CN206440619U - A kind of biochip supplies analysis - Google Patents
A kind of biochip supplies analysis Download PDFInfo
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- CN206440619U CN206440619U CN201621459659.4U CN201621459659U CN206440619U CN 206440619 U CN206440619 U CN 206440619U CN 201621459659 U CN201621459659 U CN 201621459659U CN 206440619 U CN206440619 U CN 206440619U
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Abstract
The utility model discloses a kind of biochip supplies analysis, feature is to include support, image capturing mechanism, biochip loader mechanism and light source mechanism are provided with support, image capturing mechanism is arranged on before biochip loader mechanism, and light source mechanism is arranged on after biochip loader mechanism.Advantage is that image capturing mechanism, biochip loader mechanism and light source mechanism are provided with support, biochip is loaded with biochip loader mechanism, by light source mechanism light source is provided for biochip, then the image information on biochip is captured by image capturing mechanism, simple in construction, good portability and can obtains more accurately observing result.
Description
Technical field
The utility model is related to a kind of detector, more particularly, to a kind of biochip supplies analysis.
Background technology
People are main by two ways at present for the detection and research of biochip, and one kind is, by microscope, to lead to
The naked eyes for crossing human body are observed biochip, and the result then arrived according to the observation is analyzed and studied；It is another, be
By scanner, biochip is scanned, the result of scanning is inputted into computer, observed by computer, according to the observation
As a result furtherd investigate.
Above two mode is primarily present problems with：The former is entered by microscope by the naked eyes of human body to biochip
Row observation, but it is difficult to record observation result, the sketch for drawing observe result on one side can only be observed, this drawing to observer
Capability Requirement is higher, therefore the detection and research mode are not only inconvenient to record observation result, and the degree of accuracy of observation result
It is difficult to ensure that, so as to cause a certain degree of influence to follow-up research；Although the latter can mutually tie with computer by scanner
Conjunction obtains more clearly observing result, but scanner and computer must coexist in the detection mode, indispensable,
, can not if only computer if only scanner, although biochip can be scanned, but scanning result can not be shown
Biochip is scanned, result cannot be equally observed, and scanner and computer volume are all huger, portability is poor,
In-convenience in use.
The content of the invention
Technical problem to be solved in the utility model is to provide a kind of simple in construction, good portability and can obtained more
Accurately observe the biochip supplies analysis of result.
The utility model solve the technical scheme that is used of above-mentioned technical problem for：
Image capturing mechanism, biochip dress are provided with a kind of biochip supplies analysis, including support, described support
Mounted mechanism and light source mechanism, described image capturing mechanism are arranged on before described biochip loader mechanism, described light
Source mechanism is arranged on after described biochip loader mechanism.
Described support include shelving on vertically arranged plate and under shelve plate, it is described on shelve plate can up and down adjustably
Be arranged on it is described under shelve the top of plate, it is described on shelve the front end face of plate with it is described under shelve plate front end face it is neat
It is flat, it is described on shelve the both sides of plate and be respectively arranged with the upper side shield extended forward, it is described under shelve the both sides difference of plate
Being extended forward has a lower side shield, described upper side shield and described downside baffle position up and down with respect to and described upside
The inner side end of baffle plate is flushed with the inner side end of described lower side shield, it is described under shelve the bottom of plate and be extended forward
Have a horizontal lower location-plate, described upper side shield, lower side shield, on shelve plate, under shelve plate and described lower location-plate it
Between enclose and be set as one and shelve chamber.Above-mentioned supporting structure is simple, easily manufactured, above shelves plate and can adjustably be arranged on down up and down and shelves
On plate so that the support can be adapted to the mobile phone of different length, lower location-plate plays a part of lower positioning to mobile phone, it is ensured that mobile phone
Stably it can be seated on support.
Downslide can be gone up by being provided with described upper side shield in the first vertical guide chute, the first described guide chute
It is provided with dynamicly below the first lead, the first described lead and is connected with height regulating rod, described upper side shield
Lower surface is provided with height adjusting holes, and the vertical center lines of described height adjusting holes is vertical with the first described guide chute
Center line coincides, and described height adjusting holes are connected with the first described guide chute, described height regulating rod
Bottom is stretched out described height adjusting holes and is fixedly installed on described lower side shield.Led by the first guide chute and first
To the cooperation of post, the motion to height regulating rod play the guiding role.
The internal diameter of described height adjusting holes is more than the external diameter of described height regulating rod and is oriented to less than described first
The external diameter of post.The internal diameter of height adjusting holes is more than external diameter of the external diameter less than the first lead of height regulating rod, it is ensured that height is adjusted
Pole can be swimmingly up and down and can be stably mounted to shelve on plate.
The front end face of described upper side shield is provided with internal thread hole, and described internal thread hole is oriented to described first to be slided
Groove is connected, and lock-screw is bolted with described internal thread hole, by lock-screw by the position of described height regulating rod
It is locked.The front end face of upper side shield, which is provided with internal thread hole, internal thread hole, is bolted with lock-screw, above shelves the height of plate
After the completion of degree regulation, the position of height regulating rod is fixed by tightening lock-screw.
Described image capturing mechanism includes the mobile phone with camera function and image capture plate, and described mobile phone is shelved on institute
That states shelves intracavitary, it is described on shelve the image capture window that front and rear insertion is provided with plate, described image capture plate can
Slidingly be arranged on described image capture window, the front end face of described image capture plate with it is described under shelve plate
Front end face flush, be provided with the image capture hole of front and rear insertion on described image capture plate, described biochip is loaded
Mechanism is located at the rear in described image capture hole.Above-mentioned image capturing mechanism is simple in construction, easy to operate, and plate is shelved upper
The image capture window of insertion before and after upper setting, can slidingly set one to carry image capture hole on image capture window
Image capture plate, the mobile phone that camera is arranged on diverse location is adapted to by the position of left and right adjusting image capture plate, specifically
Shelve intracavitary in use, mobile phone is put and is shelved on, adjust image capture plate right position and on shelve the upper-lower position of plate,
The camera on mobile phone is set to be directed at image capture hole, and the bottom of mobile phone stably can be shelved on lower location-plate, then
Biological information on the biochip loaded on biochip loader mechanism is captured by the mobile phone with camera function.
Two inner faces up and down of described image capture window are provided with to be engaged with described image capture plate thickness
Chute, described image capture plate is slidably disposed in described chute, it is described on shelve the upper surface of plate and set
There is vertical locking hole, described locking hole is connected with the chute on described image capture window upper interior end face, described
Locking hole on be bolted with a lock-screw, the position of described image capture plate is fixed by described lock-screw.
Horizontally slipping for image capture plate is realized by the chute being engaged with image capture plate thickness, different camera positions can be adapted to
Mobile phone, it is simple in construction, it is easy to operate.
The clamp system being provided with plate for mobile phone to be fixedly clamped is shelved under described, described clamp system includes
Width adjusting bar and clamping plate, it is described on shelve the front end face of plate and be provided with the groove being recessed backward, it is described under shelve plate
The second lead can be slidingly provided with by being inside provided with the second horizontal guide chute, the second described guide chute,
Horizontal back-moving spring, described groove are provided between described the second lead and the second described guide chute side end face
Side end face on be provided with width adjusting hole, the cross central line and the second described guide chute in described width adjusting hole
Cross central line is overlapped, and described width adjusting hole is connected with the second described guide chute, described width adjusting bar
One end is stretched into described width adjusting hole and is connected with the second described lead, and described clamping plate is fixedly installed on described
The other end of width adjusting bar.Above-mentioned clamp system causes mobile phone to be shelved on when shelving intracavitary, and right position can also obtain standard
It is determined that guide effect is played in position, the motion by the second guide chute and the second lead to width adjusting bar, back-moving spring is given
One tightening force of clamping plate, it is simple in construction, it is easy to operate, and clamp stable.
The internal diameter in described width adjusting hole is more than the external diameter of described width adjusting bar and is oriented to less than described second
The external diameter of post.The internal diameter in width adjusting hole is more than the external diameter of width adjusting bar and less than the external diameter of the second lead so that width
Adjusting rod can swimmingly horizontally slip and with a stable positioning.
With described clamping plate pull out direction it is consistent described in lower side shield on be provided with and described clamping plate
The opening being engaged, with described clamping plate pull out it is in opposite direction described in the inner face of lower side shield be provided with protection
Pad.It is open pulling out to set on the consistent lower side shield in direction with clamping plate, the opening facilitates the operation of clamp system,
And neonychium, the side of the neonychium then to mobile phone are set in the inner face that lower side shield in opposite direction is pulled out with clamping plate
Portion shields.
Described biochip loader mechanism includes setting in load frame and load frame mounting seat, described load frame
It is equipped with for being vertically provided with and being engaged with biochip in the rectangular watch window of front and rear insertion, described load frame
One slot, described biochip insertion is arranged on the detection sample position in the first described slot and on described biochip
In in described watch window；The cylindric inner chamber of front and rear insertion, described dress are provided with described load frame mounting seat
Carry the second slot being engaged with described load frame that up/down perforation is provided with framework mounting seat, described load frame
Insertion is arranged in the second described slot；Described load frame mounting seat is arranged on the rear end face of described image capture plate
On, described cylindric inner chamber the image capture hole and described cylindric inner chamber coaxial, described with described image capture hole
Between be provided with lens.Load frame is simple in construction, and the first slot is used to make biochip insert in it, is provided to biochip
One stable installation positioning, watch window is easy to observation；The second slot set in load frame mounting seat, which is used to insert, to be filled
Carry framework, cylindric inner chamber and image capture hole are coaxial, it is ensured that by image capture hole can accurate observation on biochip
Biological information, lens are set between image capture hole and cylindric inner chamber, the biology on biochip are believed by lens
Breath amplification, is easy to mobile phone to capture more clear biometric image.
The front end face of described load frame mounting seat is provided with the cylindric installation cavity for mounted lens, described
Cavity and described cylindric coaxial are installed and the internal diameter of described installation cavity is more than described cylindric inner chamber
Internal diameter, the size of described lens is closed with the described matching size for installing cavity.The installation set in load frame mounting seat
Cavity is used to provide a stable installation positioning to lens, installs cavity and cylindric coaxial so that lens can be compared with
The effect of the biological information on amplification biochip is played well, and the internal diameter for installing cavity is more than the internal diameter of cylindric inner chamber, thoroughly
The size of mirror is closed with installing the matching size of cavity so that lens can be stably mounted to install in cavity, it is to avoid lens are fallen into
Influence normally to use into cylindric inner chamber.
The position adjusting mechanism for adjusting load frame upper-lower position is provided with described load frame mounting seat.It is logical
Upper-lower position of the position adjusting mechanism regulation load frame in load frame mounting seat is crossed, so that the life on biochip
Thing information can obtain complete capture.
Described position adjusting mechanism includes the regulation internal gear cooperated and regulation external gear, described load frame
Mounting seat includes the columned preceding pedestal and rear pedestal being coaxially disposed, and the external diameter of described preceding pedestal is more than described rear pedestal
External diameter, the second described slot is arranged on described preceding pedestal, and the sidepiece of described load frame mounting seat is circumferentially equal
Cloth is provided with least two depressed parts, described depressed part and described cylindric intracavity inter-connection, described regulation external gear
It is rotatably arranged in described depressed part, two lateral surfaces of described load frame are provided with and described regulation external tooth
The rack being engaged is taken turns, described regulation inner gear housing is located on described rear pedestal and mutually nibbled with described regulation external gear
Close, described load frame insertion is arranged in the second described slot and described rack is mutually nibbled with described regulation external gear
Close, the rear portion of described rear pedestal is coaxially disposed restraining position ring block.Above-mentioned position adjusting mechanism, simple in construction, easy to operate, rear base
Seat is used to install regulation external gear, and a front limit and rear limit are provided to the installation of regulation internal gear by preceding pedestal and spacing ring
Position, it is ensured that the stable installation of regulation internal gear, rotates regulation internal gear during regulation, drive the regulation external tooth rotation being meshed therewith
It is dynamic, drive the rack being meshed with the regulation external gear to move up and down, so that load frame is transported along above and below the second slot
It is dynamic, realize the upper-lower position regulation of load frame.
The sidepiece of described rear pedestal is provided with the 3rd slot of insertion, the 3rd described slot and is inserted with astigmatism
Piece.Scattering sheet is inserted in the 3rd slot, the equalizing light rays that can emit light source mechanism are easy to enter biochip
Row is clearly viewed.
The external diameter of described spacing ring is more than the external diameter of described rear pedestal.The external diameter of spacing ring is more than the outer of rear pedestal
Footpath, it is ensured that spacing ring plays stable rear position-limiting action.
Anti-slop serrations have been uniformly arranged on the lateral wall of described regulation internal gear.The setting of anti-slop serrations can increase regulation internal tooth
The frictional force of lateral wall is taken turns, is easy to carry out rotating operation to it.
Described light source mechanism includes light source, driving power supply, light source mounting seat and driving power supply mounting seat, described light source
Mounting seat be fixedly mounted on be provided with the rear end of described spacing ring, described light source mounting seat front and rear insertion and with it is described
Cylindric coaxial printing opacity chamber, described light source is arranged on described printing opacity intracavitary, and the rear end of described light source is set
There is the power supply conduction panel electrically connected with described light source, described driving power supply is arranged in described driving power supply mounting seat,
Described driving power supply mounting seat is arranged in the rear of described light source mounting seat, described driving power supply and is provided with triggering
Plate, described trigger board is electric when described trigger board is contacted with described power supply conduction panel just to described power supply conduction panel
Source conducting makes described light source luminescent.Above-mentioned light source mechanism is simple in construction, passes through light source mounting seat and driving power supply mounting seat point
Not Gei light source and driving power supply one stable installing space is provided, by the separation between power supply conduction panel and trigger board and connect
Closing and the opening for realizing light source are touched, it is simple to operate, it is easy to use.
The rear end of described light source mounting seat is provided with externally threaded mounting ring, under unused state, described driving
Power supply mounting seat screwing sections are in described mounting ring, and described trigger board is separated with described power supply conduction panel, uses
When, screwing described driving power supply mounting seat makes described trigger board be in contact with described power supply conduction panel, described light source
It is luminous.Driving power supply mounting seat can not only be stably mounted in light source mounting seat by said structure, while electricity can be realized quickly
Separation between source conduction panel and trigger board and contact, it is simple in construction, it is easy to operate.
The outside portion of described driving power supply mounting seat has been uniformly arranged anti-slop serrations.The setting of anti-slop serrations can increase driving electricity
The frictional force of source mounting seat lateral wall, is easy to carry out rotating operation to it.
Described lower side shield, which extends back, is provided with adjutage.Adjutage is played a supporting role to whole support.
The support feet for supporting described support is provided with described adjutage.Support feet is provided with adjutage
Further function as the supporting role to whole support so that whole support is stabilized support.
Described support feet support angle is adjustable and can be moved up and down along described adjutage.Support feet adjustable angle and can
Moved up and down along adjutage so that the support angle of support is adjustable, be easy to operate the mobile phone being shelved on support.
Compared with prior art, the utility model has the advantage of：Image capturing mechanism, biological core are provided with support
Piece loader mechanism and light source mechanism, load biochip with biochip loader mechanism, are carried by light source mechanism for biochip
For light source, the image information on biochip is then captured by image capturing mechanism, simple in construction, good portability and can be obtained
To more accurately observing result.
Brief description of the drawings
Fig. 1 is overall structure diagram of the present utility model；
Fig. 2 is the structural representation of the utility model medium-height trestle；
Fig. 3 is the structural representation that Fig. 2 removes width adjusting bar and clamping plate；
The cross section structure diagram that Fig. 4 is engaged for DOCK LEVELER in the utility model with upper side shield；
Fig. 5 be in the utility model under shelve the cross section structure diagram of plate；
Fig. 6 is to remove the configuration schematic diagram of support and mobile phone in the utility model；
Fig. 7 is to remove the cross section structure diagram of support and mobile phone in the utility model.
Embodiment
The utility model is described in further detail below in conjunction with accompanying drawing embodiment.
Embodiment one：As shown in Figures 1 to 7, figure is provided with a kind of biochip supplies analysis, including support A, support A
As capture mechanism B, biochip loader mechanism C and light source mechanism D, image capturing mechanism B are arranged on biochip loader mechanism C
Before, light source mechanism D is arranged on after biochip loader mechanism C.
In this particular embodiment, support A include shelving on vertically arranged plate A1 and under shelve plate A2, above shelve plate A1
The top for shelving plate A2 can be adjustably arranged on down up and down, above shelve plate A1 front end face shelved with plate A2 front end face it is neat
Flat, the both sides for above shelving plate A1 are respectively arranged with the upper side shield A11 extended forward, under shelve plate A2 both sides and respectively forwardly prolong
Stretch and be provided with lower side shield A21, upper side shield A11 and lower side shield A21 positions up and down with respect to and upper side shield A11 medial extremity
Face is flushed with lower side shield A21 inner side end, under shelve plate A2 bottom and be extended forward and have horizontal lower location-plate
A22, upper side shield A11, lower side shield A21, on shelve plate A1, under shelve to enclose between plate A2 and lower location-plate A22 and be set as one
Shelve chamber E.Above-mentioned supporting structure is simple, easily manufactured, above shelves plate A1 and can adjustably be arranged on down up and down and shelve on plate A2, makes
The mobile phone B 1 of different length can be adapted to by obtaining support A, and lower location-plate A22 plays a part of lower positioning to mobile phone B1, it is ensured that hand
Machine B1 can be stably seated on support A.
In this particular embodiment, the first vertical guide chute A111 is provided with upper side shield A11, first is oriented to cunning
It can slide up and down to be provided with below the first lead A112, the first lead A112 in groove A111 and be connected with height regulating rod
A3, upper side shield A11 lower surface are provided with height adjusting holes A113, and height adjusting holes A113 vertical center line is led with first
Coincided to chute A111 vertical center line, and height adjusting holes A113 is connected with the first guide chute A111, height is adjusted
Pole A3 bottom protrusion height adjustment hole A113 and it is fixedly installed on lower side shield A21.Pass through the first guide chute A111
With the first lead A112 cooperation, the motion to height regulating rod A3 play the guiding role.
In this particular embodiment, height adjusting holes A113 internal diameter is more than height regulating rod A3 external diameter and less than first
Lead A112 external diameter.The external diameter that height adjusting holes A113 internal diameter is more than height regulating rod A3 is less than the first lead A112
External diameter, it is ensured that height regulating rod A3 can be swimmingly up and down and can be stably mounted to shelve on plate A1.
In this particular embodiment, upper side shield A11 front end face is provided with internal thread hole A114, internal thread hole A114 with
First guide chute A111 is connected, and lock-screw F is bolted with internal thread hole A114, is adjusted height by lock-screw F
Bar A3 position is locked.Upper side shield A11 front end face is provided with internal thread hole A114, internal thread hole A114 and is bolted with
Lock-screw F, after the completion of the height regulation for above shelving plate A1, is consolidated height regulating rod A3 position by tightening lock-screw F
Live calmly.
In this particular embodiment, image capturing mechanism B includes the mobile phone B 1 with camera function and image capture plate B2, hand
Machine B1, which is shelved on, to be shelved in chamber E, above shelves the image capture window A12 that front and rear insertion is provided with plate A1, image capture plate B2
Can slidingly it be arranged on image capture window A12, image capture plate B2 front end face shelves plate A2 front end face with
Flush, the image capture hole B21 of front and rear insertion is provided with image capture plate B2, biochip loader mechanism C is located in image
Capture hole B21 rear.Above-mentioned image capturing mechanism B structure is simple, easy to operate, and front and rear insertion is set on plate A1 in upper shelve
Image capture window A12, can slidingly be set on image capture window A12 one carry image capture hole B21 figure
As capture board B2, the mobile phone B 1 that camera is arranged on diverse location is adapted to by left and right adjusting image capture plate B2 position, tool
Body is shelved in chamber E in use, mobile phone B 1 is put to be shelved on, adjustment image capture plate B2 right position and on shelve plate A1's
Upper-lower position, enables the camera in mobile phone B 1 to be directed at image capture hole B21, and the bottom of mobile phone B 1 can be stably shelved on
On lower location-plate A22, the biological core loaded on biochip loader mechanism C is then captured by the mobile phone B 1 with camera function
Biological information on piece G.
In this particular embodiment, image capture window A12 two inner faces up and down are provided with and image capture plate B2
The chute A121 that thickness is engaged, image capture plate B2 is slidably disposed in chute A121, above shelves plate A1 upper surface
It is provided with vertical locking hole (not shown), locking hole and the chute A121 on image capture window A12 upper interior ends face
It is connected, a lock-screw F is bolted with locking hole, is fixed image capture plate B2 position by lock-screw F.Pass through
The chute A121 being engaged with image capture plate B2 thickness realizes horizontally slipping for image capture plate B2, can be adapted to different cameras
The mobile phone B 1 of position, it is simple in construction, it is easy to operate.
In this particular embodiment, the clamp system being provided with plate A2 for mobile phone to be fixedly clamped is shelved under, is clamped
Mechanism includes width adjusting bar A23 and clamping plate A24, and the front end face for above shelving plate A2 is provided with the groove A25 being recessed backward, under
Shelve to be provided with plate A2 in the second horizontal guide chute A26, the second guide chute A26 and can slidingly be provided with second
Horizontal back-moving spring A28 is provided between lead A27, the second lead A27 and the second guide chute A26 side end faces, it is recessed
Width adjusting hole A251, width adjusting hole A251 cross central line and the second guide chute are provided with groove A25 side end face
A26 cross central line is overlapped, and width adjusting hole A251 is connected with the second guide chute A26, width adjusting bar A23 one end
Stretch into width adjusting hole A251 with the second lead A27 to be connected, clamping plate A24 is fixedly installed on the another of width adjusting bar A23
One end.Above-mentioned clamp system causes mobile phone B 1 to be shelved on when shelving in chamber E, and right position can be also accurately positioned, and be passed through
Guide effect is played in the motion of second guide chute A26 and the second lead A27 to width adjusting bar A23, and back-moving spring A28 gives
Mono- tightening force of clamping plate A24, it is simple in construction, it is easy to operate, and clamp stable.
In this particular embodiment, width adjusting hole A251 internal diameter is more than width adjusting bar A23 external diameter and less than the
Two lead A27 external diameter.Width adjusting hole A251 internal diameter is more than width adjusting bar A23 external diameter and less than the second lead
A27 external diameter so that width adjusting bar A251 can swimmingly horizontally slip and with a stable positioning.
In this particular embodiment, pulled out with clamping plate A24 and be provided with and press from both sides on the consistent lower side shield A21 in direction
The opening A212 that tight plate A24 is engaged, sets with the clamping plate A24 inner side ends for pulling out lower side shield A21 in opposite direction
It is equipped with neonychium A211.Opening A212 is set being pulled out with clamping plate A24, this is opened on the consistent lower side shield A21 in direction
Mouth A212 facilitates the operation of clamp system, and in the inner that lower side shield A21 in opposite direction is pulled out with clamping plate A24
Face sets neonychium A211, neonychium A211 then to be shielded to mobile phone B1 sidepiece.
In this particular embodiment, biochip loader mechanism C includes load frame C1 and load frame mounting seat C2, dress
Carry and be vertically provided with the rectangular watch window C11 that front and rear insertion is provided with framework C1, load frame C1 and biological core
The first slot C12 that piece G is engaged, biochip G insertion are arranged on the detection examination in the first slot C12 and on biochip G
Sample is located in watch window C11；The cylindric inner chamber C21 of front and rear insertion, load frame are provided with load frame mounting seat C2
The second slot C22 being engaged with load frame C1 of up/down perforation is provided with mounting seat C2, load frame C1 insertions are set
In the second slot C22；Load frame mounting seat C2 be arranged on image capture plate B2 rear end face on, cylindric inner chamber C21 with
Image capture hole B21 is coaxial, and lens C3 is provided between image capture hole B21 and cylindrical shape inner chamber C21.Load frame C1 structures
Simply, the first slot C12 is used to make biochip G insert in it, provides a stable installation positioning to biochip G, sees
Examine window C11 and be easy to observation；The the second slot C22 set on load frame mounting seat C2 is used to insert load frame C1, cylinder
Shape inner chamber C21 and image capture hole B21 are coaxial, it is ensured that by image capture hole B21 can accurate observation on biochip G
Biological information, sets lens C3, by lens C3 by biochip G between image capture hole B21 and cylindrical shape inner chamber C21
Biological information amplification, be easy to mobile phone B 1 to capture more clear biometric image.
In this particular embodiment, load frame mounting seat C2 front end face is provided with the cylindrical shape for mounted lens C3
Installation cavity C23, install that cavity C23 and cylindrical shape inner chamber C21 is coaxial and internal diameter of installation cavity C23 is more than cylindrical shape inner chamber
C21 internal diameter, lens C3 size is closed with installing cavity C23 matching size.The installation set on load frame mounting seat C2
Cavity C23 is used to provide a stable installation positioning to lens C3, installs cavity C23 and cylindrical shape inner chamber C21 coaxial so that
Lens C3 can preferably play the effect of the biological information on amplification biochip G, and the internal diameter for installing cavity C23 is more than cylinder
Shape inner chamber C21 internal diameter, lens C3 size is closed with installing cavity C23 matching size so that lens C3, which can stablize, to be installed
Installing in cavity C23, it is to avoid lens C3 falls to influence in cylindric inner chamber C21 and normally used.
In this particular embodiment, it is provided with load frame mounting seat C2 for adjusting load frame C1 upper-lower positions
Position adjusting mechanism.Upper-lower positions of the load frame C1 on load frame mounting seat C2 is adjusted by position adjusting mechanism, from
And enable the biological information on biochip G to obtain complete capture.
In this particular embodiment, position adjusting mechanism includes the regulation internal gear 1 cooperated and regulation external gear 2,
Load frame mounting seat C2 includes the columned preceding pedestal 3 and rear pedestal 4 being coaxially disposed, and the external diameter of preceding pedestal 3 is more than rear base
The external diameter of seat 4, the second slot C22 be arranged on before on pedestal 3, load frame mounting seat C2 sidepiece be uniformly distributed along the circumference be provided with to
Few two depressed part C24, depressed part C24 are connected with cylindrical shape inner chamber C21, and regulation external gear 2 is rotatably arranged in depression
In portion C24, load frame C1 two lateral surfaces are provided with the rack C13 being engaged with regulation external gear 2, adjust internal gear 1
It is set on rear pedestal 4 and is meshed with regulation external gear 2, load frame C1 insertions is arranged in the second slot C22 and rack
C13 is meshed with regulation external gear 2, and the rear portion of rear pedestal 4 is coaxially disposed restraining position ring block 5.Above-mentioned position adjusting mechanism, structure letter
Single, easy to operate, rear pedestal 4 is used to install regulation external gear 1, the peace by preceding pedestal 3 and spacing ring 5 to regulation internal gear 1
Dress provides a front limit and rear spacing, it is ensured that the stable installation of regulation internal gear 1, and regulation internal gear 1 is rotated during regulation, is driven
The regulation external gear 2 being meshed therewith is rotated, and drives the rack C13 being meshed with the regulation external gear 2 to move up and down, so that
Obtain load frame C1 to move up and down along the second slot C22, realize load frame C1 upper-lower position regulation.
In this particular embodiment, the sidepiece of rear pedestal 4 is provided with the 3rd slot 41 of insertion, the 3rd slot 41 and inserted
It is provided with scattering sheet 6.The insertion scattering sheet 6 in the 3rd slot 41, the equalizing light rays that light source mechanism D can be emitted,
It is easy to that biochip G is clearly viewed.
In this particular embodiment, the external diameter of spacing ring 5 is more than the external diameter of rear pedestal 4.The external diameter of spacing ring 5 is more than rear base
The external diameter of seat 4, it is ensured that spacing ring 5 plays stable rear position-limiting action.
In this particular embodiment, anti-slop serrations 11 have been uniformly arranged on the lateral wall of regulation internal gear 1.Anti-slop serrations 11 are set
The frictional force of the regulation lateral wall of internal gear 1 can be increased by putting, and be easy to carry out rotating operation to it.
In this particular embodiment, light source mechanism D includes light source D1, driving power supply D2, light source mounting seat D3 and driving electricity
Source mounting seat D4, light source mounting seat D3 are fixedly mounted on the rear end of spacing ring 5, light source mounting seat D3 and are provided with front and rear insertion
And coaxial with cylindric inner chamber C21 printing opacity chamber D31, light source D1 are arranged in printing opacity chamber D31, light source D1 rear end be provided with
Power supply the conduction panel D11, driving power supply D2 of light source D1 electrical connections are in driving power supply mounting seat D4, driving power supply mounting seat
D4, which is arranged on light source mounting seat D3 rear, driving power supply D2, is provided with trigger board D21, and trigger board D21 is just turned on to power supply
Plate D11, when trigger board D21 is contacted with power supply conduction panel D11, power supply conducting makes light source D1 light.Above-mentioned light source mechanism D structures
Simply, by light source mounting seat D3 and driving power supply mounting seat D4 respectively to light source D1 and driving power supply D2 provide one it is stable
Installing space, light source D1 closing and opening is realized by the separation and contact between power supply conduction panel D11 and trigger board D21,
It is simple to operate, it is easy to use.
In this particular embodiment, light source mounting seat D3 rear end is provided with externally threaded mounting ring D32, and shape is not used
Under state, driving power supply mounting seat D4 screwing sections are on mounting ring D32, and trigger board D21 and power supply conduction panel D11 is separated, and makes
Used time, screwing driving power supply mounting seat D4 makes trigger board D21 be in contact with power supply conduction panel D11, and light source D1 lights.Said structure
Driving power supply mounting seat D4 can not only be stably mounted on light source mounting seat D3, while power supply conduction panel can be realized quickly
Separation between D11 and trigger board D21 and contact, it is simple in construction, it is easy to operate.
In this particular embodiment, driving power supply mounting seat D4 outside portion has been uniformly arranged anti-slop serrations D41.Anti-slop serrations
D41 setting can increase the frictional force of driving power supply mounting seat D4 lateral walls, be easy to carry out rotating operation to it.
In this particular embodiment, lower side shield A21, which extends back, is provided with adjutage A29.Adjutage A29 is to whole branch
Frame A plays a supporting role.
When specifically used, mobile phone B 1 is shelved on the shelving in chamber E of support A, plate A1 and image capture plate are shelved in regulation
B2 position, makes the camera in mobile phone B 1 be directed at image capture hole B21, and the biochip G with detection sample is inserted into
In load frame C1, detection sample is located in watch window C11, load frame C1 is inserted into load frame mounting seat C2
On the second slot C22 in, rotate driving power supply mounting seat D4, power supply conduction panel D11 is in contact with trigger board D21, light source
Circuit turn-on, light source D1 lights, and the camera function of mobile phone B 1 is opened, now just it can be seen that the biological core amplified by lens C3
The biological information of detection sample on piece G, load frame C1 upper-lower position, such mobile phone B 1 are adjusted by position adjusting mechanism
Just the biological information of the detection sample on diverse location can be captured, the life by mobile phone B 1 to the detection sample on diverse location
Thing information is taken pictures, and just can obtain clear biometric image information.
Embodiment two：Other parts are identical with embodiment one, and its difference is to be provided with adjutage A29 for branch
Support support A support feet 9.Support feet 9 is provided with adjutage A29 and further functions as the supporting role to whole support A, is made
Obtain whole support A and be stabilized support.
In this particular embodiment, the support angle of support feet 9 is adjustable and can be moved up and down along adjutage A29.9 jiaos of support feet
Degree is adjustable and can be moved up and down along adjutage A29 so that support A support angle is adjustable, is easy to the hand to being shelved on support A
Machine B1 is operated.
Claims (10)
1. a kind of biochip supplies analysis, it is characterised in that including support, is provided with image capturing mechanism, life on described support
Thing chip loader mechanism and light source mechanism, described image capturing mechanism are arranged on before described biochip loader mechanism,
Described light source mechanism is arranged on after described biochip loader mechanism.
2. a kind of biochip supplies analysis as claimed in claim 1, it is characterised in that described support includes vertically arranged
On shelve plate and under shelve plate, it is described on shelve plate can adjustably be arranged on up and down it is described under shelve the top of plate, it is described
On shelve the front end face of plate with it is described under shelve the front end face of plate and flush, it is described on shelve the both sides of plate and be respectively arranged with
The upper side shield extended forward, it is described under shelve the both sides of plate and be respectively forwardly extended and have lower side shield, described upside
Baffle plate and described downside baffle position up and down with respect to and described upper side shield inner side end and described lower side shield
Inner side end is flushed, it is described under shelve the bottom of plate and be extended forward and have horizontal lower location-plate, described upper side shield,
Lower side shield, on shelve plate, under shelve plate and enclosed between described lower location-plate and be set as one and shelve chamber.
3. a kind of biochip supplies analysis as claimed in claim 2, it is characterised in that be provided with described upper side shield perpendicular
To the first guide chute, can slide up and down in the first described guide chute and be provided with the first lead, described first
Height regulating rod is connected with below lead, the lower surface of described upper side shield is provided with height adjusting holes, described height
The vertical center line for spending the vertical center line and the first described guide chute of adjustment hole coincides, and described height adjusting holes
It is connected with the first described guide chute, the bottom of described height regulating rod stretches out described height adjusting holes and fixation is set
Put in the upper surface of described lower side shield.
4. a kind of biochip supplies analysis as claimed in claim 2, it is characterised in that described image capturing mechanism includes band
The mobile phone and image capture plate of camera function, described mobile phone are shelved on described intracavitary of shelving, it is described on shelve and set on plate
The image capture window of front and rear insertion is equipped with, described image capture plate can slidingly be arranged on described image capture window
On mouth, the front end face of described image capture plate with it is described under shelve the front end face of plate and flush, on described image capture plate
The image capture hole of front and rear insertion is provided with, described biochip loader mechanism is located at behind described image capture hole
Side.
5. a kind of biochip supplies analysis as claimed in claim 4, it is characterised in that described biochip loader mechanism bag
The rectangular watch window that front and rear insertion is provided with load frame and load frame mounting seat, described load frame is included,
The first slot being engaged with biochip is vertically provided with described load frame, described biochip insertion is arranged on
Detection sample in the first described slot and on described biochip is located in described watch window；Described loading frame
Be provided with frame mounting seat be provided with the cylindric inner chamber of front and rear insertion, described load frame mounting seat up/down perforation with
The second slot that described load frame is engaged, described load frame insertion is arranged in the second described slot；It is described
Load frame mounting seat be arranged on the rear end face of described image capture plate, described cylindric inner chamber and described image
Capture that hole is coaxial, lens are provided between described image capture hole and described cylindric inner chamber.
6. a kind of biochip supplies analysis as claimed in claim 5, it is characterised in that set in described load frame mounting seat
It is equipped with the position adjusting mechanism for adjusting load frame upper-lower position.
7. a kind of biochip supplies analysis as claimed in claim 6, it is characterised in that described position adjusting mechanism includes phase
The regulation internal gear and regulation external gear mutually coordinated, described load frame mounting seat includes the columned preceding base being coaxially disposed
Seat and rear pedestal, the external diameter of described preceding pedestal are more than the external diameter of described rear pedestal, and the second described slot is arranged on described
Preceding pedestal on, the sidepiece of described load frame mounting seat, which is uniformly distributed along the circumference, is provided with least two depressed parts, and described is recessed
The portion of falling into and described cylindric intracavity inter-connection, described regulation external gear are rotatably arranged in described depressed part, institute
Two lateral surfaces of the load frame stated are provided with the rack being engaged with described regulation external gear, described regulation internal gear
It is set on described rear pedestal and is meshed with described regulation external gear, described load frame insertion is arranged on described
In second slot and described rack is meshed with described regulation external gear, the rear portion of described rear pedestal is coaxially disposed limited
Position ring.
8. a kind of biochip supplies analysis as claimed in claim 7, it is characterised in that described light source mechanism includes light source, driven
Dynamic power supply, light source mounting seat and driving power supply mounting seat, described light source mounting seat are fixedly mounted on after described spacing ring
End, be provided with described light source mounting seat front and rear insertion and with the printing opacity chamber of described cylindric coaxial, it is described
Light source is arranged on described printing opacity intracavitary, and the rear end of described light source is provided with the power supply conducting electrically connected with described light source
Plate, described driving power supply is arranged in described driving power supply mounting seat, and described driving power supply mounting seat is arranged on described
Light source mounting seat rear, be provided with trigger board in described driving power supply, described trigger board is just led to described power supply
Logical plate, when described trigger board is contacted with described power supply conduction panel, power supply conducting makes described light source luminescent.
9. a kind of biochip supplies analysis as claimed in claim 2, it is characterised in that described lower side shield, which extends back, to be set
It is equipped with adjutage.
10. a kind of biochip supplies analysis as claimed in claim 9, it is characterised in that being provided with described adjutage is used for
The support feet of the described support of support.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621459659.4U CN206440619U (en) | 2016-12-28 | 2016-12-28 | A kind of biochip supplies analysis |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621459659.4U CN206440619U (en) | 2016-12-28 | 2016-12-28 | A kind of biochip supplies analysis |
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| Publication Number | Publication Date |
|---|---|
| CN206440619U true CN206440619U (en) | 2017-08-25 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201621459659.4U Active CN206440619U (en) | 2016-12-28 | 2016-12-28 | A kind of biochip supplies analysis |
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| Country | Link |
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| CN (1) | CN206440619U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106680276A (en) * | 2016-12-28 | 2017-05-17 | 宁波大学 | Biochip detector |
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2016
- 2016-12-28 CN CN201621459659.4U patent/CN206440619U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106680276A (en) * | 2016-12-28 | 2017-05-17 | 宁波大学 | Biochip detector |
| CN106680276B (en) * | 2016-12-28 | 2024-04-09 | 浙江正合谷生物科技有限公司 | Biochip detector |
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Effective date of registration: 20180727 Address after: 315201 No. 777, Zhong Guan Xi Road, Zhuang City Street, Zhenhai District, Ningbo, Zhejiang. Patentee after: Ningbo Anxin Biological Technology Co., Ltd. Address before: 315211 Fenghua Road, Jiangbei District, Ningbo, Zhejiang Province, No. 818 Patentee before: Ningbo University |
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Effective date of registration: 20190402 Address after: 315040 Ningbo New Materials Innovation Center East District, Ningbo High-tech Zone, Zhejiang Province, No. 1 11-2-1 Patentee after: Zhejiang Zhenghegu Biotechnology Co., Ltd. Address before: 315201 No. 777, Zhong Guan Xi Road, Zhuang City Street, Zhenhai District, Ningbo, Zhejiang. Patentee before: Ningbo Anxin Biological Technology Co., Ltd. |