CN110104238A - A kind of humanization genetic engineering antibody kit device - Google Patents
A kind of humanization genetic engineering antibody kit device Download PDFInfo
- Publication number
- CN110104238A CN110104238A CN201910415109.4A CN201910415109A CN110104238A CN 110104238 A CN110104238 A CN 110104238A CN 201910415109 A CN201910415109 A CN 201910415109A CN 110104238 A CN110104238 A CN 110104238A
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- China
- Prior art keywords
- shaft
- tooth
- chamber
- conveyer belt
- crank
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B7/00—Closing containers or receptacles after filling
- B65B7/16—Closing semi-rigid or rigid containers or receptacles not deformed by, or not taking-up shape of, contents, e.g. boxes or cartons
- B65B7/28—Closing semi-rigid or rigid containers or receptacles not deformed by, or not taking-up shape of, contents, e.g. boxes or cartons by applying separate preformed closures, e.g. lids, covers
- B65B7/2807—Feeding closures
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B7/00—Closing containers or receptacles after filling
- B65B7/16—Closing semi-rigid or rigid containers or receptacles not deformed by, or not taking-up shape of, contents, e.g. boxes or cartons
- B65B7/28—Closing semi-rigid or rigid containers or receptacles not deformed by, or not taking-up shape of, contents, e.g. boxes or cartons by applying separate preformed closures, e.g. lids, covers
- B65B7/2842—Securing closures on containers
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Belt Conveyors (AREA)
Abstract
The present invention provides a kind of humanization/property genetic engineering antibody kit devices, including main box, rotating block chamber is offered in the main body, the rotating block is intracavitary to be equipped with folder lid mechanism, the rotating block chamber offers kit capping conveyer belt chamber on the bottom wall in left side, central cavity is offered in the main body on the right side of the kit capping conveyer belt chamber, the intracavitary rotation of kit capping conveyer belt is equipped with left side conveyer mechanism belt wheel, the pulley power for covering conveyer belt and rear side by kit connects, the extended kit lidding tape wheel shaft in left and right is installed in the left side conveyer mechanism belt wheel, therefore the present invention devises a kind of humanization/property genetic engineering antibody kit device, the present apparatus uses a power source and a pulsometer as power, and made respectively by Geneva mechanism Mutually interval links between a mechanism, so that each process is cooperated, improves production efficiency, and present apparatus drive mechanism is relatively simple, be less prone to failure, convenient for safeguarding.
Description
Technical field
The present invention relates to the encapsulation technology fields of kit, and in particular to a kind of humanization/property genetic engineering antibody reagent
Box device.
Background technique
Carry out reagent it is filling when, in order to accelerate the packing work of reagent, usually all can using production line carry out it is filling,
And extraneous bacterium enters and pollutes to reagent in order to prevent, therefore, can all select to be sealed kit preservation, because
This, the device that can be sealed holding to reagent the present invention is directed to design one kind is packaged kit.
Summary of the invention
The purpose of the present invention is to provide a kind of humanization/property genetic engineering antibody kit devices, can overcome existing
The drawbacks described above of technology improves upper cover efficiency.
A kind of humanization/property genetic engineering antibody kit device of the invention, wherein the kit sealing device includes
Main body offers rotating block chamber in the main body, and the rotating block is intracavitary to be equipped with folder lid mechanism, and the rotating block chamber keeps left
Kit capping conveyer belt chamber is offered on the bottom wall of side, is opened in the main body on the right side of the kit capping conveyer belt chamber
Equipped with central cavity, the intracavitary rotation of kit capping conveyer belt is equipped with left side conveyer mechanism belt wheel, and described passes through examination
Agent box covers conveyer belt and the pulley power of rear side connects, and left and right extension is installed in the left side conveyer mechanism belt wheel and is set
The kit lidding tape wheel shaft set, the right side extended segment of the kit lidding tape wheel shaft protrude into the central cavity and
Its end is installed with left pulley shaft cone tooth, offers slot in the main body in kit capping conveyer belt bottom of chamber portion
Chamber is taken turns, the sheave is intracavitary to be equipped with power mechanism, offers bottom lumen in the main body on the right side of the sheave chamber, described
Top right side chamber is offered in the main body on the right side of the lumen of bottom, is opened in the main body of the top right side top of chamber
Equipped with right side conveyer belt chamber, the right side conveyer belt is intracavitary to be equipped with belt transmission agency, the institute of the right side conveyer belt top of chamber
It states to be connected in main body and offers crank chamber, the crank is intracavitary to be equipped with crank mechanism, the master on the right side of the crank chamber
Top right chamber is offered in body, offers two-sided cone tooth cavity in the main body in top right bottom of chamber portion, it is described two-sided
The right side conveyer belt for boring tooth cavity bottom is intracavitary equipped with cover pressing mechanism.
Valuably, the folder lid mechanism includes the spline being rotatably arranged between the rotating block chamber and the bottom lumen
Axis, the bottom extended segment of the splined shaft is protruded into the bottom lumen and its end is installed with spline axial cone tooth, the spline
The outer wall upper spline of axis is connected with the spline housing extended up and down, and the bottom wall gap of the spline housing and the rotating block chamber is matched
It closes, is circumferentially installed with circular slab on the outer wall of the spline housing, the circular slab bottom end offers arc groove, in the arc groove
Rotation is equipped with circular block, and the circular block bottom end is connected by power the pulsometer admittedly in the wall of the rotating block bottom of chamber, described
The rotating block being fixedly provided at the top of the circular slab on the outer wall of spline housing, the rotating block bottom end offer bilateral symmetry
Fixture cavity, be described in detail by taking the fixture cavity in left side as an example, symmetrical clamping bar be equipped in the fixture cavity,
The clamping bar is rotatably arranged on the rear wall of the fixture cavity by pivot pin, and the pivot pin bottom end is installed with fixture block, the folder
Electromagnetism metal trough is offered on the rear wall for having chamber, bottom end is installed with electromagnet, the institute at the top of the electromagnet in the electromagnetism metal trough
It states sliding in electromagnetism metal trough and is equipped with sliding block, clamp spring, the sliding block are elasticly connected between the sliding block and the electromagnet
Fixture connecting rod is hinged with the clamping bar top.
Valuably, the power mechanism includes the motor being embedded on the left of the sheave chamber in end wall admittedly, the motor right side
It is connected by power the power shaft extended to the right, the right end of the power shaft is installed with power shaft cone tooth, the slot
It takes turns rotation on the rear wall of chamber and is equipped with left side sheave, be installed in the front end face of the left side sheave and bore tooth with the power shaft
The left side sheave end tooth being engaged, rotation is equipped with right side sheave on the rear wall of the sheave chamber on the right side of the left side sheave,
The right side sheave and the left side sheave are cooperatively connected, and right side sheave end is installed in the front end face of the right side sheave
Tooth, the interior rotation of the bottom lumen are equipped with the extended bottom driving axis in left and right, the left side extended segment of the bottom driving axis
Protrude into that the sheave is intracavitary and its end is installed with tooth on the left of the bottom shaft being engaged with the right side sheave end tooth, it is described
Extended segment protrudes into that the top right side is intracavitary and its end is installed with bottom driving axis right gear on the right side of bottom driving axis, is located at institute
It states and is installed with tooth on the left of the lumen of bottom in the peripheral outer wall of the bottom driving axis in the lumen of bottom, on the left of the bottom lumen
Tooth on the right side of the lumen of bottom is circumferentially installed on the outer wall of the bottom driving axis on the right side of tooth, tooth and institute on the right side of the bottom lumen
The setting of spline axial cone tooth engagement is stated, rotation is equipped with left side extended up and down between the central cavity and the bottom lumen
Shaft, left side shaft bottom extended segment is protruded into the bottom lumen and its end is installed with and the bottom lumen left side
The left side rotating shaft bottom tooth of tooth engagement setting, left side shaft top extended segment is protruded into the central cavity and its end is fixed
There are the left side shaft apical tooth with left pulley shaft cone tooth engagement setting, the top right side chamber and the right side conveyer belt
Rotation is equipped with shaft at the top of conveyer belt extended up and down between chamber, and the bottom extended segment of shaft is protruded at the top of the conveyer belt
The top right side is intracavitary and its end is installed with rotating shaft bottom tooth at the top of conveyer belt, at the top of the conveyer belt rotating shaft bottom tooth with it is described
Bottom driving axis right gear is engaged, and it is intracavitary to protrude into the right side conveyer belt for extended segment at the top of the bottom driving axis right gear
And its end is installed with conveyer belt bottom shaft apical tooth.
Valuably, the belt transmission agency includes the conveyer belt left side being rotatably arranged on the right side conveyer belt chamber rear wall
Side belt wheel is installed in the front end face of the conveyer belt left pulley and to be engaged with the conveyer belt bottom shaft apical tooth
End tooth on the left of conveyer belt, upper rotation is equipped with transmission on the rear wall of the right side conveyer belt chamber on the right side of the conveyer belt left pulley
With right side belt wheel, end tooth on the right side of conveyer belt, the conveyer belt right side are installed on the right side of the conveyer belt in the front end face of belt wheel
Conveyer belt has been connected by power between belt wheel and the conveyer belt left pulley.
Valuably, the crank mechanism and the cover pressing mechanism include being rotatably arranged on the intracavitary crank of the crank to turn
Axis is cased with axle sleeve in the curved outer wall of the crankshaft, and the axle sleeve bottom end has been connected by power crank connecting link, the crank chamber
Bottom wall in sliding be equipped with crank push plate, catch bar, the crank are hinged between the crank push plate and the crank connecting link
Extended segment protrudes into that the top right is intracavitary and its end is installed with crank cone tooth, the two-sided cone tooth cavity and the top on the right side of shaft
Rotation is equipped with shaft on the right side of crank extended up and down between portion's right chamber, and the top extended segment of shaft is protruded on the right side of the crank
The top right is intracavitary and its end is installed with and shaft apical tooth, the crank on the right side of the crank of crank cone tooth engagement setting
Right side shaft bottom extended segment is protruded into the two-sided cone tooth cavity and its end is installed with rotating shaft bottom tooth on the right side of crank, described two-sided
It bores rotation on the rear wall of tooth cavity and is equipped with two-sided cone tooth, the rear and front end of the two-sided cone tooth is cone tooth design, the two-sided cone
Rotating shaft bottom tooth engagement on the right side of the rear side end of tooth and the crank, rotates between the two-sided cone tooth cavity and the right side conveyer belt chamber
Equipped with gland shaft extended up and down, gland shaft top is protruded into the two-sided cone tooth cavity and its end is installed with
With the gland shaft apical tooth of the two-sided cone tooth engagement setting, gland shaft bottom end is installed with and the conveyer belt right-hand end
The gland rotating shaft bottom tooth of tooth engagement setting, is installed with gland belt wheel, the gland belt wheel or so on the outer wall of the gland shaft
It is symmetrical arranged, gland belt has been connected by power between the symmetrical gland belt wheel, has been consolidated on the outer wall of the gland belt
It presss from both sides equipped with gland, is symmetrical arranged before and after described, the described gland shaft apical tooth and the gland belt, and pass through gland drive shaft
It is connected by power.
In the following, applicant will refer to attached drawing and a kind of humanization/property genetic engineering antibody kit described above
Device is carried out using introduction, firstly, in the initial state, rotating block be located at the intracavitary top position of rotating block to the greatest extent and
Sliding block is located to the greatest extent at the electromagnetism metal trough inner top position, keeps the fixture block of clamping bar bottom mutually remote to the greatest extent
From；
When in use, firstly, starting motor, rotates power shaft, and then drive power shaft cone tooth rotates this equipment, thus
Make left side sheave end tooth rotation, and then rotates left side groove wheel, while left side groove wheel drives right side groove wheel intermittent rotary, and then makes
Right side sheave end tooth intermittent rotary, while bottom driving axis intermittent rotary is driven, bottom driving axis passes through tooth on the left of the lumen of bottom
Left side shaft and splined shaft rotation are driven with tooth on the right side of the lumen of bottom, and then makes left side conveyer mechanism belt wheel rotation, while band
Turn motion block intermittent rotary, while air pressure pump work pushes circular slab to move up to make rotating block to moving up by circular block
It is dynamic, then electromagnet obtains electric before moving up, and makes sliding block to Xiang Yidong, and then make kit lidding tape wheel shaft is close to each other will
Kit capping picks up, and rotating block rotates after moving up, and then the kit capping for clamping fixture block can be put into conveyer belt
On, while bottom driving axis rotates, and then drives shaft rotation at the top of conveyer belt to make end tooth rotation on the left of conveyer belt, and then make to pass
Band left pulley is sent to rotate, conveyer belt left pulley drives conveyer belt rotation, and then forwards kit, while conveyer belt
Right side end tooth rotates and then drives the rotation of gland rotating shaft bottom tooth, so that gland shaft be made to rotate, gland shaft drives gland belt wheel
Rotation, and then gland belt is rotated, it is clamped gland folder to kit capping and kit is covered convenient for crank mechanism
It is pressed, while gland shaft apical tooth drives two-sided cone tooth to rotate and then makes shaft rotation on the right side of crank, while on the right side of crank
Shaft drives shaft apical tooth rotation on the right side of crank, and then makes crank cone tooth rotation, rotates crankshaft, and then crank is driven to connect
Bar rotation, crank connecting link drive catch bar to push down on crank push plate and kit capping are pressed on kit.
In conclusion folder lid mechanism described in the present apparatus can be such that clamping bar rotates by the electric and power loss that obtains of electromagnet, into
And keeps fixture block close to each other and pick up kit capping, while air pressure pump work jacks up circular slab upwards, and then makes rotating block
It moves up and moves down, so that the capping of kit clamped by fixture block can be put as on kit, the power mechanism can
To pass through, the work of motor make left side groove wheel drive right side groove wheel intermittent rotary, and then make press from both sides lid mechanism, belt transmission agency and
Crank mechanism and cover pressing mechanism can be passed the kit interval on belt with discontinuous operation, the belt transmission agency
Dynamic, the crank mechanism and the cover pressing mechanism can be such that crank push plate interval moves up and down, together by the rotation of crankshaft
Kit capping is clamped in crank push plate press kit capping while clamping on kit and is pressed on by Shi Peihe gland folder
On kit, and the present apparatus uses the dynamical problem that a power source and a pulsometer solve whole device and saves
Motor has saved cost, and work efficiency is high, and drive mechanism is relatively simple, is less prone to failure, convenient for safeguarding.
Detailed description of the invention
It, below will be to embodiment or existing in order to illustrate more clearly of inventive embodiments or technical solution in the prior art
Attached drawing needed in technical description is briefly described, it should be apparent that, the accompanying drawings in the following description is only to invent
Some embodiments for those of ordinary skill in the art without creative efforts, can also basis
These attached drawings obtain other attached drawings.
Fig. 1 is a kind of humanization/property genetic engineering antibody kit device overall structure diagram of the invention；
Fig. 2 is the structural schematic diagram of gland belt wheel in the present invention.
Specific embodiment
All features disclosed in this specification or disclosed all methods or in the process the step of, in addition to mutually exclusive
Feature and/or step other than, can combine in any way.
Any feature disclosed in this specification (including any accessory claim, abstract and attached drawing), except non-specifically chatting
It states, can be replaced by other alternative features that are equivalent or have similar purpose.That is, unless specifically stated, each feature is only
It is an example in a series of equivalent or similar characteristics.
Following will be combined with the drawings in the embodiments of the present invention 1 carried out to Fig. 2 technical solution in the embodiment of the present invention it is clear
Chu is fully described by, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.
Based on the embodiments of the present invention, obtained by those of ordinary skill in the art without making creative efforts all
Other embodiments shall fall within the protection scope of the present invention.As shown in Figure 1 to Figure 2, a kind of humanization/property gene work of the invention
Engineered antibody kit device, wherein the kit sealing device includes main body 100, offers rotation in the main body 100
Block chamber 132, the rotating block chamber 132 is interior to be equipped with folder lid mechanism, and the rotating block chamber 132 offers reagent on the bottom wall in left side
Box covers conveyer belt chamber 101, and it is empty to offer middle part in the main body 100 on 101 right side of kit capping conveyer belt chamber
Chamber 130, the interior rotation of kit capping conveyer belt chamber 101 are equipped with left side conveyer mechanism belt wheel 104, the left side conveyer belt
Mechanism belt wheel 104 is connect by kit capping conveyer belt 102 with the pulley power of rear side, the left side conveyer mechanism
The extended kit lidding tape wheel shaft 103 in left and right, the kit lidding tape wheel shaft 103 are installed in belt wheel 104
Right side extended segment protrude into the central cavity 130 and its end is installed with left pulley shaft cone tooth 127, the kit
It covers and offers sheave chamber 117 in the main body 100 of 101 bottom of conveyer belt chamber, be equipped with engine in the sheave chamber 117
Structure offers bottom lumen 159 in the 117 right side main body 100 of the sheave chamber, 159 right side of bottom lumen
Top right side chamber 166 is offered in the main body 100, is opened up in the main body 100 at 166 top of top right side chamber
There is right side conveyer belt chamber 301, belt transmission agency is equipped in the right side conveyer belt chamber 301, the right side conveyer belt chamber 301 pushes up
It is connected in the main body 100 in portion and offers crank chamber 136, is equipped with crank mechanism, the crank in the crank chamber 136
Top right chamber 139, the main body of 139 bottom of top right chamber are offered in the main body 100 on 136 right side of chamber
Two-sided cone tooth cavity 148 is offered in 100, is equipped with gland in the right side conveyer belt chamber 301 of two-sided 148 bottom of cone tooth cavity
Mechanism.
Valuably, the folder lid mechanism includes being rotatably arranged between the rotating block chamber 132 and the bottom lumen 159
Splined shaft 169, the bottom extended segment of the splined shaft 169 is protruded into the bottom lumen 159 and its end is installed with spline
Axial cone tooth 158, the outer wall upper spline of the splined shaft 169 are connected with the spline housing 131 extended up and down, the spline housing
131 with the bottom wall clearance fit of the rotating block chamber 132, be circumferentially installed with circular slab 133 on the outer wall of the spline housing 131,
133 bottom end of circular slab offers arc groove, and rotation is equipped with circular block 134,134 bottom end of circular block in the arc groove
It is connected by power the pulsometer 135 admittedly in 132 bottom wall of rotating block chamber, it is also fixed on the outer wall of the spline housing 131
There is the rotating block 320 for being located at 133 top of circular slab, 320 bottom end of rotating block offers symmetrical fixture cavity
128, it is described in detail by taking the fixture cavity 128 in left side as an example, is equipped with symmetrical clamping bar in the fixture cavity 128
105, the clamping bar 105 is rotatably arranged on the rear wall of the fixture cavity 128 by pivot pin 108, and 108 bottom end of pivot pin is solid
Equipped with fixture block 106, electromagnetism metal trough 111 is offered on the rear wall of the fixture cavity 128, bottom end is fixed in the electromagnetism metal trough 111
Have an electromagnet 110, sliding is equipped with sliding block 312 in the electromagnetism metal trough 111 at 110 top of electromagnet, the sliding block 312 with
Clamp spring 109 is elasticly connected between the electromagnet 110, the sliding block 312 is hinged with folder with 105 top of clamping bar
Has connecting rod 107.
Valuably, the power mechanism includes the motor 112 being embedded in the 117 left side end wall of sheave chamber admittedly, the electricity
112 right side power of machine is connected with the power shaft 114 extended to the right, and the right end of the power shaft 114 is fixed dynamic
Shaft bores tooth 115, and rotation is equipped with left side sheave 118, the front side end of the left side sheave 118 on the rear wall of the sheave chamber 117
The left side sheave end tooth 116 being engaged with power shaft cone tooth 115,118 right side of left side sheave are installed on face
The sheave chamber 117 rear wall on rotation be equipped with right side sheave 124, the right side sheave 124 matches with the left side sheave 118
Connection is closed, right side sheave end tooth 122, rotation in the bottom lumen 159 are installed in the front end face of the right side sheave 124
Equipped with the extended bottom driving axis 161 in left and right, the sheave chamber is protruded into the left side extended segment of the bottom driving axis 161
In 117 and its end is installed with tooth 123 on the left of the bottom shaft being engaged with the right side sheave end tooth 122, the bottom
161 right side extended segment of transmission shaft is protruded into the top right side chamber 166 and its end is installed with bottom driving axis right gear 162,
Tooth 125 on the left of the lumen of bottom is installed in the peripheral outer wall of the bottom driving axis 161 in the bottom lumen 159,
Tooth on the right side of the lumen of bottom is circumferentially installed on the outer wall of the bottom driving axis 161 on 125 right side of tooth on the left of the bottom lumen
160, bottom lumen right side tooth 160 is engaged with the spline axial cone tooth 158, the central cavity 130 and the bottom
Rotation is equipped with left side shaft 157 extended up and down between portion's lumen 159, and the 157 bottom extended segment of left side shaft is protruded into
In the bottom lumen 159 and its end is installed with the left side rotating shaft bottom tooth being engaged with bottom lumen left side tooth 125
126, the 157 top extended segment of left side shaft is protruded into the central cavity 130 and its end is installed with and the left side band
The left side shaft apical tooth 129 that rotation axial cone tooth 127 is engaged, the top right side chamber 166 and the right side conveyer belt chamber 301
Between rotation be equipped with shaft 164 at the top of conveyer belt extended up and down, the bottom extended segment of shaft 164 at the top of the conveyer belt
It protrudes into the top right side chamber 166 and its end is installed with rotating shaft bottom tooth 163 at the top of conveyer belt, shaft at the top of the conveyer belt
Bottom tooth 163 is engaged with the bottom driving axis right gear 162, and the 162 top extended segment of bottom driving axis right gear is stretched
Enter in the right side conveyer belt chamber 301 and its end is installed with conveyer belt bottom shaft apical tooth 165.
Valuably, the belt transmission agency includes the transmission being rotatably arranged on 301 rear wall of right side conveyer belt chamber
With left pulley 168, it is installed with and the conveyer belt bottom shaft apical tooth in the front end face of the conveyer belt left pulley 168
End tooth 167 on the left of 165 conveyer belts being engaged, the right side conveyer belt chamber 301 on 168 right side of conveyer belt left pulley
Rear wall on upper rotation be equipped with belt wheel 154 on the right side of conveyer belt, be installed with biography in the front end face of belt wheel 154 on the right side of the conveyer belt
Band right side end tooth 153 is sent, has been connected by power biography between belt wheel 154 and the conveyer belt left pulley 168 on the right side of the conveyer belt
Send band 155.
Valuably, the crank mechanism and the cover pressing mechanism include the crank being rotatably arranged in the crank chamber 136
Shaft 138 is cased with axle sleeve 137 in the curved outer wall of the crankshaft 138, and 137 bottom end of axle sleeve has been connected by power crank
Connecting rod 142, the interior sliding of the bottom wall of the crank chamber 136 are equipped with crank push plate 149, and the crank push plate 149 connects with the crank
Catch bar 144 is hinged between bar 142, the 138 right side extended segment of crankshaft is protruded into the top right chamber 139 and its end
End is installed with crank cone tooth 141, and rotation is equipped with extension up and down and sets between the two-sided cone tooth cavity 148 and the top right chamber 139
Shaft 143 on the right side of the crank set, on the right side of the crank top extended segment of shaft 143 protrude into the top right chamber 139 and its
End is installed with shaft apical tooth 140 on the right side of the crank being engaged with crank cone tooth 141, shaft 143 on the right side of the crank
Bottom extended segment is protruded into the two-sided cone tooth cavity 148 and its end is installed with rotating shaft bottom tooth 145, the two-sided cone on the right side of crank
Rotation is equipped with two-sided cone tooth 146 on the rear wall of tooth cavity 148, and the rear and front end of the two-sided cone tooth 146 is cone tooth design, described
The rear side end of two-sided cone tooth 146 is engaged with rotating shaft bottom tooth 145 on the right side of the crank, the two-sided cone tooth cavity 148 and the right side
Rotation is equipped with gland shaft 151 extended up and down between conveyer belt chamber 301, and 151 top of gland shaft is protruded into described
In two-sided cone tooth cavity 148 and its end is installed with the gland shaft apical tooth 147 being engaged with the two-sided cone tooth 146, described
151 bottom end of gland shaft is installed with and the gland rotating shaft bottom tooth 152 that end tooth 153 is engaged on the right side of the conveyer belt, the pressure
Gland belt wheel 360 is installed on the outer wall of lid shaft 151, the gland belt wheel 360 is symmetrical set, symmetrical described
It has been connected by power gland belt 171 between gland belt wheel 360, gland folder 172 is installed on the outer wall of the gland belt 171,
It is symmetrical arranged before and after the gland belt wheel 306, the gland shaft apical tooth 147 and the gland belt 171, and is passed by gland
Turn axis 170 is connected by power.
In the following, applicant will refer to attached drawing 1-2 and a kind of humanization/property genetic engineering antibody reagent described above
Box device is carried out using introduction, firstly, in the initial state, rotating block 320 is located at 132 inner top of rotating block chamber to the greatest extent
At position and sliding block 312 is located at the 111 inner top position of electromagnetism metal trough to the greatest extent, makes the folder of 105 bottom of clamping bar
Block 106 is located remotely from each other to the greatest extent；
This equipment when in use, firstly, starting motor 112, rotates power shaft 114, and then drives power shaft to bore tooth 115
Rotation so that left side sheave end tooth 116 be made to rotate, and then rotates left side sheave 118, while left side sheave 118 drives right side
124 intermittent rotary of sheave, and then make 122 intermittent rotary of right side sheave end tooth, while driving 161 intermittent rotary of bottom driving axis,
Bottom driving axis 161 drives left side shaft 157 and splined shaft by tooth 160 on the right side of tooth 125 on the left of the lumen of bottom and bottom lumen
169 rotations, and then rotate left side conveyer mechanism belt wheel 104, while driving 320 intermittent rotary of rotating block, while pulsometer
135 work push circular slab 133 to move up by circular block 134 moves up rotating block 320, then moves up it
Preceding electromagnet 110 must be electric, makes sliding block 312 to Xiang Yidong, and then keep kit lidding tape wheel shaft 103 close to each other by kit
Capping picks up, and rotating block 320 rotates after moving up, and then the kit capping for clamping fixture block 106 can be put into conveyer belt
On 155, while bottom driving axis 161 rotates, and then the rotation of shaft 164 at the top of conveyer belt is driven to make end tooth 167 on the left of conveyer belt
Rotation, and then conveyer belt left pulley 168 is rotated, conveyer belt left pulley 168 drives conveyer belt 155 to rotate, and then makes to try
Agent box forwards, while end tooth 153 rotates and then gland rotating shaft bottom tooth 152 is driven to rotate on the right side of conveyer belt, to make gland
Shaft 151 rotates, and gland shaft 151 drives gland belt wheel 360 to rotate, and then rotates gland belt 171, and gland is made to press from both sides 172
Kit capping is clamped, kit capping is pressed convenient for crank mechanism, while gland shaft apical tooth 147 drives
Two-sided cone tooth 146 rotates and then rotates shaft 143 on the right side of crank, while shaft 143 drives shaft on the right side of crank on the right side of crank
Apical tooth 140 rotates, and then rotates crank cone tooth 141, rotates crankshaft 138, and then crank connecting link 142 is driven to rotate,
Crank connecting link 142 drives catch bar 144 to push down on crank push plate 149 and kit capping is pressed on kit.
Beneficial effects of the present invention are as follows:
The folder lid mechanism can be such that clamping bar rotates by the electric and power loss that obtains of electromagnet, and then make fixture block is close to each other will examination
The capping of agent box picks up, while air pressure pump work jacks up circular slab upwards, and then rotating block is made to move up and move down, and makes
Obtaining the capping of kit clamped by fixture block can put as on kit.
The power mechanism can pass through, and the work of motor makes left side groove wheel drive right side groove wheel intermittent rotary, and then makes
It presss from both sides lid mechanism, belt transmission agency and crank mechanism and cover pressing mechanism can be with discontinuous operation；
The belt transmission agency can be by the kit intermittently-driving on belt；
The crank mechanism and the cover pressing mechanism can be such that crank push plate interval moves up and down by the rotation of crankshaft,
Cooperate gland folder that kit capping is clamped in crank push plate press kit capping while clamping on kit simultaneously to compress
On kit.
In conclusion folder lid mechanism described in the present apparatus can be such that clamping bar rotates by the electric and power loss that obtains of electromagnet, into
And keeps fixture block close to each other and pick up kit capping, while air pressure pump work jacks up circular slab upwards, and then makes rotating block
It moves up and moves down, so that the capping of kit clamped by fixture block can be put as on kit, the power mechanism can
To pass through, the work of motor make left side groove wheel drive right side groove wheel intermittent rotary, and then make press from both sides lid mechanism, belt transmission agency and
Crank mechanism and cover pressing mechanism can be passed the kit interval on belt with discontinuous operation, the belt transmission agency
Dynamic, the crank mechanism and the cover pressing mechanism can be such that crank push plate interval moves up and down, together by the rotation of crankshaft
Kit capping is clamped in crank push plate press kit capping while clamping on kit and is pressed on by Shi Peihe gland folder
On kit, and the present apparatus uses the dynamical problem that a power source and a pulsometer solve whole device and saves
Motor has saved cost, and work efficiency is high, and drive mechanism is relatively simple, is less prone to failure, convenient for safeguarding.
It although an embodiment of the present invention has been shown and described, for the ordinary skill in the art, can be with
A variety of variations, modification, replacement can be carried out to these embodiments without departing from the principles and spirit of the present invention by understanding
And modification, the scope of the present invention is defined by the appended.
Claims (5)
1. a kind of humanization/property genetic engineering antibody kit device of the invention, including main body, it is characterised in that: described
Rotating block chamber is offered in main body, the rotating block is intracavitary to be equipped with folder lid mechanism, and the rotating block chamber is on the bottom wall in left side
Kit capping conveyer belt chamber is offered, it is empty to offer middle part in the main body on the right side of the kit capping conveyer belt chamber
Chamber, the intracavitary rotation of kit capping conveyer belt are equipped with left side conveyer mechanism belt wheel, and described covered by kit passes
It send band to connect with the pulley power of rear side, the extended kit in left and right is installed in the left side conveyer mechanism belt wheel
Lidding tape wheel shaft, the right side extended segment of the kit lidding tape wheel shaft is protruded into the central cavity and its end is fixed
There is left pulley shaft to bore tooth, offers sheave chamber in the main body in kit capping conveyer belt bottom of chamber portion, it is described
Sheave is intracavitary to be equipped with power mechanism, offers bottom lumen, the bottom lumen in the main body on the right side of the sheave chamber
Top right side chamber is offered in the main body on right side, and right side is offered in the main body of the top right side top of chamber
Conveyer belt chamber, the right side conveyer belt is intracavitary to be equipped with belt transmission agency, the main body of the right side conveyer belt top of chamber
Inside it is connected and offers crank chamber, the crank is intracavitary is equipped with crank mechanism, opens in the main body on the right side of the crank chamber
Equipped with top right chamber, two-sided cone tooth cavity, the two-sided cone tooth cavity bottom are offered in the main body in top right bottom of chamber portion
The right side conveyer belt in portion is intracavitary to be equipped with cover pressing mechanism.
2. a kind of humanization/property genetic engineering antibody kit device according to claim 1, it is characterised in that: described
Pressing from both sides lid mechanism includes the splined shaft being rotatably arranged between the rotating block chamber and the bottom lumen, the bottom of the splined shaft
Extended segment is protruded into the bottom lumen and its end is installed with spline axial cone tooth, and the outer wall upper spline of the splined shaft, which cooperates, to be connected
It is connected to the spline housing extended up and down, the bottom wall clearance fit of the spline housing and the rotating block chamber, the outer wall of the spline housing
Upper circumferential direction is installed with circular slab, and the circular slab bottom end offers arc groove, and rotation is equipped with circular block in the arc groove, described
Circular block bottom end is connected by power the pulsometer admittedly in the wall of the rotating block bottom of chamber, also fixed on the outer wall of the spline housing
There is the rotating block being located at the top of the circular slab, the rotating block bottom end offers symmetrical fixture cavity, with the institute in left side
It states and is described in detail for fixture cavity, symmetrical clamping bar is equipped in the fixture cavity, the clamping bar passes through pivot pin
It is rotatably arranged on the rear wall of the fixture cavity, the pivot pin bottom end is installed with fixture block, offers on the rear wall of the fixture cavity
Electromagnetism metal trough, bottom end is installed with electromagnet in the electromagnetism metal trough, and sliding is set in the electromagnetism metal trough at the top of the electromagnet
There is sliding block, clamp spring is elasticly connected between the sliding block and the electromagnet, the sliding block and the clamping bar top are cut with scissors
It is connected to fixture connecting rod.
3. according to claim 1 to a kind of humanization/property genetic engineering antibody kit device described in 2, it is characterised in that: institute
Stating power mechanism includes the motor being embedded on the left of the sheave chamber in end wall admittedly, and the motor right side power, which is connected with, to be extended to the right
Power shaft, the right end of the power shaft is installed with power shaft cone tooth, rotates on the rear wall of the sheave chamber and set
There is left side sheave, the left side sheave with power shaft cone tooth engagement setting is installed in the front end face of the left side sheave
End tooth, rotation is equipped with right side sheave on the rear wall of the sheave chamber on the right side of the left side sheave, the right side sheave with it is described
Left side sheave is cooperatively connected, and right side sheave end tooth is installed in the front end face of the right side sheave, is turned in the bottom lumen
It is dynamic to be equipped with the extended bottom driving axis in left and right, the left side extended segment of the bottom driving axis protrude into the sheave it is intracavitary and its
End is installed with tooth on the left of the bottom shaft being engaged with the right side sheave end tooth, extended segment on the right side of the bottom driving axis
Protrude into that the top right side is intracavitary and its end is installed with bottom driving axis right gear, the bottom in the bottom lumen
Tooth on the left of the lumen of bottom, the bottom driving on the left of the bottom lumen on the right side of tooth are installed in the peripheral outer wall of portion's transmission shaft
Tooth on the right side of the lumen of bottom is circumferentially installed on the outer wall of axis, tooth is set with the spline axial cone tooth engagement on the right side of the bottom lumen
It sets, rotation is equipped with left side shaft extended up and down, the left side shaft between the central cavity and the bottom lumen
Bottom extended segment protrudes into the bottom lumen and its end and is installed with the left side being arranged with bottom lumen left side tooth engagement
Rotating shaft bottom tooth, left side shaft top extended segment is protruded into the central cavity and its end is installed with and the left pulley
Shaft bores the left side shaft apical tooth of tooth engagement setting, and rotation is equipped with upper between the top right side chamber and the right side conveyer belt chamber
Shaft at the top of extended conveyer belt down, it is intracavitary that the top right side is protruded into the bottom extended segment of conveyer belt top shaft
And its end is installed with rotating shaft bottom tooth at the top of conveyer belt, rotating shaft bottom tooth and the bottom driving axis right gear at the top of the conveyer belt
It is engaged, extended segment protrudes into that the right side conveyer belt is intracavitary and its end is installed with biography at the top of the bottom driving axis right gear
Send band bottom shaft apical tooth.
4. according to claim 1 to a kind of humanization/property genetic engineering antibody kit device described in 3, it is characterised in that: institute
Stating belt transmission agency includes the conveyer belt left pulley being rotatably arranged on the right side conveyer belt chamber rear wall, the conveyer belt
End tooth on the left of the conveyer belt being engaged with the conveyer belt bottom shaft apical tooth, institute are installed in the front end face of left pulley
It states upper rotation on the rear wall of the right side conveyer belt chamber on the right side of conveyer belt left pulley and is equipped with belt wheel on the right side of conveyer belt, the biography
It send and is installed with end tooth on the right side of conveyer belt in the front end face with right side belt wheel, belt wheel and the conveyer belt are left on the right side of the conveyer belt
Conveyer belt has been connected by power between the belt wheel of side.
5. according to claim 1 to a kind of humanization/property genetic engineering antibody kit device described in 4, it is characterised in that: institute
State crank mechanism and the cover pressing mechanism include being rotatably arranged on the intracavitary crankshaft of the crank, the crankshaft it is curved
Axle sleeve is cased on bent outer wall, the axle sleeve bottom end has been connected by power crank connecting link, and sliding is equipped with song in the bottom wall of the crank chamber
Handle push plate is hinged with catch bar between the crank push plate and the crank connecting link, extended segment is protruded on the right side of the crankshaft
The top right is intracavitary and its end is installed with crank cone tooth, rotates and is equipped between the two-sided cone tooth cavity and the top right chamber
Shaft on the right side of extended crank up and down, on the right side of the crank top extended segment of shaft protrude into the top right it is intracavitary and its
End is installed with and shaft apical tooth, crank right side shaft bottom extended segment on the right side of the crank of crank cone tooth engagement setting
It protrudes into the two-sided cone tooth cavity and its end is installed with rotating shaft bottom tooth on the right side of crank, rotated on the rear wall of the two-sided cone tooth cavity
Equipped with two-sided cone tooth, the rear and front end of the two-sided cone tooth is cone tooth design, the rear side end of the two-sided cone tooth and the song
Rotating shaft bottom tooth engagement on the right side of handle, rotation is equipped with extended up and down between the two-sided cone tooth cavity and the right side conveyer belt chamber
Gland shaft, gland shaft top is protruded into the two-sided cone tooth cavity and its end is installed with and the two-sided cone tooth engagement
The gland shaft apical tooth of setting, gland shaft bottom end is installed with to be turned with the gland of conveyer belt right-hand end tooth engagement setting
Axis bottom tooth is installed with gland belt wheel on the outer wall of the gland shaft, and the gland belt wheel is symmetrical set, symmetrical
It has been connected by power gland belt between the gland belt wheel, gland folder is installed on the outer wall of the gland belt, it is described, described
It is symmetrical arranged before and after gland shaft apical tooth and the gland belt, and is connected by power by gland drive shaft.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910415109.4A CN110104238A (en) | 2019-05-17 | 2019-05-17 | A kind of humanization genetic engineering antibody kit device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910415109.4A CN110104238A (en) | 2019-05-17 | 2019-05-17 | A kind of humanization genetic engineering antibody kit device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN110104238A true CN110104238A (en) | 2019-08-09 |
Family
ID=67490897
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910415109.4A Withdrawn CN110104238A (en) | 2019-05-17 | 2019-05-17 | A kind of humanization genetic engineering antibody kit device |
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| Country | Link |
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| CN (1) | CN110104238A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN112744769A (en) * | 2021-04-06 | 2021-05-04 | 苏州国辰生物科技股份有限公司 | Humanized/sex genetic engineering antibody reagent kit device |
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Application publication date: 20190809 |