CN2043411U - Resistance combined machine - Google Patents
Resistance combined machine Download PDFInfo
- Publication number
- CN2043411U CN2043411U CN 88206050 CN88206050U CN2043411U CN 2043411 U CN2043411 U CN 2043411U CN 88206050 CN88206050 CN 88206050 CN 88206050 U CN88206050 U CN 88206050U CN 2043411 U CN2043411 U CN 2043411U
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- China
- Prior art keywords
- carbon
- point
- groove
- mentioned
- pan feeding
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Abstract
Disclosed is a resistance combined machine, mainly including a carbon rod pushing device, a carbon rod feeding mechanism, two conductive cap pushing devices, a combined mechanism and a driving device, etc. Therein the carbon rods to be combined are cornered fast and aligned orderly by the carbon rod pushing device. Through a feeding flexible pipe and by the gravity of the arranged inside ten carbon rods, the carbon rods are charged in the groove of a material controlling wheel fast and orderly, and then are shifted in the channel. So that the combined mechanism synchronously rotating with the material controlling wheel can be fed, and then work in with the other two conductive cap pushing devices, the combined mechanism can be fed and at last the resistor is formed.
Description
A kind of resistance unit mahine mainly comprises: a carbon-point feed mechanism, a carbon-point feeding mechanism, two conductive cap feed mechanisms, a combined mechanism, a transmission mechanism etc.
The quick resistance unit mahine of being commonly used on the present open market, the speed though its structure is expressed one's gratification, its production efficiency can't reach the speed of ideal all the time.Studying carefully its crux, is because of due to the mode of its feeding mechanism fails to break through, and sees also shown in 1, and this feeding mechanism system of commonly using the resistance unit mahine has 12 salient point (A with one
1) and 12 concave point (A
2) circular cam (A) that equal portions are alternate, the bearing end (C) of its sags and crests and the connecting rod (B) that coincide, and mat one spring (B
1) this connecting rod of drawing (B), make bearing end (C) often keep contacting with cam (A).Connecting rod (B) holds pivot to connect a push rod (D) in addition, and push rod (D) holds pivot to connect pawl (E) in addition, and connecting rod (B) is upward respectively established a fulcrum (B) in the appropriate location with pawl (E), (E).When cam (A) rotation, the sags and crests on its circumference makes the bearing end (C) of connecting rod (B) fluctuate mat fulcrum (B up and down
2) also oppositely fluctuation up and down of interlock push rod (D), the pawl forward-reverse of (E) of interlock again, enter feeder channel (G) to reach propelling movement carbon-point (F), the carbon-point (F) by material pipe (H) pan feeding reaches pan feeding, feeding in the reciprocating motion of (E) forward-reverse of pawling in this way.But because of pawl (E) advances after the feeding, must retreat spacing and just can make a time carbon-point (F) pan feeding, and (E) feeding more at once of pawling, so retiring from active military service to the time of preparing pan feeding after its feeding waste fully, so that the feeding that stagnates takes place and can't improve the feeding speed that this commonly uses the resistance unit mahine.And, make feeding and feeding mechanism to do suitable cooperating with combined mechanism with only the about 400-500 of per minute of the material all in one piece oscillator permutation carbon-point feeding speed commonly used, and cause defective products many, output can't improve and production cost also improves relatively.
In view of this this creator still works out a kind of resistance unit mahine in detail.
Resistance unit mahine part schematic diagram is commonly used by Fig. 1 system.
Fig. 2 is the schematic appearance of this creation.
Fig. 3 is the cut-away view of this creation feed mechanism.
Fig. 4 is the cut-away view of this creation feed mechanism part.
Fig. 5 is the cut-away view of this creation feeding mechanism and combined mechanism.
Fig. 6 is the cut-away view of facing of this creation feeding mechanism.
Fig. 7 is the cut-away view of facing of this creation combined mechanism.
Consult shown in Figure 2ly, the main system of this creation comprises: a carbon-point feed mechanism (1), a carbon-point feeding mechanism (2), two conductive cap feed mechanisms (3), a combined mechanism (4), the makers-ups of part institute such as a transmission mechanism (5).
Store infundibulate container (11) the outlet below of carbon-point (F) in this carbon-point feed mechanism (1) (consulting Fig. 3) and establish a material bearing disc (12), this material bearing disc (12) is subjected to the interrupted excitatory and oscillator of an electromagnetic device (13).This material bearing disc (12) vibration discharging opening establish a tapered channel (14) with guiding carbon-point (F) smoothly blanking in a tilting disk (15), trip is put a nearly circumferential edges and is dug the rotating disk (16) of establishing a concave ring groove (161) in this disk (15), this rotating disk (16) axle (162) stretches out tilting disk (15) base plate (151), and by a fractional motor (163) through belt pulley (164) transmission, and make rotating disk (16) go up suitable spacing revolution in tilting disk (15) base plate (151).Go up the appropriate location in tilting disk (15) vertical wall (152) on this rotating disk (16) concave ring groove (161) and be embedded several rod for stiring materials (153), and go up the appropriate location in rod for stiring materials (153) rear in vertical wall (152) and be embedded a limit material lid (154) and connect the straight vertical wall (152) that a pan feeding flexible pipe (155) passes tilting disk (15), and pan feeding flexible pipe (155) front end is embedded a guide tongue piece (156) and stretches in the concave ring groove (161), and is positioned at limit material lid (154) scope.
Material controlling wheel (21) circumference of one carbon-point feeding mechanism (2) (consulting Fig. 5) digs the dozens of groove (211) of branches such as being provided with, the width (212) of each groove (211) needs the diameter greater than carbon-point (F), and less than the double diameter of carbon-point (F), its degree of depth (213) is then greater than the radius of carbon-point (F).Material controlling wheel (21) below suitably spacing sets firmly a pan feeding passage (22), these pan feeding passage (22) one sides are provided with a retainer sheet (221) the suitable length of material controlling wheel (21) circumference that postpones, and between the two apart from (214) radius less than carbon-point (F), that is between this retainer sheet (221) and groove (211) bottom surface apart from (215) greater than the diameter of carbon-point (F), and this spacing (215) exports over against the pan feeding flexible pipe (155) of showing above-mentioned carbon-point feed mechanism (1), and is positioned at one of material controlling wheel (21) side.Material controlling wheel (21) side material passage (22) certainly in addition is connected with a backgauge sheet (222).The thickness of this material controlling wheel (21) is less than the length of carbon-point (F).Two conductive cap feed mechanisms (3) (consulting Fig. 2) be each utilize the material all in one piece vibrator (31) commonly use will identical conductive cap (K) permutation through feeding pipe (32) feed (this is a prior art, at this not in giving unnecessary details).
The combination circle mould (41) of one combined mechanism (4) (consulting Fig. 5), equal portions dig and establish and the material controlling wheel (21) of above-mentioned carbon-point feeding mechanism (2) groove (42) with number on its circumference, the width of each groove (42) is slightly larger than the diameter of carbon-point (F), its degree of depth is slightly larger than the radius of carbon-point (F), and its length is less than the length of carbon-point (F), and over against the outlet of the pan feeding passage (22) of the above-mentioned carbon-point feeding mechanism of work (2).And each groove (42) both sides all are provided with conductive cap groove (43), and a time position of containing carbon-point (F) in groove (42), each is over against the outlet of the feeding pipe (32) of work two conductive cap feed mechanisms (3), and wear a guide hole (44) in each conductive cap groove (43) rear portion, trip shuttle one push rod (45) in the guide hole (44), its front end is over against the interior conductive cap (K) of work conductive cap groove (43), this push rod (45) is also held by a spring (451) often and draws back, and a steel ball (452) is put in the trip of push rod (45) rear end.Time position in the material of conductive cap (K) sets firmly a dimple (46), another steel ball (461) is put in trip in the dimple (46), make steel ball (452) that the trip of each conductive cap push rod (45) back puts when dimple (46) position of this recessed location, this steel ball (452) and the staggered extruding of steel ball (461), and mobile putter (45) just is closely tied in conductive cap (K) on the carbon-point (F).One forked type blanking guide plate (47) stretches in the groove (48) between groove (42) and two conductive cap grooves (43), and the resistance that will form (R) imports blanking channel (49) to container.
One transmission mechanism (5) is by the transmission of motor through variable-speed motor (51), and is multiple through chain (52), chain wheel set (53), and gear train (54), and shaft coupling actuated elements such as (55) is formed.And the combination of the material controlling wheel (21) of above-mentioned carbon-point feeding mechanism (2) and combined mechanism (4) circle mould (41) is each the element Synchronous Transmission by this transmission mechanism (5), and when in the speed change speed range, adjusting by variable-speed motor (51), still keep this material controlling wheel (21) and combination circle mould (41) person's (transmission combination of this actuated element is a prior art, at this not in giving unnecessary details) synchronously.
When using this creation, start the motor (163) and the electromagnetic device (13) of carbon-point feed mechanism (1), make of the vibration blanking of the interior carbon-point (F) of infundibulate container (11) through material bearing disc (12), go in the tilting disk (15) by tapered channel (14) blanking, and concave ring groove (161) width of rotating disk (16) is slightly less than the diameter of carbon-point (F), friction drives this carbon-point (F) revolution, lie low with rod for stiring materials (153) permutation carbon-point (F) order and on concave ring groove (161), to enter in the limit material lid (154), the carbon-point that promoted by guide tongue piece (156) and continued advances in the pan feeding flexible pipe (155), and suitable work pan feeding flexible pipe (155) drops down onto groove (221) one sides of carbon-point feeding mechanism (2) material controlling wheel (21), and very fast making it expects to be full of carbon-point in the flexible pipe (155).And two conductive cap feed mechanisms (3) have started, and conductive cap (K) also is full of in its feeding pipe (32), the preparation feed.
Restart the motor of transmission mechanism (5), the material controlling wheel (21) of Synchronous Transmission carbon-point feeding mechanism (2) and the combination of combined mechanism (4) circle mould (41).When material controlling wheel (21) turns round groove (211) over against work pan feeding flexible pipe (155) outlet, first carbon-point pushes away work (can hold about 100 carbon-points because of in the pan feeding flexible pipe (155)) because of the follow-up interior carbon-point weight of pan feeding flexible pipe (155) that riddles, extremely fast be advanced in the groove (211) with work material controlling wheel (21) and drop into pan feeding passage (22) (can arrange full carbon-point in advance in this pan feeding passage (22) or when operate because of the last time institute remaining), a time groove (21) of material controlling wheel (21) also advances an inferior carbon-point (F) simultaneously.And the combination circle mould (41) of pan feeding passage (22) below also turn round and charging cooperates the conductive cap pan feeding again, and the staggered extruding of steel ball mobile putter (45), combination carbon-point (F) and conductive cap (K) one-tenth one resistance (R).If feeding, pan feeding is obstructed or use up, and can establish a testing fixture (223) in pan feeding passage (22) proximal portion, thinks caution, and can stops and manually fix a breakdown.And, get rid of the defective products person to judge in making up the combined state device that circle mould (41) is provided with the inspection conductive cap.
Combine to tie and state, this creation has following all advantages in fact:
1. the material controlling of this creation is failed with revolution continous way pan feeding, expects operate time and improve to commonly use to be retracted into after the reciprocating type pan feeding of pawling, and with the saving operating time, and improves pan feeding speed.
2. with the revolution continous way feed of rotating disk, can't accelerate permutation speed, can improve the feed amount, provide the continous way pan feeding required quantity and improve mode of oscillation.
3. the feed of continous way and pan feeding can accelerate to make up the resistor group sum velocity of round mould, to increase output, reduce cost.
Claims (4)
1, a kind of resistance unit mahine, main system comprises: the rotating disk of revolution in the carbon-point feed mechanism, its tilting disk with the blanking order permutation of container, and is arranged in a pan feeding flexible pipe; One carbon-point feeding mechanism, its material controlling wheel groove be over against the outlet of the above-mentioned carbon-point feed mechanism pan feeding flexible pipe of work, and the carbon-point in the pan feeding flexible pipe is dragged in the pan feeding passage in proper order;=conductive cap feed mechanism, mat are commonly used vibration material all in one piece device with conductive cap order permutation, and respectively are arranged in a feeding pipe; One combined mechanism, its combination circle mould groove is over against the outlet of the above-mentioned carbon-point feeding mechanism pan feeding passage of work, and combination circle mould groove both sides all are provided with the conductive cap groove, and contain a time position into carbon-point in groove, this conductive cap groove is over against the feeding pipe outlet of the above-mentioned two conductive cap feed mechanisms of work, push rod in the location with each conductive cap groove rear portion, mat steel ball interlock and push and combined resistance; One transmission mechanism with the material controlling wheel of power and the above-mentioned carbon-point feeding mechanism of the synchronous revolution of transport element and the round mould person of combination of combined mechanism, is characterized in that:
(A) this carbon-point feed mechanism comprises:
One infundibulate container, the interior carbon-point that stores;
One material bearing disc places under the above-mentioned infundibulate container outlet, and is subjected to
The interrupted excitatory vibration of one electromagnetic device;
One tapered channel is fixedly arranged on below in the above-mentioned material bearing disc discharging opening;
One tilting disk is fixedly arranged on side under the above-mentioned tapered channel outlet;
One rotating disk, its nearly circumferential edges dig establishes a concave ring groove, and trip places on the above-mentioned tilting disc base plate, and extends one from the center and turned round by a motor driven, and the concave ring groove top is embedded several rod for stiring materials and a limit material lid on the vertical wall of above-mentioned tilting disk;
One pan feeding flexible pipe, its front end are connected in above-mentioned limit material lid, and extend the vertical wall that passes above-mentioned tilting disk, and its front end is embedded a guide tongue piece and stretches in the concave ring groove of above-mentioned rotating disk, and are positioned at above-mentioned limit material lid scope;
(B) this carbon-point feeding mechanism comprises:
One material controlling wheel, its circumference are provided with the dozens of groove of equal portions, and this groove one side is over against the pan feeding flexible pipe outlet of the above-mentioned carbon-point feed mechanism of work;
One pan feeding passage, be fixedly arranged on side under the above-mentioned material controlling wheel, and one side extend a retainer sheet along the work above-mentioned material controlling wheel circumference, and a backgauge sheet is positioned at the side in addition of above-mentioned material controlling wheel groove, make the interior rotating disk of the tilting disk of mat carbon-point feed mechanism fast continuous through a pan feeding flexible pipe feed, again with the material controlling wheel of carbon-point feeding mechanism with the continuous order of this pan feeding flexible pipe feed pan feeding passage of dragging on, be positioned at the combination circle mould upper groove of pan feeding passage below with supply, the resistance person is formed in preparation.
2, resistance unit mahine according to claim 1 is characterized in that the interior rotating disk of the tilting disk of this carbon-point feed mechanism, and its nearly circumferential edges digs the diameter person that the concave ring groove width system that establishes is slightly less than carbon-point.
3, resistance unit mahine according to claim 1, it is characterized in that the equal portions dozens of groove that this carbon-point feeding mechanism material controlling wheel circumference is set, the width of each groove system is greater than the diameter of carbon-point, and less than the double diameter of carbon-point, and its depth of groove is then greater than the radius person of carbon-point.
4, resistance unit mahine according to claim 1, it is characterized in that the retainer sheet that this carbon-point feeding mechanism pan feeding passage one side extends along work material controlling wheel circumference, apart from the radius less than carbon-point, distance is then greater than the diameter person of carbon-point between retainer sheet and the above-mentioned material controlling wheel groove floor between itself and the material controlling wheel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 88206050 CN2043411U (en) | 1988-05-20 | 1988-05-20 | Resistance combined machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 88206050 CN2043411U (en) | 1988-05-20 | 1988-05-20 | Resistance combined machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2043411U true CN2043411U (en) | 1989-08-23 |
Family
ID=4840322
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 88206050 Withdrawn CN2043411U (en) | 1988-05-20 | 1988-05-20 | Resistance combined machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2043411U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106298127A (en) * | 2016-11-15 | 2017-01-04 | 东莞市晔顺自动化设备有限公司 | A kind of resistance sleeve-penetrating equipment |
| CN107154297A (en) * | 2017-06-27 | 2017-09-12 | 应城和天电子科技有限公司 | A kind of ceramic resistor cap presser |
-
1988
- 1988-05-20 CN CN 88206050 patent/CN2043411U/en not_active Withdrawn
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106298127A (en) * | 2016-11-15 | 2017-01-04 | 东莞市晔顺自动化设备有限公司 | A kind of resistance sleeve-penetrating equipment |
| CN106298127B (en) * | 2016-11-15 | 2018-07-13 | 东莞市晔顺自动化设备有限公司 | A kind of resistance wears tube apparatus |
| CN107154297A (en) * | 2017-06-27 | 2017-09-12 | 应城和天电子科技有限公司 | A kind of ceramic resistor cap presser |
| CN107154297B (en) * | 2017-06-27 | 2022-07-08 | 应城和天电子科技有限公司 | Ceramic resistor cap pressing machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C19 | Lapse of patent right due to non-payment of the annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |