CN109895676A - A kind of vaccine transport device - Google Patents
A kind of vaccine transport device Download PDFInfo
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- CN109895676A CN109895676A CN201910334217.9A CN201910334217A CN109895676A CN 109895676 A CN109895676 A CN 109895676A CN 201910334217 A CN201910334217 A CN 201910334217A CN 109895676 A CN109895676 A CN 109895676A
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Abstract
The invention discloses a kind of vaccine transport devices, including vehicle body, it is equipped in the vehicle body and places chamber, the placement is intracavitary to be equipped with symmetrical strike plate, it is described to place intracavitary communicate equipped with bilateral symmetry and the opposite retraction slot that is open, sliding is equipped with the rotating block being connected close to described one end for placing chamber and the strike plate in the retraction slot, the retraction slot is equipped with lifting device far from the side for placing chamber, the present invention by deflecting roller make strike plate turn to place it is intracavitary, in the initial state, strike plate is located in retraction slot, it is not take up the space in compartment, more convenience, secondly, strike plate is placing intracavitary position angle rotatable and height adjustment, the flexibility of its position to need area to be protected protecting against shock position co-ordination and zone of protection is big, include vertical or horizontal region Protection, this device gearing property when position adjusts is good, consumes energy low, is easy to use.
Description
Technical field
The present invention relates to vaccine technical field of transportation, specially a kind of vaccine transport device.
Background technique
Transport device, which refers to be mainly used for transporting goods, transports cargo to the vehicle in another region, fortune from a certain region
The stability factor that will receive road conditions and vehicle during defeated influences cargo by impact, exists as road surface is uneven more
When lowered zones, vehicle can be generated and be jolted, then the cargo in compartment is by impact force and gravity by different degrees of damage
Wound, reduces the value of cargo, and the stability transported in vaccine transport is even more important, for this purpose, being badly in need of a kind of raising vaccine storage
The transport device of transportation stability.
Summary of the invention
The purpose of the present invention is to provide a kind of vaccine transport devices, for overcoming drawbacks described above in the prior art.
A kind of vaccine transport device according to the present invention, including vehicle body, interior be equipped with of the vehicle body place chamber, institute
It is intracavitary equipped with symmetrical strike plate to state placement, it is described to place intracavitary communicates equipped with bilateral symmetry and the opposite contraction that is open
Slot, the interior sliding of the retraction slot are equipped with the rotating block being connected close to described one end for placing chamber with the strike plate, the receipts
Contracting slot is equipped with lifting device far from the side for placing chamber, and the lifting device includes being open towards the placement chamber
Go up and down chamber, the rotating block far from it is described place chamber one end protrude into it is described lifting it is intracavitary and with the lifting device be connected, institute
It states and is equipped with opening in rotating block towards the rotation slot for placing chamber, interior be equipped with by rotation axis rotation of the rotation slot turns to tooth
Wheel, the tooth sector downside are equipped with rotating device, and the rotating device is with so that strike plate rotates coaxially adjusting, it is anti-
The direction of shield, the rotating device right side are equipped with attachment device, and the attachment device is to drive the rotating device work belt
The strike plate rotation is moved, the rotation chamber facing forward that is open is equipped on rear side of the retraction slot, the rotation is intracavitary to pass through drive shaft
Rotation is equipped with the driving gear that front end engages connection with the rotate gear, is connected between the drive shaft by driving belt power
It connects, the driving shaft rear end on right side has been connected by power driving motor, and the driving motor work passes through the driving belt band
The drive shaft turns of dynamic left and right sides then make the rotate gear of left and right sides that the strike plate be driven to turn to described
Place intracavitary, the lifting chamber is communicated far from the side for placing chamber equipped with shifting chute, and sliding, which is equipped with, in the shifting chute moves
Lever, the mobile bar relative movement squeeze the attachment device and move towards so that attachment device and rotating device power connect
It connects.
Further technical solution, the lifting device include the opposite liter communicated with the lifting chamber of front and back symmetrical openings
Slot drops, and rotation is equipped with the elevating screw of upper end and lifting groove upper end wall rotation connection, the lifting silk in the lifting groove
It is threaded with the elevator being connected close to one end of the lifting chamber and the rotating block on bar, is communicated on the downside of the lifting groove
Equipped with the first belt grooves, front and back is symmetrically arranged with the first belt pulley in first belt grooves, and institute is protruded into the elevating screw lower end
It states in the first belt grooves and is connected with corresponding first belt pulley, pass through gearing between first belt pulley of rear side
Belt is connected by power, and lower end wall is installed with lifting motor, the elevating screw of forward right side in first belt grooves on right side
Lower end is connected by power with the lifting motor.
Further technical solution, the rotating device are included in the fixed fixed block in the tooth sector lower end surface, institute
State and be equipped with opening in fixed block towards left rotation space, in the rotation space rotation be equipped with left end protrude into it is described place it is intracavitary and
The rotation matrix being connected with the strike plate, the rotation space periphery are communicated equipped with annular groove, the rotation matrix periphery
It is installed with the ring block being slidably connected with the annular groove, the rotation matrix right end is laid with four openings and is directed away from institute
State place chamber side direction card slot, the rotation space far from it is described place chamber side be equipped with locking device to institute
Card slot clamping is stated, the rotation matrix right side is installed with right end and protrudes into the rotation slot and to fill with the connection
Set the steering shaft being connected by power.
Further technical solution, the locking device include symmetrical above and below and are open towards the placement chamber and the card
Four opposite locking sliding slots of slot, the interior sliding of locking sliding slot, which is equipped with, to be clamped close to described one end for placing chamber with the card slot
Clamping block, the clamping block is installed with lock slider close to one end of the rotation axis, leads between the adjacent clamping block
Connecting rod is crossed to be connected, the side of the locking sliding slot far from the steering shaft of upper and lower sides by link slot connection be equipped with right side and
The extruding slot that the rotation slot communicates, the interior rotation of the link slot are equipped with the tooth connection that inside engages connection with the clamping block
Wheel, the interior sliding of extruding slot are protruded into equipped with one end that medial surface engages connection and the separate placement chamber with the connection gear
Crushing block in the rotation slot, the crushing block outside are installed with the first reset assembly.
Further technical solution, the attachment device include the promotion sliding slot of opening symmetrical above and below outwardly, the promotion
Sliding, which is equipped with, in sliding slot pushes sliding block, described that sliding block is pushed to be installed with the other end and respective side close to the end face for placing chamber
The connected reset spring of the promotion sliding slot inner end wall, be installed with right end between the promotion sliding block and protrude into the shifting chute
Pushing block, the drive cavity that inside is communicated with the rotation slot is installed in the pushing block, rotation is equipped with inner end in the drive cavity
It protrudes into the rotation slot to spline housing connect with the steering shaft spline, it is symmetrical above and below on the outside of the spline housing to be equipped with far
From the solid block that described one end for placing chamber and the pushing block are connected, the spline housing outer end is installed with first bevel gear, and described the
The engagement of one bevel gear lower end surface is connected with the second bevel gear that axle center is spline-like, spline connection at the second bevel gear axle center
There is splined shaft, is connected on the downside of the lifting chamber by guide runner and is equipped with opening up mobile chute, the splined shaft lower end is stretched
Enter in the mobile chute and rotation is equipped with mobile sliding block, the mobile sliding block is installed with separately close to the end face for placing chamber
The extruding spring that one end and the mobile chute inner end wall are connected, the splined shaft upper end is connected by power with power device.
Further technical solution, the power device include power cavity, and sliding is equipped with power sliding block in the power cavity,
It is installed with power motor in the power sliding block, the power motor left end, which has been connected by power left part and is divided into spline-like, has the part to be
The transmission shaft of shape of threads, the power cavity right side communicates the second belt grooves being connected to equipped with downside with the shifting chute, described dynamic
Force motor right end is connected by power that right end protrudes into second belt grooves and spline is connected with the periphery of the second belt pulley as flower
The line shaft of key-like, the symmetrical shifting chute are communicated close to the side for placing chamber equipped with connection space, the company
It connects in space and third belt pulley is equipped with by mobile screw rod rotation, connected between the third belt pulley by the second belt power
It connects, the mobile screw rod outer end is protruded into the shifting chute and is threadedly coupled with the mobile bar, the connection space on right side
It communicates with the second belt grooves, is connected between the third belt pulley and second belt pulley on right side by third belt power
It connects, sliding cavity is equipped on the inside of the connection space, be connected between the sliding cavity and the lifting chamber and be equipped with sliding guide groove, it is described
It is slided in sliding cavity by the sliding shaft that periphery is spline-like and is equipped with sliding shoe, in the sliding shoe on the sliding shaft
Side is installed with the ratchet assembly of one-directional rotation, and engagement chamber is equipped in the sliding shoe, and the sliding is run through in the splined shaft upper end
Guide groove protrudes into that the engagement is intracavitary and be installed with third hand tap gear, and the third hand tap gear left side engagement is connected with axle center and institute
The 4th bevel gear of sliding shaft spline connection is stated, the sliding cavity is communicated close to the side for placing chamber equipped with third belt
Slot is rotatably connected to the 4th belt being connected far from the side for placing chamber and the ratchet assembly in the third belt grooves
It takes turns, is connected by power between the 4th belt pulley by the 4th belt, rotation is equipped with axle center on the upside of the 4th belt pulley of right side
For the 5th belt pulley of spline-like, pass through the 5th belt power between the 5th belt pulley and the 4th belt pulley on right side
Connection, on the right side of the third belt grooves on right side be connected between the power cavity equipped with thread groove, the transmission shaft left end is passed through
The thread groove is worn to connect with the 5th belt pulley spline.
The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, by deflecting roller strike plate is rotated
Intracavitary to placing, in the initial state, strike plate is located in retraction slot, is not take up the space in compartment, more convenience,
Secondary, strike plate is placing intracavitary position angle rotatable and height adjustment, and the flexibility of position to need to be protected
Region protecting against shock position co-ordination and zone of protection is big, the protection comprising vertical or horizontal region, this device connect when position adjusts
Dynamic property is good, consumes energy low, is easy to use.
Detailed description of the invention
Fig. 1 is a kind of inside overall structure diagram of vaccine transport device of the invention；
Fig. 2 is " A " enlarged structure schematic diagram in Fig. 1 in the present invention；
Fig. 3 is " B " enlarged structure schematic diagram in Fig. 2 in the present invention；
Fig. 4 is " C-C " direction structure schematic diagram in Fig. 3 in the present invention；
Fig. 5 is " D-D " direction structure schematic diagram in Fig. 4 in the present invention；
Fig. 6 is " E " enlarged structure schematic diagram in Fig. 3 in the present invention；
Fig. 7 is " F " enlarged structure schematic diagram in Fig. 2 in the present invention；
Fig. 8 is " G " enlarged structure schematic diagram in Fig. 2 in the present invention.
Specific embodiment
Below with reference to Fig. 1-8, the present invention is described in detail, for sake of convenience, now such as to hereafter described orientation regulation
Under: hereafter described front-rear direction up and down is consistent with the front-rear direction up and down of Fig. 1 projection relation itself.
Referring to Fig.1-8, a kind of vaccine transport device of embodiment according to the present invention, including vehicle body 10, the vehicle
It is equipped in main body 10 and places chamber 11, equipped with symmetrical strike plate 14 in the placements chamber 11, in the placement chamber 11
It communicates equipped with bilateral symmetry and the opposite retraction slot 12 that is open, the interior sliding of the retraction slot 12 is equipped with close to the placement chamber 11
The rotating block 13 that one end and the strike plate 14 are connected, the retraction slot 12 are equipped with far from the side for placing chamber 11
Lifting device, the lifting device include being open towards the lifting chamber 21 for placing chamber 11, and the rotating block 13 is far from described
The one end for placing chamber 11 is protruded into the lifting chamber 21 and is connected with the lifting device, and opening court is equipped in the rotating block 13
To the rotation slot 18 for placing chamber 11, is rotated in the rotation slot 18 by rotation axis 19 and be equipped with tooth sector 20, described turn
Rotating device is equipped on the downside of to gear 20, the rotating device is used so that strike plate 14 rotates coaxially the side for adjusting its protection
To equipped with attachment device on the right side of the rotating device, the attachment device is to drive described in the rotating device work drive
Strike plate 14 rotates, and the rotation chamber 15 facing forward that is open is equipped on rear side of the retraction slot 12, passes through driving in the rotation chamber 15
The rotation of axis 16 is equipped with the driving gear 17 that front end engages connection with the rotate gear 20, passes through transmission between the drive shaft 16
Belt is connected by power, and 16 rear end of the drive shaft on right side has been connected by power driving motor, and the driving motor work passes through institute
Stating driving belt drives the drive shaft 16 of left and right sides to rotate, then drives the rotate gear 20 of left and right sides described anti-
Shock plate 14 turns in the placement chamber 11, and the lifting chamber 21 is communicated far from the side for placing chamber 11 equipped with shifting chute
22, the interior sliding of the shifting chute 22 is equipped with mobile bar 23, and the relative movement of mobile bar 23 squeezes the attachment device and moves in opposite directions
It moves so that attachment device is connected by power with rotating device.
Valuably or illustratively, the lifting device includes that front and back symmetrical openings are communicated with the lifting chamber 21 relatively
Lifting groove 24, the interior rotation of the lifting groove 24 are equipped with the elevating screw 26 of upper end and 24 upper end wall of lifting groove rotation connection,
The elevator 25 being connected close to one end of the lifting chamber 21 and the rotating block 13 is threaded on the elevating screw 26,
It is communicated on the downside of the lifting groove 24 equipped with the first belt grooves 27, the interior front and back of first belt grooves 27 is symmetrically arranged with the first belt pulley
29, the elevating screw lower end is protruded into first belt grooves 27 and is connected with corresponding first belt pulley 29, after
It is connected by power between first belt pulley 29 of side by interlocking belt 31, lower end wall in first belt grooves 27 on right side
It is installed with lifting motor 30,26 lower end of the elevating screw and the lifting motor 30 of forward right side are connected by power.
Valuably or illustratively, the rotating device is included in the fixed fixed block in 20 lower end surface of tooth sector
47, the fixed block 47 is interior equipped with being open towards left rotation space 32, and interior rotate of rotation space 32 protrudes into institute equipped with left end
The rotation matrix 33 placed in chamber 11 and be connected with the strike plate 14 is stated, 32 periphery of rotation space, which communicates, is equipped with annular
Slot 34, rotation 33 periphery of matrix are installed with the ring block 35 being slidably connected with the annular groove 34, the rotation matrix 33
Right end is laid with the card slot 36 that four openings are directed away from the direction for placing 11 side of chamber, and the rotation space 32 is separate
The side for placing chamber 11 is equipped with locking device to be clamped with the card slot 36, and 33 right side of rotation matrix is installed with
Right end protrudes into the rotation slot 18 and the steering shaft 48 to be connected by power with the attachment device.
Valuably or illustratively, the locking device include it is symmetrical above and below and opening towards the placement chamber 11 with it is described
Four opposite locking sliding slots 38 of card slot 36, the interior sliding of locking sliding slot 38 are equipped with close to described one end for placing chamber 11 and institute
The clamping block 37 of the clamping of card slot 36 is stated, the clamping block 37 is installed with lock slider 40, phase close to one end of the rotation axis 48
It is connected between the adjacent clamping block 37 by connecting rod 39, the locking sliding slot 38 of upper and lower sides is far from the steering shaft 48
Side is equipped with the extruding slot 45 that right side is communicated with the rotation slot 18 by the connection of link slot 41, and rotation is set in the link slot 41
There is inside to engage the connection gear 42 of connection with the clamping block 37, sliding is equipped with medial surface and the company in the extruding slot 45
It connects the engagement of gear 42 connection and protrudes into the crushing block 44 in the rotation slot 18, the extruding far from described one end for placing chamber 11
The first reset assembly 46 is installed on the outside of block 44.
Valuably or illustratively, the attachment device includes the promotion sliding slot 49 of opening symmetrical above and below outwardly, described to push away
It moves sliding in sliding slot 49 and is equipped with promotion sliding block 60, the promotion sliding block 60 is installed with another close to the end face for placing chamber 11
The reset spring 61 connected with 49 inner end wall of promotion sliding slot of respective side is held, is installed with right end between the promotion sliding block 60
The pushing block 62 in the shifting chute 22 is protruded into, the drive cavity that inside is communicated with the rotation slot 18 is installed in the pushing block 62
64, the interior rotation of the drive cavity 64 is equipped with inner end and protrudes into the interior flower to connect with 48 spline of steering shaft of the rotation slot 18
Key set 66, symmetrical above and below be equipped in 66 outside of spline housing are consolidated far from described one end for placing chamber 11 with what the pushing block 62 was connected
Block 63,66 outer end of spline housing are installed with first bevel gear 65, and the first bevel gear lower end surface engagement is connected with axle center and is
The second bevel gear 67 of spline-like, spline is connected with splined shaft 68 at 67 axle center of second bevel gear, under the lifting chamber 21
Side is equipped with opening up mobile chute 71 by the connection of guide runner 72, and the mobile chute 71 is protruded into 68 lower end of splined shaft
Interior and rotation is equipped with mobile sliding block 73, and the mobile sliding block 73 is installed with the other end and institute close to the end face for placing chamber 11
The connected extruding spring 74 of 71 inner end wall of mobile chute is stated, 68 upper end of splined shaft is connected by power with power device.
Valuably or illustratively, the power device includes power cavity 88, and sliding is equipped with power in the power cavity 88
Sliding block 90 is installed with power motor 91 in the power sliding block 90, and 91 left end of power motor has been connected by power left part and has been divided into
It is the transmission shaft 89 of shape of threads that spline-like, which has part, communicates on the right side of the power cavity 88 and is connected to equipped with downside with the shifting chute 22
The second belt grooves 93,91 right end of power motor has been connected by power that right end protrudes into second belt grooves 93 and spline connects
The periphery for being connected to the second belt pulley 94 is the line shaft 92 of spline-like, and the symmetrical shifting chute 22 is close to the placement chamber
11 side is communicated equipped with connection space, is equipped with third belt pulley 96, institute by the mobile rotation of screw rod 97 in the connection space
It states and is connected by power between third belt pulley 96 by the second belt 98, mobile 97 outer end of screw rod is protruded into the shifting chute 22
And be threadedly coupled with the mobile bar 23, the connection space on right side is communicated with the second belt grooves 93, the third belt pulley
It is connected by power between 96 and second belt pulley 94 on right side by third belt 95, sliding is equipped on the inside of the connection space
Chamber 76 is connected between the sliding cavity 76 and the lifting chamber 21 and is equipped with sliding guide groove 75, passes through periphery in the sliding cavity 76
It is equipped with sliding shoe 77 for the sliding of sliding shaft 81 of spline-like, is installed on the inside of the sliding shoe 77 on the sliding shaft 81
The ratchet assembly 99 of one-directional rotation, the sliding shoe 77 is interior to be equipped with engagement chamber 78, and the sliding is run through in 68 upper end of splined shaft
Guide groove 75 protrudes into the engagement chamber 78 and is installed with third hand tap gear 79, and 79 left side of the third hand tap gear engagement is connected with
The 4th bevel gear 80 that axle center is connect with 81 spline of sliding shaft, the sliding cavity 76 is close to the side for placing chamber 11
Communicate and be equipped with third belt grooves 82, be rotatably connected in the third belt grooves 82 far from the side for placing chamber 11 with it is described
The 4th connected belt pulley 83 of ratchet assembly 99 is connected by power between the 4th belt pulley 83, right side by the 4th belt 84
Rotation is equipped with the 5th belt pulley 85 that axle center is spline-like, the 5th belt pulley 85 and right side on the upside of 4th belt pulley 83
The 4th belt pulley 83 between be connected by power by the 5th belt 86,82 right side of the third belt grooves on right side with it is described
Between power cavity 88 connection be equipped with thread groove 87,89 left end of transmission shaft through the thread groove 87 to the 5th skin
The connection of 85 spline of belt wheel.
When original state, strike plate 14 is located in retraction slot 12, and line shaft 92 is connect with 94 spline of the second belt pulley, lock
Determine block 37 and card slot 36 is clamped.
When needing device to work, driving motor work then drives gear 17 that rotate gear 20 is driven to rotate, so that erosion control
Plate 14 is hit to turn to the effect of vertical protecting against shock in placement chamber 11, it is anti-to adjust when needing strike plate 14 to turn an angle
When impact position, the rotation of 91 task driven line shaft 92 of power motor then to move by third belt 95 with the second belt 98
Dynamic screw rod 97 rotates, then mobile bar 23 moves towards, then mobile bar 23 push pushing block 62 mobile to the side for placing chamber 11 so that
Spline housing 66 is connect with 48 spline of steering shaft, and solid block 63 pushes crushing block 44 to slide to 11 direction of chamber is placed so that connection gear
42 rotations, then clamping block 37 is under the effect of connecting rod 39 all to far from the mobile card exited with card slot 36 in direction for placing chamber 11
It connects and unlocks rotation matrix 33, at this point, line shaft 92 and the second belt pulley 94 are detached from and transmission shaft 89 and the 5th belt pulley 85 are spent
Key connection, secondly, 91 task driven transmission shaft 89 of power motor rotates, then the 5th belt pulley 85 rotates, and passes through the 5th belt 86
With the 4th belt 84 sliding shaft 81 is rotated, then the 4th bevel gear 80 drives splined shaft 68 to rotate, so that second bevel gear
67 drive spline housing 66 to rotate, then steering shaft 48 drives rotation matrix 33 to rotate, so that strike plate 14 is with 90 degree
Gradient rotation, after 14 position of strike plate determines, then power sliding block 90 moves right the reversion of power motor 91, passes through ratchet assembly
99 rotate splined shaft 68 not, then line shaft 92 is connect with 94 spline of the second belt pulley, then mobile bar 23 moves outward, push away
Block 62 moves outward under the effect of reset spring 61, then block 63 unclamps so that the recovery initial position of crushing block 44, then lock admittedly
Block 37 and card slot 36, which are clamped, fixes strike plate 14, needs strike plate 14 at longitudinally adjusted position thereafter, lifting motor
30 work rotate elevating screw 26 with belt 31 is interlocked by the first belt pulley 29, then elevator 25 drives rotating block 13
It goes up and down to adjust the height of strike plate 14.
The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, by deflecting roller strike plate is rotated
Intracavitary to placing, in the initial state, strike plate is located in retraction slot, is not take up the space in compartment, more convenience,
Secondary, strike plate is placing intracavitary position angle rotatable and height adjustment, and the flexibility of position to need to be protected
Region protecting against shock position co-ordination and zone of protection is big, the protection comprising vertical or horizontal region, this device connect when position adjusts
Dynamic property is good, consumes energy low, is easy to use.
Those skilled in the art can define, can in the case of not departing from overall spirit of the invention and design
To make the various modifications for above embodiments.It falls within the scope of protection of the present invention.Protection scheme of the invention
It is subject to claims appended hereto.
Claims (6)
1. a kind of vaccine transport device, including vehicle body, interior be equipped with of the vehicle body places chamber, described to place intracavitary is equipped with
Symmetrical strike plate, it is described to place intracavitary communicate equipped with bilateral symmetry and the opposite retraction slot that is open, the retraction slot
Interior sliding is equipped with the rotating block being connected close to described one end for placing chamber and the strike plate, and the retraction slot is far from the peace
Put chamber side be equipped be equipped with lifting device, the lifting device include be open towards it is described place chamber lifting chamber, described turn
Motion block far from it is described place chamber one end protrude into it is described lifting it is intracavitary and with the lifting device be connected, be equipped in the rotating block
It is open towards the rotation slot for placing chamber, the rotation slot is interior to be equipped with tooth sector, the steering tooth by rotation axis rotation
Wheel downside be equipped with rotating device, the rotating device use so that strike plate rotate coaxially adjust its protect direction, it is described
Attachment device is equipped on the right side of rotating device, the attachment device is to drive the rotating device work to drive the strike plate
Rotation, is equipped with the rotation chamber facing forward that is open on rear side of the retraction slot, the rotation it is intracavitary by drive shaft turns be equipped with front end with
The driving gear of rotate gear engagement connection is connected by power between the drive shaft by driving belt, right side it is described
Driving shaft rear end has been connected by power driving motor, and the driving motor work drives the institute of left and right sides by the driving belt
Drive shaft turns are stated, then make the rotate gear of left and right sides that the strike plate be driven to turn to intracavitary, the institute of the placement
It states lifting chamber to communicate far from the side for placing chamber equipped with shifting chute, sliding is equipped with mobile bar, the shifting in the shifting chute
Lever relative movement squeezes the attachment device and moves towards so that attachment device is connected by power with rotating device.
2. a kind of vaccine transport device according to claim 1, it is characterised in that: the lifting device includes that front and back is symmetrical
The opposite lifting groove communicated with the lifting chamber of opening, the interior rotation of the lifting groove is equipped with upper end and the lifting groove upper end wall turns
The elevating screw of connection is moved, is threaded on the elevating screw connected close to one end of the lifting chamber and the rotating block
Elevator, communicate on the downside of the lifting groove equipped with the first belt grooves, front and back is symmetrically arranged with the first skin in first belt grooves
Belt wheel, the elevating screw lower end are protruded into first belt grooves and are connected with corresponding first belt pulley, rear side
First belt pulley between by interlock belt be connected by power, lower end wall is installed with liter in first belt grooves on right side
Motor drops, and the elevating screw lower end and the lifting motor of forward right side are connected by power.
3. a kind of vaccine transport device according to claim 1, it is characterised in that: the rotating device is included in described turn
The fixed block fixed to gear lower end surface is equipped with opening in the fixed block towards left rotation space, turns in the rotation space
Dynamic that the rotation matrix that the placement is intracavitary and is connected with the strike plate is protruded into equipped with left end, the rotation space periphery communicates
Equipped with annular groove, the rotation matrix periphery is installed with the ring block being slidably connected with the annular groove, and the rotation matrix is right
End is laid with the card slot that four openings are directed away from the direction for placing chamber side, and the rotation space is far from the placement
The side of chamber is equipped with locking device to be clamped with the card slot, and the rotation matrix right side is installed with right end and protrudes into the institute
It states in rotation slot and the steering shaft to be connected by power with the attachment device.
4. a kind of vaccine transport device according to claim 3, it is characterised in that: the locking device includes symmetrical above and below
And four locking sliding slots that opening is opposite with the card slot towards the placement chamber, the interior sliding of the locking sliding slot are equipped with close to institute
The clamping block of the one end for placing chamber and card slot clamping is stated, the clamping block is installed with locking close to one end of the rotation axis
Sliding block is connected between the adjacent clamping block by connecting rod, and the locking sliding slot of upper and lower sides is far from the steering shaft
Side is equipped with the extruding slot that communicates with the rotation slot of right side by link slot connection, in the link slot rotation be equipped with inside and
The connection gear of the clamping block engagement connection, the interior sliding of the extruding slot are equipped with medial surface and engage connection with the connection gear
And the crushing block in the rotation slot is protruded into far from described one end for placing chamber, the first reset group is installed on the outside of the crushing block
Part.
5. a kind of vaccine transport device according to claim 1, it is characterised in that: the attachment device includes symmetrical above and below
The promotion sliding slot of opening outwardly, the interior sliding of the promotion sliding slot, which is equipped with, pushes sliding block, and the promotion sliding block is close to the placement chamber
An end face be installed with the connected reset spring of the promotion sliding slot inner end wall of the other end and respective side, the promotion sliding block it
Between be installed with the pushing block that right end protrudes into the shifting chute, the transmission that communicates with the rotation slot of inside is installed in the pushing block
Chamber, the interior rotation of the drive cavity are equipped with inner end and protrude into the interior spline housing to connect with the steering shaft spline of the rotation slot,
It is symmetrical above and below on the outside of the spline housing to be equipped with the solid block being connected far from described one end for placing chamber and the pushing block, the spline housing
Outer end is installed with first bevel gear, and the first bevel gear lower end surface engagement is connected with the second bevel gear that axle center is spline-like,
Spline is connected with splined shaft at the second bevel gear axle center, is equipped on the downside of the lifting chamber by guide runner connection opening up
Mobile chute, the splined shaft lower end is protruded into the mobile chute and rotation is equipped with mobile sliding block, and the mobile sliding block leans on
The extruding spring that the nearly end face for placing chamber is installed with the other end and the mobile chute inner end wall is connected, the splined shaft
Upper end is connected by power with power device.
6. a kind of vaccine transport device according to claim 5, it is characterised in that: the power device includes power cavity,
Sliding is equipped with power sliding block in the power cavity, and power motor is installed in the power sliding block, and the power motor left end is dynamic
It is the transmission shaft of shape of threads that power, which is connected with left part to be divided into spline-like to have part, communicated on the right side of the power cavity equipped with downside with it is described
Second belt grooves of shifting chute connection, the power motor right end have been connected by power right end and have protruded into second belt grooves and spend
The periphery that key connection has the second belt pulley is the line shaft of spline-like, and the symmetrical shifting chute is close to the placement chamber
Side is communicated equipped with connection space, is equipped with third belt pulley, the third skin by mobile screw rod rotation in the connection space
Be connected by power between belt wheel by the second belt, the mobile screw rod outer end protrude into the shifting chute and with the mobile bar spiral shell
Line connection, the connection space on right side are communicated with the second belt grooves, second belt of the third belt pulley and right side
It is connected by power between wheel by third belt, sliding cavity, the sliding cavity and the lifting chamber is equipped on the inside of the connection space
Between connection be equipped with sliding guide groove, sliding shoe, institute are equipped with by the sliding shaft sliding that periphery is spline-like in the sliding cavity
The ratchet assembly for being installed with one-directional rotation on sliding shaft on the inside of the sliding shoe is stated, engagement chamber is equipped in the sliding shoe,
It is intracavitary and be installed with third hand tap gear, the triconodont that the engagement through the sliding guide groove is protruded into the splined shaft upper end
The engagement of wheel left side is connected with the 4th bevel gear that axle center is connect with the sliding shaft spline, and the sliding cavity is close to the peace
The side for putting chamber is communicated equipped with third belt grooves, be rotatably connected in the third belt grooves far from the side for placing chamber with
The 4th connected belt pulley of the ratchet assembly is connected by power between the 4th belt pulley, described in right side by the 4th belt
Rotation is equipped with the 5th belt pulley that axle center is spline-like on the upside of 4th belt pulley, and the described 4th of the 5th belt pulley and right side the
It is connected by power between belt pulley by the 5th belt, is set on the right side of the third belt grooves on right side with being connected between the power cavity
There is thread groove, the transmission shaft left end is through the thread groove to connect with the 5th belt pulley spline.
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| CN201910334217.9A CN109895676A (en) | 2019-04-24 | 2019-04-24 | A kind of vaccine transport device |
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| CN201910334217.9A CN109895676A (en) | 2019-04-24 | 2019-04-24 | A kind of vaccine transport device |
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| CN109895676A true CN109895676A (en) | 2019-06-18 |
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| CN201910334217.9A Pending CN109895676A (en) | 2019-04-24 | 2019-04-24 | A kind of vaccine transport device |
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Effective date of registration: 20221201 Address after: 100073 1902 and 1903, 19th floor, building 2, yard 16, Lize Road, Fengtai District, Beijing Applicant after: Beijing Jiantang Medical Technology Co.,Ltd. Address before: 314000 no.385, Xinsheng Road, Xinsheng Town, Puyuan Town, Tongxiang City, Jiaxing City, Zhejiang Province Applicant before: JIAXING XINYAO COMMERCE AND TRADE Co.,Ltd. |
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Effective date of abandoning: 20230718 |