CN204489874U - A kind of aseptic medicine production transport carriage - Google Patents
A kind of aseptic medicine production transport carriage Download PDFInfo
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- CN204489874U CN204489874U CN201520170013.3U CN201520170013U CN204489874U CN 204489874 U CN204489874 U CN 204489874U CN 201520170013 U CN201520170013 U CN 201520170013U CN 204489874 U CN204489874 U CN 204489874U
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- slide rail
- linear slide
- transport carriage
- car body
- medicine production
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Abstract
The utility model discloses a kind of aseptic medicine production transport carriage, comprise and be slidably arranged on the linear slide rail of ground and the car body that ground linear slide rail rotates can not be departed from, car body is provided with the dust boot being convenient to sterile working, car body table top be provided with can stretch out in dust boot to dock medicine with the service of connection devices catch materials device, this is caught materials device and can operate outward it from dust boot and catch material material frame and catch material.The utility model structure is simple, easy to operate, and car body can Linear-moving and rotation, range of movement is little, shortens transport process, and prevents aerial contamination in transport process comprehensively, reduce the chance of medicine pollution, ensure transport process smooth, substantially increase production efficiency.
Description
[technical field]
The utility model relates to a kind of aseptic medicine production transport carriage, belongs to aseptic medicine production facilities technical field.
[background technology]
Medicine production requires very strict to the equipment of converted products and environment disinfected aseptic process, the environment joint cleanliness of each link there are certain requirements, at present aborning, aseptic medicine by an operation be transferred to freeze dryer transfer to subsequent processing time, all pass through a dead lift, the chance that operative employee person directly contacts with aseptic medicine can be increased like this, increase the contaminated possibility of aseptic medicine, can high efficiency production be adapted to.
In order to solve a upper technical matters, related personnel expects utilizing dolly to transport medicine, but the dolly used now still needs a lot of human assistance, and some automation transport carriage can realize partial automatization, but different actual productions cannot be adapted to, and cost is very high.
[utility model content]
The utility model object is to overcome deficiency of the prior art, provides a kind of structure simple, easy to operate, effectively reduces the aseptic medicine production transport carriage that manual operation prevents medicine pollution.
To achieve these goals, the utility model is by the following technical solutions:
A kind of aseptic medicine production transport carriage, it is characterized in that comprising and be slidably arranged on the linear slide rail of ground and the car body that described ground linear slide rail rotates can not be departed from, described car body is provided with the dust boot being convenient to sterile working, described car body table top be provided with can stretch out in described dust boot to dock medicine with the service of connection devices catch materials device.
A kind of aseptic medicine production transport carriage as above, it is characterized in that described materials device of catching comprises the underframe being arranged on described car body table top, described underframe is arranged with the first linear slide rail, the first described linear slide rail is provided with the underframe that can slide along it, described underframe is provided with catches flitch and second linear slide rail of catching described in symmetrical being positioned at below flitch, described catch flitch is arranged with third linear slide rail and can slide along described third linear slide rail catch material frame, the second described linear slide rail, third linear slide rail and the first described linear slide rail be arranged in parallel, the second described linear slide rail is connected with the transmission device of catching the slip of material frame described in can pulling.
A kind of aseptic medicine production transport carriage as above, it is characterized in that the slide block the first described linear slide rail supporting the slip of described underframe is provided with push-and-pull handrail member, described transmission device comprises and is arranged on the first belt pulley in described push-and-pull handrail member and is arranged on the second belt pulley of described underframe end and is connected the belt of described first belt pulley and the second belt pulley, the first described belt pulley is coaxially connected with hand wheel, the slide block of described second linear slide rail is connected with along the sheathed follower belt of described second linear slide rail length direction, described second belt pulley is coaxially connected with a rotating shaft of described follower belt, the slide block of the second described linear slide rail is fixedly connected with the slide block of described third linear slide rail.
A kind of aseptic medicine production transport carriage as above, it is characterized in that described material frame of catching comprises two slidably and the sliding beam be symmetricly set on described third linear slide rail, two described sliding beams stretch into the end of docking freeze dryer and are respectively equipped with driven unit, be provided with automatic panel-turnover between driven unit described in two, between the other end of two described sliding beams, be provided with manual turnover panel.
A kind of aseptic medicine production transport carriage as above, it is characterized in that described driven unit comprises the adapter plate being arranged on described sliding beam end, described adapter plate is provided with through hole and the deep-slotted chip breaker that is the center of circle with described through hole, described automatic panel-turnover is provided with the rotating shaft that is hinged in described through hole and is located in described deep-slotted chip breaker and the guide shaft stirred up and down along it, described rotating shaft is through one end of described through hole being arranged with the gear driving it to rotate, on described adapter plate along its direction of slip be provided with protrude from described adapter plate front end hit muscle, the described muscle that hits is provided with the teeth groove group with described gears meshing.
A kind of aseptic medicine production transport carriage as above, it is characterized in that the end away from described automatic panel-turnover on each described sliding beam is provided with manual turnover panel base, described manual turnover panel is connected between two described manual turnover panel bases, described manual turnover panel base is provided with centre hole and the arc groove that is the center of circle with described centre hole, described centre hole is hinged with tumbler, and the two ends of described manual turnover panel are respectively equipped with the adapter shaft be connected with described tumbler through described arc groove.
A kind of aseptic medicine production transport carriage as above, is characterized in that described dust boot is provided with and can be close to the service of connection devices thus catch the elastic sealing strip of sheaf space on materials device extending port and the service of connection devices gap described in closing.
A kind of aseptic medicine production transport carriage as above, it is characterized in that the described bottom of catching flitch be provided with multiple can with the draw-in groove of the service of connection devices clamping, the front end of described draw-in groove is concordant with described front end of catching flitch.
A kind of aseptic medicine production transport carriage as above, it is characterized in that described vehicle bottom is provided with rotating chassis, described rotating chassis comprise can along described ground linear slide rail slide low bottom-disc with can horizontally rotate and be connected the top bottom-disc of described car body by relatively described low bottom-disc.
A kind of aseptic medicine production transport carriage as above, is characterized in that described automatic panel-turnover one end of catching material frame is also provided with support pulley.
Compared with prior art, the utility model has the following advantages:
The utility model car body conveniently moving, can car body center be that the center of circle is rotated, reduce slewing area, shorten transport process, reduce the chance of medicine pollution.
It is convenient that the utility model catches materials device move operation, can superpose extension, add forced stroke, catches material frame and can realize automatic turning and then catch material in freeze dryer, without the need to other accessory appliancess, stop medicine pollution, ensure that the cleaning of transport process.
During the utility model dolly docking the service of connection devices, elastic sealing strip and the service of connection devices offset, and seal gap between the two, make medicine in transport process, avoid upper air and pollute.
During the utility model docking, catch flitch and dock with the service of connection devices because of draw-in groove, make to catch seamless when flitch docks with the service of connection devices and surface smoothing, transport more smooth and easy.
The utility model structure is simple, and easy to operate, cost is low, is suitable for promoting, and car body can rotate, and field of application is wider, ensure that the cleaning in transport process simultaneously, prevents medicine contaminated, substantially increase production efficiency and the quality of production.
[accompanying drawing explanation]
Fig. 1 is the utility model application structure schematic diagram;
Fig. 2 is one of the utility model perspective view of catching materials device;
Fig. 3 is the structural representation after the utility model catches the decomposition of materials device part-structure;
Fig. 4 is the A place enlarged drawing of Fig. 3;
Fig. 5 is the perspective view two that the utility model catches materials device;
Fig. 6 is the structural representation of catching material frame and catching between flitch;
Fig. 7 is the B place enlarged drawing of Fig. 5;
Fig. 8 is the C place enlarged drawing of Fig. 5;
Fig. 9 is the D place enlarged drawing of Fig. 6;
Figure 10 is the E place enlarged drawing of Fig. 6;
Figure 11 is the perspective view of the utility model mounting bar;
Figure 12 is the structural representation of the utility model elastic sealing strip;
Figure 13 is that the utility model docks schematic diagram with the service of connection devices;
Figure 14 is the F place enlarged drawing of Figure 13;
Figure 15 docks schematic diagram for catching materials device with the service of connection devices;
Figure 16 is the utility model notch schematic diagram;
Figure 17 is one of the utility model vehicle bottom structural representation;
Figure 18 is the utility model vehicle bottom structural representation two.
[detailed description of the invention]
Below in conjunction with accompanying drawing, the utility model is further illustrated:
As Figure 1-4, a kind of aseptic medicine production transport carriage, comprise be slidably arranged on ground linear slide rail 1 and can not depart from ground linear slide rail 1 rotate car body 2, car body 2 is provided with the dust boot 3 being convenient to sterile working, car body 2 table top be provided with can stretch out in dust boot 3 to dock medicine with the service of connection devices catch materials device 4.Ground linear slide rail 1 is wherein two of be arrangeding in parallel.
Materials device 4 of catching in the utility model comprises the underframe 41 being arranged on car body 2 table top, underframe 41 is arranged with the first linear slide rail 42, first linear slide rail 42 is provided with the underframe 43 that can slide along it, underframe 43 is provided with catches flitch 44 and is symmetrically positioned at second linear slide rail 45 of catching below flitch 44, catch flitch 44 is arranged with third linear slide rail 46 and can slide along third linear slide rail 46 catch material frame 47, second linear slide rail 45, third linear slide rail 46 and the first linear slide rail 42 be arranged in parallel, second linear slide rail 45 is connected with the transmission device 48 that can pull and catch material frame 47 and slide.First linear slide rail 42, second linear slide rail 45 and third linear slide rail 46 are two, are symmetrical arranged, can smoothly firmly movement to make underframe 43 and to catch material frame 47.
The slide block each first linear slide rail 42 supporting underframe 43 slip is provided with push-and-pull handrail member 49, transmission device 48 comprises and is arranged on the first belt pulley 481 in push-and-pull handrail member 49 and is arranged on the second belt pulley 482 of underframe 41 end and is connected the belt 483 of the first belt pulley 481 and the second belt pulley 482, this push-and-pull handrail member 49 comprises a handrail being fixed on the support plate on the slide block of the first linear slide rail 42 and being fixed on support plate, first belt pulley 481 is fixed on this support plate, first belt pulley 481 is coaxially connected with hand wheel 484, the slide block of the second linear slide rail 45 is connected with along the sheathed follower belt 451 of the second linear slide rail 45 length direction, belt rotating shaft is respectively equipped with at the two ends of the second linear slide rail 45, follower belt 451 is set in two belt rotating shafts, second belt pulley 482 is coaxially connected with a rotating shaft of follower belt 451, the slide block of the second linear slide rail 45 is fixedly connected with by a connecting portion 452 with the slide block of third linear slide rail 46, between the slide block that follower belt 451 is connected to the second linear slide rail 45 and connecting portion 452.Push-and-pull handrail member 49 can drive the part of underframe more than 43 to slide along the first linear slide rail 42, transmission device 48 can drive catches material frame 47 along third linear slide rail 46 relative to catching flitch 44 Linear-moving, operating personal hand turns push-and-pull handrail member 49 and rotates the first belt pulley 481 and drive the second belt pulley 482 to rotate, an axis of rotation of the coaxial follower belt 451 connected is driven when second belt pulley 482 rotates, thus drive follower belt 451 transmission, follower belt 451 pulls the slide block of the second linear slide rail 45 to move, the slide block of third linear slide rail 46 is and then mobile, finally catch material frame 47 to move.
Preferably, to be greater than the diameter of the second belt pulley 482 more laborsaving for the diameter of the first belt pulley 481.
Further preferably, belt 483 and follower belt 451 are synchronous belt, and the rotating shaft of corresponding first belt pulley 481 and the second belt pulley 482 and follower belt 451 is also synchronizing wheel and synchronizing shaft, make to catch materials device transmission more stable.
Another inventive point of the present utility model is to catch material frame 47, as shown in Figure 5-10, it comprises two slidably and the sliding beam 471 be symmetricly set on third linear slide rail 46, two sliding beams 471 stretch into the end of docking freeze dryer and are respectively equipped with driven unit 472, be provided with automatic panel-turnover 473 between two driven units 472, between the other end of two sliding beams 471, be provided with manual turnover panel 474.
As figure driven unit 472 wherein comprises the adapter plate 4721 being arranged on sliding beam 471 end, adapter plate 4721 is provided with through hole 4722 and the deep-slotted chip breaker 4723 that is the center of circle with through hole 4722, automatic panel-turnover 473 is provided with and is hinged on rotating shaft in through hole 4,722 4731 and is located in deep-slotted chip breaker 4723 and the guide shaft 4732 stirred up and down along it, rotating shaft 4731 is through one end of through hole 4722 being arranged with the gear 4724 driving it to rotate, on adapter plate 4721 along its direction of slip be provided with protrude from adapter plate 4721 free end hit muscle 4725, hit muscle 4725 and be provided with the teeth groove group engaged with gear 4724.
When material frame 47 will be caught to be moved to freeze dryer, muscle 4725 driven forward will be hit, automatic panel-turnover 473 is driven to rotate above axial deep-slotted chip breaker 4723 centered by rotating shaft 4731, as best shown in figures 5 and 7, automatic panel-turnover 473 and the height of catching between flitch 44 is made to exceed the height of germfree medicine bottle, when catching material frame 47 and moving in freeze dryer, hit muscle 4725 with freeze dryer inwall to hitting rear movement, drive automatic panel-turnover 473 centered by rotating shaft 4731 to deep-slotted chip breaker 4723 rotated down, as illustrated in figs. 6 and 10, make automatic panel-turnover 473 and catch the height of the height between flitch 44 lower than germfree medicine bottle, then will catch material frame 47 to shift out, medicine bottle just can be driven to catching on flitch 44.
Further preferably, as shown in Figure 10, adapter plate 4721 is provided with gear cavity and hits muscle groove, and through hole 4722 and deep-slotted chip breaker 4723 are arranged in gear cavity, gear 4724 to be arranged in gear cavity and to cover through hole 4722 and deep-slotted chip breaker 4723, hits muscle 4725 and is arranged on and hits on muscle groove.Like this can Positioning Gear 4724 and hit muscle 4725 better, be also conducive to the volume reducing driven unit 472.Also be provided with shield outside adapter plate 4721 and cover the structures such as gear 4724.
As Fig. 5-6, shown in 8-9, each sliding beam 471 is provided with manual turnover panel base 475 away from the end of automatic panel-turnover 473, manual turnover panel 474 is connected between two manual turnover panel bases 475, manual turnover panel base 475 is provided with centre hole 4751 and the arc groove 4752 that is the center of circle with centre hole 4751, centre hole 4751 is hinged with tumbler 4753, the two ends of manual turnover panel 474 are respectively equipped with the adapter shaft 4741 be connected with tumbler 4753 through arc groove 4752.Manual turnover panel 474 can need autorotation tumbler 4753 to drive manual turnover panel 474 to spin upside down along arc groove 4752 according to catching material, certainly, if catch material frame 47 two ends all need automatic turning turnover panel, driven unit 472 and automatic panel-turnover 473 all can be set at sliding beam 471 two ends to adapt to sterile working needs.
Preferably, automatic panel-turnover 473 one end of catching material frame 47 is also provided with and supports pulley 476, and this support pulley 476 is arranged on adapter plate 4721.Conveniently can slide beam 471 like this to stretch out to catch and slide after flitch 44 more smooth and easy, also ensure that automatic panel-turnover 473 saggingly can not push over flask for medicinal preparations, it is more convenient to catch material.
Further preferably, between two adapter plates 4721, be also provided with reinforced rib 477, ensure that the spacing of automatic panel-turnover 473 is stablized, tilt-stable is smooth and easy.Reinforced rib 477 is two, is separately positioned on the both sides of automatic panel-turnover 473.
Because the utility model produces with for aseptic medicine, need can have to the greatest extent protection outside air in transport process with medicine, as illustrated in figs. 11-14, dust boot 3 is provided with and can be close to the service of connection devices thus closes the elastic sealing strip 5 of catching sheaf space on materials device 4 extending port and the service of connection devices gap, this elastic sealing strip 5 the best is set to be parallel to car body table top and arranges, the one side that itself and the service of connection devices offset is cambered surface, further, dust boot 3 is provided with mounting bar 50, mounting bar 50 forms mounting groove 51, elastic sealing strip 5 is arranged in mounting groove 51, the cambered surface of elastic sealing strip 5 protrudes from mounting bar 50.Because car body 2 is cuboid, dust boot 3 is also cuboid, and preferably, mounting bar 50 and elastic sealing strip 5 are respectively two, two that are separately positioned on dust boot 3 two opposite faces docked with the service of connection devices, the gap length direction between two mounting bars 50 is the length direction of linear slide rail.Elastic sealing strip 5, can be extruded after docking, is convenient to car body 2 aseptic transhipment between the service of connection devices of front and back operation like this, easy to operate.
As shown in figs, in the utility model, the bottom of catching flitch 44 be provided with multiple can with the draw-in groove 6 of the service of connection devices clamping, the front end of draw-in groove 6 is concordant with the front end of catching flitch 44, after clamping, catch flitch 44 and connect without difference of height with the docking platform 8 of the service of connection devices is seamless, transhipment medicine smooth.Preferably, draw-in groove 6 is the U-type groove of inner wide and outer narrow, and front end face 61 and the inwall 62 of draw-in groove 6 are surface blending, and the docking platform 8 being convenient to the service of connection devices snaps in draw-in groove 6 and prevents from departing from.
Be equipped with multiple draw-in groove 6 at the two ends of catching flitch 44, catching flitch 44 can dock preceding apparatus or following apparatus without the need to clubhauling simultaneously.
Further preferably, draw-in groove 6 is elasticity draw-in groove, and the U-type groove open end being convenient to narrow is stuck on the service of connection devices.
Further, can arrange on the docking platform 8 of the service of connection devices and draw-in groove 6 correspondingly fixture block 81, like this without the need to revising the docking platform 8 of the service of connection devices, cost of installation is low, fully can use utilization.
For the car body not departing from ground linear slide rail 1 rotation in the utility model, specifically as shown in FIG. 17 and 18, rotating chassis 7 is provided with bottom car body 2, rotating chassis 7 comprise can along ground linear slide rail 1 slide low bottom-disc 71 with can horizontally rotate and the top bottom-disc 72 of connection body 2 by relative low bottom-disc 71, the slider bar 73 that can ground linear slide rail 1 slides is provided with between low bottom-disc 71 and ground linear slide rail 1, low bottom-disc 71 is arranged in slider bar 73, top bottom-disc 72 is also provided with carriage 74, for balancing car body 2.
Transhipment chassis 7 is also provided with course changing control mechanism, this control mechanism comprises the knock hole 721 be arranged on top bottom-disc 72, being arranged on flexible on low bottom-disc 71 coordinates knock hole 721 to locate the radius stay 75 of top bottom-disc 72 steering angle, rotary transhipment chassis 7 is utilized during rotation, transhipment car body is driven to rotate, can locate transhipment chassis 7 when radius stay 75 on transhipment chassis stretches into knock hole 721 makes it fix, and during retraction, top bottom-disc 72 can horizontally rotate as required.
This course changing control mechanism also comprises the end box 76 of energy guide-localization bar 75 telescopic direction, the retracing spring 77 of top pressure radius stay 75 is provided with in end box 76, one end that radius stay 75 points to outside transhipment chassis 7 is provided with flush ring 78, flush ring 78 is connected with the movable control rod 79 that can drive radius stay 75 parallel motion when one end moves up and down.Whether movable control rod 77 can drive radius stay 75 to stretch, rotate to control top bottom-disc 72.
One end of movable control rod 79 is connected with the location draw ring 70 being located at end box 76 bottom, and the other end of movable control rod 79 extends to the external side of transfer car(buggy) and can be up and down with external force.Movable control rod 79 can be up and down with the such as mode such as foot-operated.Location draw ring 70 and end box 76 can be set directly on low bottom-disc 71, also can low bottom-disc 71 overcoat one frame, are then fixed on this frame.
Preferably, the knock hole 721 on top bottom-disc 72 has multiple, and the radial level angle between adjacent positioned hole 721 is 90 degree, can ensure that the minimum rotation angle of car body 2 is 90 degree, and it is convenient to rotate.
When using the utility model, ground linear slide rail 1 can be arranged between freeze dryer and following apparatus, the 3rd operation after the direction of slip sensing freeze dryer of ground linear slide rail 1, car body 2 is pushed between freeze dryer and following apparatus, promoting push-and-pull handrail member 49 makes underframe 43 near freeze dryer, by the draw-in groove 6 of catching below flitch 44 fixture block 81 clamping with freeze dryer docking platform, catch flitch 44 to dock with docking platform 8 gapless horizontal alignment, muscle 4725 is hit in promotion makes automatic panel-turnover 473 upwards overturn, rotation manual runner 484 transmission is caught material frame 47 and is entered freeze dryer and to offset with freeze dryer inwall move backward to hitting muscle 4725, automatic panel-turnover 473 is driven to overturn downwards, catch and expect that the medicine on freeze dryer docking platform lived by frame 47 frame, rotation manual runner 484 again, catching material frame 47 drives medicine to realize once transporting to catching on flitch 44, then can reversing sense promotion push-and-pull handrail member 49 make underframe 43 near the docking platform 8 of subsequent processing, keep manual turnover panel 474 in a high position, by the draw-in groove 6 of catching below flitch 44 other end fixture block 81 clamping with docking platform 8, rotation manual runner 484 transmission is caught and is expected that frame 47 slides into above docking platform 8 again, realize second time transhipment, exit and catch material frame 47.
When needs are transported to the 3rd operation, can 180 degree rotate car bodies 2, make automatic panel-turnover 473 one end again enter the service of connection devices, medicine is transported to and catches on flitch 44,90 degree are rotated car body 2 again, along ground linear slide rail 1 moving body 2 to the 3rd operation, then transport medicine to the 3rd operation.
The utility model structure is simple, and easy to operate, range of movement is little, applied widely.
Claims (10)
1. an aseptic medicine production transport carriage, it is characterized in that: comprise and be slidably arranged on ground linear slide rail (1) and the car body (2) rotated on described ground linear slide rail (1) can not be departed from, described car body (2) is provided with the dust boot (3) being convenient to sterile working, described car body (2) table top be provided with can stretch out in described dust boot (3) to dock medicine with the service of connection devices catch materials device (4).
2. a kind of aseptic medicine production transport carriage according to claim 1, it is characterized in that described materials device (4) of catching comprises the underframe (41) being arranged on described car body (2) table top, described underframe (41) is arranged with the first linear slide rail (42), described the first linear slide rail (42) is provided with the underframe (43) that can slide along it, described underframe (43) be provided with catch flitch (44) and symmetry be positioned at described in catch second linear slide rail (45) of flitch (44) below, described catch flitch (44) is arranged with third linear slide rail (46) and can slide along described third linear slide rail (46) catch material frame (47), described the second linear slide rail (45), third linear slide rail (46) and described the first linear slide rail (42) be arranged in parallel, described the second linear slide rail (45) is connected with the transmission device (48) of catching described in can pulling and expecting that frame (47) slides.
3. a kind of aseptic medicine production transport carriage according to claim 2, it is characterized in that the slide block that described the first linear slide rail (42) the described underframe of upper support (43) slides is provided with push-and-pull handrail member (49), described transmission device (48) comprises and is arranged on the first belt pulley (481) on described push-and-pull handrail member (49) and is arranged on second belt pulley (482) of described underframe (41) end and is connected the belt (483) of described first belt pulley (481) and the second belt pulley (482), described the first belt pulley (481) is coaxially connected with hand wheel (484), the slide block of described second linear slide rail (45) is connected with along the sheathed follower belt (451) of described second linear slide rail (45) length direction, described second belt pulley (482) is coaxially connected with a rotating shaft of described follower belt (451), the slide block of described the second linear slide rail (45) is fixedly connected with the slide block of described third linear slide rail (46).
4. a kind of aseptic medicine production transport carriage according to claim 2, it is characterized in that described material frame (47) of catching comprises two slidably and the sliding beam (471) be symmetricly set on described third linear slide rail (46), two described sliding beams (471) are stretched into the end of docking freeze dryer and are respectively equipped with driven unit (472), be provided with automatic panel-turnover (473) between driven unit (472) described in two, between the other end of two described sliding beams (471), be provided with manual turnover panel (474).
5. a kind of aseptic medicine production transport carriage according to claim 4, it is characterized in that described driven unit (472) comprises the adapter plate (4721) being arranged on described sliding beam (471) end, described adapter plate (4721) is provided with through hole (4722) and the deep-slotted chip breaker (4723) that is the center of circle with described through hole (4722), described automatic panel-turnover (473) is provided with the rotating shaft (4731) that is hinged in described through hole (4722) and is located in described deep-slotted chip breaker (4723) and along its guide shaft stirred up and down (4732), described rotating shaft (4731) one end through described through hole (4722) is arranged with the gear (4724) driving it to rotate, on described adapter plate (4721) along its direction of slip be provided with protrude from described adapter plate (4721) front end hit muscle (4725), the described muscle (4725) that hits is provided with the teeth groove group engaged with described gear (4724).
6. a kind of aseptic medicine production transport carriage according to claim 4, it is characterized in that the end away from described automatic panel-turnover (473) on each described sliding beam (471) is provided with manual turnover panel base (475), described manual turnover panel (474) is connected between two described manual turnover panel bases (475), described manual turnover panel base (475) is provided with centre hole (4751) and the arc groove (4752) that is the center of circle with described centre hole (4751), described centre hole (4751) is hinged with tumbler (4753), the two ends of described manual turnover panel (474) are respectively equipped with the adapter shaft (4741) be connected with described tumbler (4753) through described arc groove (4752).
7. a kind of aseptic medicine production transport carriage according to claim 1, is characterized in that described dust boot (3) is provided with and can be close to the service of connection devices thus catch the elastic sealing strip (5) of sheaf space on materials device (4) extending port and the service of connection devices gap described in closing.
8. a kind of aseptic medicine production transport carriage according to claim 2, it is characterized in that the described bottom of catching flitch (44) be provided with multiple can with the draw-in groove of the service of connection devices clamping (6), the front end of described draw-in groove (6) is concordant with described front end of catching flitch (44).
9. a kind of aseptic medicine production transport carriage according to claim 1, it is characterized in that described car body (2) bottom is provided with rotating chassis (7), described rotating chassis (7) comprises the low bottom-disc (71) that can slide along described ground linear slide rail (1) and relatively described low bottom-disc (71) can horizontally rotate and be connected the top bottom-disc (72) of described car body (2).
10. a kind of aseptic medicine production transport carriage according to claim 4, is characterized in that described automatic panel-turnover one end of catching material frame (47) is also provided with and supports pulley (476).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520170013.3U CN204489874U (en) | 2015-03-25 | 2015-03-25 | A kind of aseptic medicine production transport carriage |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520170013.3U CN204489874U (en) | 2015-03-25 | 2015-03-25 | A kind of aseptic medicine production transport carriage |
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| Publication Number | Publication Date |
|---|---|
| CN204489874U true CN204489874U (en) | 2015-07-22 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520170013.3U Active CN204489874U (en) | 2015-03-25 | 2015-03-25 | A kind of aseptic medicine production transport carriage |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107840105A (en) * | 2017-11-21 | 2018-03-27 | 上海东富龙科技股份有限公司 | A kind of cillin bottle feeds and gone out trolley |
| CN108639684A (en) * | 2018-04-18 | 2018-10-12 | 中山未名海济生物医药有限公司 | Aseptic medicine transloading equipment |
-
2015
- 2015-03-25 CN CN201520170013.3U patent/CN204489874U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107840105A (en) * | 2017-11-21 | 2018-03-27 | 上海东富龙科技股份有限公司 | A kind of cillin bottle feeds and gone out trolley |
| CN108639684A (en) * | 2018-04-18 | 2018-10-12 | 中山未名海济生物医药有限公司 | Aseptic medicine transloading equipment |
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