that: described positioning unit (2) comprises swinging block (21), and positioning groove (22) is located at the upper edge of swinging block (21), and the bottom of swinging block (21) is fixed with turn (23).
7. ball detent mechanism according to claim 6, it is characterized in that: described in turn (23) for hinged rotating shaft, the sidepiece of (23) of turning is fixed with supporting seat (5), and the side of turn (23) is hinged with swinging block (21), opposite side is hinged on supporting seat (5).
8. ball detent mechanism according to claim 6, is characterized in that: described swinging block (21) and the lower edge contact edge of ball cylinder (1) are the track (24) of circular arc; Be provided with impeller (25) in the swinging block (21) on described (23) top of turning, be extended with pusher (6) along impeller (25) to the outside of swinging block (21).
9. ball detent mechanism according to claim 1, it is characterized in that: the upper some holding tanks of equally spaced arrangement (4) of described delivery section (3), positioning groove (22) go out that pearl edge line (B) is corresponding with the center of holding tank (4) namely to be gone out pearl edge line (B) and be arranged in holding tank (4).
10. ball detent mechanism according to claim 1, is characterized in that: the outer side edges of described positioning groove (22) is provided with gulde edge (221), and the height of gulde edge (221) is lower than the radius length of ball (Q).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520930452.XU CN205204167U (en) | 2015-11-23 | 2015-11-23 | Remote control's ball positioning mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520930452.XU CN205204167U (en) | 2015-11-23 | 2015-11-23 | Remote control's ball positioning mechanism |
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| CN205204167U true CN205204167U (en) | 2016-05-04 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201520930452.XU Expired - Fee Related CN205204167U (en) | 2015-11-23 | 2015-11-23 | Remote control's ball positioning mechanism |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107161648A (en) * | 2017-05-12 | 2017-09-15 | 浙江海洋大学 | A kind of marker of heat treated part |
| CN107867543A (en) * | 2016-09-27 | 2018-04-03 | 浙江正泰电器股份有限公司 | Automate feeding-distribution device |
| CN111498465A (en) * | 2020-04-03 | 2020-08-07 | 邓志杰 | Automatic almond hull breaking machine |
| CN111620038A (en) * | 2020-05-30 | 2020-09-04 | 王新飞 | Conveying and adjusting device for steel ball production |
| CN112678447A (en) * | 2020-12-22 | 2021-04-20 | 雷鸣 | Ball mechanical type conveyer |
-
2015
- 2015-11-23 CN CN201520930452.XU patent/CN205204167U/en not_active Expired - Fee Related
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107867543A (en) * | 2016-09-27 | 2018-04-03 | 浙江正泰电器股份有限公司 | Automate feeding-distribution device |
| CN107867543B (en) * | 2016-09-27 | 2024-01-30 | 浙江正泰电器股份有限公司 | Automatic change feed divider |
| CN107161648A (en) * | 2017-05-12 | 2017-09-15 | 浙江海洋大学 | A kind of marker of heat treated part |
| CN107161648B (en) * | 2017-05-12 | 2019-02-22 | 浙江海洋大学 | A kind of marker of heat treated part |
| CN111498465A (en) * | 2020-04-03 | 2020-08-07 | 邓志杰 | Automatic almond hull breaking machine |
| CN111498465B (en) * | 2020-04-03 | 2021-06-22 | 邓志杰 | Automatic almond hull breaking machine |
| CN111620038A (en) * | 2020-05-30 | 2020-09-04 | 王新飞 | Conveying and adjusting device for steel ball production |
| CN111620038B (en) * | 2020-05-30 | 2021-04-20 | 嵊州市法克机械有限公司 | Conveying and adjusting device for steel ball production |
| CN112678447A (en) * | 2020-12-22 | 2021-04-20 | 雷鸣 | Ball mechanical type conveyer |
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