CN201793035U - Tea bag transposition conveyor of tea bag packaging machine - Google Patents
Tea bag transposition conveyor of tea bag packaging machine Download PDFInfo
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- CN201793035U CN201793035U CN2010202899349U CN201020289934U CN201793035U CN 201793035 U CN201793035 U CN 201793035U CN 2010202899349 U CN2010202899349 U CN 2010202899349U CN 201020289934 U CN201020289934 U CN 201020289934U CN 201793035 U CN201793035 U CN 201793035U
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Abstract
The utility model discloses a tea bag transposition conveyor of a tea bag packaging machine, which comprises a first clamping and feeding mechanism and a second clamping and feeding mechanism which are arranged on a cabinet and performs conveyance and matching synchronously, wherein a rocker on the first clamping and feeding mechanism is rotationally assembled with a first clamping manipulator capable of turning, and a rocker on the second clamping and feeding mechanism is provided with a second clamping manipulator; and a fixed clamping arm and a moveable clamping arm are arranged on each of the two clamping manipulators respectively. The tea bag transposition conveyor of the tea bag packaging machine has the advantages that: the first clamping and feeding mechanism and the second clamping and feeding mechanism are matched under the control of a cam rocker drive mechanism, so that the turning and conveyance of tea bags are realized; inner bag molding equipment of the conventional tea bags are organically combined with outer bag encapsulation equipment, so that assembly line work is realized and the production efficiency of the tea bags is greatly improved; and the cam rocker drive mechanism drives the rockers and a connecting rod, so that the drive relationship among all mechanisms is stable, drive positioning is accurate, and the whole machine has higher operability, use safety and maintenance convenience.
Description
Technical field
The utility model relates to the tea bag transposition conveyor that uses on a kind of packaging machine of tea bag.
Background technology
Present tea pouch be after inner bag encapsulation is finished again inner bag outside suit outside bag adorn a box-like at last and become product.But existing tea pouch inner bag former is the packaging facilities of two cover independent operation with outer bag heat-sealing equipment, after the inner bag packaging process of tea pouch is finished, needs manually tea bag to be transferred in the sealed in unit of outer bag, and its production efficiency is lower.If the input end of the mouth of the inner bag former of tea in bag and outer bag heat-sealing equipment is connected in series forms the conveyor line automatic job, its production efficiency can have greatly improved.But the tea bag position of the input end of the outer bag heat-sealing equipment of the mouth of the inner bag former of tea pouch and tea pouch differs bigger, need be with behind 90 ° of the first flip horizontals of the tea pouch of inner bag former output, the vertical upset of conter clockwise could cooperate with the input end of outer bag heat-sealing equipment for 90 ° again, therefore the inner bag former of tea in bag directly can not be connected in series with outer bag heat-sealing equipment.
The utility model content
The purpose of this utility model is: a kind of tea bag transposition conveyor for tea bag packaging machine is provided, and with inner bag former and the outer bag of problem that heat-sealing equipment can't be connected in series that solves tea in bag in the prior art, thus the production efficiency of raising tea pouch.
The technical scheme of tea bag transposition conveyor for tea bag packaging machine of the present utility model is: tea bag transposition conveyor for tea bag packaging machine, and it mainly transmits first pinch mechanism, second pinch mechanism that cooperates synchronously and drives first pinch mechanism respectively and the cam rocker arm transmission device of second pinch mechanism is formed by being installed on the cabinet;
Described first pinch mechanism comprises respectively first rocking arm 31 that is in transmission connection with cooresponding cam rocker arm transmission device, second rocking arm 32 and the 3rd rocking arm 30, end at described first rocking arm 31 is rotatably equipped with first clamping manipulator, first clamping manipulator comprises the axle sleeve 26 with first rocking arm, 31 normal-running fiies, front end at axle sleeve 26 is provided with first fixed clamping arm 23 and the first live splint gripping arm 24 that cooperatively interacts, in axle sleeve 26, axially slide and be equipped with the center transmission shaft 43 that is in transmission connection by the straight line rotation switching mechanism and the first live splint gripping arm 24, the rear end of this center transmission shaft 43 is connected with and described first rocking arm, 31 pivotally attached leverages 34, and this leverage 34 is in transmission connection by first connecting rod 33 and described second rocking arm 32; Radially end spinning and be furnished with a swing connecting lever 27 on described axle sleeve 26, this swing connecting lever 27 is in transmission connection by second connecting rod 29 and described the 3rd rocking arm 30;
Described second pinch mechanism comprises respectively the 4th rocking arm 18 and the 5th rocking arm 19 that is in transmission connection with cooresponding cam rocker arm transmission device, be equipped with described first clamping manipulator at the end of described the 4th rocking arm 18 and transmit second clamping manipulator that cooperates synchronously, this second clamping manipulator comprises second fixed clamping arm 21 and the second live splint gripping arm 22, and the described second live splint gripping arm 22 is in transmission connection by third connecting rod 20 and described the 5th rocking arm 19;
The shaft parallel setting of each above-mentioned rocking arm, the corresponding cam rocker arm transmission device that is in transmission connection with each rocking arm is synchronized with the movement.
The second cam rocker arm mechanism that described cam rocker arm transmission device mainly is in transmission connection by the first cam rocker arm mechanism that is in transmission connection with described first rocking arm 31 and second rocking arm 32, with described the 3rd rocking arm 30 and form with the 3rd cam rocker arm mechanism that described the 4th rocking arm 18 and the 5th rocking arm 19 are in transmission connection.
Described each cam rocker arm mechanism offers the face cam of cam path and the rocking bar formation that is in transmission connection with cam path by end face, wherein, offer cam path respectively on the both sides end face of first face cam 9 of the described first cam rocker arm mechanism, be connected with first rocking bar 8 that is in transmission connection with described first rocking arm 31 and second rocking bar 37 that is in transmission connection with described second rocking arm 32 in two cam paths respectively; One side of second face cam 4 of the described second cam rocker arm mechanism offers cam path, is connected with the 3rd rocking bar 7 that is in transmission connection with described the 3rd rocking arm 30 in this cam path; The both sides end face of the 3rd face cam 3 of described the 3rd cam rocker arm mechanism is respectively arranged with cam path, is connected with the 4th rocking bar 39 that is in transmission connection with described the 4th rocking arm 18 and the 5th rocking bar 15 that is in transmission connection with described the 5th rocking arm 19 in two cam paths respectively.
Correspondence is equipped with elevating arc respectively in the rotating shaft of described first rocking arm 31, the 3rd rocking arm 30 and the 4th rocking arm 18, and the mouth of described first rocking bar 8, the 3rd rocking bar 7 and the 4th rocking bar 39 offers the sector that is connected by meshing transmission with corresponding elevating arc respectively; The mouth of described second rocking bar 37 and the 5th rocking bar 15 radially is fixed on respectively in the rotating shaft of cooresponding second rocking arm 32 and the 5th rocking arm 19.
Coaxial being set up in parallel of face cam in described each cam rocker arm mechanism.
Be respectively arranged with length-adjustable adjustment structure on described each connecting rod.
The coaxial sheave 28 that is installed with circumferentially offers annular groove on the outer peripheral face of this sheave 28 in the rear end of described center transmission shaft 43, and the mouth of described leverage 34 stretches in the described annular groove and is in transmission connection with sheave.
On the periphery of described axle sleeve 26, radially only revolve and be fixed with a permanent seat 41, the described first live splint gripping arm 24 radially is fixed on one and rotates on the fork 25 of assembling with described permanent seat 41, described straight line rotates switching mechanism and comprises the tooth bar that is axially fixed on the sleeve outer surface, radially is fixed with corresponding ingear elevating arc 42 with described tooth bar on described fork 25.
The cam rocker arm transmission device that the utility model cooperates by synchrodrive, control corresponding rocking arm and drive upset and the transmission action that clamping manipulator is finished tea pouch, the inner bag former of existing tea pouch is combined with outer bag sealed in unit, realize pipelining, improved the production efficiency of tea in bag greatly, and, utilize the cam rocker arm transmission device to drive rocking arm and connecting rod, the drive connection of its each mechanism is stable, the transmission accurate positioning, make complete machine have better operability, safety in utilization and be convenient to maintainability, simultaneously, adopt the low cost of manufacture of full mechanical transmission mechanism, install easy to adjustly, can be used for other similar needs on the equipment that the product transposition transmits.
Description of drawings
Fig. 1 is the left axonometric drawing of the utility model tea bag transposition conveyor for tea bag packaging machine;
Fig. 2 is the right axonometric drawing of the utility model tea bag transposition conveyor for tea bag packaging machine;
Fig. 3 is the front view of the utility model tea bag transposition conveyor for tea bag packaging machine;
Fig. 4 is the structural representation of first clamping manipulator in the tea bag transposition conveyor for tea bag packaging machine of the present utility model.
The specific embodiment
Tea bag transposition conveyor for tea bag packaging machine of the present utility model such as Fig. 1, Fig. 2, shown in Figure 3, it comprises cabinet 40, cabinet 40 mainly rises entire mechanism and installs and supporting role, first pinch mechanism and second pinch mechanism of synchronous transmission cooperation is installed on the cabinet 40 and drives first pinch mechanism respectively and the cam rocker arm transmission device of second pinch mechanism composition.
Wherein, first pinch mechanism comprises that rotation is assemblied in first clamping manipulator of first rocking arm, 31 upper ends, this first clamping manipulator comprises the axle sleeve 26 with first rocking arm, 31 normal-running fiies, be provided with first fixed clamping arm 23 and the first live splint gripping arm 24 that cooperatively interacts at axle sleeve 26 towards the front end of second clamping device, first fixed clamping arm 23 is by being bolted to the leading section of axle sleeve 26, the first live splint gripping arm 24 radially is fixed on a rotation and is assemblied on the fork 25 of permanent seat 41, this permanent seat 41 radially is fixed on the axle sleeve 26, the axis spatial vertical of the axis of fork 25 and axle sleeve 26.In axle sleeve, axially slide and be coated with a center transmission shaft 43, corresponding permanent seat 41 offers slotted hole on the sidewall of axle sleeve 26, on fork 25, radially be fixed with an elevating arc 42 that passes this slotted hole, on the outer peripheral face of center transmission shaft 43, axially be installed with the tooth bar (not looking out among the figure) that is in transmission connection with this elevating arc 42.It makes the first connecting rod of straight reciprocating motion vertically also to be connected with driving in the rear end of center transmission shaft 43, in the present embodiment, this first connecting rod comprises the sheave 28 with the 43 coaxial settings of center transmission shaft, sheave 28 and center transmission shaft 43 be coaxial to be connected or to be wholely set, circumferentially offer annular groove on the outer peripheral face of sheave 28, on first rocking arm 31, be hinged with a push rod 34, one end of this push rod 34 extend in the annular groove of this sheave 28 and is in transmission connection with sheave 28, the other end of push rod 34 is hinged with first connecting rod 33, one end of push rod 34 promotes sheave 28 axial motions in the annular groove of sheave 28, the other end of first connecting rod 33 is hinged with second rocking arm 32 by hinge axis, the rotating shaft 6 of first rocking arm 31 and the rotating shaft 36 of second rocking arm 32 be arranged in parallel, second rocking arm 32 and rotating shaft 6 coaxial are connected of first connecting rod 33 articulated hinges axles with first rocking arm.First rocking arm 31 and second rocking arm 32 are connected with the first cam rocker arm transmission device by its rotating shaft respectively.This first cam rocker arm transmission device comprises first face cam 9, on the both sides end face of first face cam 9, offer cam path respectively, be connected with first rocking bar 8 and second rocking bar 37 in the cam path of both sides respectively, in the rotating shaft 6 of first rocking arm 31, be coaxially arranged with first elevating arc 38 that is in transmission connection with first rocking bar 8, be provided with the sector that is connected by meshing transmission with first elevating arc 38 on the mouth of first rocking bar 8, the mouth of second rocking bar 37 radially is fixed in the rotating shaft 36 of second rocking arm 32.
Also radially ending spinning on axle sleeve 26 is furnished with and drives its swing connecting lever 27 along self rotational swing, this swing connecting lever 27 is connected with the 3rd rocking arm 30 by second connecting rod 29, the rotating shaft 5 of the 3rd rocking arm 30 is connected with the second cam rocker arm transmission device by coaxial second elevating arc 51 that sets firmly, the second cam rocker arm transmission device comprises second face cam 4, on a side end face of second face cam 4, offer cam path, be connected with in this cam path on the mouth of the 3rd rocking bar 7, the three rocking bars 7 and offer the sector that cooperates with cooresponding second elevating arc, 51 engaged transmission.
Second pinch mechanism comprises and being installed on the 4th rocking arm 18, transmit second clamping manipulator that cooperates synchronously with first clamping manipulator, this second clamping manipulator comprises and is installed in second fixed clamping arm 21 and the second live splint gripping arm 22 of the 4th rocking arm 18 towards first pinch mechanism, one end end, the middle part of the second live splint gripping arm 22 is hinged on the 4th rocking arm 18, end in the second live splint gripping arm 22 is connected with the 5th rocking arm 19 by third connecting rod 20, the 4th rocking arm 18 and the 5th rocking arm 19 are connected with the 3rd cam rocker arm transmission device by its rotating shaft respectively, the 3rd cam rocker arm mechanism comprises the 3rd face cam 3, on the both sides end face of the 3rd face cam 3, offer cam path respectively, be connected with the 4th rocking bar 39 and the 5th rocking bar 15 in the cam path of both sides respectively, coaxial the 3rd elevating arc 14 that is fixed with in the rotating shaft 16 of the 4th rocking arm 18, offer the sector that cooperates with the 3rd elevating arc 14 engaged transmission on the mouth of the 4th rocking bar 39, the rotating shaft of the mouth of the 5th rocking bar 15 and the 5th rocking arm 19 13 is coaxial captives joint.
In each cam rocker arm transmission device, first face cam 9, second face cam 4 and the 3rd face cam 3 coaxial ends that are fixed on main driving axle 1, to realize the synchronization action of each transmission device, be fixed with the synchronous pulley 2 of the driver train that is used to be in transmission connection at the other end of this main driving axle 1, adopt the stable drive of synchronous strap drive, accurately, and can prevent to skid, cooperate with inner bag former and outer bag the accurate of sealed in unit so that realize.Cabinet 40 is entire mechanism and Unit Installation and support unit, and each above-mentioned rotating shaft is assemblied on the cabinet 40 by the bearing parallel rotation respectively.The rotating shaft of each rocking arm all extends axially the sidewall that passes cabinet 40, and each rocking arm correspondence respectively radially is fixed on the end that the extension of cabinet is passed in corresponding rotating shaft; In each connecting rod, the equal adjustable-length in two ends of first connecting rod 33, second connecting rod 29 and third connecting rod 20, so that after equipment turns round wearing and tearing for a long time, the transmission positioning relation of individual mechanism is adjusted, make first pinch mechanism and second pinch mechanism in the equipment realize cooperating accurately.
When this tea bag indexing mechanism is installed on the packaging facilities, also a transition pinch mechanism need be set between the packaging mechanism of this indexing mechanism and tea pouch, this transition pinch mechanism is made up of a pair of arm 17,35 that pinches that swings up and down, two bare terminals that pinch arm 17,35 are respectively middle opening and are two bursts of prong like that cooperatively interact, two pinch arm 17,35 respectively with the rotating shaft of coaxial setting and axle sleeve is corresponding is in transmission connection, and this rotating shaft and axle sleeve are connected by meshing transmission by corresponding elevating arc 10,12 and the cooresponding driver train that is provided with on it respectively.
Equipment in the running, because each mechanism all drives by the cam rocker arm transmission device of coaxial assembling, it moves for carrying out synchronously, for ease of the action matching relationship of each mechanism of specification sheets, decompose in this action with each mechanism, separately the action to each transmission device describes.
From the tea pouch of tea in bag sealed in unit output at first by transition pinch mechanism clamping, the tea pouch of this moment is the horizontal state of sack towards the right side, first rocking arm 31 of first pinch mechanism is positioned at the end position on the left side, first fixed clamping arm 23 and the first live splint gripping arm 24 that cooperatively interact in first clamping manipulator are presented, vertical down pinches arm 17 from two of transition pinch mechanism, clamp tea pouch in 35 the opening, simultaneously, two of transition pinch mechanism pinches arm 17,35 decontrol tea pouch, the first cam rocker arm transmission device drives first rocking arm, 31 cws by first rocking bar 8 and swings from left to right, simultaneously, the second cam rocker arm mechanism drives 30 swings of the 3rd rocking arm by the 3rd rocking bar 7, the 3rd rocking arm 30 rotates by second connecting rod 29 pulling swing connecting levers 27, swing connecting lever 27 drives first clamping manipulator and rotates together, thereby realizes that tea pouch rotates 90 ° from the horizontal state and is sack perpendicular configuration state to the right.In the running of first pinch mechanism, drive 32 swings of second rocking arm by the first cam rocker arm transmission device by second rocking bar 37, second rocking arm 32 is done straight reciprocating motion with the center of the driving transmission shaft 43 that cooperates of sheave 28 by push rod 34 through first connecting rod 33 in axle sleeve 26, the elevating arc 42 driving pendulum rod 25 axial reciprocally swingings of tooth bar on the center transmission shaft 43 by being connected by meshing transmission, fork 25 drives the first live splint gripping arm 24 and makes opening and closing movement with respect to first fixed clamping arm 23, realizes clamping and the relieving of first pinch mechanism to tea pouch.
When first rocking arm 31 swings to the final position to the right, second clamping manipulator of second pinch mechanism just in time turns to the position that flushes with first clamping manipulator, after second clamping manipulator is clamped tea pouch, first clamping manipulator unclamps tea pouch, conter clockwise rotates 90 ° under the driving of the 4th rocking bar 39 of second clamping manipulator in the 3rd cam rocker arm mechanism, tea pouch is placed on the load-transfer device of cassette loading mechanism, tea pouch is sack upright state up, simultaneously, first pinch mechanism resets, and prepares to transmit next tea pouch.Thereby finished an actuation cycle of whole tea bag indexing mechanism.When second pinch mechanism moves, drive 19 swings of the 5th rocking arm by the 3rd cam rocker arm mechanism by the 5th rocking bar 15, the 5th rocking arm 19 drives the second live splint gripping arm 22 by third connecting rod 20 and makes opening and closing movement with respect to second fixed clamping arm 21, realizes clamping and the relieving of second pinch mechanism to tea pouch.
The utility model has adopted full mechanical transmission mechanism that inner bag former and outer bag heat-sealing equipment are organically linked together, realize the upset and transmission action of tea pouch by cam rocker arm mechanism, elevating arc, rocking arm, the connecting rod of three crankshaft drives, the drive connection of each mechanism is stable, the transmission accurate positioning, make complete machine have better operability, safety in utilization and maintainability, be convenient to staff's adjustment and maintenance, running noises is controlled in the corresponding standard standard.
Tea bag indexing mechanism of the present utility model can also adopt other forms of transmission device to realize, for example: in actual applications, in the first connecting rod, sheave 28 can also adopt axial location to connect and rotate the interior cover and the overcoat of assembling, in the interior overcoat one of them captiveed joint with the center transmission shaft is coaxial, one end of another and push rod 34 is hinged, also can realize same function; The first live splint gripping arm in first clamping manipulator also can adopt the micromotor that is installed in the permanent seat 41 to be in transmission connection, and parts such as cancellation first connecting rod, second rocking arm adopt travel switch to control between the relevant position of first rocking arm 31 and cabinet 40; Live splint gripping arm in second clamping manipulator can adopt in the 4th rocking arm calutron is set, by corresponding travel switch control is set in the rotating shaft of the 4th rocking arm; Be mode some inconvenience in the adjustment after the equipment attrition of this travel switch control; The rotating shaft that can also adopt each rocking arm is respectively by a motor-driven mode, each motor is by the microcomputerized control action sequence, but the cost of this mechanism is higher, the popularization that is unfavorable for equipment is quoted, and can improve production cost of products accordingly, the equivalent deformation of above-mentioned or the like transmission device all can reach the effect identical with embodiment of the present utility model, all those skilled in the art will readily appreciate that.
Claims (8)
1. tea bag transposition conveyor for tea bag packaging machine, it is characterized in that it mainly transmits first pinch mechanism, second pinch mechanism that cooperates synchronously and drive first pinch mechanism respectively and the cam rocker arm transmission device of second pinch mechanism is formed by being installed on the cabinet;
Described first pinch mechanism comprises respectively first rocking arm (31) that is in transmission connection with cooresponding cam rocker arm transmission device, second rocking arm (32) and the 3rd rocking arm (30), end at described first rocking arm (31) is rotatably equipped with first clamping manipulator, first clamping manipulator comprises the axle sleeve (26) with first rocking arm (31) normal-running fit, front end at axle sleeve (26) is provided with first fixed clamping arm (23) and the first live splint gripping arm (24) that cooperatively interacts, in axle sleeve (26), axially slide and be equipped with the center transmission shaft (43) that is in transmission connection by the straight line rotation switching mechanism and the first live splint gripping arm (24), the rear end of this center transmission shaft (43) is connected with and described first rocking arm (31) pivotally attached leverage (34), and this leverage (34) is in transmission connection by first connecting rod (33) and described second rocking arm (32); Radially end spinning and be furnished with a swing connecting lever (27) on described axle sleeve (26), this swing connecting lever (27) is in transmission connection by second connecting rod (29) and described the 3rd rocking arm (30);
Described second pinch mechanism comprises respectively the 4th rocking arm (18) and the 5th rocking arm (19) that is in transmission connection with cooresponding cam rocker arm transmission device, be equipped with described first clamping manipulator at the end of described the 4th rocking arm (18) and transmit second clamping manipulator that cooperates synchronously, this second clamping manipulator comprises second fixed clamping arm (21) and the second live splint gripping arm (22), and the described second live splint gripping arm (22) is in transmission connection by third connecting rod (20) and described the 5th rocking arm (19);
The shaft parallel setting of each above-mentioned rocking arm, the corresponding cam rocker arm transmission device that is in transmission connection with each rocking arm is synchronized with the movement.
2. tea bag transposition conveyor for tea bag packaging machine according to claim 1, it is characterized in that the second cam rocker arm mechanism that described cam rocker arm transmission device mainly is in transmission connection by the first cam rocker arm mechanism that is in transmission connection with described first rocking arm (31) and second rocking arm (32), with described the 3rd rocking arm (30) and form with the 3rd cam rocker arm mechanism that described the 4th rocking arm (18) and the 5th rocking arm (19) are in transmission connection.
3. tea bag transposition conveyor for tea bag packaging machine according to claim 2, it is characterized in that, described each cam rocker arm mechanism offers the face cam of cam path and the rocking bar formation that is in transmission connection with cam path by end face, wherein, offer cam path respectively on the both sides end face of first face cam (9) of the described first cam rocker arm mechanism, be connected with first rocking bar (8) that is in transmission connection with described first rocking arm (31) and second rocking bar (37) that is in transmission connection with described second rocking arm (32) in two cam paths respectively; One side of second face cam (4) of the described second cam rocker arm mechanism offers cam path, is connected with the 3rd rocking bar (7) that is in transmission connection with described the 3rd rocking arm (30) in this cam path; The both sides end face of the 3rd face cam (3) of described the 3rd cam rocker arm mechanism is respectively arranged with cam path, is connected with the 4th rocking bar (39) that is in transmission connection with described the 4th rocking arm (18) and the 5th rocking bar (15) that is in transmission connection with described the 5th rocking arm (19) in two cam paths respectively.
4. tea bag transposition conveyor for tea bag packaging machine according to claim 3, it is characterized in that, correspondence is equipped with elevating arc respectively in the rotating shaft of described first rocking arm (31), the 3rd rocking arm (30) and the 4th rocking arm (18), and the mouth of described first rocking bar (8), the 3rd rocking bar (7) and the 4th rocking bar (39) offers the sector that is connected by meshing transmission with corresponding elevating arc respectively; The mouth of described second rocking bar (37) and the 5th rocking bar (15) radially is fixed on respectively in the rotating shaft of cooresponding second rocking arm (32) and the 5th rocking arm (19).
5. tea bag transposition conveyor for tea bag packaging machine according to claim 4 is characterized in that, coaxial being set up in parallel of face cam in described each cam rocker arm mechanism.
6. tea bag transposition conveyor for tea bag packaging machine according to claim 1 is characterized in that, is respectively arranged with length-adjustable adjustment structure on described each connecting rod.
7. tea bag transposition conveyor for tea bag packaging machine according to claim 1, it is characterized in that, the coaxial sheave (28) that is installed with in the rear end of described center transmission shaft (43), circumferentially offer annular groove on the outer peripheral face of this sheave (28), the mouth of described leverage (34) stretches in the described annular groove and is in transmission connection with sheave.
8. tea bag transposition conveyor for tea bag packaging machine according to claim 1, it is characterized in that, on the periphery of described axle sleeve (26), radially only revolve and be fixed with permanent seat (41), the described first live splint gripping arm (24) radially is fixed on one and rotates on the fork (25) of assembling with described permanent seat (41), described straight line rotates switching mechanism and comprises the tooth bar that is axially fixed on the sleeve outer surface, radially is fixed with corresponding ingear elevating arc with described tooth bar (42) on described fork (25).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202899349U CN201793035U (en) | 2010-08-12 | 2010-08-12 | Tea bag transposition conveyor of tea bag packaging machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202899349U CN201793035U (en) | 2010-08-12 | 2010-08-12 | Tea bag transposition conveyor of tea bag packaging machine |
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| CN201793035U true CN201793035U (en) | 2011-04-13 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2010202899349U Expired - Lifetime CN201793035U (en) | 2010-08-12 | 2010-08-12 | Tea bag transposition conveyor of tea bag packaging machine |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101905756A (en) * | 2010-08-12 | 2010-12-08 | 凯迈(洛阳)机电有限公司 | Tea bag transposition conveyor for tea bag packaging machine |
| CN103466127A (en) * | 2013-09-09 | 2013-12-25 | 成都海科机械设备制造有限公司 | Bag catching device |
| CN108161922A (en) * | 2018-02-05 | 2018-06-15 | 河海大学常州校区 | A kind of feeding cam manipulator |
| CN111319816A (en) * | 2020-03-26 | 2020-06-23 | 嵊州航羽电子有限公司 | Circuit board production line packaging and transporting equipment |
-
2010
- 2010-08-12 CN CN2010202899349U patent/CN201793035U/en not_active Expired - Lifetime
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101905756A (en) * | 2010-08-12 | 2010-12-08 | 凯迈(洛阳)机电有限公司 | Tea bag transposition conveyor for tea bag packaging machine |
| CN101905756B (en) * | 2010-08-12 | 2012-02-22 | 凯迈(洛阳)机电有限公司 | Tea bag transposition conveyor for tea bag packaging machine |
| CN103466127A (en) * | 2013-09-09 | 2013-12-25 | 成都海科机械设备制造有限公司 | Bag catching device |
| CN103466127B (en) * | 2013-09-09 | 2015-01-07 | 成都海科机械设备制造有限公司 | Bag catching device |
| CN108161922A (en) * | 2018-02-05 | 2018-06-15 | 河海大学常州校区 | A kind of feeding cam manipulator |
| CN111319816A (en) * | 2020-03-26 | 2020-06-23 | 嵊州航羽电子有限公司 | Circuit board production line packaging and transporting equipment |
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Granted publication date: 20110413 |
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| CX01 | Expiry of patent term |