CN209086537U - A kind of automatically controlled mobile device of fluorescence microscope objective table - Google Patents

Abstract

The utility model discloses a kind of automatically controlled mobile devices of fluorescence microscope objective table, including Nicroscopium, objective table and displacement mechanism, objective table is installed in Nicroscopium, displacement mechanism is installed on objective table, glass slide is fixed on support board by intermediate plate, object lens are moved to preliminary observation position, different command signals is issued by being displaced button, wireless sensor drives telescopic rod flexible after receiving displacement commands, to drive support board to realize the variation of upper and lower position, telescopic rod makes the structure of support board is more stable to be not easy to fall, after electronic collection case receives displacement commands, control intermediate plate moves on the chute, realize the horizontal and vertical displacement of glass slide, the setting of sliding slot and telescopic rod realizes the transverse direction of the present apparatus, longitudinally and radially three direction displacement, automatically controlled mode keeps the positioning of glass slide more accurate, life is improved to the full extent The clarity of object sample, the automatically controlled mobile device of this fluorescence microscope objective table have the advantages that structure is more stable and positions more accurate.

Description

A kind of automatically controlled mobile device of fluorescence microscope objective table

Technical field

The utility model relates to experimental facilities field of automation technology, specially a kind of fluorescence microscope objective table electric controlled sliding Dynamic device.

Background technique

Fluorescence microscope is one kind of optical microscopy and the basic tool of Immunofluorescence, is with ultraviolet Line is light source, to irradiate tested object, is allowed to issue fluorescence, shape and its institute for then observing object under the microscope are in place It sets, absorption, transport, the distribution of chemical substance and the positioning etc. for studying intracellular matter, objective table is also dressing table, in object lens Below or above, need the sample observed to place, the shape side of having justifies two kinds, and existing objective table move mode is most It is firmly of different sizes during manually adjusting to cause imaging effect poor by the way of manually adjusting propeller, it is unable to maximum journey The clarity that sample is improved on degree, positions not accurate enough.

Utility model content

The purpose of this utility model is to provide a kind of automatically controlled mobile devices of fluorescence microscope objective table, and it is accurate to have displacement And the advantages of stable structure, it can solve the problems of the prior art.

To achieve the above object, the utility model provides the following technical solutions: a kind of fluorescence microscope objective table electric controlled sliding Device, including Nicroscopium, objective table and displacement mechanism are moved, objective table is installed in Nicroscopium, displacement machine is installed on objective table Structure, Nicroscopium include machine footstock, eyepiece, fuselage, support base, reflective mirror erecting bed and object lens, the upper surface installation of machine footstock Eyepiece, the bottom of machine footstock are fixedly connected with fuselage, and object lens are installed at the top of fuselage, and the outer surface of fuselage offers connectivity slot, even The bottom of through slot is equipped with reflective mirror erecting bed, and the bottom of reflective mirror erecting bed is welded on fuselage, and the outer wall of fuselage is fixedly connected Support base, connectivity slot are connect with objective table, and objective table includes support board, display channel, optical filter mounting rack, intermediate plate and glass slide, Optical filter mounting rack is installed in the inside of support board, and the upper surface of support board offers display channel, and the top installation of display channel carries glass Piece, glass slide are fixed on intermediate plate, and one end of intermediate plate is flexibly connected with displacement mechanism, and displacement mechanism includes displacement platform, sliding slot, electricity Subset mould assembling, telescopic rod, wireless sensor, pedestal and operation panel, sliding slot are provided with the upper surface of displacement platform, one end of displacement platform It is welded on the outer wall of support board, the other end of displacement platform connects electronic collection case, the top of telescopic rod and the following table of support board Face is fixedly connected, the bottom mounting seat of telescopic rod, and telescopic rod is hollow structure inside, and wireless induction is installed in the inside of telescopic rod Device, wireless sensor are connect by radio connection with operation panel.

Preferably, the fuselage is set as hollow structure, and the cross sectional shape of fuselage is flexure type.

Preferably, the telescopic rod is segmentation structure, and the bottom section area of telescopic rod is sequentially reduced from top to bottom.

Preferably, the operation panel is equipped with reset button and displacement button, and displacement button is equipped with four groups, and four groups of displacements are pressed Reset button is installed between button.

Preferably, the sliding slot is set as two way slide lane, and the maximum distance that intermediate plate moves on transverse slipway, which is no more than, to be carried The width dimensions of object plate, the maximum distance that intermediate plate moves on end slipway are no more than the length dimension of support board.

Compared with prior art, the beneficial effects of the utility model are as follows: the automatically controlled mobile dress of this fluorescence microscope objective table It sets, by the way that biological sample to be placed in the interlayer of glass slide, glass slide is fixed on support board by intermediate plate, and mobile object lens are extremely Preliminary observation position issues different command signals by being displaced button, and wireless sensor drives after receiving displacement commands Telescopic rod is flexible, and telescopic rod is fixed on the bottom of support board, to drive the variation of support board realization upper and lower position, telescopic rod is set There are two groups, be not easy to fall so that the structure of support board is more stable, after electronic collection case receives displacement commands, control intermediate plate exists It is moved on sliding slot, realizes that the horizontal and vertical displacement of glass slide, the setting of sliding slot and telescopic rod realize the lateral, vertical of the present apparatus To with radial three direction displacement, automatically controlled mode keeps the positioning of glass slide more accurate, improves the clear of biological sample to the full extent Degree observes biological sample using eyepiece while displacement, reset button, wireless sensor is pressed after use Reset signal is received with electronic collection case, control support board slowly resets, the automatically controlled mobile device of this fluorescence microscope objective table, tool Have the advantages that structure is more stable and positions more accurate.

Detailed description of the invention

Fig. 1 is the overall structure diagram of the utility model；

Fig. 2 is the carrier structure schematic diagram of the utility model；

Fig. 3 is the carrier structure schematic rear view of the utility model；

Fig. 4 is the sliding groove structure schematic diagram of the utility model.

In figure: 1, Nicroscopium；11, machine footstock；12, eyepiece；13, fuselage；131, connectivity slot；14, support base；15, anti- Light microscopic erecting bed；16, object lens；2, objective table；21, support board；22, display channel；23, optical filter mounting rack；24, intermediate plate；25, it carries Slide；3, displacement mechanism；31, displacement platform；32, sliding slot；33, electronic collection case；34, telescopic rod；35, wireless sensor；36, bottom Seat；37, operation panel；371, reset button；372, it is displaced button.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

Please refer to Fig. 1-4, a kind of automatically controlled mobile device of fluorescence microscope objective table, including Nicroscopium 1,2 and of objective table Displacement mechanism 3 installs objective table 2 in Nicroscopium 1, and displacement mechanism 3 is installed on objective table 2, and Nicroscopium 1 includes machine footstock 11, eyepiece 12 is installed in the upper surface of eyepiece 12, fuselage 13, support base 14, reflective mirror erecting bed 15 and object lens 16, machine footstock 11, The bottom of machine footstock 11 is fixedly connected with fuselage 13, and object lens 16 are installed at the top of fuselage 13, and the outer surface of fuselage 13 offers connection The bottom of slot 131, connectivity slot 131 is equipped with reflective mirror erecting bed 15, and the bottom of reflective mirror erecting bed 15 is welded on fuselage 13, machine The outer wall of body 13 is fixedly connected with support base 14, and connectivity slot 131 is connect with objective table 2, and objective table 2 includes support board 21, display channel 22, the inside of optical filter mounting rack 23, intermediate plate 24 and glass slide 25, support board 21 is installed by optical filter mounting rack 23, support board 21 Upper surface offer display channel 22, glass slide 25 is installed in the top of display channel 22, and glass slide 25 is fixed on intermediate plate 24, intermediate plate 24 one end is flexibly connected with displacement mechanism 3, and displacement mechanism 3 includes displacement platform 31, sliding slot 32, electronic collection case 33, telescopic rod 34, wireless sensor 35, pedestal 36 and operation panel 37, sliding slot 32 are provided with the upper surface of displacement platform 31, one end of displacement platform 31 It is welded on the outer wall of support board 21, the other end of displacement platform 31 connects electronic collection case 33, the top of telescopic rod 34 and loading The lower surface of plate 21 is fixedly connected, the bottom mounting seat 36 of telescopic rod 34, and telescopic rod 34 is hollow structure inside, telescopic rod 34 Inside wireless sensor 35 is installed, wireless sensor 35 is connect by radio connection with operation panel 37, the setting of fuselage 13 For hollow structure, the cross sectional shape of fuselage 13 is flexure type, and telescopic rod 34 is segmentation structure, the bottom section face of telescopic rod 34 Product is sequentially reduced from top to bottom, and operation panel 37 is equipped with reset button 371 and displacement button 372, and displacement button 372 is equipped with four Group installs reset button 371 between four groups of displacement buttons 372, and sliding slot 32 is set as two way slide lane, and intermediate plate 24 is on transverse slipway Mobile maximum distance is no more than the width dimensions of support board 21, and the maximum distance that intermediate plate 24 moves on end slipway is no more than The length dimension of support board 21.

Working principle: biological sample being placed in the interlayer of glass slide 25, and glass slide 25 is fixed on load by intermediate plate 24 On object plate 21, mobile object lens 16 to preliminary observation position issue different command signals, wireless induction by being displaced button 372 Device 35 drives telescopic rod 34 flexible after receiving displacement commands, and telescopic rod 34 is fixed on the bottom of support board 21, to drive Support board 21 realizes the variation of upper and lower position, after electronic collection case 33 receives displacement commands, controls intermediate plate 24 on sliding slot 32 It is mobile, it realizes the horizontal and vertical displacement of glass slide 25, biological sample is observed using eyepiece 12 while displacement, is made Reset button 371 is pressed after, wireless sensor 35 and electronic collection case 33 receive reset signal, and control support board 21 is slow It is slow to reset.

In summary: the automatically controlled mobile device of this fluorescence microscope objective table, by the way that biological sample is placed on glass slide 25 Interlayer in, glass slide 25 is fixed on support board 21 by intermediate plate 24, and mobile object lens 16 pass through displacement to preliminary observation position Button 372 issues different command signals, and wireless sensor 35 drives telescopic rod 34 flexible after receiving displacement commands, stretches Bar 34 is fixed on the bottom of support board 21, to drive the variation of the realization of support board 21 upper and lower position, telescopic rod 34 is equipped with two groups, It is not easy to fall so that the structure of support board 21 is more stable, after electronic collection case 33 receives displacement commands, control intermediate plate 24 exists It is moved on sliding slot 32, realizes that the horizontal and vertical displacement of glass slide 25, the setting of sliding slot 32 and telescopic rod 34 realize the present apparatus Transverse direction, longitudinally and radially three direction displacement, automatically controlled mode keep the positioning of glass slide 25 more accurate, to the full extent improve biology The readability of sample using eyepiece 12 is observed biological sample while displacement, pressed after use reset by Button 371, wireless sensor 35 and electronic collection case 33 receive reset signal, and control support board 21 slowly resets, this fluorescence microscopy The automatically controlled mobile device of mirror objective table has the advantages that structure is more stable and positions more accurate.

It should be noted that, in this document, relational terms such as first and second and the like are used merely to a reality Body or operation are distinguished with another entity or operation, are deposited without necessarily requiring or implying between these entities or operation In any actual relationship or order or sequence.Moreover, the terms "include", "comprise" or its any other variant are intended to Non-exclusive inclusion, so that the process, method, article or equipment including a series of elements is not only wanted including those Element, but also including other elements that are not explicitly listed, or further include for this process, method, article or equipment Intrinsic element.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.

Claims (5)

1. a kind of automatically controlled mobile device of fluorescence microscope objective table, including Nicroscopium (1), objective table (2) and displacement mechanism (3), objective table (2) are installed in Nicroscopium (1), displacement mechanism (3) are installed on objective table (2), it is characterised in that: described micro- Microscope base (1) includes machine footstock (11), eyepiece (12), fuselage (13), support base (14), reflective mirror erecting bed (15) and object lens (16), eyepiece (12) are installed in the upper surface of machine footstock (11), and the bottom of machine footstock (11) is fixedly connected fuselage (13), fuselage (13) Top object lens (16) are installed, the outer surface of fuselage (13) offers connectivity slot (131), and the bottom of connectivity slot (131) is equipped with anti- Light microscopic erecting bed (15), the bottom of reflective mirror erecting bed (15) are welded on fuselage (13), and the outer wall of fuselage (13) is fixedly connected Support base (14), connectivity slot (131) are connect with objective table (2), the objective table (2) include support board (21), display channel (22), Optical filter mounting rack (23) are installed in the inside of optical filter mounting rack (23), intermediate plate (24) and glass slide (25), support board (21), carry The upper surface of object plate (21) offers display channel (22), and glass slide (25) are installed in the top of display channel (22), and glass slide (25) is solid It is scheduled on intermediate plate (24), one end of intermediate plate (24) is flexibly connected with displacement mechanism (3), and institute's displacement mechanism (3) includes displacement platform (31), sliding slot (32), electronic collection case (33), telescopic rod (34), wireless sensor (35), pedestal (36) and operation panel (37), Sliding slot (32) is provided with the upper surface of displacement platform (31), and one end of displacement platform (31) is welded on the outer wall of support board (21), position The other end of moving stage (31) connects electronic collection case (33), the fixed company in the top of telescopic rod (34) and the lower surface of support board (21) It connects, the bottom mounting seat (36) of telescopic rod (34), telescopic rod (34) is hollow structure inside, and the inside of telescopic rod (34) is installed Wireless sensor (35), wireless sensor (35) are connect by radio connection with operation panel (37).

2. a kind of automatically controlled mobile device of fluorescence microscope objective table according to claim 1, it is characterised in that: the fuselage (13) it is set as hollow structure, the cross sectional shape of fuselage (13) is flexure type.

3. a kind of automatically controlled mobile device of fluorescence microscope objective table according to claim 1, it is characterised in that: described flexible Bar (34) is segmentation structure, and the bottom section area of telescopic rod (34) is sequentially reduced from top to bottom.

4. a kind of automatically controlled mobile device of fluorescence microscope objective table according to claim 1, it is characterised in that: the operation Plate (37) is equipped with reset button (371) and displacement button (372), and displacement button (372) is equipped with four groups, four groups of displacement buttons (372) reset button (371) are installed between.

5. a kind of automatically controlled mobile device of fluorescence microscope objective table according to claim 1, it is characterised in that: the sliding slot (32) it is set as two way slide lane, the maximum distance that intermediate plate (24) moves on transverse slipway is no more than the broad-ruler of support board (21) Very little, the maximum distance that intermediate plate (24) moves on end slipway is no more than the length dimension of support board (21).