CN207698901U - A kind of automatic rubber tube transmitting device - Google Patents
A kind of automatic rubber tube transmitting device Download PDFInfo
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- CN207698901U CN207698901U CN201721526239.8U CN201721526239U CN207698901U CN 207698901 U CN207698901 U CN 207698901U CN 201721526239 U CN201721526239 U CN 201721526239U CN 207698901 U CN207698901 U CN 207698901U
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- sebific duct
- trochar
- rubber tire
- needle
- transmitting device
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Abstract
A kind of automatic rubber tube transmitting device, it is related to capacitor production equipment technology, including the first rubber tire for rotating synchronously and being meshed and the second rubber tire, trochar, trochar clamping device, upper mold needle and cutter, the diameter of described sleeve pipe needle middle section is less than the internal diameter of sebific duct, trochar is nested in one end of sebific duct, and passed through in the groove opened up from both the first rubber tire and the second rubber tire field of conjugate action, the sebific duct being sleeved on trochar middle section is clamped between the field of conjugate action of both the first rubber tire and the second rubber tire；The upper mold needle is set to the bottom of trochar, and can move up and down；When the upper mold needle moves up to its end top and contacted with trochar bottom end, the first rubber tire and the second rubber tire engagement rotation are to drive sebific duct to move downward and make glue pipe socket on upper mold needle；The cutter is used for the position by sebific duct between trochar and upper mold needle and cuts off.Sebific duct can be sent to by setting length on lower die needle by the utility model, and the transmission length of sebific duct is adjustable.
Description
Technical field
The utility model is related to capacitor production equipment technologies, and in particular to a kind of automatic rubber tube transmitting device.
Background technology
Existing rubber tube transmitting device is mechanical pinch sebific duct, and structure includes cam, swing arm, connecting rod etc., is sent every time
Material is moved by the height of cam to pinch sebific duct.It is not connect with cam by the swing arm of magnet control glue feeding tube when sky material
It touches to achieve the purpose that not glue feeding tube, therefore is switched on or lacks the case where first sebific duct after material is susceptible to cause different in size, axis
It holds when abrasion generates gap and also will appear situation different in size.The length adjustment of sebific duct need to adjust set screw come real with spanner
Now, the bad control of degree of regulation, the consistency of product are bad.
Utility model content
The purpose of this utility model is to provide a kind of automatic rubber tube transmitting device, to solve to send existing for existing rubber tube transmitting device
The unstable problem with sebific duct length adjustment inconvenience of sebific duct length.
For achieving the above object, the technical solution of the utility model is：A kind of automatic rubber tube transmitting device, including synchronization
It rotates and the first rubber tire being meshed and the second rubber tire, trochar, trochar clamping device, upper mold needle and cutter, described sleeve pipe
The diameter of needle middle section is less than the internal diameter of sebific duct, and trochar is nested in one end of sebific duct, and from the first rubber tire and the second rubber tire
It is passed through in the groove opened up on the two field of conjugate action, the sebific duct being sleeved on trochar middle section is clamped in the first rubber tire and the second glue
Between the field of conjugate action for taking turns the two；
The upper mold needle is set to the bottom of trochar, and can move up and down；
When the upper mold needle moves up to its end top and is contacted with trochar bottom end, the first rubber tire and the engagement of the second rubber tire
Rotation is to drive sebific duct to move downward and make glue pipe socket on upper mold needle；
The cutter is used for the position by sebific duct between trochar and upper mold needle and cuts off；
Described sleeve pipe needle clamping device is used to clamp trochar when sebific duct is without transmission.
Further, the wheel shaft of first rubber tire is fixed on the rotating output shaft of first driving means, the first rubber tire
And second both rubber tires wheel shaft between be equipped with synchronous transmission device, the first rubber tire is driven by first driving means and is rotated, and band
Dynamic second rubber tire rotates synchronously.
The first driving means are motor.
The synchronous transmission device is gear assembly.
Described sleeve pipe needle clamping device includes trochar briquetting, the second driving device and gluing die head, described sleeve pipe needle pressure
Block is set to the side of trochar, and trochar can be pressed on gluing die head under the driving of the second driving device.
Second driving device is cylinder.
The cutter is set to the side of trochar, and can do reciprocating rotary in the horizontal plane by knife drive mechanism driving
Movement.
The automatic rubber tube transmitting device further includes sebific duct feedway, which includes rack, and rotation
Sebific duct disk in rack and several cross rubber tire, sebific duct is coiled on sebific duct disk, one end pile warp of sebific duct several cross glue
To lower supply after wheel, described sleeve pipe needle is inserted in one end that sebific duct supplies downwards.
The rack is equipped with sebific duct detection device, and sebific duct detection device includes inductor, sensing element and idler wheel, induction
Device is fixed in rack, and sensing element rotation is set in rack and is connect with idler wheel, and sebific duct idler wheel during supply is put
It is placed on sebific duct and sensing element is not in the detection range of inductor, the idler wheel falls simultaneously by dead weight when no sebific duct supplies
Energy dynamic answers element to turn in the detection range of the inductor.
The inductor is rectangular proximity.
Advantageous effect：
The angle or the number of turns that the rubber tube transmitting device of the utility model can be rotated by controlling the first rubber tire and the second rubber tire
Carry out the length of the arbitrary sebific duct for changing and needing to transmit, the length of sebific duct transmission arbitrarily can set and change, change sebific duct transmission length
It takes time when spending short, it is easy to operate.
The rubber tube transmitting device of the utility model is that electronic type (i.e. stepper motor) controls sebific duct, and motor when glue feeding tube is needed to turn
Dynamic, motor stops when not needing glue feeding tube.Booting or the empty situation expected first sebific duct and be not in different in size, glue feeding tube are long
The consistency of degree is more preferable.The length for adjusting sebific duct is more quick, need to only change the rotating cycle of motor and can realize.
Description of the drawings
Fig. 1 is the overall structure diagram of the utility model；
Fig. 2 is another overall structure diagram of the utility model；
Description of the drawings：1, sebific duct, 2, sebific duct disk fast pulley, 3, sebific duct disk, 4, lever bar, 5, sensing element, 6, inductor,
7, idler wheel, 8, cross rubber tire, 9, be oriented to rubber tire, 10, baffle ring, 11, compression spring fixed block, 12, compression spring, the 13, second rubber tire, 14, gluing
Die head, 15, trochar, the 16, first rubber tire, 17, first driving means, the 18, second driving device, 19, trochar briquetting, 20,
Upper mold needle, 21, cutter, 22, swing arm.
Specific implementation mode
Below in conjunction with the utility model embodiment attached drawing, the technical scheme in the embodiment of the utility model is carried out clear
Chu is fully described by, it is clear that described embodiment is only a part of the embodiment of the utility model, rather than whole realities
Apply example.Based on the embodiments of the present invention, those skilled in the art are obtained without making creative work
The other embodiments obtained, shall fall within the protection scope of the present invention.
A kind of automatic rubber tube transmitting device, including rack, the sebific duct feedway in rack, sebific duct transmission device, set
Pipe needle 15, trochar clamping device, upper mold needle 20 and cutter 21.The sebific duct feedway includes the glue that rotation is set in rack
Pipe dish 3 and several cross rubber tire 8, sebific duct 1 is coiled on sebific duct disk 3, one end pile warp of sebific duct 1 several cross after rubber tire 8 under
Described sleeve pipe needle 15 is inserted in supply, one end that sebific duct 1 supplies downwards, and the diameter of 15 middle section of described sleeve pipe needle is less than sebific duct 1
Internal diameter, the both ends part of trochar 15 struts sebific duct 1, and trochar 15 is suspended from vertically in sebific duct 1.
The rack is equipped with the sebific duct detection device for detecting the presence of the supply of sebific duct 1, and sebific duct detection device includes sense
Device 6, sensing element 5 and idler wheel 7, inductor 6 is answered to be fixed in rack, the rotation of sensing element 5 is set in rack and connects with idler wheel 7
It connecing, the idler wheel 7 during supply of sebific duct 1 is positioned on sebific duct 1 and sensing element 5 is not in the detection range of inductor 6,
The detection model that the idler wheel 7 falls by dead weight when no sebific duct 1 supplies and energy dynamic answers element 5 to turn to the inductor 6
In enclosing.The inductor 6 is rectangular proximity, is alarmed when the inductor 6 detects no sebific duct, equipment downtime.
The sebific duct transmission device includes first driving means, and is rotated synchronously and the first rubber tire 16 being meshed and
The wheel shaft of two rubber tires 13, first rubber tire 16 is fixed on the rotating output shaft of first driving means, the first rubber tire 16 and
Synchronous transmission device is equipped between the wheel shaft of both two rubber tires 13, the first rubber tire 16 is driven by first driving means 17 and is rotated, and
The second rubber tire 13 is driven to rotate synchronously.Specifically, the first driving means 17 are motor, and the synchronous transmission device is gear
Transmission device, the wheel shaft of the first rubber tire 16 and the output shaft of motor are fixed, and the wheel shaft rotation of the second rubber tire 13 is set in rack, the
It is respectively provided with a gear on the wheel shaft of both one rubber tire 16 and the second rubber tire 13, two gears are meshed transmission.The motor can be used
Stepper motor transmits length to achieve the purpose that set sebific duct 1, is needing to change glue by setting the rotating cycle of motor
When the transmission length of pipe 1, change the rotating cycle of motor, it is easy to operate, it takes a short time.
It is additionally provided in the rack and is oriented to rubber tire 9, be oriented to rubber tire 9 and be located above the sebific duct transmission device, and to downward
The sebific duct 1 of supply plays the role of guiding, be oriented to set on rubber tire 9 there are two baffle ring 10 be used to form for sebific duct 1 by guiding
Slot.
Rubber tire adjusting apparatus is additionally provided in the rack comprising swing arm 22, compression spring 12 and the compression spring being articulated in rack
Fixed block 11, compression spring fixed block 11 are fixed in rack, and 12 one end of compression spring is connect with compression spring fixed block 11, the other end and swing arm 22
Connection.First rubber tire 16 of the sebific duct transmission device, the wheel shaft of the first rubber tire, first driving means and it is fixed on the first glue
Transmission gear on wheel wheel shaft constitutes the first rubber tire rotating mechanism, the second rubber tire 13, the second glue of the sebific duct transmission device
The wheel shaft of wheel, and the transmission gear being fixed on the second rubber tire wheel shaft constitute the second rubber tire rotating mechanism.First glue
It takes turns rotating mechanism or the second rubber tire rotating mechanism is set in the swing arm 22, needing that the first rubber tire 16 is made with the second rubber tire 13 to divide
When opening to install trochar 15 or other operations, certain angle, after operation, swing arm 22 can be swung by swing arm 22
It is resetted under the elastic restoring force of compression spring 12.
Groove is offered on the field of conjugate action of both first rubber tire, 16 and second rubber tires 13, the groove of the two constitutes use
In the needle tray of containment sheath needle 15, described sleeve pipe needle 15 is behind 1 one end of set entering glue pipe from 13 liang of the first rubber tire 16 and the second rubber tire
It is passed vertically through in the needle tray of person's groove composition, the sebific duct 1 being sleeved on 15 middle section of trochar is clamped in the first rubber tire 16 and the
Between the field of conjugate action of both two rubber tires 13.When 16 and second 13 engagement rotation of rubber tire of the first rubber tire, by being clamped in the two
Sebific duct part between the field of conjugate action drives entire sebific duct to move downward.
The upper mold needle 20 is cylindrical-shaped structure, is set to the bottom of trochar 15 vertically, and can be moved up and down；Institute
State upper mold needle 20 move up to its end top with 15 bottom end of trochar contact when, the bottom end of trochar 15 is by upper mold needle 20 at this time
Top, which is withstood, to be moved downwardly together with sebific duct 1, the first rubber tire 16 and 13 engagement rotation of the second rubber tire to drive sebific duct 1 to
Lower movement simultaneously makes sebific duct 1 be sleeved on upper mold needle 20.
The cutter 21 is set to the side of trochar 15, and can be done in the horizontal plane back and forth by knife drive mechanism driving
Rotary motion.The knife drive mechanism includes a rotary shaft being vertically arranged and a horizontally disposed cutter arm, cutter arm
One end is fixed on the rotary shaft, and cutter 21 is fixed on the other end of cutter arm.It is reached in the length that sebific duct is nested on upper mold needle 20
To after setting length, cutter 21 is rotated in place, and position of the sebific duct between trochar 15 and upper mold needle 20 is cut off.
Described sleeve pipe needle clamping device is used to clamp trochar 15 when sebific duct is without transmission, prevents trochar 15
It falls off out of sebific duct.Described sleeve pipe needle clamping device is located at the lower section of sebific duct transmission device comprising trochar briquetting 19, second
Driving device 18 and gluing die head 14, gluing die head 14 are fixed on the rack, glue and offered for for trochar in die head 14
15 through-holes passed through glue and offer the notch being connected with its through-hole on the side wall of die head 14, and described sleeve pipe needle briquetting 19 is set
In the side of gluing die head 14, trochar briquetting 19 is driven through lacking on gluing 14 side wall of die head in the second driving device 18
The side of trochar 15 is pressed on the through-hole wall of gluing die head 14 by mouth.Second driving device 18 is cylinder, trochar
Briquetting 19 is fixed on the telescopic rod of cylinder.
The operation principle of the automatic rubber tube transmitting device of the utility model is：Sebific duct 1 is coiled on sebific duct disk 3, and the one of sebific duct 1
Several are crossed after rubber tire 8 to lower supply end pile warp, and described sleeve pipe needle 15, trochar briquetting are inserted in one end that sebific duct 1 supplies downwards
19 are pressed in trochar 15 (sebific duct is cased with outside it) on the hole wall of gluing die head 14.Rectangular proximity has detected sebific duct 1, upper mold
Needle 20 moves up to stop motion when the bottom end of trochar 15 is withstood on its top, and the telescopic rod of cylinder, which is shunk, drives trochar pressure
Block 19 leaves trochar 15；Stepper motor rotation drives the first rubber tire 16 and 13 synchro-meshing of the second rubber tire rotation, sebific duct 1 downward
It transmits and is sleeved on upper mold needle 20, when the length that sebific duct 1 is sleeved on upper mold needle 20 reaches setting length, stepper motor stops turning
It is dynamic；The telescopic rod elongation of cylinder makes trochar briquetting 19 be pressed in trochar 15 on the hole wall of gluing die head 14, under upper mold needle 20
Certain distance (this distance is set according to the thickness of cutter) drops；Cutter 21 is rotated in place, by sebific duct 1 from trochar 15 and upper mold needle
Position cut-out between 20, then upper mold needle 20 is with the sebific duct decline after cut-out, i.e. one action cycle of completion.
Claims (10)
1. a kind of automatic rubber tube transmitting device, it is characterised in that：Including the first rubber tire for rotating synchronously and being meshed and the second rubber tire,
Trochar, trochar clamping device, upper mold needle and cutter；
The diameter of described sleeve pipe needle middle section is less than the internal diameter of sebific duct, and trochar is nested in one end of sebific duct, and from the first glue
It is passed through in the groove opened up on both wheel and the second rubber tire field of conjugate action, the sebific duct being sleeved on trochar middle section is clamped in first
Between the field of conjugate action of both rubber tire and the second rubber tire；
The upper mold needle is set to the bottom of trochar, and can move up and down；
When the upper mold needle moves up to its end top and is contacted with trochar bottom end, the first rubber tire and the second rubber tire engagement rotation
To drive sebific duct to move downward and make glue pipe socket on upper mold needle；
The cutter is used for the position by sebific duct between trochar and upper mold needle and cuts off；
Described sleeve pipe needle clamping device is used to clamp trochar when sebific duct is without transmission.
2. a kind of automatic rubber tube transmitting device as described in claim 1, it is characterised in that：The wheel shaft of first rubber tire is fixed on
On the rotating output shaft of first driving means, synchronous transmission device is equipped between the wheel shaft of both the first rubber tire and second rubber tire,
First rubber tire is driven by first driving means and is rotated, and the second rubber tire is driven to rotate synchronously.
3. a kind of automatic rubber tube transmitting device as claimed in claim 2, it is characterised in that：The first driving means are motor.
4. a kind of automatic rubber tube transmitting device as claimed in claim 2, it is characterised in that：The synchronous transmission device passes for gear
Dynamic device.
5. a kind of automatic rubber tube transmitting device as described in claim 1, it is characterised in that：Described sleeve pipe needle clamping device includes set
Pipe needle briquetting, the second driving device and gluing die head, described sleeve pipe needle briquetting is set to the side of trochar, and can be driven second
Trochar is pressed on gluing die head under dynamic device driving.
6. a kind of automatic rubber tube transmitting device as claimed in claim 5, it is characterised in that：Second driving device is cylinder.
7. a kind of automatic rubber tube transmitting device as described in claim 1, it is characterised in that：The cutter is set to the side of trochar
Portion, and crankmotion can be done by knife drive mechanism driving in the horizontal plane.
8. a kind of automatic rubber tube transmitting device as described in claim 1, it is characterised in that：The automatic rubber tube transmitting device further includes
Sebific duct feedway, which includes rack, and the sebific duct disk that rotation is set in rack crosses rubber tire with several,
Sebific duct is coiled on sebific duct disk, several are crossed after rubber tire to lower supply for one end pile warp of sebific duct, the end cap that sebific duct supplies downwards
Enter described sleeve pipe needle.
9. a kind of automatic rubber tube transmitting device as claimed in claim 8, it is characterised in that：The rack is equipped with sebific duct detection dress
It sets, sebific duct detection device includes inductor, sensing element and idler wheel, and inductor is fixed in rack, and sensing element rotation is set to
It is connect in rack and with idler wheel, sebific duct idler wheel during supply is positioned on sebific duct and sensing element is not in inductor
In detection range, when no sebific duct supplies, the idler wheel falls by dead weight and energy dynamic answers element to turn to the inductor
In detection range.
10. a kind of automatic rubber tube transmitting device as claimed in claim 9, it is characterised in that：The inductor is rectangular proximity.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721526239.8U CN207698901U (en) | 2017-11-15 | 2017-11-15 | A kind of automatic rubber tube transmitting device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721526239.8U CN207698901U (en) | 2017-11-15 | 2017-11-15 | A kind of automatic rubber tube transmitting device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207698901U true CN207698901U (en) | 2018-08-07 |
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ID=63022611
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721526239.8U Active CN207698901U (en) | 2017-11-15 | 2017-11-15 | A kind of automatic rubber tube transmitting device |
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| CN (1) | CN207698901U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107814252A (en) * | 2017-11-15 | 2018-03-20 | 深圳市诚捷智能装备股份有限公司 | A kind of automatic rubber tube transmitting device |
| CN110294364A (en) * | 2019-06-21 | 2019-10-01 | 浙江理工大学 | A kind of grasping mechanism suitable for circular cone tube |
-
2017
- 2017-11-15 CN CN201721526239.8U patent/CN207698901U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107814252A (en) * | 2017-11-15 | 2018-03-20 | 深圳市诚捷智能装备股份有限公司 | A kind of automatic rubber tube transmitting device |
| CN110294364A (en) * | 2019-06-21 | 2019-10-01 | 浙江理工大学 | A kind of grasping mechanism suitable for circular cone tube |
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