CN207275102U - Blood bag enters bagging apparatus and blood bag packaging facilities - Google Patents
Blood bag enters bagging apparatus and blood bag packaging facilities Download PDFInfo
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- CN207275102U CN207275102U CN201721153606.4U CN201721153606U CN207275102U CN 207275102 U CN207275102 U CN 207275102U CN 201721153606 U CN201721153606 U CN 201721153606U CN 207275102 U CN207275102 U CN 207275102U
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- bag
- packaging bag
- blood bag
- packaging
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Abstract
The utility model discloses a kind of blood bag and enters bagging apparatus and blood bag packaging facilities, the blood bag, which enters bagging apparatus, includes the blood bag transport mechanism on a plummer and the baffle mechanism above the blood bag transport mechanism, the blood bag transport mechanism is used to carry blood bag and forwards blood bag to having already turned in the packaging bag of sack, the baffle mechanism includes plate washer and barrier driving part, the baffle can move back and forth up and down under the driving effect of the barrier driving part, for stopping to the blood bag stretched into packaging bag, blood bag is set to depart from when blood bag transport mechanism retracts backward with blood bag transport mechanism and stay in packaging bag.The utility model can realize that mechanization is opened and be packaged into the packaging bag for opening sack, so as to fulfill mechanical packaging blood bag.
Description
Technical field
Blood bag packing technique field is the utility model is related to, more particularly to a kind of blood bag enters bagging apparatus and blood bag packaging is set
It is standby.
Background technology
Required according to blood station quality control procedure, blood sampling mechanism by blood bag send to before blood unit, it is necessary to blood bag into
Row secondary package, it is therefore an objective to play the role of second protection to blood product, to reduce blood bag in storage and transportational process because of meaning
It is outer damage and cause blood to pollute.
At present, blood bag secondary package is mostly and has been manually done, that is, operating personnel first open the package opening, and blood bag is put
Put in packaging bag, then paste sealing.A large amount of operating personnel are so needed, labour cost is high, increases maloperation and blood bag is contaminated
Risk.How mechanical packaging blood bag is realized, in particular how mechanization loads blood bag in the packaging bag for opening sack, carries
High blood bag packaging efficiency, becomes this area research and development focus.
Utility model content
The main purpose of the utility model is that providing a kind of blood bag enters bagging apparatus and blood bag packaging facilities, it is intended to realizes machine
Or robotically blood bag is loaded in the packaging bag for opening sack, so as to fulfill mechanical packaging blood bag.
To achieve these goals, a kind of blood bag of the utility model offer enters bagging apparatus, and the blood bag, which enters bagging apparatus, to be included
Blood bag transport mechanism on a plummer and the baffle mechanism above the blood bag transport mechanism, the blood bag pass
Mechanism is sent to be used to carry blood bag and forward blood bag to having already turned in the packaging bag of sack, the baffle mechanism includes plate washer
With barrier driving part, the baffle can move back and forth up and down under the driving effect of the barrier driving part, for stretching into
Blood bag in packaging bag is stopped, blood bag is departed from when blood bag transport mechanism retracts backward with blood bag transport mechanism and is stayed in
In packaging bag.
Preferably, the blood bag transport mechanism includes supporting rack, line slideway auxiliary, the supporting item for carrying blood bag and branch
Support member actuator, support frame as described above are installed on the plummer, and the supporting item can be front and rear sliding by the line slideway auxiliary
It is installed on dynamicly on support frame as described above, the supporting item actuator is connected with support frame as described above to drive the supporting item described
Front and rear reciprocating movement on supporting rack.
Preferably, the blood bag transport mechanism includes further including the pallet for holding blood bag, and the front end of the pallet is set
There is opening, the upper front end of the supporting item is equipped with the pallet mounting portion for being used for placing the pallet, and the pallet is removable
It is installed on pallet mounting portion with unloading and limits pallet back-and-forth motion.
Preferably, removably connected by the cooperation of pin and pin hole between pallet and the pallet mounting portion
Connect.
To achieve these goals, the utility model also provides a kind of blood bag packaging facilities, the blood bag packaging facilities bag
Include storage bag device, packaging bag device for opening, foregoing blood bag and enter bagging apparatus, packaging bag heat sealing device and finished product discharge dress
Put, wherein：
The storage bag device is used to stack packaging bag in the form of pile and supply packaging bag automatically to packaging bag device for opening；
The packaging bag device for opening is used to be moved to finished product discharger from the crawl packaging bag of storage bag device, opens bag
The sack of pack, and be loaded into the packaging bag after blood bag and move packaging bag heat sealing device progress heat sealing to；
The blood bag transport mechanism that the blood bag enters bagging apparatus is used to blood bag being sent in the packaging bag for having already turned on sack,
The baffle mechanism that the blood bag enters bagging apparatus is used to stay blood bag the blood bag entered in packaging bag and the disengaging of blood bag transport mechanism
In packaging bag；
The packaging bag heat sealing device is used to carry out heat sealing to the packaging bag after loading blood bag；
The finished product discharger is used to discharge the packaging bag after heat sealing.
Preferably, the storage bag device include supporting plate, supporting plate lifting actuator, the packaging bag box for stacking packaging bag,
And first photoelectric sensor, open wide in order to which upper adsorbing mechanism captures the superiors from packaging bag box at the top of the packaging bag box
Packaging bag, the supporting plate is fixed on supporting plate lifting actuator, and the packaging bag box is carried on supporting plate, the supporting plate
Lifting actuator is used for lifting supporting plate, to change the position height of the superiors' packaging bag in packaging bag box, the packaging bag box
Side is provided with windowing, and first photoelectric sensor is installed on plummer and is set described in face at windowing, with through institute
State the position height of windowing monitoring the superiors packaging bag.
Preferably, the packaging bag device for opening includes frame body, upper adsorbing mechanism, the first power set, lower adsorbing mechanism
And bag mechanism is pulled, the frame body, lower adsorbing mechanism and bag mechanism is pulled on the plummer, the upper adsorbing mechanism passes through
First power set are installed on the frame body, and the upper adsorbing mechanism can be with the action of first power set
Moved back and forth along horizontally and vertically direction, to capture packaging bag at storage bag device and be moved to the upper of the lower adsorbing mechanism
Side, the lower adsorbing mechanism and lower adsorbing mechanism are respectively used to adsorb and pull upper side and the downside of packaging bag to open bag
The sack of pack, the bag mechanism that pulls include two clamping jaws and the second power set, and second power set include the second water
Flat actuator, clamping jaw actuator and synchronizing moving driving mechanism, second horizontal drive mechanism be used for drive two clamping jaws to
Before be moved to packaging bag position, and next step heat sealing process, the folder are moved back into after packaging bag is clamped
Pawl actuator is used for the both sides of the edge for driving the clamping jaw to open and then clamp packing bag mouth, the synchronizing moving driving mechanism
Progressively drawn close while for driving two clamping jaws to be pulled above and below upper adsorbing mechanism and lower adsorbing mechanism in packaging bag to centre,
And it is located remotely from each other for driving two clamping jaws to enter in blood bag after packaging to pull straight packaging sack.
Preferably, the packaging bag heat sealing device includes mounting bracket, heat sealing mechanism and foreign matter detection mechanism, institute
State heat sealing mechanism and foreign matter detection mechanism is installed on the mounting bracket, the heat sealing mechanism is used to arrange finished product
Go out the packaging bag equipped with blood bag to be packaged on device and carry out heat sealing, the foreign matter detection mechanism is arranged on the hot-melting sealing machine
The front of structure, heat sealing position is treated for detecting the sack for whether having foreign matter to reach packaging bag in packaging bag before heat sealing
Put.
Preferably, the finished product discharger is arranged on the front side for being arranged on packaging bag heat sealing device, the finished product
Discharger includes motor, rolling Kun motor-driven and is stretched in rolling Kun upper conveyor belts, and the finished product discharger is in biography
The front end of band is sent to be additionally provided with discharge sliding slot.
The blood bag of the utility model enters bagging apparatus and blood bag packaging facilities, can realize that mechanization is opened and be packaged into opening bag
In the packaging bag of mouth, so as to fulfill mechanical packaging blood bag.
Brief description of the drawings
Fig. 1 is the structure diagram of one embodiment of the utility model blood bag packaging facilities.
Fig. 2 is the structure diagram of blood bag transport mechanism in blood bag packaging facilities shown in Fig. 1, wherein showing to match somebody with somebody therewith in the lump
The pallet of conjunction.
Fig. 3 is placed in blood bag transport mechanism for pallet shown in Fig. 2, and the schematic diagram after blood bag is placed in pallet, its
Middle pallet is in extended position.
Fig. 4 is that pallet shown in Fig. 3 is located at the schematic diagram that initial position is in blood bag transport mechanism.
Fig. 5 is the structure diagram of baffle mechanism in blood bag packaging facilities shown in Fig. 1.
Fig. 6 is the structure diagram of finished product discharger in blood bag packaging facilities shown in Fig. 1.
Fig. 7 is the structure diagram of packaging bag device for opening in blood bag packaging facilities shown in Fig. 1.
Fig. 8 is the structure diagram of upper adsorbing mechanism in packaging bag device for opening shown in Fig. 7.
Fig. 9 is the structure diagram of lower adsorbing mechanism in packaging bag device for opening shown in Fig. 7.
Figure 10 is the structure diagram that bag mechanism is pulled in packaging bag device for opening shown in Fig. 7.
Figure 11 is that packaging bag device for opening shown in Fig. 1 captures packaging bag to opening the schematic diagram behind bag position.
Figure 12 is the structure diagram of storage bag device in blood bag packaging facilities shown in Fig. 1.
Figure 13 is the structure diagram of packaging bag heat sealing device in blood bag packaging facilities shown in Fig. 1, wherein showing in the lump
Go out finished product discharger and pull bag mechanism.
The structure diagram that Figure 14 packaging bag heat sealing devices shown in Figure 13 are regarded by another angle.
Figure 15 is the front view of packaging bag heat sealing device shown in Figure 14, and which part component is removed.
Figure 16 is the front view of heat sealing mechanism shown in Figure 14.
Figure 17 is the side view of foreign matter detection mechanism and heat sealing mechanism in packaging bag heat sealing device shown in Figure 14.
Figure 18 is the structure diagram of foreign matter detection mechanism shown in Figure 14.
The embodiments will be further described with reference to the accompanying drawings for the realization, functional characteristics and advantage of the utility model aim.
Embodiment
It should be appreciated that the specific embodiments described herein are not used to limit only to explain the utility model
The utility model.
As Fig. 1 to Figure 18 show an embodiment of the utility model blood bag packaging facilities.In the present embodiment, blood bag bag
Standby plummer 100, storage bag device 1, packaging bag device for opening 2, the blood bag of including of installing enters bagging apparatus 3, packaging bag heat sealing dress
Put 4 and finished product discharger 5.Storage bag device 1, packaging bag device for opening 2, blood bag enter bagging apparatus 3, packaging bag heat sealing device
4 and finished product discharger 5 be installed on plummer 100.
With reference to Fig. 1, Figure 11 and Figure 12, storage bag device 1 is used to supply packaging bag 10 to packaging bag device for opening 2.Storage bag fills
Putting 1 includes supporting plate 11, supporting plate lifting actuator 12 and the packaging bag box 13 for stacking packaging bag 10.The top of packaging bag box 13 is spacious
Open the packaging bag 10 that the superiors are captured from packaging bag box 13 in order to upper adsorbing mechanism 23.Supporting plate 11 is fixed on supporting plate lifting and drives
On moving part 12, packaging bag box 13 is carried on supporting plate 11.Supporting plate lifting actuator 12 is used for lifting supporting plate 11, to change packaging bag
The position height of the superiors' packaging bag 10 in box 13.Supporting plate lifting actuator 12 can use cylinder, electric cylinders or chain power-up
Machine isoline driving mechanism, it is preferred to use electric cylinders.
Storage bag device 11 further comprises the first photoelectric sensor 14 and controller (not shown), packaging bag box 13
Side is provided with windowing 131, and the first photoelectric sensor 14 is installed on plummer 100 and is set at face windowing 131, to pass through
The position height of the monitoring of windowing 131 the superiors packaging bag 10.Windowing 131 is vertically extending to packaging by the top of packaging bag box 13
The bottom of bag box 13.When packaging bag 10 is removed, the position height of the superiors' packaging bag 10 is less than first photoelectric sensor 14
Position height when, the first photoelectric sensor 14 131 can't detect packaging bag 10 by windowing, and signal can be fed back to control
Device, controller control supporting plate lifting actuator 12 drive supporting plate 11 to rise, are higher than the position height of the superiors' packaging bag 10 and are somebody's turn to do
The position height of photoelectric sensor, realization automatically feed packaging bag 10.First photoelectric sensor 14 is installed on by supporting rack 141
Plummer 100, and setting height(from bottom) position-adjustable of first photoelectric sensor 14 on supporting rack 141.
Storage bag device 11 further comprises the second photoelectric sensor 15, and the second photoelectric sensor 15 is installed under supporting plate 11
Side, supporting plate 11 correspond to the second photoelectric sensor 15 and are equipped with first through hole 111, and the bottom of packaging bag box 13 is correspondingly arranged on sensor
Hole 132, the second photoelectric sensor 15 monitor packaging bag 10 by the gauge hole 132 of 13 bottom of packaging bag box and use up situation, use
Alarm can be sent by controller when to the greatest extent.
The 11 upside trihedral of supporting plate of storage bag device 11 is into there is rib 112, simultaneously formed with opening 113 (as shown in Figure 9),
The accommodating space (not indicated in Fig. 9) of accommodating packaging bag box 13 is surrounded by rib 112 and supporting plate 11, packaging bag box 13 can be by opening
The push-in of mouth 113 and pull-out accommodating space.
The upside of supporting plate 11 is provided with fool proof buckle 114, and fool proof buckle 114 is arranged on the opposite of opening 113, for packaging bag
Box 13 is positioned, so that packaging bag box 13 is installed on supporting plate 11 by correct direction.The bottom side of packaging bag box 13 corresponds to
Fool proof buckle 114 is equipped with notch 133.
Storage bag device 11 further comprises the 3rd photoelectric sensor 16, and the 3rd photoelectric sensor 16 is installed under supporting plate 11
Side, supporting plate 11 correspond to the 3rd photoelectric sensor 16 and are equipped with the second through hole 115, and the 3rd photoelectric sensor 16 passes through the second through hole 115
In place whether monitoring packaging bag box 13 placed, not in place, can send alarm by controller.
3rd photoelectric sensor 16 is arranged on the opposite of opening 113 and with fool proof buckle 114 in being arranged side by side, to monitor packaging
Whether the notch 133 of bag box 13 coordinates in place with fool proof buckle 114.
Storage bag device 1 further comprises guiding axis 17 and guide bearing 18, and guide bearing 18 is installed on plummer 100,
The upper end of guiding axis 17 is fixedly connected with supporting plate 11, and the lower end of guiding axis 17 is passed down through guide bearing 18.Under guiding axis 17
End sets finite place piece 171, departs from plummer 100 to prevent guiding axis 17 from moving up excess.
With reference to Fig. 1 and Fig. 7 to Figure 11, packaging bag device for opening 2 includes frame body 22, upper adsorbing mechanism 23, the first power
Device 24, lower adsorbing mechanism 25 and pull bag mechanism 26.Frame body 22, lower adsorbing mechanism 25 and pull bag mechanism 26 and be installed on plummer
On 100, upper adsorbing mechanism 23 is installed on frame body 22 by the first power set 24, and upper adsorbing mechanism 23 is in the first power set
It can be moved back and forth under the action of 24 along horizontally and vertically direction, to capture packaging bag 10 at storage bag device 1 and be moved to down
The top of adsorbing mechanism 25, lower adsorbing mechanism 25 and lower adsorbing mechanism 25 are respectively used to adsorb and pull packaging bag 10 (such as Fig. 7 institutes
Show) upper side and downside with open the package 10 sack.
With reference to Fig. 2 and Fig. 3, upper adsorbing mechanism 23 includes upper suction cup carrier 231 and installed in the multiple of the upper downside of suction cup carrier 231
Upper sucker 232.Upper sucker 232 can provide adsorption capacity by external vacuum pump.
In the present embodiment, the quantity of upper sucker 232 is four, and four upper sucker 232 rectangular array distributions.Upper suction
The installation site of disk 232 is adjusted to be applicable in different size of packaging bag 10.The quantity and installation site of upper sucker 232 not office
Limit is in this way, respective change can be carried out as needed, as long as packaging bag 10 can be picked up smoothly, and coordinate lower adsorbing mechanism 25 can
Open the package 10 sack.For example, in other embodiments, upper sucker 232 can also be three and battle array triangular in shape
Column distribution, or for five, i.e., the center of sucker 232 sets sucker on one again on four of rectangular array distribution
232。
As a further improvement, upper adsorbing mechanism 23 further comprises sucker actuator 233, upper sucker actuator 233
It is connected between sucker 232 and upper suction cup carrier 231, is moved for driving under upper 232 in the vertical direction of sucker.When on four
During 232 draw package bag 10 of sucker, it is possible to which two packaging bags 10 then go up 233 band of sucker actuator since electrostatic sticks together
Dynamic upper sucker is shaken about 232, that beneath packaging bag 10 is shaken off.Upper sucker actuator 233 can use cylinder, electric cylinders,
Or chain adds motor isoline driving mechanism, it is preferred to use cylinder.
Specifically, in the present embodiment, upper adsorbing mechanism 23 further comprises sucker connector 234, and upper sucker 232 passes through
Sucker connector 234 is installed on upper sucker actuator 233, and sucker connector 234 is equipped with to be installed for adjusting sucker 232
The longitudinal trough 2341 of position, upper sucker 232 are installed on the first end of sucker connector 234, and longitudinal trough 2341 is located at sucker connection
The second end of part 234, by fastener such as screw through longitudinal trough 2341 with by sucker connector 234 together with upper sucker 232
It is installed along with sucker actuator 233, is connected by adjusting position and adjusting sucker of the fastener in longitudinal trough 2341
The installation position of fitting 234, can adjust the installation site of sucker 232, with adapt to the crawl of different size packaging bag 10 and
Open bag requirement.The position of longitudinal trough 2341 is not limited to set the second end of sucker connector 234, in other embodiments, also
Can set longitudinal trough to install sucker 232 in the first end of sucker connector 234, by adjusting upper sucker 232 vertical
The installation position of position and adjusting sucker connector 234 in elongated slot, to adjust the installation site of upper sucker 232.
First power set 24 include the first level actuator that the upper adsorbing mechanism 23 of control moves back and forth in the horizontal direction
241st, the first vertical actuator 242, connecting seat 243 and the first straight line that adsorbing mechanism 23 vertically moves back and forth in control
Guideway 244.First vertical actuator 242 is connected between connecting seat 243 and the upper suction cup carrier 231 of upper adsorbing mechanism 23, with
Adsorbing mechanism 23 vertically moves back and forth up and down in driving.Connecting seat 243 horizontal can be moved by first straight line guideway 244
It is installed on dynamicly on frame body 22, first straight line guideway 244 includes line slideway 2441 and is slidably mounted in line slideway
Sliding block 2442 on 2441, line slideway 2441 are fixed on frame body 22, and sliding block 2442 is fixed on the bottom of connecting seat 243, the
One vertical actuator 242 is connected with sliding block 2442.Under 241 driving effect of first level actuator, connecting seat 243 is together with first
Vertical actuator 242 and upper adsorbing mechanism 23 move back and forth in the horizontal direction together.First level actuator 241 and first is vertical
Actuator 242 can add motor isoline driving mechanism using cylinder, electric cylinders or chain, it is preferred to use electric cylinders.
Drag chain 245 is provided between first vertical actuator 242 and connecting seat 243 for collection connecting line and tracheae.
Drag chain 246 is equipped with for collection connecting line and tracheae in the side of first straight line guideway 244 on frame body 22.
Pulling bag mechanism 26 includes two 261 and second power set 262 of clamping jaw.Second power set 262 include the second water
Flat actuator 263, clamping jaw actuator 260 and synchronizing moving driving mechanism.
Each clamping jaw 261 is included in the upper fixture block 2611 and lower fixture block 2611 being oppositely arranged, in clamping jaw actuator 260
Under effect, drive the upper fixture block 2611 of clamping jaw 261 and lower fixture block 2611 is opened or holding action is (empty at clamping jaw in such as Fig. 5
Shown in line arrow A), clamping jaw actuator 260 can use cylinder.Second power set 262 are used for before and after two clamping jaws 261 of driving
Move back and forth (as shown in dotted line four-headed arrow B in Fig. 5), and two clamping jaws 261 of driving are mutually drawn close or are located remotely from each other (as schemed
In 5 shown in dotted line four-headed arrow C).
After packaging bag 10 is moved to above lower adsorbing mechanism 25 by upper adsorbing mechanism 23, the second power set 262 drive
Two clamping jaws 261 move forward, after two clamping jaws 261 clamp the both sides of the edge of 10 sack of packaging bag respectively, upper adsorbing mechanism 23
While pulling packaging bag 10 about 25 with lower adsorbing mechanism, the second power set 262 drive two clamping jaws 261 progressively to centre
Draw close, ensure that the center reference of packaging bag 10 keeps origin-location not change with bag is opened, so that beneficial to be packaged
Blood bag enters bag.
After blood bag to be packaged enters bag, two clamping jaws 261 clamp the both sides of the edge of 10 sack of packaging bag respectively, pass through second
Power set 262 drive two clamping jaws 261 to be moved rearwards and pull straight sack, are moved to heat sealing on the position of hot melt knife, with
Ensure the smooth corrugationless of sack at hot melt.
Second horizontal drive mechanism is used to drive two clamping jaws to move forward to packaging bag position, and is clamping packaging
Next step heat sealing process is moved back into after bag, clamping jaw actuator is used to drive clamping jaw to open and then clamp packaging bag bag
The both sides of the edge of mouth, synchronizing moving driving mechanism are used to drive two clamping jaws to pull above and below upper adsorbing mechanism and lower adsorbing mechanism
Progressively drawn close while packaging bag to centre with ensure the center reference of packaging bag keep origin-location will not with opening bag and
Change, and be used for after driving two clamping jaws being located remotely from each other after blood bag enters packaging to pull straight packaging sack guarantee packaging bag
Smooth corrugationless after heat sealing.
Second horizontal drive mechanism includes the second horizontal drive part 263,264 and the 3rd line slideway of second straight line guideway
Pair 265.3rd line slideway auxiliary 265 includes the 3rd line slideway 2651 and two the 3rd sliding blocks 2652, the 3rd line slideway auxiliary 265
The 3rd line slideway 2651 by second straight line guideway 264 be installed on plummer 100 on.Second straight line guideway 264
Two pairs of quantity and in being arranged side by side, each second straight line guideway 264 includes second straight line guide rail 2641 and is slidably mounted
The second sliding block 2642 on second straight line guide rail 2641, second straight line guide rail 2641 are fixed on plummer by a mounting base
On 100, the second sliding block 2642 is fixed on the bottom of the 3rd line slideway 2651.Second horizontal drive part 263 is led with the 3rd straight line
Rail 2651 connects, and under 263 driving effect of the second horizontal drive part, the component of the 3rd line slideway 2651 itself and upper installation is together
Front and rear reciprocating movement in the horizontal direction.Second horizontal drive part 263 can add motor etc. straight using cylinder, electric cylinders or chain
Line driving mechanism, it is preferred to use electric cylinders.
It is same that synchronizing moving driving mechanism includes synchronous belt 266, synchronous pulley 2671, flute profile idle pulley 2672, motor 268 and two
Step band briquetting 269.Synchronous belt 266 is set on synchronous pulley 2671 and flute profile idle pulley 2672, including front side band portion 2661 is with after
Side band portion 2662, two synchronous belt briquettings 269 are respectively and fixedly installed on two the 3rd sliding blocks 2652 (be slidably mounted in
On two horizontal drive mechanisms), and the front side band portion 2661 and rear side band portion 2662 of synchronous belt 266 are compressed respectively, two clamping jaws 261 divide
An Zhuan not be on two the 3rd sliding blocks 2652 (i.e. two clamping jaws 261 are fixedly connected with two synchronous belt briquettings 269).Motor 268 with it is synchronous
Belt wheel 2671 connects, and to drive synchronous pulley 267 to drive 266 forward or reverse of synchronous belt, and then drives and synchronous belt briquetting 269
Mutually two the 3rd fixed sliding blocks 2652 move, and two clamping jaws 261 on two the 3rd sliding blocks 2652 is drawn close to centre or make two
Two clamping jaws 261 on 3rd sliding block 2652 are located remotely from each other.
After packaging bag 10 is moved to above lower adsorbing mechanism 25 by upper adsorbing mechanism 23, pass through the second horizontal drive part
263 the 3rd line slideway auxiliaries 265 of driving move forward, and then drive two clamping jaws 261 to go ahead movement, two clamping jaws 261
After opening the both sides of the edge for then clamping 10 sack of packaging bag respectively, upper adsorbing mechanism 23 and lower adsorbing mechanism pull bag about 25
While packing 10, motor 268 drives synchronous pulley 2671 to rotate, and drives synchronous belt 266 to move, and then drive two is synchronous with pressure
Block 269 and two clamping jaws 261 are moved progressively to be drawn close to centre, ensure that the center reference of packaging bag 10 keeps origin-location will not
Change with bag is opened, so as to enter bag beneficial to blood bag to be packaged.
After blood bag to be packaged enters bag, two clamping jaws 261 clamp the both sides of the edge of 10 sack of packaging bag respectively, pass through second
Horizontal drive part 263 drives two clamping jaws 261 to be moved rearwards and pulls straight sack, is moved to heat sealing on the position of hot melt knife,
To ensure the smooth corrugationless of sack at hot melt.
As a further improvement, pulling bag mechanism 26 further includes two trough type photoelectric sensors 270, two groove profile photoelectric sensings
The side correspondence that device 270 is installed on one of the side of the 3rd line slideway 2651, two the 3rd sliding blocks 2652 is fixed with gear
Piece 271.
Motor 268 drives synchronous pulley 267 to drive 266 forward or reverse of synchronous belt, and then drives and synchronous belt briquetting 269
Mutually two the 3rd fixed sliding blocks 2652 move, and two clamping jaws 261 on two the 3rd sliding blocks 2652 is drawn close to centre or mutually remote
From, catch 271 is moved together with the 3rd sliding block 2652, when catch 271 by 270 middle slip of trough type photoelectric sensor extremely
The propagation that another trough type photoelectric sensor 270 obstructs the light again when middle, you can by the position of the 3rd sliding block 2652 at this time
Be reflected to main control module, thus control the 3rd sliding block 2652 movement stroke, and then control two clamping jaws 261 drawn close to centre or
Shift motion when being located remotely from each other.
Trough type photoelectric sensor 270 is transmitter and receiver in the photoelectric sensor of one, its transmitter and receiver
It is located at the both sides of U-type groove respectively, and forms an optical axis, when object to be detected (catch 271) is by U-type groove and blocking optical axis,
Just generate the switching signal detected.
As a further improvement, two trough type photoelectric sensors 270 are led by sensor slide 272 installed in the 3rd straight line
The side of rail 2651, installation site of the trough type photoelectric sensor 270 on sensor slide 272 adjusts, to facilitate trimming groove
The installation site of type photoelectric sensor 270, to adjust shift motion when two clamping jaws 261 are drawn close or opened, to adapt to difference
The packaging bag 10 of size.
Lower adsorbing mechanism 25 includes lower suction cup carrier 251 and the lower sucker 252 in lower suction cup carrier 251.Lower sucker 252
Adsorption capacity can be provided by external vacuum pump.In the present embodiment, lower 252 quantity of sucker is two, and is used with upper adsorbing mechanism 23
Two 232 corresponding settings of upper sucker in the sack end of absorption packaging bag 10, in this way, can facilitate on the side of lower adsorbing mechanism 25
Side sets finished product discharger 5.
As a further improvement, packaging bag device for opening 2 further comprises being used to drive lower sucker 252 vertically
The 3rd power set 253 moved back and forth.In the present embodiment, the 3rd power set 253 are acted in lower suction cup carrier 251, are driven
Dynamic lower suction cup carrier 251 is moved back and forth together with lower sucker 252 is vertically upper.In other embodiments, it can also be
Three power set 253 are acted directly on lower sucker 252, i.e., the 3rd power set 253 are connected to lower sucker 252 and lower suction cup carrier
Between 251, the vertically upper reciprocating movement of lower sucker 252 is directly driven by the 3rd power set 253.3rd power set
253 can add motor isoline driving mechanism using cylinder, electric cylinders or chain, it is preferred to use cylinder.Opening the package 10
When, the 3rd power set 253 make lower sucker 252 rise the downside for holding packaging bag 10 and then decline, and the upper sucker risen
232 open the package 10 together.
Packaging bag device for opening 2 open the package 10 method it is as follows：
Packaging bag 10 is that the packaging bag box 13 for being placed on storage bag device 1 is stacked in the form of pile, during bag taking, upper absorption
Mechanism 23 is moved horizontally to the top of packaging bag box 13 under the action of the first power set 24, then vertical to decline, Zhi Daosi
A upper sucker 232 holds the upper side of the superiors' packaging bag 10 in packaging bag box 13, and then vertical ascent to predetermined altitude will most
Upper strata packaging bag 10 is taken out from storage bag device 1；
Take out the top that lower adsorbing mechanism 25 is moved horizontally under the effect of the first power set 24 of packaging bag 10, bag
The sack end of pack 10 is opposite with two lower suckers 252 of lower adsorbing mechanism 25, then declines, until the two of lower adsorbing mechanism 25
A lower sucker 252 holds the downside of packaging bag 10；
Two clamping jaws 261 for pulling bag mechanism 26 travel forward and clamp 10 sack both ends of packaging bag and stretch, then upper adsorption machine
Structure 23 and lower adsorbing mechanism 25 hold the both sides up and down of packaging bag 10 respectively, while two clamping jaws 261 are collapsed to centre together, bag
Pack 10 is opened；
It is exactly that packaging bag 10 is opened after loading blood bag to be packaged and pulls straight packaging bag 10 again to pull bag mechanism 26 to also have an effect
Next process (i.e. heat sealing) operation is convenient for, ensure that the smooth corrugationless of sack at hot melt.
By pull bag mechanism 26 the second power set 262 can two 261 positions of clamping jaw of adjust automatically, for different sizes
Packaging bag 10, can realize that both ends grab bag and pull bag at the same time, it is therefore prevented that the change in location when pulling bag of packaging bag 10.
By setting upper adsorbing mechanism 23 and lower adsorbing mechanism 25, and the upper sucker 232 of upper adsorbing mechanism 23 and lower absorption
The lower sucker 252 of mechanism 25 can at the same time respectively upwards, move down and opened come the upper side for pulling packaging bag 10 and downside
Bag, the stroke of bag is opened by adjust automatically up and down, and 10 center reference of packaging bag keeps origin-location, Bu Huisui during bag is opened
Out bag and change, it is possible to achieve 10 sack difference size requirements of packaging bag and the requirement of different sizes.Bag is opened by this
Device realizes automatic bag-opening function, and ensure that subsequent processing pallet load blood bag horizontally enters into packaging bag 10 and provides position base
It is accurate.
When the upper sucker 232 of upper adsorbing mechanism 23 inhales packaging bag 10 from packaging bag box 13, it is possible to two packaging bags
10 stick together, then drive upper sucker 232 to move up and down by upper sucker actuator 233, can be by that beneath packaging bag 10
Shake off.
Referring to figs. 1 to Fig. 5, blood bag, which enters bagging apparatus 3, includes blood bag transport mechanism 31 and above blood bag transport mechanism 31
Baffle mechanism 33, blood bag transport mechanism 31 be used for carry blood bag and forward blood bag to the packaging bag 10 for having already turned on sack
Interior, baffle mechanism 33 includes plate washer 331 and barrier driving part 332, and baffle 331 can under the driving effect of barrier driving part 332
Move back and forth up and down, for stopping to the blood bag 6 stretched into packaging bag 10, make blood bag 6 blood bag transport mechanism 31 to
Depart from and stay in packaging bag 10 with blood bag transport mechanism 31 when retracting afterwards.Barrier driving part 332 can use cylinder, electric cylinders,
Or chain adds motor isoline driving mechanism, it is preferred to use cylinder.In the present embodiment, baffle mechanism 33 is installed on packaging bag
, can be synchronous together with upper adsorbing mechanism 23 under the action of the first power set 24 on first power set 24 of device for opening 2
It is mobile.Baffle mechanism 33 is corresponded in upper suction cup carrier 231 and is equipped with the through hole 2311 passed through for baffle mechanism 33.
Blood bag transport mechanism 31 includes supporting rack 311, line slideway auxiliary 312, supporting item 313 and supporting item actuator 314.
Supporting rack 311 is installed on plummer 100, and supporting item 313 can be installed on supporting rack slidingly back and forth by line slideway auxiliary 312
On 311, supporting item actuator 314 is connected the front and rear reciprocating movement on supporting rack 311 with driving support member 313 with supporting rack 311.
In the present embodiment, line slideway auxiliary 312 includes line slideway 3121 and sliding block 3122, and line slideway 3121 is fixed
On supporting rack 311, sliding block 3122 is slidably mounted on line slideway 3121, and supporting item 313 is fixed with sliding block 3122 to be connected
Connect, supporting item actuator 314 is fixed with 3122 phase of sliding block, to be indirectly connected with by sliding block 3122 and supporting rack 311.Supporting item drives
Moving part 314 can add motor isoline driving mechanism using cylinder, electric cylinders or chain, it is preferred to use electric cylinders.
In the present embodiment, blood bag transport mechanism 31 further includes the pallet 7 for holding blood bag, and the front end of pallet 7 is equipped with
Opening 71, to facilitate blood bag 6 to depart from from pallet 7.The upper front end of supporting item 313 is equipped with the pallet peace for being used to place pallet 7
Dress portion 3131, pallet 7 is removably mounted on supporting rack 311 and limits pallet 7 move back and forth.In the present embodiment,
It is detachably connected by the cooperation progress of pin 81 and pin hole 82 between pallet 7 and pallet mounting portion 3131.Specifically, exist
In the present embodiment, pin 81 is arranged on pallet mounting portion 3131, and pin hole 82 is arranged on the bottom of pallet 7.Driven by supporting item
314 driving support member 313 of part moves forward, and drives pallet 7 and the blood bag 6 held thereon to move back and forth together, by blood bag 6
It is forwarded to together in the packaging bag 10 for having already turned on sack with pallet 7.
It is the two states that blood bag 6 is moved in blood bag transport mechanism 31 with reference to shown in figure 3 and Fig. 4.Manipulator (does not go out
Show) or be manually placed on the pallet 7 that carry blood bag 6 on supporting item 311 (as shown in Figure 4), supporting item 311 drives in supporting item
Along 3121 forward slip of line slideway under the driving effect of moving part 314, pallet 7 and blood bag 6 thereon are transferred into beat together
In the packaging bag 10 of opened mouth (as shown in Figure 3).
Refering to what is shown in Fig. 6, finished product discharger 5 includes motor 51, the rolling Kun 52 driven by motor 51 and is stretched in rolling
52 upper conveyor belts 53 of Kun.Finished product discharger 5 is additionally provided with discharge sliding slot 54 in the front end of conveyer belt 53.
With reference to Figure 13 to 18, packaging bag heat sealing device 4 includes mounting bracket 40, heat sealing mechanism 41 and foreign bodies detection
Mechanism 44.Finished product discharger 5 is arranged on the front side (i.e. arranged on the front side of packaging bag heat sealing device 4) of mounting bracket 40, is used for
Put and transmit the packaging bag 401 equipped with blood bag to be packaged.Heat sealing mechanism 41 and foreign matter detection mechanism 44 are installed in peace
Shelve on 40, heat sealing mechanism 41 is used to heat the packaging bag 401 that blood bag to be packaged is housed on finished product discharger 5
Sealing, foreign matter detection mechanism 44 are arranged on the front of heat sealing mechanism 41, are for being detected before heat sealing in packaging bag 401
The no sack for having foreign matter (such as connecting tube of blood bag) to reach packaging bag 401 treats heat sealing position.
Packaging bag heat sealing device 4, it is possible to achieve mechanization heat sealing, when being packed for blood bag, it is possible to increase blood
Bag packaging efficiency, reduces artificial incorrect operation risk.Foreign matter detection mechanism 44 detects bag before packaging bag 401 carries out heat sealing
The sack for whether having foreign matter (such as connecting tube of blood bag) to reach packaging bag 401 in pack treats heat sealing position, when detecting
When having foreign matter, heat sealing mechanism 41 does not carry out heat sealing to packaging bag 401, and allows packaging bag 401 to enter next process.
In this way, relative to manually heat sealing, it is possible to reduce maloperation risk.
Heat sealing mechanism 41 includes being in be oppositely arranged hot melt component 42 and lower hot melt component 43, foreign bodies detection machine up and down
Structure 44 is included in the upper detection components 45 and lower detection components 46 being oppositely arranged up and down.Packaging bag heat sealing device 4 is further
Including in upper backup pad 402, lower supporting plate 403 and driving mechanism 47.Upper backup pad 402 and lower supporting plate 403 can slide up and down
Ground is installed on mounting bracket 40 and is in be oppositely arranged up and down.Specifically, mounting bracket 40 is equipped with two pairs of line slideway auxiliaries 404, and two
Line slideway auxiliary 404 is set in the vertically-mounted left and right sides respectively close to mounting bracket 40, upper backup pad 402 and lower supporting plate
403 are slideably erected on two pairs of line slideway auxiliaries 404.Line slideway auxiliary 404 includes line slideway 405 and slideably pacifies
Two sliding blocks 406 on line slideway 405, line slideway 405 are fixed on mounting bracket 40, and two sliding blocks 406 are separately fixed at
On upper backup pad 402 and lower supporting plate 403.
Upper hot melt component 42 and upper detection components 45 are installed on upper backup pad 402, lower hot melt component 43 and lower detection
Component 46 is installed on lower supporting plate 403, and driving mechanism 47 is connected between upper backup pad 402 and lower supporting plate 403, is used for
Driving upper backup pad 402 and lower supporting plate 403 are synchronous close to each other or be located remotely from each other.
Hot melt knife 421 and lower hot melt knife 431 are respectively equipped with upper hot melt component 42 and lower hot melt component 43, passes through upper heat
Molten knife 421 and lower hot melt knife 431 are mutually drawn close and carry out heat sealing to packaging bag 401.Upper detection components 45 include being arranged on upper branch
The ceiling molding 451 of the downside of fagging 402, ceiling molding 451 can be moved up by the effect of upward external force relative to upper backup pad 402, under
Detection components 46 include being arranged on the lower press strip 461 of the upside of lower supporting plate 403, and lower press strip 461 can be relative to by the effect of downward external force
Lower supporting plate 403 moves down.Heat sealing mechanism 41 further comprises the first photoelectric sensor 410, the first photoelectric sensor
410 be used to sensing ceiling molding 451 whether with respect to upper backup pad 402 move up pre-determined distance or lower press strip 461 whether relatively under
Support plate 403 moves down pre-determined distance to judge the sack position of packaging bag 401 whether with the presence of foreign matter.
When there was only packaging bag between ceiling molding 451 and lower press strip 461, the upper detection components of foreign matter detection mechanism 44
45 and lower detection components 46 when being moved to test position, the distance between ceiling molding 451 and lower press strip 461 are small, are packaging bag
Thickness, ceiling molding 451 will not be moved with respect to upper backup pad 402, and lower press strip 461 will not occur with respect to lower supporting plate 403
It is mobile.And when clipping to the connecting tube of foreign matter such as blood bag between ceiling molding 451 and lower press strip 461, foreign matter detection mechanism 44
When upper detection components 45 and lower detection components 46 are moved to test position, due to the presence of foreign matter, ceiling molding 451 and lower press strip
The distance between 461 can be more than the thickness of packaging bag so that the opposite upper backup pad 402 of the meeting of ceiling molding 451 moves up a spacing
From, while the opposite lower supporting plate 403 of the meeting of lower press strip 461 moves down certain distance.If mobile distance reaches pre-determined distance,
Then illustrate that the distance between ceiling molding 451 and lower press strip 461 have exceeded the thickness of packaging bag, judging the sack position of packaging bag is
It is no with the presence of foreign matter.
In the present embodiment, driving mechanism 47 includes motor 471, spur gear 472, the first rack 473 and the second rack
474.First rack 473 is fixedly connected with upper backup pad 402, and the second rack 474 is fixedly connected with lower supporting plate 403, spur gear
472 engage with the first rack 473 and the second rack 474 at the same time, and motor 471 drives spur gear 472 to rotate, to drive the first rack
473 and second rack 474 be synchronized with the movement, upper backup pad 402 and lower supporting plate 403 are in the first rack 473 and the second rack 474
It can move up and down respectively along the line slideway 405 of two pairs of line slideway auxiliaries 404 under driving, it is synchronous close to each other or mutually remote
From.
Upper detection components 45 further comprise the first guiding axis 452 and connecting shaft 453, and the first guiding axis 452 passes through bearing
454 are installed on upper backup pad 402, and the lower end of the first guiding axis 452 is fixedly connected with lower press strip 461, the first guiding axis 452
Upper end is equipped with the first collar 455 and is moved down with limiting the first guiding axis 452 relative to upper backup pad 402.Under connecting shaft 453
End is fixedly connected with lower press strip 461, and connecting shaft 453 is equipped with shading collar 456.The first pressure is arranged with first guiding axis 452
Contracting spring 457, and the first compression spring 457 is between upper backup pad 402 and ceiling molding 451.In this way, do not have in ceiling molding 451
Have in the case of by external force, ceiling molding 451 can be made to be remained stationary as relative to upper backup pad 402.
Photoelectric sensor 410 is correlation type photoelectric sensor, including photophore 4101 and light-receiving device 4102, photophore 4101
It is fixed on light-receiving device 4102 on upper backup pad 402 and is located at the both sides of shading collar 456 respectively.When ceiling molding 451 relatively on
Support plate 402 moves up when reaching pre-determined distance, and the shading collar 456 in connecting shaft 453, which is moved to, stops photophore 4101
Light path between light-receiving device 4102, triggering photoelectric sensor 410 export a switch controlling signal, show packaging bag 401
Sack position is with the presence of foreign matter.
Lower detection components 46 further comprise the second guiding axis 462 and connecting shaft 463, and the second guiding axis 462 passes through bearing
464 are installed on lower supporting plate 403, and the lower end of the second guiding axis 462 is fixedly connected with lower press strip 461, the second guiding axis 462
Upper end is equipped with the second collar 465 and is moved down with limiting the second guiding axis 462 relative to lower supporting plate 403.Under connecting shaft 463
End is fixedly connected with lower press strip 461, and connecting shaft 463 is equipped with shading collar 466.The second pressure is arranged with second guiding axis 462
Contracting spring 467, and the second compression spring 467 is located between lower supporting plate 403 and lower press strip 461.In this way, do not have in lower press strip 461
Have in the case of by external force, pushing bar 461 can be made to be remained stationary as relative to lower supporting plate 403.
In the present embodiment, photoelectric sensor 410 is installed on upper backup pad 402.In other embodiments, can also be
Photoelectric sensor 410 is installed on lower supporting plate 403, and photoelectric sensor 410 is located at the shading collar 466 of lower detection components 46
Opposite sides.
Teflon adhesive tape 422,432 is coated with the blade of upper hot melt knife 421 and lower hot melt knife 431, and passes through blade
The compression bar 423,433 of both sides compresses.
Further, upper hot melt component 42 includes upper hot melt knife fixed seat 424, and upper hot melt knife 421 is installed on upper hot melt knife
In fixed seat 424, heating rod 425 is equipped with upper hot melt knife fixed seat 424, it is upper heat between knife 421 and upper backup pad 402 with
And the rear side of upper hot melt knife 421 is both provided with thermal insulation board 426.
Lower hot melt component 43 includes lower hot melt knife fixed seat 434, and lower hot melt knife 431 is installed on lower hot melt knife fixed seat 434
On, be equipped with heating rod 435 in lower hot melt knife fixed seat 434, it is lower to heat between knife 431 and lower supporting plate 403 and lower hot melt
The rear side of knife 431 is both provided with thermal insulation board 436.
As a further improvement, packaging bag heat sealing device 4 further includes extension spring 407, the lower end of extension spring 407
It is connected with the upside of upper backup pad 402, the upper end of extension spring 407 is connected with mounting bracket 40.When packaging bag 401 is in heat sealing
When just having a power failure, extension spring 407 upper backup pad 402 can be drawn high with prevent packaging bag 401 be heated excessively, damage
Machine.
As a further improvement, packaging bag heat sealing device 4 further includes the first trough type photoelectric sensor 481 and first gear
Piece 482, one of the first trough type photoelectric sensor 481 and the first catch 482 are installed on mounting bracket 40, the first groove profile light
The wherein another and upper backup pad 402 or 403 phase of lower supporting plate of 481 and first catch 482 of electric transducer are fixed, and pass through first
Trough type photoelectric sensor 481 and first catch 482 controls the stroke that upper backup pad 402 and lower supporting plate 403 move up and down.The
One trough type photoelectric sensor 481 is transmitter and receiver in the photoelectric sensor of one, its transmitter and receiver difference position
In the both sides of U-type groove, and an optical axis is formed, when object to be detected (the first catch 482) is by U-type groove and blocking optical axis, just
Generate the switching signal detected.
In the present embodiment, the first trough type photoelectric sensor 481 is installed on mounting bracket 40 and quantity is three, upper backup pad
402 or lower supporting plate 403 on be respectively fixed with first catch 482.This two the first catch 482 and by above two first
Stroke when trough type photoelectric sensor 481 is to limit upper backup pad 402 and lower supporting plate 403 close to each other, it is nethermost that
The first catch 482 on first trough type photoelectric sensor 481 and lower supporting plate 403 controls upper backup pad 402 and lower supporting plate
403 stroke when being located remotely from each other.First trough type photoelectric sensor 481 is installed on mounting bracket 40 by sensor slide 483, is made
The installation site for obtaining the first trough type photoelectric sensor 481 adjusts, conveniently adjusted when stroke needs change.
Mounting bracket 40 corresponds to and pulls bag mechanism 26 and be equipped with opening 409, can stretch out for pulling bag mechanism 26 and act on packaging bag
401。
After blood bag to be packaged enters bag, two clamping jaws 261 clamp the both sides of the edge of 10 sack of packaging bag respectively, pass through second
Power set 262 drive two clamping jaws 261 to be moved rearwards and pull straight sack, on the position for being moved to heat sealing mechanism 41,
Heat sealing after progress foreign bodies detection, to ensure the smooth corrugationless of sack at hot melt.Seal and blood bag is housed with unsealed
Packaging bag 401 will all be excluded by finished product discharger 5.
Use the method that above-mentioned blood bag packaging facilities is packed for：
Packaging bag device for opening 2 is moved on finished product discharger 5 from the crawl packaging bag 10 of storage bag device 1 and (wherein packs
Bag 10 is overlayed in storage bag device 1 in the form of pile), open the package 10 sack；The step is specially：Dress is opened in packaging bag
The upper adsorbing mechanism 23 for putting 2 vertically declines the upside that certain altitude holds packaging bag 10 under the action of the first power set 24
Face, the packaging bag 10 of the superiors is drawn out coming from bag storage mechanism 1, then vertical ascent, in the work of the first power set 24
The top of lower adsorbing mechanism 25 is moved horizontally under, is then declined, two clamping jaws 261 for pulling bag mechanism 26 travel forward and press from both sides
Firmly 10 sack both ends of packaging bag stretch, and then upper adsorbing mechanism 23 and lower adsorbing mechanism 25 hold up and down the two of packaging bag respectively
Side, while two clamping jaws 261 are collapsed to centre together, packaging bag 10 is opened；
Blood bag, which enters bagging apparatus 3, transports the pallet 7 for being contained with blood bag 6 and has already turned in the packaging bag 10 of sack, and will
Departing from into the blood bag 6 in packaging bag 10 and pallet 7 makes blood bag 6 stay in packaging bag 10；The step is specially：Blood bag enters packed
Put 3 blood bag transport mechanism 31 to be sent to blood bag 6 in the packaging bag 10 for opening sack, baffle 331 is in barrier driving part 332
Vertically decline under driving effect, pallet 7 is exited to packaging bag 10 with supporting item 313 under the action of supporting item actuator 314
Outside, baffle 331, which blocks blood bag 6, makes blood bag 6 depart from from the opening 71 of pallet 7 and stays in packaging bag 10；Driven in supporting item
Baffle 331 rises to initial position under the action of part 314；
Packaging bag device for opening 2 is loaded into the packaging bag 10 after blood bag 6 and moves packaging bag heat sealing device 4 to carry out heat
Seal mouth；The step is specially：The upper adsorbing mechanism 23 of packaging bag device for opening 2 and lower adsorbing mechanism 25 stop to packaging bag 10
Suction-operated, two clips 261 for pulling bag mechanism 26 of packaging bag device for opening 2 pull the sack of packaging bag 10 directly, and will
Packaging bag 10 is pulled to heat sealing in packaging bag heat sealing device 4；
Packaging bag heat sealing device 4 carries out heat sealing to the packaging bag 10 after loading blood bag 6；
Finished product discharger 5 discharges the packaging bag 10 after heat sealing.
The utility model is not limited to embodiment of above, under technology contents disclosed in the above embodiment, may be used also
To carry out various change.Every equivalent structure transformation made based on the specification and figures of the utility model, or directly or
Other related technical areas are used in indirectly, are equally included in the patent within the scope of the utility model.
Claims (9)
1. a kind of blood bag enters bagging apparatus, it is characterised in that the blood bag enters the blood bag that bagging apparatus includes being installed on a plummer
Transport mechanism and the baffle mechanism above the blood bag transport mechanism, the blood bag transport mechanism be used for carry blood bag and to
For preceding transmission blood bag to having already turned in the packaging bag of sack, the baffle mechanism includes plate washer and barrier driving part, the baffle
It can be moved back and forth up and down under the driving effect of the barrier driving part, for hindering the blood bag stretched into packaging bag
Gear, makes blood bag depart from when blood bag transport mechanism retracts backward with blood bag transport mechanism and stay in packaging bag.
2. blood bag as claimed in claim 1 enters bagging apparatus, it is characterised in that the blood bag transport mechanism includes supporting rack, straight
Line guideway, supporting item and supporting item actuator for carrying blood bag, support frame as described above is installed on the plummer, described
Supporting item by the line slideway auxiliary can slidingly back and forth be installed on support frame as described above on, the supporting item actuator with it is described
Supporting rack is connected to drive the supporting item front and rear reciprocating movement on support frame as described above.
3. blood bag as claimed in claim 2 enters bagging apparatus, it is characterised in that the blood bag transport mechanism includes further including being used for
The pallet of blood bag is held, the front end of the pallet is equipped with opening, and the upper front end of the supporting item, which is equipped with, to be used to place the support
The pallet mounting portion of disk, the pallet is removably mounted on supporting item and limits pallet back-and-forth motion.
4. blood bag as claimed in claim 3 enters bagging apparatus, it is characterised in that passes through pin between pallet and the pallet mounting portion
The cooperation progress followed closely with pin hole is detachably connected.
5. a kind of blood bag packaging facilities, it is characterised in that the blood bag packaging facilities includes storage bag device, dress is opened in packaging bag
Put, the blood bag as described in any one in Claims 1-4 item enters bagging apparatus, packaging bag heat sealing device and finished product are discharged
Device, wherein：
The storage bag device is used to stack packaging bag in the form of pile and supply packaging bag automatically to packaging bag device for opening；
The packaging bag device for opening is used to be moved to finished product discharger from the crawl packaging bag of storage bag device, opens the package
Sack, and be loaded into the packaging bag after blood bag move to packaging bag heat sealing device carry out heat sealing；
The blood bag transport mechanism that the blood bag enters bagging apparatus is used to blood bag being sent in the packaging bag for having already turned on sack, described
The baffle mechanism that blood bag enters bagging apparatus is used to make blood bag stay in bag the blood bag entered in packaging bag and the disengaging of blood bag transport mechanism
In pack；
The packaging bag heat sealing device is used to carry out heat sealing to the packaging bag after loading blood bag；
The finished product discharger is used to discharge the packaging bag after heat sealing.
6. blood bag packaging facilities as claimed in claim 5, it is characterised in that the storage bag device includes supporting plate, supporting plate lifts
Actuator, packaging bag box and the first photoelectric sensor for stacking packaging bag, open wide at the top of the packaging bag box in order to
Upper adsorbing mechanism captures the packaging bag of the superiors from packaging bag box, and the supporting plate is fixed on the supporting plate lifting actuator,
The packaging bag box is carried on supporting plate, and the supporting plate lifting actuator is used for lifting supporting plate, most upper in packaging bag box to change
The position height of layer packaging bag, the side of the packaging bag box are provided with windowing, and first photoelectric sensor is installed on carrying
Set on platform and described in face at windowing, to monitor the position height of the superiors' packaging bag through the windowing.
7. blood bag packaging facilities as claimed in claim 5, it is characterised in that the packaging bag device for opening include frame body, on
Adsorbing mechanism, the first power set, lower adsorbing mechanism and bag mechanism is pulled, the frame body, lower adsorbing mechanism and pull bag mechanism installation
On the plummer, the upper adsorbing mechanism is installed on the frame body by first power set, the upper absorption
Mechanism can move back and forth under the action of first power set along horizontally and vertically direction, to be captured at storage bag device
Packaging bag and the top for being moved to the lower adsorbing mechanism, the lower adsorbing mechanism and lower adsorbing mechanism are respectively used to adsorb and lead
The sack of the upper side and downside of packaging bag to open the package is drawn, the bag mechanism that pulls includes two clamping jaws and the second power
Device, second power set include the second horizontal drive part, clamping jaw actuator and synchronizing moving driving mechanism, and described second
Horizontal drive mechanism is used to drive two clamping jaws to move forward to packaging bag position, and is moved rearwards after packaging bag is clamped
Into next step heat sealing process, the clamping jaw actuator is used to drive the clamping jaw to open and then clamp packing bag mouth
Both sides of the edge, the synchronizing moving driving mechanism are used to drive two clamping jaws to pull above and below upper adsorbing mechanism and lower adsorbing mechanism
Progressively draw close to centre while packaging bag, and be located remotely from each other for driving two clamping jaws to enter in blood bag after packaging to pull directly
Pack sack.
8. blood bag packaging facilities as claimed in claim 5, it is characterised in that the packaging bag heat sealing device includes installation
Frame, heat sealing mechanism and foreign matter detection mechanism, the heat sealing mechanism and foreign matter detection mechanism are installed in the installation
On frame, the heat sealing mechanism is used to carry out heat sealing to the packaging bag that blood bag to be packaged is housed on finished product discharger,
Whether the foreign matter detection mechanism is arranged on the front of the heat sealing mechanism, have for being detected before heat sealing in packaging bag
The sack that foreign matter reaches packaging bag treats heat sealing position.
9. blood bag packaging facilities as claimed in claim 5, it is characterised in that the finished product discharger is arranged on described be arranged on and wraps
The front side of heat sealing device is packed, the finished product discharger includes motor, rolling Kun motor-driven and is stretched in rolling
Kun upper conveyor belts, the finished product discharger are additionally provided with discharge sliding slot in the front end of conveyer belt.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721153606.4U CN207275102U (en) | 2017-09-08 | 2017-09-08 | Blood bag enters bagging apparatus and blood bag packaging facilities |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721153606.4U CN207275102U (en) | 2017-09-08 | 2017-09-08 | Blood bag enters bagging apparatus and blood bag packaging facilities |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207275102U true CN207275102U (en) | 2018-04-27 |
Family
ID=61990498
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721153606.4U Withdrawn - After Issue CN207275102U (en) | 2017-09-08 | 2017-09-08 | Blood bag enters bagging apparatus and blood bag packaging facilities |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207275102U (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107651244A (en) * | 2017-09-08 | 2018-02-02 | 深圳市普特生物医学工程有限公司 | Blood bag enters bagging apparatus, blood bag packaging facilities and blood bag packing method |
| CN108584341A (en) * | 2018-05-21 | 2018-09-28 | 广东科捷龙机器人有限公司 | Load plate lifting transfer transport system based on Machine Vision Recognition |
| CN108861670A (en) * | 2018-07-23 | 2018-11-23 | 合肥泰禾光电科技股份有限公司 | Combination unit, detachment device and fractionation combined method |
| CN109335125A (en) * | 2018-12-14 | 2019-02-15 | 东莞市楷德精密机械有限公司 | Automatic packer |
| CN114987842A (en) * | 2022-06-08 | 2022-09-02 | 深圳市爱康生物科技股份有限公司 | Blood bag tray and driving device thereof |
-
2017
- 2017-09-08 CN CN201721153606.4U patent/CN207275102U/en not_active Withdrawn - After Issue
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107651244A (en) * | 2017-09-08 | 2018-02-02 | 深圳市普特生物医学工程有限公司 | Blood bag enters bagging apparatus, blood bag packaging facilities and blood bag packing method |
| CN108584341A (en) * | 2018-05-21 | 2018-09-28 | 广东科捷龙机器人有限公司 | Load plate lifting transfer transport system based on Machine Vision Recognition |
| CN108861670A (en) * | 2018-07-23 | 2018-11-23 | 合肥泰禾光电科技股份有限公司 | Combination unit, detachment device and fractionation combined method |
| CN108861670B (en) * | 2018-07-23 | 2024-04-09 | 合肥泰禾智能科技集团股份有限公司 | Splitting device and splitting combination method |
| CN109335125A (en) * | 2018-12-14 | 2019-02-15 | 东莞市楷德精密机械有限公司 | Automatic packer |
| CN109335125B (en) * | 2018-12-14 | 2024-04-09 | 东莞市楷德精密机械有限公司 | Automatic bagging machine |
| CN114987842A (en) * | 2022-06-08 | 2022-09-02 | 深圳市爱康生物科技股份有限公司 | Blood bag tray and driving device thereof |
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| TR01 | Transfer of patent right |
Effective date of registration: 20211019 Address after: 518108 7-0501, building 7, Skyworth innovation Valley, No.8, Tangtou No.1 Road, Tangtou community, Shiyan street, Bao'an District, Shenzhen City, Guangdong Province Patentee after: Shenzhen Meister Biomedical Engineering Co.,Ltd. Address before: 518000 floor 2, building 1, zone 2, South Zone, Zhongguan honghualing Industrial Zone, No. 1213 Liuxian Avenue, Taoyuan Street, Nanshan District, Shenzhen, Guangdong Patentee before: SHENZHEN PONTED BIO-MED Co.,Ltd. |
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Granted publication date: 20180427 Effective date of abandoning: 20211207 |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20180427 Effective date of abandoning: 20211207 |