CN105197341B - Reaction cabin box of DNA sequenator - Google Patents
Reaction cabin box of DNA sequenator Download PDFInfo
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- CN105197341B CN105197341B CN201510700877.6A CN201510700877A CN105197341B CN 105197341 B CN105197341 B CN 105197341B CN 201510700877 A CN201510700877 A CN 201510700877A CN 105197341 B CN105197341 B CN 105197341B
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- gripper shoe
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Abstract
The invention relates to a reaction cabin box of a DNA sequenator. The reaction cabin box comprises a supporting component left side part, a lining panel component arranged on the supporting component left side part, a left side door assembly component, a left side cover plate component, a rear side cover plate component and an upper cover plate. The supporting component left side part comprises a left side vertical plate component, a middle vertical plate component, a top plate component left side part and a bottom plate component left side part at the lower side. A reaction cabin containing cavity containing a reaction cabin component is formed by splicing the components together in a defined mode. The box is arranged on the periphery of the reaction cabin component and a reagent component of the DNA sequenator, so that the accuracy and stability of the reaction cabin are enough, and the reaction cabin has enough cleaning space; the reaction cabin box has reasonable space and is easy to carry and adjust.
Description
Technical field
The present invention relates to DNA sequencing field, more particularly to a kind of reaction of the DNA sequencer that can accommodate reaction warehouse component
Storehouse casing.
Background technology
In existing DNA sequencer, typically all include reaction warehouse part, part of detecting, in sequenator, reaction warehouse portion
Divide the information to sequencing reaction, it is desirable to which reaction warehouse has enough precision, the stability of installation and with enough
Clean space.
DNA sequencer of the prior art is not in reaction warehouse part, part of detecting installation space is reasonable, be easily portable tune
Whole guard mechanism, makes troubles to examining order, or even affects sequencing result.
In view of drawbacks described above, creator of the present invention passes through prolonged research and practice obtains this creation finally.
The content of the invention
It is an object of the invention to provide a kind of reaction warehouse casing of DNA sequencer, to overcome above-mentioned technological deficiency.
For achieving the above object, the present invention provides a kind of reaction warehouse casing of DNA sequencer, and it includes support component left side
Partly, liner board component, offside door assembly component, left side cover plate assembly, the rear side cover plate of support component left part are arranged on
Component and upper cover plate；
Side stand rearways board component is connected respectively with top plate member, base assembly, and in mid portion and middle riser component
Connection；It includes the first connecting plate in the middle of rear side upper plate, rear side lower plate, rear side, the second connecting plate of rear side centre, also including setting
The left connecting plate of rear side, the right connecting plate of rear side and contiguous block in the left and right sides, common supporting box rear structure；
Described support component left part includes left side vertical plate component, middle riser component, the left side of top plate member
Point, the left part of base assembly, said modules surround the reaction warehouse containing cavity of reaction warehouse component jointly by splicing；
Wherein, described top plate member includes front side board, back side panel, left plate, and each plate is bending plate, including vertical
Plate and horizontal plate, vertical plate is arranged on the outside of horizontal plate, and connection before and after horizontal plate forms support section；In front side board and rear side
It is connected with intermediate plate between plate, front side board and back side panel are divided into two parts in left and right by intermediate plate, the left part of front side board,
Left part, the left plate of back side panel surround the upperside frame of reaction warehouse casing jointly；
Described offside door assembly component is arranged on the reaction warehouse component between left side vertical plate component, middle riser component
Front end；Left side cover plate assembly, rear side cover plate assembly and upper cover plate be separately mounted to the left side of support component left part, rear side and
The outside of upside.
Further, described left side vertical plate component includes the left side upper plate on top, connecting plate behind connecting plate, left side before left side
With left side lower plate, above-mentioned each connecting plate is integrally formed；Connecting plate top is provided with the first top board connecting portion before left side, behind left side
Second top board connecting portion is set on connecting plate；
The first described top board connecting portion includes the tip portion of connecting plate before left side, and connection screw thread hole is arranged thereon, to
It is connected with the front side connecting portion of the front side board in top plate member；There is one first support what is be connected with connecting plate before left side
Plate, its with left side before connecting plate be vertically arranged, it is also, recessed to box inside；The height of the first gripper shoe is less than connecting plate before left side；
Wherein, the second rear side connecting portion is on the back side panel of top plate member；Connecting plate is even before first gripper shoe and left side
Meet place and form the first connection recess.
Further, described middle riser component include middle upper plate, middle left side connecting plate, right middle connecting plate with
And middle bottom side connecting plate；Middle riser component by the front side connecting portion of the front side board in middle left side connecting plate, top plate member and
Base assembly connects；Middle riser component is by the second rear side connection on the back side panel in right middle connecting plate, top plate member
Portion and base assembly connect.
Further, the first described top board connecting portion includes the tip portion of connecting plate before left side, and connection spiral shell is arranged thereon
Pit, to be connected with the front side connecting portion of front side board in top plate member；Having one with connecting plate before left side is connected
First gripper shoe, its with left side before connecting plate be vertically arranged, it is also, recessed to box inside；The height of the first gripper shoe is less than a left side
Connecting plate before side, the front side board in top plate member is in the first connection indent positioning.
Further, the mid portion on the top of the first described gripper shoe arranges the first locating convex block, the first positioning
Projection both sides form the first positioning recess portion, are provided with recess on the horizontal part of the front side board in top plate member accordingly, with
First locating convex block coordinates, and the first positioning recess portion contacts with the bottom of front side board, the first locating convex block and the first positioning recess
The difference in height in portion is highly identical with front side board.
Further, the second described top board connecting portion includes the tip portion of connecting plate behind left side, is provided with screw thread
Hole, to be connected with the second rear side connecting portion on the back side panel in top plate member；
Connecting plate is connected with the second gripper shoe and the 3rd gripper shoe behind left side, wherein, connecting plate after the second gripper shoe and left side
It is vertically arranged, and to recessed in case, the 3rd gripper shoe is vertically arranged with the second gripper shoe, and stretches out；
The height of the second gripper shoe and the 3rd gripper shoe is less than connecting plate behind left side, and it is recessed that both form the second connection in junction
Mouthful, the back side panel in top plate member is in the second connection indent positioning.
Further, described contiguous block includes orthogonal two contiguous blocks, the first contiguous block, its middle setting the
One screwed hole, to be connected with upper cover plate；Second contiguous block, arranges thereon two the second screwed holes, to be connected with back side panel.
Further, described upper cover plate is connected with top plate member, and it includes upper cover plate mainboard, is respectively provided with mainboard
There are right baffle-plate, front apron and right shell body, between above-mentioned each baffle plate joint gap is left.
Compared with prior art beneficial effects of the present invention are：Reaction warehouse component and reagent of the present invention in DNA sequencing
The periphery of component arranges casing so that reaction warehouse has the space of enough precision, stability and cleaning；Space is rationally, easily
Adjust in carrying.
Casing is provided with left and right two parts space, and reaction component and agent delivery, storage assembly, left and right space are accommodated respectively
Interior equipment works respectively, forms streamlined operation, and testing efficiency is high.
The casing of the present invention is connected using plate, not only easy for installation, and the structure that each component links together is strong
Degree is high, can support the weight of reaction warehouse component, camera and pump valve integrated unit, and can provide stable, reliable environment.
Description of the drawings
Fig. 1 is the overall structure diagram of the DNA sequencer casing of the present invention；
Fig. 2 is the right side structural representation of the DNA sequencer casing of the present invention；
Fig. 3 a are the first structure schematic diagram of the body supports component of the DNA sequencer casing of the present invention；
Fig. 3 b are the second structural representation of the body supports component of the DNA sequencer casing of the present invention；
Fig. 4 is the cross section structure diagram of the middle riser of the DNA sequencer casing of the present invention；
Fig. 5 a are the dimensional structure diagram of the base assembly of the DNA sequencer casing of the present invention；
Fig. 5 b are the cross section structure diagram of the base assembly of the present invention；
Fig. 5 c are the structural representation of the regulation foot mounting seat of the present invention；
Fig. 6 a are the dimensional structure diagram of the top plate member of the DNA sequencer casing of the present invention；
Fig. 6 b are the structural representation of the edge of the top plate member of the present invention；
Fig. 6 c are the overlooking the structure diagram of the top plate member of the present invention；
Fig. 6 d are the structural representation of the contiguous block of the present invention；
Fig. 7 a are the dimensional structure diagram of the left side vertical plate component of the DNA sequencer casing of the present invention；
Fig. 7 b are the structural representation of the first top board connecting portion on the left side vertical plate component of the present invention；
Fig. 7 c are the structural representation of the second top board connecting portion on the left side vertical plate component of the present invention；
Fig. 8 a are the dimensional structure diagram of the middle riser component of the DNA sequencer casing of the present invention；
Fig. 8 b are the structural representation of the junction of the middle riser component of the present invention；
Fig. 8 c are the dimensional structure diagram of the benefit slab of the present invention；
Fig. 9 is the dimensional structure diagram of the side stand rearways board component of the DNA sequencer casing of the present invention；
Figure 10 is the dimensional structure diagram of the rear end left side cover plate of the DNA sequencer casing of the present invention；
Figure 11 is the dimensional structure diagram of the upper cover plate of the DNA sequencer casing of the present invention.
Specific embodiment
Below in conjunction with accompanying drawing, and technical characteristic and advantage of other above-mentioned to the present invention are described in more detail.
Refer to shown in Fig. 1, its be the present invention DNA sequencer casing overall structure diagram, the embodiment of the present invention
Sequenator casing include body supports component 21, be arranged on the liner board component of the inner side of body supports component 21, offside door is total
Into component 23, offside door assembly component 26, buffering liquid case loading/unloading platform component 25, left side cover plate assembly 30, rear side cover plate assembly,
Upper cover plate 3110.
Described liner board component includes left side storehouse interior finishing panel assembly 24, right side storehouse left side interior finishing panel assembly 27 and right side storehouse
Right side interior finishing panel assembly 22.
In embodiments of the present invention, casing is divided into left and right two parts, reaction record subsystem is provided with the casing of left side, i.e.,
Reaction warehouse component and CCD camera；Pump valve pipe integrated unit, liquid case hoistable platform and display are provided with right case,
Control assembly is provided with rear side of casing.Operationally, reagent solution is delivered in order pump valve integrated unit reaction warehouse group
In part, chemical reaction is completed, under the control of the control unit, CCD camera completes to take pictures, and eventually passes through data analysiss to take pictures knot
Really, divide and reach a conclusion.
Wherein, the bottom of the supporting box of body supports component 21, sidepiece, the segmentation of two housing areas in rear portion and left and right
Portion；Plaque is provided with the medial support component of two housing areas in left and right, plays heat-insulated and increase structural stability
Effect；In left side, the front portion of casing is provided with offside door assembly component 23, when offside door assembly component is opened, can be to being arranged on
Reaction warehouse component in left box body is operated；Offside door assembly component 26 is provided with the right side of the casing of right side, during opening, can
Pump valve integrated unit is operated, various reagents pipe and control valve road are set in the subregion.
Refer to shown in Fig. 3 a-3b, it is the structural representation of the body supports component of the present invention；The embodiment of the present invention
Body supports component is made up of steel plate splicing, is fixed by way of splicing or screw fastening；It include base assembly 212,
Top plate member 2112, with the support frame assembly 211 that base assembly 212 connects and composes casing side frame, buffer system is installed
Seat 213.Wherein, described support frame assembly 211 includes left side vertical plate component 2116, separates the middle riser of left and right two tanks
Component 2115, right side riser component 2117 and it is arranged on the right side of right side riser forward portion and mends slab 2119, rear side riser
Component 2118, the first cable fixed seat 2113 being arranged in top plate member 2112 and the first cable fixed seat 2114, with
And the connecting plate 2133 that each component links together.
In embodiments of the present invention, reaction warehouse casing is left part, and described support component left part includes left side
Riser component, middle riser component, the left part of top plate member, the left part of base assembly, said modules are by splicing
The reaction warehouse containing cavity of reaction warehouse component is surrounded jointly.
Wherein, described top plate member includes front side board, back side panel, left plate, and each plate is bending plate, including vertical
Plate and horizontal plate, vertical plate is arranged on the outside of horizontal plate, and connection before and after horizontal plate forms support section；In front side board and rear side
It is connected with intermediate plate between plate, front side board and back side panel are divided into two parts in left and right by intermediate plate, the left part of front side board,
Left part, the left plate of back side panel surround the upperside frame of reaction warehouse casing jointly.
Described offside door assembly component is arranged on the reaction warehouse component between left side vertical plate component, middle riser component
Front end.
Wherein, described left side vertical plate component 2116, middle riser component 2115 surround the reaction for accommodating reaction warehouse component
Storehouse containing cavity 200；First cable fixed seat 2114 is set in top plate member, and left side casing is divided into the anti-of front side by the steel plate
Answer the circuit board containing cavity 20 of storehouse containing cavity 200 and rear side；Middle riser component 2115 and right side riser component 2117 surround examination
Agent chamber 2001.The middle steel plate of top plate member is provided with the first bending plate 2141 and the second bending plate 2142, both integrally into
The part that type, the respectively bending on the side of steel plate two are formed, forms between the first bending plate 2141 and the second bending plate 2142
Wire casing, passes through for wire.
Described buffer system mounting seat 213 includes being separately positioned on left side vertical plate component 2116 and middle riser component
Platform support panel 2132 and Reagent Tube support base 2131 on 2115, arranges platform group on described platform support panel 2132
Part and reaction warehouse component thereon.
Casing of the present invention is connected using plate, not only easy for installation, and the structural strength that each component links together
Height, can support the weight of reaction warehouse component, camera and pump valve integrated unit, and can provide stable, reliable environment.
Refer to shown in Fig. 4, its be the present invention middle riser cross section structure diagram, the buffering of the embodiment of the present invention
System mounting seat is a frame structure, and lower side and the base assembly 212 of framework are connected；Lower frame is made up of steel plate,
It is connected with the steel plate screw on base assembly 212.Reagent header assemblies are further fixed in the downside of middle riser component 2115
217, through Reagent Tube, to prevent the disturbed damage of Reagent Tube.
Refer to shown in Fig. 5 a-5c, the base assembly 212 of the embodiment of the present invention includes bedplate 2121, is arranged on base
The regulation foot 2122 of the bottom corner of plate 2121, is arranged on the upside of bedplate 2121 and the weight bearing foundation being connected with bedplate 2121
2123；Arrange two-ply can either load-bearing, can connect other parts again, overall intensity is high.Described regulation foot 2121 is pacified
It is mounted in regulation foot mounting seat 2124, in the present embodiment, adjusts foot mounting seat 2124 and open up screwed hole 2125 in corner, passes through
Screw is fixed on the corner of bedplate 2121, has regulation foot installing hole 2126 in the middle setting for adjusting foot mounting seat 2124,
It is screwed hole, is threadedly coupled with foot is adjusted.The smoothness of base assembly and whole casing, letter can be adjusted by adjusting foot
Folk prescription is just.
Refer to shown in Fig. 6 a-6d, top plate member 2112 in embodiments of the present invention, it includes front side board 2124, right
Side plate 2125, back side panel 2143, left plate 2153, are sequentially connected with successively between above-mentioned each plate, and each plate is bending plate,
Including vertical plate and horizontal plate, vertical plate is arranged on the outside of horizontal plate, and connection before and after horizontal plate forms support section.
Intermediate plate 2123 is connected between the 2143 of front side board 2124 and back side panel, in intermediate plate 2123 and left plate 2153
Between be provided with division board 2128；Fluid path containing cavity 2001 is formed between intermediate plate 2123 and right plate 2143, in front side board
Reaction warehouse containing cavity 200 is formed between 2124 and division board 2128；Circuit is formed between division board 2128 and back side panel 2143
Plate containing cavity 20.
In embodiments of the present invention, the upper end connection upper cover plate 3110 of top plate member 2112, in the vertical of right plate 2125
Portion is provided with integrally formed connection sheet 2151；The vertical portion of back side panel 2143 is provided with connecting plate 2133.
The wire casing being made up of its bending part is set on intermediate plate 2123, is rear side line at one section of circuit board containing cavity 20
Groove 2127, wire is passed through in reaction warehouse component from rear side wire casing 2127 through the first cable fixed seat 2114.In the anti-of left side
The front side for answering storehouse containing cavity 200 is front side connecting portion 2122, and left side is left side connecting portion 2121, and hole is threaded thereon, to
It is connected with upper cover plate；It is the second rear side connecting portion that the left side of circuit board containing cavity 20 is the first rear side connecting portion 2130, rear side
2129, the rear side of fluid path containing cavity 2001 is the 3rd rear side connecting portion 2116, to be connected with upper cover plate.
Floating embedding nut 2135 is additionally provided with the horizontal component of top plate member.
The edge of top board is provided with connecting portion 2152, incorporated by reference to shown in Fig. 6 b, the connecting portion of edge includes first
Connecting plate 2157, its is rectangular, is provided with the first connection screw thread hole 2156；Be connected with the first connecting plate 2157 for second
Connecting plate, is provided with the second connection screw thread hole 2155；Being provided with the 3rd connecting plate 2159 with the homonymy of the first connecting plate,
Gap 2158 is left between the first connecting plate and the 3rd connecting plate, to install on the upper cover plate 3110 being connected with connecting plate
Location-plate；In embodiments of the present invention, the 3rd described connecting plate 2159 end height be higher than the first connecting plate, intermediate portion
Divide the height less than end.The embodiment of the present invention arranges this kind of attachment structure, and by gap positioning is can be good at, additionally it is possible to logical
Cross the firm connection of screw.
Refer to shown in Fig. 6 d, the contiguous block 2133 of the embodiment of the present invention includes orthogonal two contiguous blocks, first
Contiguous block 2137, its first screwed hole of middle setting 2136, to be connected the second contiguous block 2138 with upper cover plate 3110, sets thereon
Two the second screwed holes 2139 are put, to be connected with back side panel 2143.
Refer to shown in Fig. 7a-7c, left side vertical plate component 2116 includes the left side upper plate 2161 on top, connecting plate before left side
2162nd, connecting plate 2166 and left side lower plate 2167 behind left side；Above-mentioned each connecting plate is integrally formed.The top of connecting plate 2162 before left side
It is provided with the first top board connecting portion and the first hinge groove 2163；Second top board connecting portion is set behind left side on connecting plate.
Refer to shown in Fig. 7 b, the first top board connecting portion includes the tip portion 2170 of connecting plate 2162 before left side, sets thereon
Connection screw thread hole 2164 is put, to be connected with the front side connecting portion 2122 of front side board 2124 in top plate member；With a left side
What connecting plate 2162 was connected before side has one first gripper shoe 2168, its with left side before connecting plate 2162 be vertically arranged, also, to casing
Inner side is recessed；The height of the first gripper shoe 2168 is less than connecting plate 2162 before left side, therefore, both form first and connect in junction
Recess 2171, the front side board 2124 in top plate member is positioned at the first connection recess 2171, wherein, the second rear side connecting portion
On the back side panel of top plate member；First gripper shoe 2168 forms first and is connected recess with connecting plate before left side in junction
2171.In order to front side board 2124 accurately, fixedly positioning, the mid portion on the top of the first gripper shoe 2168 arranges the
One locating convex block 2172, the first locating convex block both sides formed the first positioning recess portion 2173, accordingly in top plate member before
Recess is provided with the horizontal part of side plate 2124, is coordinated with the first locating convex block 2172, the first positioning recess portion 2173 and front side
The bottom contact of plate 2124, the first locating convex block and the difference in height in the first positioning recess portion 2173 and the height phase of front side board 2124
Together.Both being capable of accurate fit.
The embodiment of the present invention is provided with the attachment structure of projection and recess in the junction of sidepiece and top plate, not only
Accurate positioning, it is convenient to install, and, fixation is attached using the structure of plate itself, stability is high, disclosure satisfy that sequencing will
Ask.
Refer to shown in Fig. 7 c, the second top board connecting portion includes the tip portion 2177 of connecting plate 2166 behind left side, sets thereon
Screwed hole is equipped with, to be connected with the second rear side connecting portion 2129 on the back side panel 2143 in top plate member.Connect behind left side
Plate 2166 is connected with the second gripper shoe 2174 and the 3rd gripper shoe 2166, wherein, connecting plate after the second gripper shoe 2174 and left side
2166 are vertically arranged, and to recessed in case, the 3rd gripper shoe 2166 is vertically arranged with the second gripper shoe 2174, and stretches out.
The height of the second gripper shoe 2174 and the 3rd gripper shoe 2166 is less than connecting plate 2166 behind left side, therefore, both form in junction
Second connection recess, the back side panel 2143 in top plate member is in the second connection indent positioning.
With the structure of above-mentioned first junction, first locating convex block at concavo-convex interval is provided with connecting plate 2166 behind left side
2172 and the first positioning recess portion 2173, it is respectively provided with the second positioning in the second gripper shoe 2174 and the 3rd gripper shoe 2166
Projection 2174, the 3rd locating convex block 2175, the second rear side connecting portion 2129 on back side panel 2143 offers corresponding recess.
Screwed hole 2176 is also set up in the 3rd gripper shoe 2166, to be connected with the plate on rear side of casing.
In said structure, the positioning connection combined with recess using multiple projections, stability is more preferable, easy accessibility.
Refer to shown in Fig. 8 a-8c, the middle riser component of the embodiment of the present invention includes middle upper plate 2182, a middle left side
Side connecting plate 2188, right middle connecting plate 2186 and middle bottom side connecting plate 2187；Middle riser component by middle left side connecting plate,
The front side connecting portion 2122 of the front side board 2124 in top plate member and base assembly connect；Middle riser component passes through right middle
The second rear side connecting portion 2129 and base assembly connection on back side panel 2143 in connecting plate 2186, top plate member；Its connection knot
Structure is identical with the attachment structure of above-mentioned left side vertical plate component, by being connected using gripper shoe and the concavo-convex location-plate positioning met each other
Connect.
The upper and lower ends of the gripper shoe 2189 of connecting plate 2188 and the 3rd are respectively provided with the 3rd locating convex block 2180 on the left of centre；
Accordingly installation recess is provided with the plate of base assembly 212 and top plate member.In right middle connecting plate 2186 and
The upper end of four gripper shoes 2185 is provided with the 4th locating convex block 2182 and the 4th positioning recess portion 2183, accordingly in top plate member
Plate on be provided with installation recess；Be additionally provided with threaded connection hole 2173 in the upper end of right middle connecting plate 2186, to
The rear side plate connection of top plate member.
Refer to shown in Fig. 8 c, also mend slab 2119 including a right side, it is arranged on the relative of middle riser component 2115
Side, two ends are connected respectively with plate before and after top plate member；It includes mending slab block 2193, the thick connecting plate 2195 of front benefit and mends afterwards thick
Connecting plate 2192, its height respectively less than mends the height of slab block 2193, and forms positioning recess, in the upper end for mending slab block 2193
Locating convex block 2194 is provided with, when being connected with the intermediate plate 2123 in top plate member, determining for intermediate plate 2123 is inserted into
Position recess, it is easy for installation.The embodiment of the present invention arranges benefit slab on middle riser component, increases the intensity in centre position, together
When, the structure of case supports framework is more stable.
Refer to shown in Fig. 9, it is the side stand rearways board component of the embodiment of the present invention, side stand rearways board component 2118 respectively with top
Board component, base assembly connection, and be connected with centre riser component in mid portion, from Backside support and seal whole casing
Structure.
It includes the first connecting plate 2201, rear side centre second in the middle of rear side upper plate 2200, rear side lower plate 2208, rear side
Connecting plate 2207, also wins 2210 in succession including the left connecting plate 2202 of rear side, the rear side right side for being arranged on the left and right sides, common supporting box rear side
Structure.
Wherein, the top of the described right connecting plate 2210 of rear side is provided with the second hinge groove 2211, opens right to install
The hinge of side door；The 3rd screwed hole 2211 is set in upper end, to be connected with right side riser component.Same said structure, in rear side
The sidepiece of right connecting plate 2210 connects the 5th gripper shoe 2209, and projection and recess are arranged thereon, to top plate member in back side panel
2143 the 3rd rear side connecting portion 2116 connects.
The 4th threaded connection hole is set in the end 2203 of the left connecting plate 2202 of rear side, to be connected with left side vertical plate component；
Connect the 6th vertical gripper shoe 2205 in the left sidepiece of connecting plate 2202 of rear side, the 5th threaded connection hole 2206 is set thereon, use
In being connected with left side vertical plate component；6th locating convex block 2204 and recess are set thereon, to connect top plate member in rear side
Second rear side connecting portion 2129 of plate 2143 connects.
The sidepiece of the second connecting plate 2207 is respectively provided with connection screw thread hole in the middle of the first connecting plate 2201, rear side in the middle of rear side；
In upper end, concavo-convex alternate positioning connection structure is equally set；To be connected with middle riser component.
Side stand rearways board component in the present embodiment, is connected by the way of being located by connecting with each side plate, supports whole case
Body structure, simple and stable structure.
Refer to shown in Figure 10, it is the structural representation of the rear end left side cover plate of the present invention, and it is arranged on fluid path chamber 20
Rear side, to surround described fluid path chamber 20, also, be connected with side stand rearways board component 2118, be arranged on its outside.
It includes left side cover plate mainboard 351, and latticed hole is arranged thereon；It is additionally included in the reinforcing plate of its sidepiece connection
3514, reinforcing plate 3514 is connected with the left connecting plate 2202 of rear side；Reinforcing plate includes that two connections for being arranged on upper and lower side end are convex
Ear 3512, is arranged on the connection raised line 3515 of centre, and connection recess 3513 is arranged between lug and raised line；The company of interruption is set
Raised line and lug are connect, can preferably be positioned, only when raised line and lug difference positioned in alignment is connected for three, can be pacified
Dress.
Refer to shown in Figure 11, it is the structural representation of the upper cover plate of the present invention, upper cover plate 3110 connects with top plate member
Connect, it includes upper cover plate mainboard 3525, right baffle-plate 3529, front apron 3526 and right shell body 3528 be respectively arranged with mainboard,
Leave joint gap 3527 between above-mentioned each baffle plate, to top plate member in the first connecting plate and the 3rd connecting plate between stay
Some gaps 2158 coordinate.Be provided with connection screw thread hole on each baffle plate, to top plate member each plate on it is vertical
Portion connects.
Mainboard rear side without baffle plate setting, the posterior edges of mainboard are threaded hole, to be arranged on top plate member
In the connecting plate 2133 of rear side connect.
Above-mentioned detailed description is illustrating for one of them possible embodiments of the present invention, and the embodiment is simultaneously not used to
The scope of the claims of the present invention is limited, all equivalence enforcements or change without departing from carried out by the present invention are intended to be limited solely by the technology of the present invention
In the range of scheme.
Claims (8)
1. the reaction warehouse casing of a kind of DNA sequencer, it is characterised in that it includes support component left part, is arranged on support
The liner board component of component left part, offside door assembly component, left side cover plate assembly, rear side cover plate assembly and upper cover plate；
Side stand rearways board component is connected respectively with top plate member, base assembly, and is connected with middle riser component in mid portion；
It includes rear side upper plate, rear side lower plate, the second connecting plate in the middle of the first connecting plate, rear side in the middle of rear side, also including being arranged on a left side
The left connecting plate of rear side of right both sides, the right connecting plate of rear side and contiguous block, common supporting box rear structure；
Described support component left part includes left side vertical plate component, middle riser component, the left part of top plate member, bottom
The left part of holder assembly, said modules surround the reaction warehouse containing cavity of reaction warehouse component by splicing jointly；
Wherein, described top plate member includes front side board, back side panel, left plate, and each plate is bending plate, including vertical plate and
Horizontal plate, vertical plate is arranged on the outside of horizontal plate, and connection before and after horizontal plate forms support section；Front side board and back side panel it
Between be connected with intermediate plate, front side board and back side panel are divided into two parts in left and right, the left part of front side board, rear side by intermediate plate
Left part, the left plate of plate surround the upperside frame of reaction warehouse casing jointly；
Described offside door assembly component is arranged on before the reaction warehouse component between left side vertical plate component, middle riser component
End；Left side cover plate assembly, rear side cover plate assembly and upper cover plate be separately mounted to the left side of support component left part, rear side and on
The outside of side.
2. the reaction warehouse casing of DNA sequencer according to claim 1, it is characterised in that described left side vertical plate component
Including the left side upper plate on top, connecting plate and left side lower plate behind connecting plate, left side before left side, above-mentioned each connecting plate is integrally formed；
Connecting plate top is provided with the first top board connecting portion before left side, arranges the second top board connecting portion on connecting plate behind left side；
The first described top board connecting portion include left side before connecting plate tip portion, connection screw thread hole is set thereon, to top
The front side connecting portion of the front side board in board component is connected；There is one first gripper shoe what is be connected with connecting plate before left side, its
It is vertically arranged with connecting plate before left side, also, it is recessed to box inside；The height of the first gripper shoe is less than connecting plate before left side；
Wherein, the second rear side connecting portion is on the back side panel of top plate member；Connecting plate is in junction before first gripper shoe and left side
Form first and connect recess.
3. DNA sequencer casing according to claim 2, it is characterised in that described middle riser component includes centre
Upper plate, middle left side connecting plate, right middle connecting plate and middle bottom side connecting plate；Middle riser component is connected by middle left side
The front side connecting portion of the front side board in plate, top plate member and base assembly connect；Middle riser component is also connected by right middle
The second rear side connecting portion and base assembly connection on back side panel in plate, top plate member.
4. DNA sequencer casing according to claim 2, it is characterised in that the first described top board connecting portion includes a left side
The tip portion of connecting plate before side, arranges thereon connection screw thread hole, to connect with the front side connecting portion of front side board in top plate member
Connect fixation；Have one first gripper shoe what is be connected with connecting plate before left side, its with left side before connecting plate be vertically arranged, also, to case
In vivo side is recessed；, less than connecting plate before left side, the front side board in top plate member is in the first connection recess for the height of the first gripper shoe
Place's positioning.
5. DNA sequencer casing according to claim 4, it is characterised in that on the top of the first described gripper shoe
Mid portion arranges the first locating convex block, and the first locating convex block both sides form the first positioning recess portion, accordingly in top plate member
In front side board horizontal part on be provided with recess, coordinate with the first locating convex block, the bottom of the first positioning recess portion and front side board
Portion contacts, and the first locating convex block is highly identical with front side board with the difference in height in the first positioning recess portion.
6. DNA sequencer casing according to claim 2, it is characterised in that the second described top board connecting portion includes a left side
The tip portion of connecting plate, is provided with screwed hole behind side, to be connected with the second rear side on the back side panel in top plate member
Portion connects；
Connecting plate is connected with the second gripper shoe and the 3rd gripper shoe behind left side, wherein, the second gripper shoe is vertical with connecting plate behind left side
Arrange, and to recessed in case, the 3rd gripper shoe is vertically arranged with the second gripper shoe, and stretches out；
Less than connecting plate behind left side, both form second and connect recess the height of the second gripper shoe and the 3rd gripper shoe in junction,
Back side panel in top plate member is in the second connection indent positioning.
7. DNA sequencer casing according to claim 1, it is characterised in that described contiguous block includes orthogonal
Two contiguous blocks, the first contiguous block, its screwed hole of middle setting first, to be connected with upper cover plate；Second contiguous block, sets thereon
Two the second screwed holes are put, to be connected with back side panel.
8. DNA sequencer casing according to claim 1, it is characterised in that described upper cover plate is connected with top plate member,
It includes upper cover plate mainboard, and right baffle-plate, front apron and right shell body, the company of leaving between above-mentioned each baffle plate are respectively arranged with mainboard
Connect gap.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510700877.6A CN105197341B (en) | 2015-10-26 | 2015-10-26 | Reaction cabin box of DNA sequenator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510700877.6A CN105197341B (en) | 2015-10-26 | 2015-10-26 | Reaction cabin box of DNA sequenator |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105197341A CN105197341A (en) | 2015-12-30 |
| CN105197341B true CN105197341B (en) | 2017-04-12 |
Family
ID=54945406
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510700877.6A Expired - Fee Related CN105197341B (en) | 2015-10-26 | 2015-10-26 | Reaction cabin box of DNA sequenator |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN105197341B (en) |
Family Cites Families (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6753161B2 (en) * | 1997-03-27 | 2004-06-22 | Oncosis Llc | Optoinjection methods |
| CN102766574B (en) * | 2012-05-24 | 2013-12-25 | 中国科学院北京基因组研究所 | Reaction chamber for DNA sequenator |
| CN204490888U (en) * | 2015-02-28 | 2015-07-22 | 尹洪珍 | Full-automatic DNA sequencer |
-
2015
- 2015-10-26 CN CN201510700877.6A patent/CN105197341B/en not_active Expired - Fee Related
Also Published As
| Publication number | Publication date |
|---|---|
| CN105197341A (en) | 2015-12-30 |
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