A kind of Medicines production drying and processing equipment facilitating row's steam
Technical field
The present invention relates to field of medical technology, specially a kind of Medicines production for facilitating row's steam is set with drying and processing
It is standby.
Background technique
With the development of medicine, people more pay attention to the production of Medicines, and Medicines need during making
Molding powder will be made and carry out drying and processing, and existing drug production drying equipment also has subproblem, just than
Such as:
1, existing drying equipment is easy to produce vapor in drying, and most of existing solution is all logical
It crosses extraneous getter device and recycling is sucked out in vapor, and be easy to cause thermal loss in the process, influence the drying effect of drug
Fruit;
2, existing drying equipment only turns its inside drug by the common agitating shaft of structure when drying stirring
Dynamic stirring, using effect is poor, and the problem that function is more single;
Therefore, it is proposed that a kind of Medicines production drying and processing equipment for facilitating row's steam, above-mentioned to solve
Proposed in the problem of.
Summary of the invention
The purpose of the present invention is to provide a kind of Medicines production drying and processing equipment for facilitating row's steam, to solve
Above-mentioned background technique proposition is existing to be easy to produce vapor, and most of existing solution is all by extraneous getter device
Vapor is sucked out and is recycled, and is easy to cause thermal loss in the process, influences the drying effect of drug, is stirred in drying
When, rotation stirring is only carried out to its inside drug by the common agitating shaft of structure, using effect is poor, and function is more single
The problem of.
To achieve the above object, the invention provides the following technical scheme: a kind of Medicines production for facilitating row's steam is used
Drying and processing equipment, including pedestal, heating chamber and motor are provided with heating chamber, and the inside of heating chamber above the pedestal
It is fixedly installed with heater strip, and is provided with heat-conducting plate above heater strip, drying room is provided with above the heating chamber, and
The two sides of drying room are provided with plug tube, and offer the second card slot below plug tube, and rotation is connected in the middle part of the heating chamber
Cylinder, and the surface of rotary cylinder is fixed with stirring rod, and first connecting rod is connected with above rotary cylinder, the first connecting rod
Upper end be connected by connection bolt with the first motion bar, and the first motion bar passes through fixed block and is connected with driving tooth wheel disc
It connecing, and the surface of driving tooth wheel disc is connected with driven tooth wheel disc, the surface of the driven tooth wheel disc is connected with the second motion bar,
And second the lower section of motion bar be connected with the second connecting rod, and piston head is fixed with below the second connecting rod, the plug
The lower section of cylinder is connected with connecting plate, and foam-rubber cushion is provided with above connecting plate, and the side of connecting plate is fixed with rubber block,
Through-hole is offered below the drying room, and the surface of through-hole is provided with vent pads, and offers and remove above drying room
Stomata is provided with rubber ring in the middle part of the first connecting rod, and the inside of rubber ring and drying room is fixed with support rod, described
Discharge port is provided on rear side of drying room, and the fixed rear stay plate in top of drying room, the motor are fixedly mounted on rear stay plate.
Preferably, the rotary cylinder is that bearing is connect, and rotary cylinder is connected with stirring rod, and stirring rod with heat-conducting plate
Lower surface be evenly distributed with gas vent, while spiral helicine first card slot is offered inside rotary cylinder.
Preferably, first motion bar and first connecting rod are rotation connection, and the first motion bar passes through driving gear
Disk and first connecting rod constitute lifting structure, and the surface of first connecting rod is fixed with convex block, while convex block is tied in the shape of a spiral
Structure.
Preferably, the driving tooth wheel disc is to engage connection, and driven tooth wheel disc is about drying room pair with driven tooth wheel disc
Claim there are two settings, and driven tooth wheel disc and the second motion bar, the second connecting rod and piston head constitute lifting structure, it is living simultaneously
The outer surface of chock plug and the inner surface of plug tube fit.
Preferably, the connecting plate and foam-rubber cushion are bonding connection, and connecting plate two sides pass through rubber block and plug tube surface
The second card slot fasten.
Preferably, the vent pads include the first rubber pad, fixed plate, spring, the second rubber pad and third card slot, and the
The surface of one rubber pad is fixed with fixed plate, and spring is fixed between the first rubber pad and the second rubber pad, the second rubber pad
Surface offers third card slot, and the second rubber pad is fixed on the lower surface of drying room, and the first rubber pad passes through spring and the
Two rubber pads constitute stretching structure, while fixed plate is to be connected together with third card slot.
Preferably, the rubber ring is in truncated cone-shaped structure, and the internal diameter of rubber ring is greater than the outer diameter of first connecting rod.
Preferably, the helicoidal structure of first card slot matches with the helical form of the convex block on first connecting rod surface,
And the bottom of first connecting rod and the interior position of rotary cylinder are tightly connected, and the bottom of first connecting rod uses rubber material.
Compared with prior art, the beneficial effects of the present invention are: this facilitates at the Medicines production drying of row's steam
Equipment is managed,
(1) it is provided with driving tooth wheel disc, the first motion bar can be driven to move in a circle by driving gear disk, Jin Erfang
Just pick up and down under making on first connecting rod, in first connecting rod oscilaltion, first connecting rod perficial helical can be passed through
The identical connection of spiral helicine first card slot, facilitates and rotary cylinder is driven to rotate on heat-conducting plate on the inside of the convex block and rotary cylinder of shape,
It is stirred the stirring rod on rotary cylinder surface to the drug inside drying room, while rotary cylinder connects with heating chamber
It is logical, in first connecting rod lifting, first connecting rod bottom can be made in the heat extraction to rotary cylinder of heating chamber, and with the
The whereabouts of one connecting rod and by being discharged in the gas vent of stirring rod lower surface, convenient is to provide heat inside drying room, is improved
The drying effect of the device;
(2) it is provided with piston head, the rotation for driving driven tooth wheel disc can be engaged by driving tooth wheel disc, is conveniently made driven
Toothed disc drives the second motion bar to move in a circle, and then conveniently makes the second connecting rod that piston head be driven to move up and down, in piston
When moving upwards, the vapor above drying room can be drawn onto inside plug tube by the stomata that removes of drying chamber surface, facilitating will dry
Vapor inside plug tube can be pushed and be discharged on foam-rubber cushion when piston head moves downward by the vapor discharge inside dry chamber,
It absorbs vapor by foam-rubber cushion, the absorption of vapor is facilitated to handle, and with the pushing of piston head, heat can be passed through to baking
The through-hole on dry chamber surface discharges into drying room, improves the device and handles the discharge of vapor;
(3) vent pads are provided with, the stretching structure of the first rubber pad and the second rubber pad inside vent pads facilitates piston
It when moving upwards air-breathing, moves the first rubber pad outward, vent pads is sealed, when exhaust downwards, make the first rubber
Case medial motion is padded, vent pads are opened, discharging into for hot gas is facilitated, improve the using effect of the device;
(4) it is provided with connecting plate, connecting plate is connected by rubber block with the second card slot of the inside of plug tube, the company of facilitating
The disassembly of fishplate bar and plug tube, and then facilitate the processing of vapor on foam-rubber cushion on connecting plate, improve the using effect of the device.
Detailed description of the invention
Fig. 1 is the positive schematic cross-sectional view of the present invention;
Fig. 2 is side structure schematic view of the present invention;
Fig. 3 is exhaust cushion structure schematic diagram of the present invention;
Fig. 4 is the second rubber pad side schematic cross-sectional view of the invention;
Fig. 5 is connecting board structure schematic diagram of the present invention;
Fig. 6 is structural schematic diagram at A in Fig. 1 of the present invention;
Fig. 7 is that stirring rod of the present invention faces upward schematic cross-sectional view;
Fig. 8 is rubber ring structural schematic diagram of the present invention.
In figure: 1, pedestal;2, drying room;3, heating chamber;301, heater strip;302, heat-conducting plate;4, rotary cylinder;5, it stirs
Bar;6, first connecting rod;61, convex block;7, the first motion bar;8, bolt is connected;9, driving tooth wheel disc;10, rear stay plate;11, from
Movable tooth wheel disc;12, the second motion bar;13, the second connecting rod;14, piston head;15, connecting plate;16, foam-rubber cushion;17, vent pads;
171, the first rubber pad;172, fixed plate;173, spring;174, the second rubber pad;175, third card slot;18, stomata is removed;19,
Rubber ring;20, fixed block;21, support rod;22, discharge port;23, through-hole;24, the first card slot;25, gas vent;26, plug tube;
27, rubber block;28, the second card slot;29, motor.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
Fig. 1-8 is please referred to, the present invention provides a kind of technical solution: a kind of Medicines production drying facilitating row's steam
Processing equipment, including pedestal 1, drying room 2, heating chamber 3, rotary cylinder 4, stirring rod 5, first connecting rod 6, the first motion bar 7, company
Connecting bolt 8, driving tooth wheel disc 9, rear stay plate 10, driven tooth wheel disc 11, the second motion bar 12, the second connecting rod 13, piston head 14,
Connecting plate 15, vent pads 17, removes stomata 18, rubber ring 19, fixed block 20, support rod 21, discharge port 22, through-hole at foam-rubber cushion 16
23, the first card slot 24, gas vent 25, plug tube 26, rubber block 27, the second card slot 28 and motor 29, the top of pedestal 1, which is provided with, to be added
Hot chamber 3, and the inside of heating chamber 3 is fixedly installed with heater strip 301, and the top of heater strip 301 is provided with heat-conducting plate 302,
The top of heating chamber 3 is provided with drying room 2, and the two sides of drying room 2 are provided with plug tube 26, and is offered below plug tube 26
Two draw-in groove 28, the middle part of heating chamber 3 is connected with rotary cylinder 4, and the surface of rotary cylinder 4 is fixed with stirring rod 5, and rotary cylinder 4
Top be connected with first connecting rod 6, the upper end of first connecting rod 6 is connected by connecting bolt 8 with the first motion bar 7, and
First motion bar 7 is connected by fixed block 20 with driving tooth wheel disc 9, and the surface of driving tooth wheel disc 9 is connected with driven tooth
Wheel disc 11, the surface of driven tooth wheel disc 11 are connected with the second motion bar 12, and the lower section of the second motion bar 12 and the second connecting rod
13 are connected, and the lower section of the second connecting rod 13 is fixed with piston head 14, and the lower section of plug tube 26 is connected with connecting plate 15, and even
The top of fishplate bar 15 is provided with foam-rubber cushion 16, and the side of connecting plate 15 is fixed with rubber block 27, and the lower section of drying room 2 opens up
There is through-hole 23, and the surface of through-hole 23 is provided with vent pads 17, and the top of drying room 2 is offered except stomata 18, first connects
The middle part of extension bar 6 is provided with rubber ring 19, and the inside of rubber ring 19 and drying room 2 is fixed with support rod 21, after drying room 2
Side is provided with discharge port 22, and the fixed rear stay plate 10 in top of drying room 2, motor 29 are fixedly mounted on rear stay plate 10.
Rotary cylinder 4 is that bearing is connect, and rotary cylinder 4 is connected with stirring rod 5, and under stirring rod 5 with heat-conducting plate 302
Surface is evenly distributed with gas vent 25, while spiral helicine first card slot 24 is offered inside rotary cylinder 4, and rotary cylinder 4 is facilitated to exist
It is rotated in heating chamber 3, it is convenient to being stirred inside drying room 2.
First motion bar 7 is rotation connection with first connecting rod 6, and the first motion bar 7 passes through driving tooth wheel disc 9 and first
Connecting rod 6 constitutes lifting structure, and the surface of first connecting rod 6 is fixed with convex block 61, while the structure in the shape of a spiral of convex block 61,
It can make the first motion bar 7 that first connecting rod 6 be driven to move up and down by the rotation of driving tooth wheel disc 9.
Driving tooth wheel disc 9 is to engage connection, and driven tooth wheel disc 11 is symmetrical arranged about drying room 2 with driven tooth wheel disc 11
There are two, and driven tooth wheel disc 11 and the second motion bar 12, the second connecting rod 13 and piston head 14 constitute lifting structure, simultaneously
The outer surface of piston head 14 and the inner surface of plug tube 26 fit, and facilitate driving tooth wheel disc 9 that driven tooth wheel disc 11 is driven to rotate, into
And make driven tooth wheel disc 11 that the second motion bar 12 be driven to move in a circle, so that the second motion bar 12 is driven the second connecting rod 13
The piston head 14 of end is gone up and down.
Connecting plate 15 and foam-rubber cushion 16 are bonding connection, and 15 two sides of connecting plate pass through rubber block 27 and 26 surface of plug tube
Second card slot 28 fastens, and can will suck the water vapor absorption in plug tube 26 by the foam-rubber cushion 16 on 15 surface of connecting plate, together
When connecting plate 15 and plug tube 26 engaging, facilitate the installation of connecting plate 15.
Vent pads 17 include the first rubber pad 171, fixed plate 172, spring 173, the second rubber pad 174 and third card slot
175, and the surface of the first rubber pad 171 is fixed with fixed plate 172, it is fixed between the first rubber pad 171 and the second rubber pad 174
There is spring 173, the surface of the second rubber pad 174 offers third card slot 175, and the second rubber pad 174 is fixed under drying room 2
Surface, and the first rubber pad 171 constitutes stretching structure by spring 173 and the second rubber pad 174, at the same fixed plate 172 and
Third card slot 175 is to be connected together, and can be gone up and down by piston head 14, the folding and sealing of easy to exhaust pad 17.
Rubber ring 19 is in truncated cone-shaped structure, and the internal diameter of rubber ring 19 is greater than the outer diameter of first connecting rod 6, can be effective
First connecting rod 6 is limited, the stability that first connecting rod 6 is gone up and down is improved.
The helicoidal structure of first card slot 24 matches with the helical form of the convex block 61 on 6 surface of first connecting rod, and first
The bottom of connecting rod 6 and the interior position of rotary cylinder 4 are tightly connected, and the bottom of first connecting rod 6 uses rubber material, can
It is coincide by the spiral of 6 surface convex block 61 of first connecting rod and the first card slot 24, rotary cylinder 4 is driven to rotate on heat-conducting plate 302.
Working principle: firstly, according to Fig. 1, Fig. 2 Fig. 7 and Fig. 8, when using the device, first by the device and the external world
Power supply is connected, then by molding and the drug dried is needed to be put by feed inlet the inside of the device, and open heating chamber 3
Internal heater strip 301 and motor 29 makes the heater strip 301 inside heating chamber 3 heat heat and transfers heat to heat-conducting plate
On 302, so that the output shaft of the heating, drying of 2 bottom of drying room, motor 29 to be fixedly connected with driving tooth wheel disc 9, facilitate band
Dynamic driving tooth wheel disc 9 rotates, and when driving tooth wheel disc 9 rotates, the first motion bar 7 that can be connected by its surface activity is in driving tooth
The surface of wheel disc 9 moves in a circle, and then conveniently makes the first motion bar 7 that first connecting rod 6 be driven to move up and down, the first connection
The fixed convex block 61 in 6 surface of bar structure in the shape of a spiral, can be with the first card for opening up inside 6 rotated down cylinder 4 of first connecting rod
Slot 24 matches, and then so that first connecting rod 6 is will drive rotary cylinder 4 when moving downward and rotate on heat-conducting plate 302, so make
The stirring rod 5 on 4 surface of rotary cylinder carrys out back rotation inside drying room 2 and is stirred to drug, and the bottom of first connecting rod 6 with
The inside of rotary cylinder 4 is to be tightly connected, and when first connecting rod 6 moves upwards, the heat inside heating chamber 3 can be passed through first
The bottom of connecting rod 6 is drawn onto inside rotary cylinder 4, and heat is passed through to the exhaust on 5 surface of stirring rod when first connecting rod 6 falls
The discharge in hole 25 makes stirring rod 5 while agitating, and provides heat to inside, improves the using effect of the device;
According to Fig. 1, Fig. 3 and Fig. 4, meanwhile, it, can be with the driven gear of two sides while driving tooth wheel disc 9 rotates
Disk 11 is meshed, and then rotates driven tooth wheel disc 11 on rear stay plate 10, and then makes it that the second motion bar 12 be driven to exist
It moves in a circle on driven tooth wheel disc 11, the second motion bar 12 is conveniently made to drive the piston head 14 of 13 bottom of the second connecting rod connection
Oscilaltion, the outside of piston head 14 and the inner wall of plug tube 26 fit, and when piston head 14 moves upwards, can make in plug tube 26
Portion generates air pressure and moves the first rubber pad 171 on 2 inner wall of drying room outward under the influence of air pressure, makes the first rubber pad
The fixed plate 172 on 171 surfaces is retracted in the third card slot 175 inside the second rubber pad 174, so make the first rubber pad 171 and
Second rubber pad 174 is tightly connected, and so that vent pads 17 is in sealing state, the convenient stomata 18 that removes by 2 top of drying room will
The vapor that generation is dried inside drying room 2 is drawn onto inside plug tube 26, is avoided vapor from influencing the drying of drug, is improved the device
Drying effect vapor can be pushed down on when piston head 14 moves downward, and be discharged to the sponge of the top of connecting plate 15
On pad 16, make foam-rubber cushion 16 by moisture absorption, meanwhile, when piston head 14 moves downward, air pressure is made to squeeze the first rubber pad
171, stretch out the first rubber pad 171 under the action of air pressure and spring 173, foam-rubber cushion 16 will be passed through by facilitating inside plug tube 26 removes
The problem of hot gas after water is discharged in drying room 2 by through-hole 23, is avoided when except vapor, thermal loss, improves this
The drying effect of device;
According to Fig. 5 and Fig. 6, the rubber block 27 and the second card slot 28 inside plug tube 26 of the fixation on 15 surface of connecting plate
It fastens, the installation of connecting plate 15 Yu plug tube 26 can be facilitated, while connecting plate 15 and foam-rubber cushion 16 are bonding connection, are facilitated
The replacement of foam-rubber cushion 16 improves the using effect of the device, and here it is the Medicines production drying that this facilitates row's steam
The course of work of processing equipment, the content being not described in detail in this specification belong to existing well known to professional and technical personnel in the field
There is technology.
Although the present invention is described in detail referring to the foregoing embodiments, for those skilled in the art,
It is still possible to modify the technical solutions described in the foregoing embodiments, or part of technical characteristic is carried out etc.
With replacement, all within the spirits and principles of the present invention, any modification, equivalent replacement, improvement and so on should be included in this
Within the protection scope of invention.