CN206087591U - Bagging apparatus is cut to reagent strips feed branch - Google Patents

Abstract

The utility model discloses a bagging apparatus is cut to reagent strips feed branch fixes on the board, and it is including fixing test card on the board is carried feed unit, is located the test card carry the feed unit top test card feeder unit, be located the test card carries the terminal test card of feed unit to cut the unit, be located the test card cut unit top reagent strips detecting element and with the reagent strips that the unit butt joint was cut to the test card goes into the bag unit, test card feeder unit including the second feed bin that slide to set up, be located second feed bin top is just carried out the absorption material loading unit of seesaw from top to bottom and is located the sticky tape feeder unit of second feed bin front end. The utility model discloses can realize automatic feed, automatic cutting and the automatic bagging -off of test card, pass through the sticky tape with the test card and bond into a whole automatically, can realize the continuous feed of test card, avoid the latency of equipment.

Description

A kind of reagent strip feed is cut into bagging apparatus

【Technical field】

The utility model belongs to reagent strip packing technique field, and more particularly to a kind of reagent strip feed is cut into packed Put.

【Background technology】

In the biologic medical industry for being currently undertaken by examining the production of detection reagent plate soon in vitro, the package handling of reagent strip is most Operation in the following ways：First reagent strip is cut by hilted broadsword cutting apparatus, then by hand picking, packing；Sacker Duan Caiyong is manually put into one by one reagent strip and drier, then Jing is sealed using sealing machine in pre-formed bags.Exist in production process Following drawback：

1) reagent strip cutting is cut using hilted broadsword, and efficiency is higher, but cannot automatic detection, result in the need for many people cut it is laggard Row detection is selected, and selects less efficient, and easily causes missing inspection, causes the generation of product quality problem；

2) test card cut into reagent strip and select it is qualified after, when different workshop sections (workshop) accumulating is used, easily cause The risk that the scratch of NC films or component drop, to rear end production puzzlement is caused；

3) artificial pack production efficiency is relatively low, needs a large amount of manual works, and cost of labor is higher.

Therefore, it is necessary to provide a kind of new biological reagent bar cutting packaging facilities to solve the above problems.

【Utility model content】

Main purpose of the present utility model is to provide a kind of reagent strip feed to cut into bagging apparatus, and it can realize test The Automatic-feeding of card, automatic cutting and automatic bagging, an entirety is connected into by test card by automatic adhesive tape application, can realize surveying The continuous feed of examination card, it is to avoid stand-by period of equipment.

The utility model is achieved through the following technical solutions above-mentioned purpose：A kind of reagent strip feed is cut into bagging apparatus, Gu It is scheduled on board, it includes the test card conveying feed unit being fixed on the board, feeds positioned at test card conveying Test card feed unit above unit, the test card positioned at test card conveying feed unit end are cut unit, are located at Reagent strip detector unit above test card cutting unit and cut the reagent strip that unit docks with the test card and enter Bag unit, the test card feed unit include slide arrange the second feed bin, positioned at second feed bin top and carry out Under the absorption feeding unit material and adhesive tape feed unit positioned at the second feed bin front end that moves forward and backward.

Further, the test card conveying feed unit includes transmission belt, is close to what the transmission belt surface was arranged The 7th actuator that running roller, the driving running roller are rotated.

Further, the test card cutting unit includes the 8th actuator, is carried out by the 8th actuator driving First cutting die of lower motion.

Further, second feed bin is set to two.

Further, before and after the absorption feeding unit material drives including the 9th actuator, by the 9th actuator and carries out Motion the tenth actuator, by the tenth actuator drive moved up and down the second connecting plate, be fixed on described second Some suction nozzles below connecting plate and the tape-stripping module being fixed on second connecting plate.

Further, the tape-stripping module includes the 11st actuator being fixed on second connecting plate, receives 11st actuator drives the 12nd actuator for carrying out side-to-side movement and is driven by 12 actuator and carries out The rubberizing plate of lower motion.

Further, the adhesive tape feed unit includes the second support being fixed on the board, is fixed on described the On two supports put rubber roll and positioned at it is described put below rubber roll receive rubber roll, put between rubber roll and the receipts rubber roll positioned at described Viscose board and driving the 12nd actuator for receiving rubber roll rotation.

Further, the reagent strip detector unit is CCD camera heads.

Further, the reagent strip enter bag unit including the 13rd actuator, by the 13rd actuator drive into 14th actuator of row rotational sliding movement and the opened with closed action is driven by the 14th actuator Three jaws.

Compared with prior art, the beneficial effect that the utility model reagent strip feed cuts into bagging apparatus is：Can be real Now the Automatic-feeding of test card, automatic cutting and automatic bagging, an entirety is connected into by test card by automatic adhesive tape application, can Realize the continuous feed of test card, it is to avoid stand-by period of equipment.

【Description of the drawings】

Fig. 1 is the structural representation of the utility model embodiment；

Fig. 2 is the structural representation that reagent strip feed cuts into bagging apparatus in the utility model embodiment；

Fig. 3 is that reagent strip feed cuts the structural representation that conveyer is clamped in bagging apparatus in the utility model embodiment Figure；

Fig. 4 is the structural representation that reagent strip feed cuts clamping device in bagging apparatus in the utility model embodiment；

Fig. 5 is that reagent strip feed cuts the structural representation that bag block is opened in bagging apparatus in the utility model embodiment；

Fig. 6 is the structural representation that reagent strip feed cuts into bagging apparatus in the utility model embodiment；

Fig. 7 is the structural representation that reagent strip feed cuts into bagging apparatus in the utility model embodiment；

Fig. 8 is that reagent strip feed cuts test card conveying feed unit and survey in bagging apparatus in the utility model embodiment The structural representation of examination card cutting unit；

Fig. 9 shows for the structure that reagent strip feed in the utility model embodiment cuts test card feed unit in bagging apparatus It is intended to；

Figure 10 shows for the structure that reagent strip feed in the utility model embodiment cuts adhesive tape feed unit in bagging apparatus It is intended to；

Figure 11 is that reagent strip feed cuts the structure that reagent strip in bagging apparatus enters bag unit in the utility model embodiment Schematic diagram；

Figure 12 is the structural representation that drier feed cuts off into bagging apparatus in the utility model embodiment；

Figure 13 is the structure that drier feed cuts off drier cutting unit in bagging apparatus in the utility model embodiment Schematic diagram；

Figure 14 is that drier feed cuts off the structure that drier in bagging apparatus enters bag unit in the utility model embodiment Schematic diagram；

Figure 15 is the structural representation of bag sealing device in the utility model embodiment；

Figure 16 is blanking output device schematic diagram in the utility model embodiment；

Numeral is represented in figure：

100 biological reagent bars cut packaging facilities；

1 board；

2 reagent strip feed are cut into bagging apparatus, 21 clamping conveyers, 211 first actuators, 212 first gripper shoes, 213 second actuators, 214 first jaws, 215 support bars, 216 connecting rods, 217 moving mass, 2171 grooves, 22 clamping devices, 221 the 3rd actuators, 222 first connecting plates, 223 second jaws, 224 open a bag block, 225 wind inlets；3 open the bag devices；

4 reagent strip feed are cut into bagging apparatus, 41 first supports, 42 first feed bins, 43 Rotary adsorption units, 431 rotations Block, 432 slide rails, 433 bar-shaped troughs, 434 limited posts, 435 arm-ties, 4351 strip ports, 44 binder units, 441 the 6th actuators, 442 pressing plates；

5 reagent strip feed are cut into bagging apparatus, 51 test cards conveying feed unit, 511 running rollers, 512 the 7th actuators, and 52 Test card feed unit, 521 second feed bins, 522 absorption feeding unit materials, 5221 the 9th actuators, 5222 the tenth actuators, 5223 Second connecting plate, 5224 the 11st actuators, 5225 the 12nd actuators, 5226 rubberizing plates, 523 adhesive tape feed units, 5231 Second support, 5232 put rubber roll, and 5233 receive rubber roll, and 5234 viscose boards, 5235 the 12nd actuators, 53 test cards cut unit, 531 the 8th actuators, 532 first cutting dies, 54 reagent strip detector units, 55 reagent strips enter bag unit, 551 the 13rd actuators, 552 the 14th actuators, 553 the 3rd jaws；

6 drier feed are cut off into bagging apparatus, 61 drier feed units, 62 drier cutting units, 621 the 4th folders Pawl, 622 the 15th actuators, 623 the 16th actuators, 624 second cutting dies, 625 the 16th actuators, 63 drier enter bag list Unit, 631 the 17th actuators, 632 the 18th actuators, 633 the 5th jaws；

7 bag sealing devices, 71 the 19th actuators, 72 heating fixture blocks, 73 second gripper shoes, 74 the 3rd connecting plates；

8 blanking output devices, 81 blanking units, 811 the 20th actuators, 812 the 21st actuators, 813 the 6th folders Pawl, 82 absorption blanking units, 821 the 22nd actuators, 83 rewinding transmission units, 84 second garbage collection boxes.

【Specific embodiment】

Embodiment：

Fig. 1-Figure 16 is refer to, the present embodiment is biological reagent strip cutting packaging facilities 100, and it includes board 1, is fixed on Reagent strip feed on board 1 cuts into bagging apparatus 2, is fixed on reagent strip feed and cuts and open bag into the front position of bagging apparatus 2 Device 3, cut along reagent strip feed the reagent strip feed set gradually into the conveying direction of bagging apparatus 2 cut into bagging apparatus 4, examination Agent bar feed is cut and is cut off into bagging apparatus 6, bag sealing device 7 and blanking output device 8 into bagging apparatus 5, drier feed.

Reagent strip feed to be cut include into bagging apparatus 2 and is located at the clamping conveyer 21 of the lower section of board 1 and positioned at clamping The clamping device 22 of the top of conveyer 21.Clamping conveyer 21 is through to another with clamping device 22 from this equipment one end End.

Clamping conveyer 21 include be fixed on board 1 the first actuator 211, by the first actuator 211 drive into First gripper shoe 212 of row side-to-side movement, the first grip unit being fixed in the first gripper shoe 212.First grip unit bag Include some second actuators 213 for being fixed in the first gripper shoe 212 and driven by the second actuator 213 and opened and closed Conjunction action it is some to the first jaw 214.The restocking of first gripper shoe 212 is provided with rotatable support bar 215, the first jaw 214 Fixation is set on support bar 215.A connecting rod 216, the second actuator have been fixedly connected with per between a pair first jaws 214 213 movable end is provided with moving mass 217, and moving mass 217 is internally provided with vertical groove 2171, and connecting rod 216 is housed in In groove 2171.By two powered motion blocks 217 of the second actuator 213 being oppositely arranged carry out it is reverse move forward and backward, transport Motion block 217 drives connecting rod 216 to move, and connecting rod 216 drives the first jaw 214 to move, and the first jaw 214 drives and supports simultaneously Bar 215 rotates, and is opened and closure so as to support bar 215 drives other first jaws 214 being fixed thereon to move together Action.

Clamping device 22 includes some 3rd actuators 221 arranged along product conveying direction both sides and by the 3rd driving Part 221 drives the second grip unit opened with closed action.Second grip unit include the first connecting plate 222, etc. between Away from the second jaw 223 being fixed on the first connecting plate 222.On the second jaw 223 that drier and reagent strip enter bag position It is fixedly installed out bag block 224.Open the cambered surface that surface scan when strutting with pre-formed bags is provided with the apparent surface of bag block 224, arc Some wind inlets 225 are provided with face, for adsorbing the surface of pre-formed bags, pre-formed bags are pulled open.

Open the bag device 3 includes two pairs of suction nozzles being oppositely arranged, drives suction nozzle to be drawn close the 4th driving with separating action Part.

Reagent strip feed cuts the operation principle into bagging apparatus 2：

1) the first jaw 214 clamps the bottom of pre-formed bags；

2) the first actuator 211 drives all of first jaw 214 to left movement certain distance；

3) the second jaw 223 clamps the top of pre-formed bags；

4) the first actuator 211 drives all of first jaw 214 to return to the right；

5) the first jaw 214 start repeat step 1) action, so as to realize pre-formed bags step by step from one end transmission To the other end.In the present embodiment, the transmission for once realizing two pre-formed bags is carried.

Reagent strip feed is cut to be included first support 41, is slidably arranged in two of the top of first support 41 into bagging apparatus 4 First feed bin 42, from the Rotary adsorption unit 43 of the lower section feeding of the first feed bin 42 and the binder list positioned at the top of the first feed bin 42 Unit 44.

Rotary adsorption unit 43 includes the 5th actuator (not indicating in figure), is carried out 90 ° of rotations by the driving of the 5th actuator Some suction nozzles of sliding motion.The round end of the 5th actuator is fixedly installed spill spin block 431, and spill spin block 431 is internally provided with Slide in chute, chute and be provided with slide rail 432, suction nozzle is arranged on the end of slide rail 432.It is provided with restriction in first support 41 to slide The bar-shaped trough 433 of the rotating range of rail 432, the other end of slide rail 432 middle part is provided with the limited post 434 being housed in bar-shaped trough 433. The surface of first support 41 is also movably set with the arm-tie 435 of the motion of auxiliary stopper post 434, and the surface of arm-tie 435 is provided with penetrating Strip port 4351, limited post 434 is housed in strip port 4351.

Binder unit 44 include be fixed in first support 41 the 6th actuator 441, by the 6th actuator 441 drive into The pressing plate 442 that row moves up and down.The bottom of first feed bin 42 is penetrating port structure, and just Rotary adsorption unit 43 is from the first feed bin Draw pre-formed bags in 42 bottoms.

Operating personnel overlay pre-formed bags in the first feed bin 42, and pressing plate 442 pushes down the upper surface of pre-formed bags；Rotary adsorption Unit 43 takes out pre-formed bags absorption from the bottom of the first feed bin 42, is then rotated by 90 ° so that pre-formed bags are changed into from horizontality Plumbness, in rotary course, suction nozzle falls before and just start after certain altitude rotation, to prevent pre-formed bags to be subject to when rotated Space interference；After the first jaw 214 that reagent strip feed is cut in bagging apparatus 2 catches pre-formed bags both sides, suction nozzle just loses heart, And carry out the grasping movement of next pre-formed bags.The feeding of abundance is provided for operating personnel by arranging two the first feed bins 42 Time, equipment is stared in real time without the need for operating personnel, only need timing to supplement pre-formed bags.

Because the cutting of reagent strip is the bottleneck operation of whole equipment, therefore reagent strip feed is cut into bag in the present embodiment Device 5 is provided with two along product conveying direction, while cutting out two reagent strips is incorporated to bag, packaging efficiency is improved into one Times.Reagent strip feed cuts bagging apparatus 5 including test card conveying feed unit 51, on test card conveying feed unit 51 The test card feed unit 52 of side, the test card cutting unit 53 that feed unit 51 end is conveyed positioned at test card, positioned at test The reagent strip detector unit 54 of the top of card cutting unit 53 and the reagent strip docked with test card cutting unit 53 enter bag unit 55.Test card cutting unit 53 front end is provided with the first garbage collection box (not indicating in figure).

Test card conveying feed unit 51 includes transmission belt, is close to the running roller 511, drive roller wheel of transmission belt surface setting 511 the 7th actuators 512 for being rotated.Test card cutting unit 53 is including the 8th actuator 531, by the 8th actuator 531 The first cutting die 532 that driving is moved up and down.By the up and down motion of the first cutting die 532, the cutting work(to test card is realized Energy.In the present embodiment, the 8th actuator 531 adopts actuated by cams form, realizes the drive of the up and down motion to the first cutting die 532 It is dynamic.

Test card feed unit 52 include sliding arrange two the second feed bins 521, positioned at the top of the second feed bin 521 and enter Absorption feeding unit material 522 and the adhesive tape feed unit 523 positioned at the front end of the second feed bin 521 that row is moved forward and backward up and down.Absorption Feeding unit material 522 includes the 9th actuator 5221, the tenth actuator for being moved forward and backward is driven by the 9th actuator 5221 5222nd, driven the second connecting plate 5223 for being moved up and down, be fixed under the second connecting plate 5223 by the tenth actuator 5222 Some suction nozzles and the tape-stripping module being fixed on the second connecting plate 5223 of side.Tape-stripping module includes being fixed on second The 11st actuator 5224 on connecting plate 5223, the 12nd driving for carrying out side-to-side movement is driven by the 11st actuator 5224 Part 5225 and the rubberizing plate 5226 moved up and down by the driving of 12 actuator 5225.Adhesive tape feed unit 523 includes solid The second support 5231 being scheduled on board 1, the rubber roll 5232 of putting being fixed in second support 5231 are put under rubber roll 5232 with being located at Side receives rubber roll 5233, revolves positioned at the viscose board 5234 and driving receipts rubber roll 5233 put between rubber roll 5232 and receipts rubber roll 5233 The 12nd actuator 5235 for turning.

Reagent strip detector unit 54 is CCD camera heads.

Reagent strip enters that bag unit 55 is essentially identical with the structural principle of Rotary adsorption unit 43, and it includes the 13rd actuator 551st, being driven by the 13rd actuator 551 carries out the 14th actuator 552 of 90 ° of rotational sliding movements and by the 14th driving Part 552 drives the 3rd jaw 553 opened with closed action.

Reagent strip feed cuts the operation principle into bagging apparatus 5：

1) operating personnel put into test card to be cut in the second feed bin 521；

2) the tape-stripping module adsorbed in feeding unit material 522 clings piece of tape；

3) adsorb the suction in feeding unit material 522 and live a piece of test card, adhesive tape is located at the front end top of test card；

4) adsorb feeding unit material 522 test card is transported to transmission belt, while rubberizing plate 6226 by tape-stripping front A piece of test card and the junction of current test card, connect into an entirety, in order to whole piece test card can jointly before Enter；

5) test card of test card cutting unit 53 position is moved to, is clamped by the 3rd jaw 553, and by the first knife Mould 532 cuts into reagent strip；

6) reagent strip after cutting is detected by reagent strip detector unit 54；

If 7) reagent strip detection is unqualified, the 3rd jaw 553 directly unclamps reagent strip, and reagent strip falls into the first waste material receipts In collection box；If reagent strip detection is qualified, the 3rd jaw 553 is rotated by 90 °, and reagent strip is changed into plumbness from horizontality；

8) already at softened state, the 3rd jaw 553 unclamps the pre-formed bags positioned at the lower section of the 3rd jaw 553, reagent strip In falling into pre-formed bags.

Drier feed cuts off includes what drier feed unit 61 was docked with drier feed unit 61 into bagging apparatus 6 Drier cutting unit 62 and the drier docked with drier cutting unit 62 enter bag unit 63.Drier feed unit 62 Using rolling drier automatic discharging.Drier cutting unit 62 includes feeding module with cut-out module.Feeding module includes folder 4th jaw 621 of tight drier, drive the 4th jaw 621 opened the 15th actuator 622 with closed action and The 16th actuator 623 for driving the 15th actuator 622 to be moved forward and backward.Cut-out module includes the second of cut-out drier The 16th actuator 625 that cutting die 624 and the second cutting die 624 of driving are moved up and down.Drier enters bag unit 63 with examination It is essentially identical that agent bar enters the structure of bag unit 55, and it includes the 17th actuator 631, driven by the 17th actuator 631 and carry out 90 ° 18th actuator 632 of rotational sliding movement and the opened with closed action is driven by the 18th actuator 632 Five jaws 633.

Drier feed cuts off the operation principle into bagging apparatus 6：Rolling drier, Jing watches feeding module feeding, cutting knife Cut as the drier of single packet form, then enter bag unit 63 by drier and load to open in the pre-formed bags after bag.

Bag sealing device 7 includes the 19th actuator 71 arranged along product conveying direction both sides and by the 19th actuator 71 drive the heating fixture block 72 opened with closed action.19th actuator 71 is fixed on one height-adjustable second In gripper shoe 73, the second gripper shoe 73 adjusts height by screw rod.The movable end of 19th actuator 71 is provided with the 3rd connecting plate 74, heat the front end that fixture block 72 is resiliently arranged in the 3rd connecting plate 74.Being internally provided with for the apparent surface of heating fixture block 72 adds Heat pipe.

Blanking output device 8 includes cutting the blanking unit 81 and blanking unit docked into bagging apparatus 2 with reagent strip feed The absorption blanking units 82 of 81 docking, the rewinding transmission unit 83 below absorption blanking unit 82 and positioned at blanking unit The second garbage collection box 84 between 81 and absorption blanking unit 82.It is basic that blanking unit 81 enters the structure of bag unit 55 with reagent strip Identical, it includes the 20th actuator 811, is carried out the 21st of 90 ° of rotational sliding movements by the driving of the 20th actuator 811 Actuator 812 and driven by the 21st actuator 812 and opened the 6th jaw 813 with closed action.Absorption blanking The suction nozzle that unit 82 drives before and after carrying out including the 22nd actuator 821, by the 22nd actuator 821, moves up and down.

The present embodiment biological reagent bar cuts the operation principle of packaging facilities 100：

1) operating personnel first will pile pre-formed bags in the first feed bin 42, and test card is piled in the second feed bin 521, and dry Drier reel is put on drying prescription feed unit 61；

2) pre-formed bags are changed into plumbness by Rotary adsorption unit 43 from horizontality, and by the first jaw 214 transmission is clamped To next station；

3) open the bag device 3 slightly struts flat pre-formed bags, and is sent to next station by the clamping of the first jaw 214；

4) cut into the position of bagging apparatus 5 in reagent strip feed, test card passes through automatic charging, auto-feed, automatic cutting Into reagent strip, and enter bag automatically after automatic detection, and next station is sent to by the clamping of the first jaw 214；

5) cut off into the position of bagging apparatus 6 in drier feed, the drier of web-like passes through to automatically cut off into single drier, And the automatic transporting of bag unit 63 is entered by drier enter bag, next station is sent to by the clamping of the first jaw 214；

6) pre-formed bags of reagent strip and drier are put into, through bag sealing device 7 automatic bag sealing process are carried out, after by first folder The clamping of pawl 214 is sent to next station；

7) packaged reagent strip packaging bag is exported rewinding by blanking output device 8.

The present embodiment biological reagent bar cuts the beneficial effect of packaging facilities 100：The automatic of pre-formed bags can be realized Support bag, automatic bag sealing action；And automatic charging, auto-feed, the automatic cutting of test card can be realized into reagent strip, and through certainly Enter bag automatically after dynamic detection；Drier can also be realized automatically feeds, automatically cuts off and enters automatically a series of automations such as bag Action；The full-automatic operation of reagent strip cutting packaging is realized, manpower and cost is saved, packaging efficiency is substantially increased.

Above-described is only some embodiments of the present utility model.For the person of ordinary skill of the art, On the premise of design is created without departing from the utility model, some deformations and improvement can also be made, these belong to this practicality New protection domain.

Claims (9)

1. a kind of reagent strip feed is cut into bagging apparatus, is fixed on board, it is characterised in that：It includes being fixed on the board On test card conveying feed unit, positioned at the test card convey feed unit above test card feed unit, positioned at institute The test card cutting unit for stating test card conveying feed unit end, the reagent strip cut positioned at the test card above unit are examined The reagent strip surveyed unit and dock with test card cutting unit enters bag unit, and the test card feed unit includes sliding The second feed bin for arranging, positioned at second feed bin top and the absorption feeding unit material that moved forward and backward up and down and positioned at institute State the adhesive tape feed unit of the second feed bin front end.

2. reagent strip feed as claimed in claim 1 is cut into bagging apparatus, it is characterised in that：The test card conveying feeding is single The 7th actuator that unit is rotated including transmission belt, the running roller for being close to the transmission belt surface setting, the driving running roller.

3. reagent strip feed as claimed in claim 1 is cut into bagging apparatus, it is characterised in that：The test card cuts unit bag Include the 8th actuator, the first cutting die for being moved up and down is driven by the 8th actuator.

4. reagent strip feed as claimed in claim 1 is cut into bagging apparatus, it is characterised in that：Second feed bin is set to two It is individual.

5. reagent strip feed as claimed in claim 1 is cut into bagging apparatus, it is characterised in that：The absorption feeding unit material includes 9th actuator, by the 9th actuator drive moved forward and backward the tenth actuator, by the tenth actuator drive The second connecting plate for being moved up and down, some suction nozzles being fixed on below second connecting plate connect with being fixed on described second Tape-stripping module on fishplate bar.

6. reagent strip feed as claimed in claim 5 is cut into bagging apparatus, it is characterised in that：The tape-stripping module includes The 11st actuator that is fixed on second connecting plate, driven by the 11st actuator and carry out the tenth of side-to-side movement Two actuators and the rubberizing plate moved up and down by 12 actuator driving.

7. reagent strip feed as claimed in claim 1 is cut into bagging apparatus, it is characterised in that：The adhesive tape feed unit includes The second support that is fixed on the board, it is fixed on putting rubber roll and be located at described putting below rubber roll in the second support Receive rubber roll, the 12nd drive rotated positioned at the viscose board put between rubber roll and the receipts rubber roll and the driving receipts rubber roll Moving part.

8. reagent strip feed as claimed in claim 1 is cut into bagging apparatus, it is characterised in that：The reagent strip detector unit is CCD camera heads.

9. reagent strip feed as claimed in claim 1 is cut into bagging apparatus, it is characterised in that：The reagent strip enters bag unit bag Include the 13rd actuator, carried out the 14th actuator of rotational sliding movement and by described by the 13rd actuator driving 14th actuator drives the 3rd jaw opened with closed action.