CN109899642A - A kind of portal frame component and microscope - Google Patents
A kind of portal frame component and microscope Download PDFInfo
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- CN109899642A CN109899642A CN201910232311.3A CN201910232311A CN109899642A CN 109899642 A CN109899642 A CN 109899642A CN 201910232311 A CN201910232311 A CN 201910232311A CN 109899642 A CN109899642 A CN 109899642A
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Abstract
The present invention relates to a kind of portal frame component and microscopes, wherein portal frame component includes along spaced first side plate of first direction and the second side plate；First support plate is erected on one end that first side plate is not connect with installation part and one end that the second side plate is not connect with installation part, and the first support plate is parallel to installation part setting；First side plate and the institute junction of the installation part to be mounted, the junction of second side plate and the installation part, first support plate and first side plate junction and first support plate and second side plate junction at least one equipped with reinforcer.Portal frame component of the invention is generally robust.
Description
Technical field
The present invention relates to microscope technology fields, and in particular to a kind of portal frame component and microscope.
Background technique
Microscope is a kind of optical instrument being made of the combination of a lens or several lens, in health care, biology
There is extensive utilization in the fields such as detection, metallographic detection and integrated circuit detection.Glass slide can be generally placed on objective table, led to
It crosses the movement of objective table, such as the moving to, Y-direction along X, completes the observation to the sample being placed on glass slide.
Such as the Chinese patent literature of Publication No. CN208037422U discloses a kind of microscope load of medical test
Slide automatic conveyor, including microscope and conveyer belt, the conveyer belt are described micro- on the downside of the microscopical object lens
There is transmission tape starting or stop control unit on mirror or the conveyer belt, there is glass slide on the conveyer belt；It is described
Tape starting or stop control unit are transmitted, for the conveyer belt according to the position control of the glass slide and the object lens
Starting stops.To solve the positional relationship of manual adjustment microscopical piece pressing clip and glass slide, it is easy on pollution glass slide
Object to be seen, the problem of working at the same time low efficiency.
Summary of the invention
The purpose of the present invention is to provide a kind of portal frame component, the portal frame component is installed on installation part, comprising:
Along spaced first side plate of first direction and the second side plate, first side plate and second side plate prolong along third direction
It stretches；First support plate is erected on one end that first side plate is not connect with the installation part and second side plate not respectively
The one end connecting with the installation part, first support plate are parallel to the installation part setting；First side plate with wanted
The junction of the installation part of installation, second side plate and the installation part junction, first support plate and institute
Stating the first side plate junction and first support plate and second side plate junction, at least one is equipped with reinforcer.
Optionally, the junction of first side plate and the institute installation part to be mounted is described equipped with the first reinforcer
First reinforcer is arranged in a second direction, and first reinforcer with first side plate and the installation part for connecting respectively
It connects；
The junction of second side plate and the installation part is equipped with the second reinforcer, and second reinforcer is along described the
The setting of two directions, second reinforcer with second side plate and the installation part for connecting respectively；
Wherein, the first direction, the second direction and the third direction are mutually perpendicular to；
First support plate and first side plate junction are equipped with third reinforcer, the third reinforcer respectively with
First support plate and first side plate connection, first support plate and second side plate junction are equipped with the 4th and add
Strong part, the 4th reinforcer are connect with first support plate and second side plate respectively.
Optionally, first side plate is parallel to second side plate, and first support plate is prolonged along the first direction
It stretches；Along the second direction, the size of the size of first side plate, the size of second side plate and first support plate
It is equal, and first side plate, second side plate and first support plate are located at the surface of the same side and are in same surface.
Optionally, first reinforcer is two and is located at first side plate along the opposite of the second direction
Side, second reinforcer are two and are located at second side plate along the opposite side of the second direction.
Optionally, first reinforcer has first part connected vertically and second part, first reinforcer
First part be bonded with first side plate, the second part of first reinforcer is used for and installation part fitting；
Second reinforcer have first part connected vertically and second part, first of second reinforcer
Divide and be bonded with second side plate, the second part of second reinforcer is used for and installation part fitting.
Optionally, along the first direction, the thickness of first reinforcer is equal to the thickness of first side plate, described
The thickness of second reinforcer is equal to the thickness of second side plate；
Along the second direction, first reinforcer and first side plate are in same plane, and described second reinforces
Part and second side plate are in same plane.
Optionally, further includes: circuit system main body, along the second direction, the third reinforcer, the described 4th reinforce
Part is located at the same side of first support plate, and the third reinforcer and the circuit system main body are located at first support
The opposite side of plate.
Optionally, the third reinforcer has first part connected vertically and second part, the third reinforcer
First part be bonded with first side plate, the second part of the third reinforcer is bonded with first support plate；
4th reinforcer have first part connected vertically and second part, first of the 4th reinforcer
Divide and be bonded with second side plate, the second part of the 4th reinforcer is bonded with first support plate.
Optionally, the third reinforcer, the 4th reinforcer, first side plate, described along the first direction
Second side plate and first support plate are in same surface backwards to the surface of the circuit system main body.
The present invention also provides a kind of microscopes, comprising: cabinet, the cabinet are set in the cabinet for placing glass slide
There is the first driving assembly, first driving assembly is for driving the glass slide to translate along first direction or second direction；On
Described in any item portal frame components are stated, first side plate and second side plate are installed on the cabinet, described gantry
Frame component is equipped with image-forming assembly, and the image-forming assembly is arranged along the third direction.
As above, the present invention provides a kind of portal frame component, and portal frame component is installed on installation part, portal frame component packet
It includes: extending along spaced first side plate of first direction and the second side plate, the first side plate and the second side plate along third direction；Also
Include: the first support plate, is erected on one end that the first side plate is not connect with installation part and the second side plate respectively and does not connect with installation part
The one end connect, the first support plate are parallel to installation part setting.First side plate with the junction of installation part to be mounted, second side
The junction of plate and installation part, the first support plate and the first side plate junction and the first support plate and the second side plate junction are at least
One of them is equipped with reinforcer.
Due to, the first side plate with the junction of installation part to be mounted, the junction of the second side plate and installation part, first
Support plate and the first side plate junction and the first support plate and the second side plate junction at least one be equipped with reinforcer；In this way
Design so that portal frame component is firm, improve portal frame component and connective stability between installation part to be mounted.
For above content of the invention can be clearer and more comprehensible, be cited below particularly preferred embodiment and in conjunction with attached drawing specifically
It is bright.
Detailed description of the invention
The microscopical perspective view one of Fig. 1 embodiment of the present invention；
The microscopical perspective view two of Fig. 2 embodiment of the present invention；
The perspective view of portal frame component in Fig. 3 microscope of the embodiment of the present invention；
The top view of portal frame component in Fig. 4 microscope of the embodiment of the present invention；
The side view one of portal frame component in Fig. 5 microscope of the embodiment of the present invention；
The side view two of portal frame component in Fig. 6 microscope of the embodiment of the present invention；
The perspective view one of cabinet in Fig. 7 microscope of the embodiment of the present invention；
The top view one of cabinet in Fig. 8 microscope of the embodiment of the present invention；
The perspective view two of cabinet in Fig. 9 microscope of the embodiment of the present invention；
The top view two of cabinet in Figure 10 microscope of the embodiment of the present invention；
The top view three of cabinet in Figure 11 microscope of the embodiment of the present invention；
The perspective view of second driving member in Figure 12 microscope of the embodiment of the present invention；
The side view of second driving member in Figure 13 microscope of the embodiment of the present invention；
The perspective view of first driving member in Figure 14 microscope of the embodiment of the present invention；
The side view of first driving member in Figure 15 microscope of the embodiment of the present invention；
The perspective view one of second driving assembly in Figure 16 microscope of the embodiment of the present invention；
The perspective view two of second driving assembly in Figure 17 microscope of the embodiment of the present invention；
The side view one of second driving assembly in Figure 18 microscope of the embodiment of the present invention；
The side view two of second driving assembly in Figure 19 microscope of the embodiment of the present invention；
The perspective view of image-forming assembly in Figure 20 microscope of the embodiment of the present invention；
The cross-sectional view of image-forming assembly in Figure 21 microscope of the embodiment of the present invention；
The perspective view one of Figure 22 glass slide apparatus for placing of the embodiment of the present invention；
The side view of Figure 23 glass slide apparatus for placing of the embodiment of the present invention；
The positional diagram of glass slide and card slot in Figure 24 glass slide apparatus for placing of the embodiment of the present invention；
The perspective view two of Figure 25 glass slide apparatus for placing of the embodiment of the present invention；
The perspective view three of Figure 26 glass slide apparatus for placing of the embodiment of the present invention；
The top view one of Figure 27 glass slide apparatus for placing of the embodiment of the present invention；
The top view two of Figure 28 glass slide apparatus for placing of the embodiment of the present invention；
The perspective view four of Figure 29 glass slide apparatus for placing of the embodiment of the present invention；
The perspective view five of Figure 30 glass slide apparatus for placing of the embodiment of the present invention；
The top view three of Figure 31 glass slide apparatus for placing of the embodiment of the present invention；
The top view four of Figure 32 glass slide apparatus for placing of the embodiment of the present invention；
The perspective view six of Figure 33 glass slide apparatus for placing of the embodiment of the present invention；
The perspective view seven of Figure 34 glass slide apparatus for placing of the embodiment of the present invention.
Specific embodiment
Embodiments of the present invention are illustrated by particular specific embodiment below, those skilled in the art can be by this specification
Revealed content is understood other advantages and efficacy of the present invention easily.Although description of the invention will combine preferred embodiment
It introduces together, but this feature for not representing the invention is only limitted to the embodiment.On the contrary, being invented in conjunction with embodiment
The purpose of introduction is to be possible to the other selections extended or transformation to cover based on claim of the invention.In order to mention
For that will include many concrete details in depth understanding of the invention, being described below.The present invention can also be thin without using these
Section is implemented.In addition, in order to avoid confusion or obscuring emphasis of the invention, some details will be omitted in the de-scription.It needs
Illustrate, in the absence of conflict, the feature in embodiment and embodiment in the present invention can be combined with each other.
Referring to figs. 1 to Fig. 3, the present invention provides a kind of portal frame component 4, and portal frame component 4 is installed on installation part, this reality
It applies in example, portal frame component 4 is installed on the cabinet 3 of aftermentioned microscope 2, but is not limited to be installed on the cabinet 3 of microscope 2,
It can be other installation pedestals.In the present embodiment, portal frame component 4 includes: along first direction (Fig. 1 is into Fig. 3 shown in X-direction)
Spaced first side plate 400 and the second side plate 401, the first side plate 400 and the second side plate 401 are along third direction (Fig. 1 to figure
In 3 shown in Z-direction) extend.Portal frame component 4 further includes the first support plate 402, and the first support plate 402 is erected on first respectively
One end and the second side plate 401 that side plate 400 is not connect with installation part (in the present embodiment be cabinet 3) do not connect with installation part one
End, the first support plate 402 are parallel to installation part setting.Wherein, the first side plate 400 with the junction of installation part to be mounted,
Second side plate 401 and junction, the first support plate 402 and 400 junction of the first side plate of installation part and the first support plate 402 and
Second side plate, 401 junction at least one be equipped with reinforcer.
In the present embodiment, the junction of the first side plate 400 and institute installation part to be mounted is equipped with the first reinforcer 403.This
In embodiment, the first side plate 400 is installed on the cabinet 3 of microscope 2, and the junction of the first side plate 400 and cabinet 3 adds equipped with first
Strong part 403.In the present embodiment, the first reinforcer 403 is arranged in a second direction (Fig. 1 is into Fig. 3 shown in Y-direction), and first reinforces
For connecting respectively with the first side plate 400 and installation part, first direction, second direction and third direction are mutually perpendicular to part 403.
In addition, the junction of the second side plate 401 and installation part is equipped with the second reinforcer 404, and in the present embodiment, the second side plate
401 are installed on the cabinet 3 of microscope 2, and the junction of the second side plate 401 and cabinet 3 is equipped with the second reinforcer 404.The present embodiment
In, the second reinforcer 404 is arranged in a second direction, and the second reinforcer 404 with the second side plate 401 and installation part for connecting respectively
It connects.
In the present embodiment, the first support plate 402 and 400 junction of the first side plate are equipped with third reinforcer 405, and third is reinforced
Part 405 is connect with the first support plate 402 and the first side plate 400 respectively, and the first support plate 402 is set with 401 junction of the second side plate
There is the 4th reinforcer 406, the 4th reinforcer 406 is connect with the first support plate 402 and second side plate 401 respectively.
Since the junction of, the first side plate 400 and institute installation part to be mounted is equipped with the first reinforcer 403, the second side plate
401 are equipped with the second reinforcer 404, the first support plate 402 and 400 junction of the first side plate equipped with third with the junction of installation part
Reinforcer 405, and the first support plate 402 and 401 junction of the second side plate are equipped with the 4th reinforcer 406；It designs in this way, so that
Portal frame component 4 is firm, improve portal frame component 4 and connective stability between installation part to be mounted.The present embodiment
In, portal frame component 4 is installed on the cabinet 3 of microscope 2, and the presence of each reinforcer improves portal frame component 4 and cabinet 3
Between connective stability.
That is, in the present embodiment, the first side plate 400 and the institute junction of installation part to be mounted, the second side plate 401 and install
The junction of part, the first support plate 402 and 400 junction of the first side plate and 401 junction of the first support plate 402 and the second side plate
It is equipped with reinforcer.In other embodiments, it is wherein at one, is equipped with reinforcer, reinforcer wherein at two or in which at three
Setting form it is as described above.
With reference to Fig. 4 and Fig. 5, in the present embodiment, the first side plate 400 is parallel to the second side plate 401,402 edge of the first support plate
First direction extends.As shown in connection with fig. 3, in a second direction, the size of the first side plate 400, the size and first of the second side plate 401
Support plate 402 it is equal sized, and the first side plate 400, the second side plate 401 and the first support plate 402 are located at the surface of the same side
In same surface.That is, in a second direction, the first side plate 400 is located at the surface in the left side of portal frame component 4, the second side plate 401
The surface for being located at the left side of portal frame component 4 positioned at the surface in the left side of portal frame component 4 and the first support plate 402 is in same
Surface, the first side plate 400 is located at the surface on the right side of portal frame component 4, the second side plate 401 is located at the right side of portal frame component 4
Surface and the surface on the first support plate 402 right side for being located at portal frame component 4 be in same surface.
With continued reference to Fig. 3, in the present embodiment, the first reinforcer 403 is two and is located at the first side plate 400 along second
The opposite side in direction, that is, in a second direction, the left and right side of the first side plate 400 is respectively equipped with above-mentioned first reinforcer 403.
Second reinforcer 404 is two and is located at the opposite side of the second side plate 401 in a second direction, that is, in a second direction, second
The left and right side of side plate 401 is respectively equipped with above-mentioned second reinforcer 404.
Wherein, in the present embodiment, the first reinforcer 403 has first part connected vertically and second part, and first adds
The first part of strong part 403 is bonded with the first side plate 400, and the second part of the first reinforcer 403 is used for and installation part fitting, this
In embodiment, the second part of the first reinforcer 403 is used for and cabinet 3 is bonded.Second reinforcer 404 has connected vertically the
A part and second part, the first part of the second reinforcer 404 are bonded with the second side plate 401, and the second of the second reinforcer 404
Part with installation part for being bonded, and in the present embodiment, the second part of the second reinforcer 404 is used for and cabinet 3 is bonded.
That is, with reference to Fig. 3, surface and first side plate 400 table towards installation part of first reinforcer 403 towards installation part
Face is in same surface, and surface and second side plate 401 of second reinforcer 404 towards installation part are in towards the surface of installation part
Same surface.In this way, the first reinforcer 403 is larger with the contact area of the first side plate 400 and installation part respectively, the second reinforcer
404 is larger with the contact area of the second side plate 401 and installation part respectively, further improve portal frame component 4 and installation part it
Between connective stability.
In addition, the thickness of the first reinforcer 403 is equal to the thickness of the first side plate 400, the second reinforcer along first direction
404 thickness is equal to the thickness of the second side plate 401；In a second direction, the first reinforcer 403 is in same with the first side plate 400
Plane, the second reinforcer 404 and the second side plate 401 are in same plane.That is, the first side plate 400 is located at gantry along first direction
The surface that the surface in the left side of frame component 4, the first reinforcer 403 are located at the left side of portal frame component 4 is in same plane；First
Side plate 400 is located at the surface on the surface on the right side of portal frame component 4, the right side that the first reinforcer 403 is located at portal frame component 4
In same plane.
Along first direction, the second side plate 401 is located at the surface in the left side of portal frame component 4, the second reinforcer 404 is located at dragon
The surface in the left side of door frame component 4 is in same plane；Second side plate 401 is located at the surface on the right side of portal frame component 4, second
The surface that reinforcer 404 is located at the right side of portal frame component 4 is in same plane.
With reference to Fig. 4 and Fig. 6, portal frame component 4 further include: circuit system main body 7, circuit system main body 7 are, for example, PCB
Plate.In a second direction (in Fig. 4 shown in Y-direction), third reinforcer 405, the 4th reinforcer 406 are located at the first support plate 402
The same side, third reinforcer 405 and circuit system main body 7 are located at the opposite side of the first support plate 402.That is, in a second direction, the
Three reinforcers 405 and the 4th reinforcer 406 are located at the left side of portal frame component 4, and circuit system main body 7 is located at portal frame component 4
Right side.4 space of portal frame component of the invention is open, provides sufficient space for installing circuit system main body 7.
Wherein, with reference to Fig. 5, in the present embodiment, third reinforcer 405 has first part connected vertically and second
Point, the first part of third reinforcer 405 is bonded with the first side plate 400, the second part of third reinforcer 405 and the first support
Plate 402 is bonded；4th reinforcer 406 have first part connected vertically and second part, first of the 4th reinforcer 406
Divide and be bonded with the second side plate 401, the second part of the 4th reinforcer 406 is bonded with the first support plate 402.In this way, third is reinforced
Part 405 is larger with the contact area of the first side plate 400 and the first support plate 402 respectively, and the 4th reinforcer 406 is respectively and second side
The contact area of plate 401 and the first support plate 402 is larger, further improve the first support plate 402 and third reinforcer 405 and
Connective stability between 4th reinforcer 406.
In conjunction with shown in Fig. 4 and Fig. 5, in the present embodiment, along first direction (in Fig. 4 and Fig. 5 shown in X-direction), third is reinforced
Part 405, the 4th reinforcer 406, the first side plate 400, the second side plate 401 and the first support plate 402 are backwards to circuit system main body 7
Surface is in same surface.Further, since third reinforcer 405 and circuit system main body 7 are located at the difference of the first support plate 402
Side, in a second direction, the left side of portal frame component 4 are equipped with third reinforcer 405, the 4th reinforcer 406, portal frame component 4
Right side is equipped with circuit system main body 7, this also further improves the integral strength of portal frame component 4, so that portal frame component 4 is hard
Gu.
It should be noted that the first side plate 400 with the junction of installation part to be mounted, the second side plate 401 and installation part
Junction, the first support plate 402 and 400 junction of the first side plate and the first support plate 402 and the second side plate 401 junction
The above-mentioned specific location and size of reinforcer are without being limited thereto, can play booster action.For example, third reinforcer 405,
Four reinforcers 406, the first side plate 400, the second side plate 401 and the first support plate 402 are not located backwards to the surface of circuit system main body 7
In same surface, third reinforcer 405 and the 4th reinforcer 406 are located at the inside of portal frame component 4, it is preferred that third adds
Strong part 405 and the 4th reinforcer 406 are located at the middle section of the first support plate 402.
With reference to Fig. 1 and Fig. 2, the present invention also provides a kind of microscopes 2, comprising: described in cabinet 3 and any of the above-described embodiment
Portal frame component 4, the first side plate 400 and the second side plate 401 of portal frame component 4 are installed on cabinet 3, on portal frame component 4
Equipped with image-forming assembly 2a, image-forming assembly 2a is along third direction (in Fig. 1 and Fig. 2 shown in Z-direction) arrangement.Wherein, cabinet 3 is for putting
Glass slide is set, for example, placing glass slide apparatus for placing 1 on cabinet 3, glass slide apparatus for placing 1 carries glass slide.In cabinet 3
Equipped with the first driving assembly, the first driving assembly is for driving glass slide along first direction (in Fig. 1 shown in X-direction) or second party
To (in Fig. 1 shown in Y-direction) translation, that is, the first driving assembly is for driving glass slide apparatus for placing 1 along first direction or second
Direction opposite case 3 translates.
With reference to Fig. 7 and Fig. 8, in the present embodiment, cabinet 3 includes: to be spaced (in Fig. 8 shown in Y-direction) in a second direction and flat
First connecting plate 300 of row setting, and along first direction interval and the second connecting plate 301 disposed in parallel, the first connecting plate
300 and second connecting plate 301 surround cabinet 3, cabinet 3 along third direction up and down, the first connecting plate 300 and the second connecting plate
301 junction be equipped with the 5th reinforcer 302, the 5th reinforcer 302 respectively with the first connecting plate 300 and the second connecting plate 301
Connection.
In addition, cabinet 3 is equipped with towards the side of image-forming assembly 2a along first direction interval and third disposed in parallel connects
Plate 303, third connecting plate 303 are equipped with the first side plate 400 and the second side plate 401, third connecting plate 303 and the 5th reinforcer
302 are arranged along third direction interval.
In the present embodiment, third connecting plate 303 is bonded with the first connecting plate 300 and the second connecting plate 301 respectively, and first connects
The surface of the side of fishplate bar 300 and third connecting plate 303 towards image-forming assembly 2a is in same plane.Wherein, along first direction,
First connecting plate 300 is equipped with groove towards the part of image-forming assembly 2a, and third connecting plate 303 is placed in opposite in a second direction
On groove on two first connecting plates 300, and third connecting plate 303 is erected on the second connecting plate 301, and the first connecting plate
The surface of the side of surface and third connecting plate 303 towards image-forming assembly 2a of 300 sides towards image-forming assembly 2a is in same
One plane.
In addition, the 5th reinforcer 302 has first part connected vertically and second part, slender acanthopanax in the present embodiment
The first part of strong part 302 is bonded with the first connecting plate 300, and the second part of the 5th reinforcer 302 and the second connecting plate 301 paste
It closes.In this way, the 5th reinforcer 302 is larger with the contact area of the first connecting plate 300 and the second connecting plate 301 respectively, in conjunction with
The booster action of three connecting plates 303, so that cabinet 3 is generally robust.
With reference to Fig. 9 to Figure 11, in the present embodiment, the first driving assembly is screw component, in other embodiments, e.g.
Linear motor.In the present embodiment, the first driving assembly includes along the of first direction (in Figure 10 and Figure 11 shown in X-direction) arrangement
One screw component 34, and in a second direction (in Figure 10 and Figure 11 shown in Y-direction) arrangement the second screw component 33, first
Bar assembly 34 is for driving glass slide apparatus for placing 1 to move along first direction opposite case 3, and the second screw component 33 is for driving
Opposite case 3 moves glass slide apparatus for placing 1 in a second direction.
Specifically, with reference to Figure 10 and Figure 11, the first screw component 34 includes: the first screw rod 341, along first direction (figure
In 10 and Figure 11 shown in X-direction) extend, the first feed screw nut 342, the first screw rod 341 and first are arranged on the first screw rod 341
Feed screw nut 342 cooperates, and circumferential movement is switched to move along a straight line.In cabinet 3 further include: (Y in Figure 10 and Figure 11 in a second direction
Shown in direction) interval and the first sliding part 45 disposed in parallel, the first sliding part 45 be set to the fixed plate that extends in a first direction
On 451；And the second sliding part 45a, the second sliding part 45a are connect by the first driving member 47 with the first feed screw nut 342, and
Second sliding part 45a and the first sliding part 45 cooperate, and the second sliding part 45a and the first sliding part 45 can be in a first direction
It produces relative sliding.
To which circumferential movement is switched to move along a straight line by the first screw rod 341 and the first feed screw nut 342 cooperation, the first screw rod
Nut 342 is moved with respect to the first screw rod 341 along first direction, and the first driving member 47 is driven to move along first direction, the second sliding
Part 45a is moved along first direction with respect to the first sliding part 45, and drives glass slide apparatus for placing 1 along first direction opposite case 3
Movement.
0 and Figure 11 are continued to refer to figure 1, the second screw component 33 includes: the second screw rod 331, in a second direction (Figure 10 and figure
In 11 shown in Y-direction) extend；And second feed screw nut 332, the second feed screw nut 332 are sheathed on the second screw rod 331,
Two feed screw nuts 332 are connect by the second driving member 48 with the first sliding part 45, specifically, in the present embodiment, the second screw rod
Nut 332 is connect by the second driving member 48 with the fixed plate 451 of 45 lower section of the first sliding part；Second screw rod 331 and second
Stem nut 332 cooperates, and circumferential movement is switched to move along a straight line.In cabinet 3 further include: along the first direction (side X in Figure 10 and Figure 11
To shown) interval and third sliding part 46 disposed in parallel, it is connect with cabinet 3；And the 4th sliding part 46a, with the first sliding
Part 45 connects, and third sliding part 46 and the 4th sliding part 46a cooperate, and the first sliding part 45 passes through the 4th sliding part 46a energy
It is enough to be produced relative sliding in a second direction with third sliding part 46.
In conjunction with Fig. 9, along third direction, the 4th sliding part 46a is located between third sliding part 46 and the first sliding part 45.The
Two screw rods 331 and the second feed screw nut 332 cooperation, circumferential movement is switched to move along a straight line, the second feed screw nut 332 opposite second
Screw rod 331 moves in a second direction, drives the second driving member 48 to move in a second direction, the 4th sliding part 46a is in a second direction
Opposite third sliding part 46 moves, and drives the movement of opposite case 3 in a second direction of glass slide apparatus for placing 1.
With no restrictions, the mode cooperated between sliding part is also different for the type of sliding part, can produce relative sliding.
In the present embodiment, the first sliding part 45 is sliding rail, is extended in a first direction, and the second sliding part 45a is sliding block, the second sliding part
45a, which is sheathed on the first sliding part 45, realizes mutual cooperation；Third sliding part 46 is sliding rail, is extended in a second direction, and the 4th is sliding
Moving part 46a is sliding block, and the 4th sliding part 46a, which is sheathed on third sliding part 46, realizes mutual cooperation.In other embodiments, may be used
To be other types of sliding part, such as guide rod and sliding sleeve.
With reference to Figure 12 and Figure 13 and in conjunction with shown in Figure 10 and Figure 11, the second driving member 48 is sheet metal component, is had rigidly, second
Driving member 48 includes being sequentially connected and the first part 481 of angled setting, second part 482 and Part III 483, wherein
The first part 481 of second driving member 48 fits in the second feed screw nut 332, and the Part III 483 of the second driving member 48 is bonded
In the first sliding part 45, specifically, the Part III 483 of the second driving member 48 fits in the first sliding part in the present embodiment
The fixed plate 451 of 45 lower sections, the second driving member 48 can be moved with respect to the second screw rod 331 in a second direction.With reference to Figure 12, this reality
It applies in example, 482 triangular shape of second part of the second driving member 48, the Part III 483 of the second driving member 48 has loss of weight
Hole.The quantity of lightening hole with no restrictions, meets loss of weight, while not influencing the intensity of the second driving member 48.
In the present embodiment, the first part 481 of the second driving member 48 is parallel to Part III 483, the second driving member 48
First part 481 and second part 482 are arranged in obtuse angle, and the second part 482 and Part III 483 of the second driving member 48 are in blunt
Angle setting, the first part 481 of the second driving member 48 and Part III 483 are located at the opposite side of second part 482.Second transmission
The area of the first part 481 of part 48 is less than the area of second part 482, and the area of second part 482 is less than Part III 483
Area.To which spaced first sliding part 45 has protected light, drive by bending tablet part configuration in a second direction
Glass slide apparatus for placing 1 obtains high speed, high-precision.
0 is continued to refer to figure 1, on cabinet 3 further include: be spaced and be arranged in parallel along first direction (in Figure 10 shown in X-direction)
The second support plate 44, the second support plate 44 is used to place the glass slide apparatus for placing 1 for carrying glass slide, and the second support plate 44 divides
It is not connect with the second sliding part 45a and the first driving member 47, the second support plate 44 can be along first party by the second sliding part 45a
It is produced relative sliding to the first sliding part 45.To the first screw rod 341 and the first feed screw nut 342 cooperation, by circumferential movement
Switch to move along a straight line, opposite first screw rod 341 of the first feed screw nut 342 is moved along first direction, drives 47 edge of the first driving member
First direction movement, then drives the second support plate 44 to move along first direction, and the second support plate 44 passes through the second sliding part 45a
It is moved along first direction with respect to the first sliding part 45.
With reference to Figure 14 and Figure 15, in the present embodiment, the first driving member 47 is sheet metal component, has rigidity, the first driving member 47
Including being sequentially connected and the first part 471 of angled setting, second part 472 and Part III 473, wherein the first transmission
The first part 471 of part 47 is parallel with Part III 473, and the first part 471 of the first driving member 47 fits in the first screw rod spiral shell
Mother 342, the Part III 473 of the first driving member 47 fits in the second support plate 44, and the first driving member 47 can be along first direction
Opposite first screw rod 341 moves.
In the present embodiment, the first part 471 of the first driving member 47 is parallel to Part III 473, the first driving member 47
First part 471 and second part 472 are arranged in obtuse angle, and the second part 472 and Part III 473 of the first driving member 47 are in blunt
Angle setting, the first part 471 of the first driving member 47 and Part III 473 are located at the same side of second part 472.To edge
Spaced second support plate 44 of first direction has protected light, drive glass slide apparatus for placing by bending tablet part configuration
1, obtain high speed, high-precision.
It further include the lateral push-tight plate 41 extended in a first direction with reference to Figure 10, lateral push-tight plate 41 is taken in the present embodiment
Set on the second support plate 44, the opposite side of the second support plate 44 is equipped with spacer pin, lateral push-tight plate 41 and spacer pin for clamping
Glass slide apparatus for placing 1.In the present embodiment, along spaced two second support plate 44 of first direction, set in each support plate
There is spacer pin.In addition, laterally push-tight plate 41 is equipped at least one tightening bullet nail, tightening bullet nail is in a second direction to load glass
Piece apparatus for placing 1 applies pressing force.Under the action of spacer pin and tightening bullet are followed closely, glass slide apparatus for placing 1 in a first direction and
Movement in second direction is restricted.
0 and Figure 11 are continued to refer to figure 1, third support plate 49 is additionally provided in cabinet 3, third support plate 49 is sheet metal component, tool
There is rigidity, extends (in Figure 10 and Figure 11 shown in Y-direction) in a second direction, the both ends difference of third support plate 49 in a second direction
The first sliding part 45 is fitted in, specifically, the both ends of third support plate 49 in a second direction fit in respectively in the present embodiment
The fixed plate 451 of first sliding part, 45 lower section, third support plate 49 are located at the first sliding part 45 backwards to the one of third sliding part 46
Side.To third support plate 49, the second driving member 48 and spaced first sliding part 45 surrounds frame-type knot in a second direction
Structure provides rigidity simultaneously light, prevents first using the first driving member 47 and the metal plate force structure of third support plate 49
Beat during moving in a second direction of sliding part 45, obtains transmission accuracy.
Continue to refer to figure 11, in the present embodiment, the first screw rod 341 by the first supports support in cabinet 3, first
Support member is connect with the inner wall of cabinet 3, and the first screw rod 341 passes through the output axis connection of first shaft coupling 346 and first motor 345.
Wherein, the first screw rod 341 with no restrictions, can be supported in cabinet 3 by the type of the first supporting element.In the present embodiment,
First supporting element includes: the first fixing seat 344 and the first support base 343, and the first fixing seat 344 and the first support base 343 are distinguished
It is connect with the inner wall of cabinet 3.First shaft coupling 346 and first motor 345 are located in cabinet 3, and first shaft coupling 346 is located at first
Between fixing seat 344 and first motor 345.First feed screw nut 342 be located at the first fixing seat 344 and the first support base 343 it
Between, the first fixing seat 344 and the first support base 343 support the first screw rod 341 jointly.
In the present embodiment, the second screw rod 331 by the second supports support in cabinet 3, the second supporting element and cabinet 3
Inner wall connection, the second screw rod 331 pass through the output axis connection of second shaft coupling 334 and the second motor 335.Wherein, the second support
Second screw rod 331 with no restrictions, can be supported in cabinet 3 by the type of part.In the present embodiment, the second supporting element packet
It includes: the second fixing seat 333 and the second support base 336, the second fixing seat 333 and the second support base 336 inner wall with cabinet 3 respectively
Connection.Second shaft coupling 334 and the second motor 335 are located in cabinet 3, and second shaft coupling 334 is located at the second fixing seat 333 and
Between two motors 335.Second feed screw nut 332 is between the second fixing seat 333 and the second support base 336, the second fixing seat
333 and second the second screw rod 331 of support jointly of support base 336.
With reference to Fig. 1 and Fig. 2, microscope 2 of the invention further includes the second driving assembly 5, is set on portal frame component 4, the
Two driving assembly 5 and image-forming assembly 2a are spaced (in Fig. 2 shown in Y-direction) in a second direction to be arranged, and for driving image-forming assembly
2a is moved along third direction with respect to portal frame component 4, that is, the second driving assembly 5 is for driving image-forming assembly 2a along third party
It is moved to opposite case 3.To which in the present embodiment, the screw component of driving glass slide apparatus for placing 1 will not be upper and lower in cabinet 3
It is mobile, but image-forming assembly 2a is moved up and down along third direction, provides large format, space is open.
Referring to figures 16 to Figure 19, the second driving assembly 5 of the invention includes along third direction (Figure 17 Z-direction into Figure 19
It is shown) the third screw component of arrangement, that is, the second driving assembly 5 is screw component, in other embodiments, e.g. straight line
Motor.In the present embodiment, third screw component is for driving image-forming assembly 2a to move along third direction to portal frame component 4.Tool
For body, third screw component includes: third screw rod 51, is extended along third direction；And be sheathed on third screw rod 51
Three feed screw nuts (not shown go out), third feed screw nut are connect by fixing seat 52 with third driving member 53, third driving member 53
It is connect with image-forming assembly 2a, circumferential movement is switched to move along a straight line by third screw rod 51 and third feed screw nut cooperation.
Continue to refer to figure 16 to Figure 19 and referring to figs. 1 and 2, microscope 2 further include: along first direction (Figure 18 and
In Figure 19 shown in X-direction) interval and the 5th sliding part 60 disposed in parallel, the 5th sliding part 60 connect with portal frame component 4.With
And the 6th sliding part 61, the 6th sliding part 61 are connect with image-forming assembly 2a, and the 6th sliding part 61 and the 5th sliding part 60 are mutually
Cooperation, the 6th sliding part 61 and the 5th sliding part 60 can be produced relative sliding in third direction.
To, third screw rod 51 and third feed screw nut (not shown go out) cooperation, circumferential movement is switched to move along a straight line, the
Three feed screw nuts move with respect to third screw rod 51 along third direction, and third driving member 53 is driven to move along third direction, and the 6th is sliding
Moving part 61 is moved along third direction with respect to the 5th sliding part 60, and drives image-forming assembly 2a along third direction with respect to portal frame component
4 movements.
9 are continued to refer to figure 1, third screw rod 51 is by third supports support in the shell of image-forming assembly 2a in the present embodiment
Interior, the first supporting element is connect with the inner wall of the shell of image-forming assembly 2a, and third screw rod 51 passes through third shaft coupling 54 and third electricity
The output axis connection of machine 55.Wherein, third screw rod 51 with no restrictions, can be supported in as component 2a by the type of third supporting element
Shell in.In the present embodiment, third supporting element includes: third fixing seat 57 and third support base 56, third fixing seat
57 and third support base 56 connect respectively with the shell of image-forming assembly 2a.Third shaft coupling 54 is located at third shaft coupling 54 and third
Between motor 55.Third feed screw nut is between third fixing seat 57 and third support base 56, third fixing seat 57 and third
Support base 56 supports third screw rod 51 jointly.
As shown in connection with fig. 3, the first support plate 402 is equipped with mounting hole 4a, and third screw component is inserted in mounting hole 4a simultaneously
It is installed in the first support plate 402；In conjunction with shown in Fig. 1 and Fig. 3, reinforcer 4b is equipped in the first support plate 402, it is preferable that
For reinforcer 4b along first direction, the setting of reinforcer 4b can promote the intensity of the first support plate 402.First support plate 402
Outside is equipped with fixed reference plate 6, and fixed reference plate 6 is located between image-forming assembly 2a and the first support plate 402, and along third party
Extend to (in Fig. 3 shown in Z-direction), the 5th sliding part 60 is installed on fixed reference plate 6.With reference to Figure 16 and Figure 17, imaging group
Part 2a is equipped with transmission connection plate 413 towards the part of fixed reference plate 6, and transmission connection plate 413 is connect with the 6th sliding part 61, the
Three driving members 53 pass through fixed reference plate 6 and connect with transmission connection plate 413.
To which circumferential movement is switched to move along a straight line by third screw rod 51 and third feed screw nut cooperation, third feed screw nut
Opposite third screw rod 51 is moved along third direction, and third driving member 53 is driven to move along third direction, then drives transmission connection
Plate 413 is moved along third direction, and image-forming assembly 2a is moved along third direction with respect to the 5th sliding part 60 by the 6th sliding part 61.
In the present embodiment, with reference to Figure 17, the plate 413 that is sequentially connected fits in portion of the image-forming assembly 2a towards fixed reference plate 6
Point, transmission connection plate 413 has the extension 413a for being higher than image-forming assembly 2a along first direction, and extension 413a is respectively with the 6th
Sliding part 61 and third driving member 53 are fitted and connected.
With no restrictions, the mode cooperated between sliding part is also different for the type of sliding part, can produce relative sliding.
In the present embodiment, the 5th sliding part 60 is sliding rail, is extended along third direction, and the 6th sliding part 61 is sliding block, the 6th sliding part 61
It is sheathed on the 5th sliding part 60 and realizes mutual cooperation.In other embodiments, the sliding part that can be other types, such as lead
Bar and sliding sleeve.
It with reference to Figure 16 and Figure 17 and combines shown in Fig. 3 and Fig. 6, microscope 2 further include: the 6th reinforcer 62 is set to first
Support plate 402 is connect with the first support plate 402 and fixed reference plate 6 respectively backwards to the side of cabinet 3, the 6th reinforcer 62.This
In embodiment, the 6th reinforcer 62 has first part connected vertically and second part, the first part of the 6th reinforcer 62
It is bonded with the first support plate 402, the second part and fixed reference plate 6 of the 6th reinforcer 62 are pasted backwards to the part of image-forming assembly 2a
It closes.In this way, the 6th reinforcer 62 is larger with the contact area of the first support plate 402 and fixed reference plate 6 respectively, imaging is improved
Connective stability between component 2a, portal frame component 4 and the second driving assembly 5, it is generally robust.
With reference to Figure 20 and Figure 21, image-forming assembly 2a of the invention includes: along third direction (Z-direction institute in Figure 20 and Figure 21
Show) setting imaging device 411 and image-forming objective lens 412, the distance of imaging device 411 and image-forming objective lens 412 on third direction
It is adjustable.Wherein, image-forming objective lens 412 are equipped with holding screw adjustment hole 414, are equipped with clamp screw in holding screw adjustment hole 414
Nail (not shown go out), holding screw offsets along third direction and imaging device 411.
Specifically, imaging device 411 of the invention includes the first pipe mirror 411a with reference to Figure 21, image-forming objective lens 412 include
Second pipe mirror 411b and the object lens 11a, the first pipe mirror 411a that are installed on the second pipe mirror 411b and the second pipe mirror 411b are in third
Distance on direction is adjustable.
With no restrictions, in the present embodiment, the quantity of holding screw adjustment hole 414 is the quantity of holding screw adjustment hole 414
Four, the holding screw adjustment hole 414 of other quantity can be set in other embodiments.It is implemented as by screwing holding screw
The change of the distance on third direction as object lens 412 and imaging device 411, it is to be adjusted in place after, by imaging device 411 and imaging
Object lens 412 are fixedly connected.In the present embodiment, threaded mounting hole 413, imaging are equipped on imaging device 411 and image-forming objective lens 412
Device 411 and image-forming objective lens 412 are threadedly coupled.The quantity of threaded mounting hole 413 with no restrictions, in the present embodiment, install by screw thread
The quantity in hole 413 is four, and the threaded mounting hole 413 of other quantity can be set in other embodiments.
In addition, image-forming assembly 2a of the invention has at least one image-forming objective lens 412.In the present embodiment, image-forming assembly 2a
With an image-forming objective lens 412.In other embodiments, image-forming assembly 2a has multiple image-forming objective lens 412, such as six imagings
Object lens 412.
With reference to Figure 22 to Figure 25, the present invention provides also a kind of glass slide apparatus for placing 1, comprising: along first direction (Figure 22 with
In Figure 25 shown in X-direction) extend shackle member 10, shackle member 10 have in a second direction (Figure 22 is into Figure 25 shown in Y-direction)
The card slot 11 for being spaced and being oppositely arranged.Spacing between two card slots 11 forms opening 12, and light source can penetrate glass slide 20.Along
Three directions (Figure 23 is into Figure 25 shown in Z-direction), card slot 11 have the upper card access surface 13a and lower card access surface 14a being oppositely arranged,
In, first direction, second direction and third direction are mutually perpendicular to.Wherein, the card access surface of card slot 11 is the table for being clamped glass slide 20
Face, that is, card access surface 13a and lower card access surface 14a clamps glass slide on card slot 11, so that card slot 11 is clamped glass slide 20.
In the present embodiment, the upper card access surface 13a of two card slots 11 is in same plane (in Figure 24 shown in A plane) and along first
Direction extends, and glass slide 20 is placed in two card slots 11, clamps glass slide 20 by two card slots 11；And lower card access surface 14a to
The glass slide 20 being placed in card slot 11 applies the pressing force along third direction, so that the upper surface of glass slide 20 and card slot 11
Upper card access surface 13a fitting, it is ensured that be close to the upper card access surface 13a of card slot 11 always in the upper surface of glass slide 20.
Since the upper card access surface 13a of card slot 11 is in same plane, then the glass slide 20 of different size is placed on loading
When on platform, the upper surface (surface being bonded with the upper card access surface 13a of card slot 11) of all glass slides 20 is flushed, it is ensured that different
The upper surface of all glass slides 20 of thickness is all in same plane always, and the upper surface of glass slide 20 is towards microscopical imaging
Component 2a, and due to being equipped with opening 12 between two card slots 11, light source can penetrate glass slide 20, be conducive to micro- sem observation in this way.
It should be noted that along first direction, the quantity for the glass slide 20 placed in the shackle member 10 of glass slide apparatus for placing 1
With no restrictions, with reference to Figure 22, in the present embodiment, 10 groups of glass slides 20 be placed in shackle member 10.In addition, the quantity of shackle member 10
With no restrictions, shackle member 10 is three in the present embodiment, in other embodiments, can be one (with reference to Figure 29 and Figure 33),
Two or other quantity.Three shackle members 10 are arranged in a second direction, the upper card access surface 13a of the card slot 11 of adjacent shackle member 10
In same plane.That is, in the present embodiment, the upper card access surface 13a of the card slot 11 of all shackle members 10 of glass slide apparatus for placing 1
It is in same plane, thus, after placing glass slide 20, the upper surface of the glass slide 20 of different size is all in same flat
Face, for example, placed 10 groups of glass slides 20 in each shackle member 10 with reference to Figure 22 and Figure 25, then putting in three shackle members 10
The upper surface for the 30 groups of glass slides 20 set is all in same plane.
In addition, the length of shackle member 10 of the invention in a first direction is with no restrictions, there are when multiple shackle members 10, often
The length of one shackle member 10 can not also be waited according to equal；The quantity for the glass slide 20 placed in each shackle member 10 is not
It is limited, the glass slide 20 of identical quantity can be placed, also can according to need the glass slide 20 for placing different number.
Specifically, with reference to Figure 24, Figure 29 and Fig. 9 and combining shown in Figure 22, Figure 23 and Figure 26, card slot 11 includes along third
The baffle 13 and elastic component 14 that direction is oppositely arranged, baffle 13 extend in a first direction and have upper card access surface 13a, elastic component 14
It extends in a first direction and there is lower card access surface 14a.Baffle 13 and elastic component 14 clamp glass slide 20, and elastic component 14 is to glass slide
20 apply the pressing force along third direction, so that the upper surface of glass slide 20 is bonded with the upper card access surface 13a of baffle 13.
Elastic component 14 can be integrated molding, or multiple to be individually present.In the present embodiment, with reference to Figure 26, bullet
Property part 14 be it is multiple and extend in a first direction, each shackle member 10 is shown in Figure 26 with ten elastic components 14.That is, this
In embodiment, each shackle member 10 has 10 groups of card slots 11 in a second direction.In other embodiments, it can according to need setting
The elastic component 14 of respective numbers, for example, showing four elastic components 14 with reference to Figure 30, in Figure 30.In addition, elastic component 14 is specific
Type with no restrictions, can provide the elastic force along third direction, in the present embodiment, with reference to Figure 26 and Figure 30, elastic component 14
For elastic slice, elastic slice provides the elastic force along third direction, when glass slide 20 is placed between elastic slice and baffle 13, to glass slide 20
Apply the pressing force along third direction, so that the upper surface of glass slide 20 is bonded with the upper card access surface 13a of baffle 13.
In other embodiments, with reference to Figure 33 and Figure 34, in a second direction for putting in spaced two clamp bar slot 11
Set multiple glass slides 20.Each card slot of two clamp bar slots 11 be along first direction be integrally formed and width (in a first direction
On size) at least equal to the width summation of multiple glass slides.That is, shackle member 10 has one group of card slot, by two in the present embodiment
Spaced card slot is formed item in a second direction.In the present embodiment, elastic component 14 includes the support plate extended in a first direction
18, and set on support plate 18 and the nail of the tightening bullet towards baffle 13 (not shown go out).In the present embodiment, set in support plate 18
There are eight tightening bullet nail mounting holes 17, tightening bullet nail is installed in each tightening bullet nail mounting hole 17, in tightening bullet nail and baffle
When placing glass slide 20 between 13, glass slide 20 can squeeze tightening bullet nail, and tightening bullet nail can be compressed simultaneously on third direction
The elastic force along third direction is generated, so that the upper card access surface 13a of baffle 13 is tightly attached in the upper surface of glass slide 20.In other implementations
In example, the tightening bullet nail of other quantity, such as ten, 12 etc. can be set.
With continued reference to Figure 25 to Figure 27, Figure 29 and Figure 31, glass slide apparatus for placing 1 of the invention further includes infrastructural frame
1a, infrastructural frame 1a are equipped with shackle member 10, and infrastructural frame 1a includes opposite in a second direction and disposed in parallel first connects
Plate 50, the first connecting plate 50 extend in a first direction, and the second connecting plate 30 opposite and disposed in parallel along first direction, the
Two connecting plates 30 extend in a second direction, and the first connecting plate 50 and the second connecting plate 30 surround infrastructural frame 1a.In the present embodiment,
With reference to Figure 27, it is equipped at intervals with four baffles 13 in a second direction, along third direction, the baffle 13 and elastic component 14 of card slot 11 are distinguished
Set on the opposite side of the first connecting plate 50.That is, being equipped at intervals with four the first connecting plates 50 in a second direction in the present embodiment.
The quantity of first connecting plate 50 with no restrictions, for example, in other embodiments, with reference to Figure 31, being equipped at intervals with two in a second direction
A first connecting plate 50.
With reference to Figure 28 and Figure 26, Figure 30 and Figure 32, it is additionally provided on glass slide apparatus for placing 1 of the invention and prolongs along first direction
The protection board 16 stretched, protection board 16 cover elastic component 14, preferably elastic slice of the covering as elastic component 14, can play and block
The effect of elastic component 14.
In the present embodiment, handle 32 is equipped on the second connecting plate 30.With no restrictions, handle 32 is used for the quantity of handle 32
Carry glass slide apparatus for placing 1.
With continued reference to Figure 25, in the present embodiment, the outside of two first connecting plates 50 is equipped with locating slot 15, and of the invention first
The outside of connecting plate 50 includes: that the outside of the baffle 13 on the first connecting plate 50 is equipped with locating slot 15；Or, in the first connecting plate
Locating slot 15 is set on the outside of 50 ontologies；Or, being equipped with simultaneously in the outside of 50 ontology of the first connecting plate and the outside of baffle 13
Locating slot 15.In the present embodiment, the outside of the baffle 13 on the first connecting plate 50 is equipped with locating slot 15, and locating slot 15 is along second
Direction is symmetrical arranged, and locating slot 15 is used for and locating piece cooperation is to limit the movement of glass slide apparatus for placing 1 in a first direction.
With reference to Figure 25, locating piece is set on the pedestal 40 of aftermentioned microscope 2, is put when by the glass slide for placing glass slide 20
It sets device 1 to be carried on microscope 2, when carrying out sample observation, locating slot 15 and locating piece are clamped, and glass slide apparatus for placing 1 exists
Movement of the first direction with respect to pedestal 40 is restricted, when pedestal 40 drives glass slide apparatus for placing 1 to move, 15 He of locating slot
The cooperation of locating piece eliminates glass slide apparatus for placing 1 and shakes during exercise and gap.And since two locating slots 15 are symmetrically to set
It sets, convenient for being placed in glass slide apparatus for placing 1 on the pedestal 40 of microscope 2.
In other embodiments, the outside of one of two first connecting plates 50 is equipped with locating slot 15.The shape of locating slot 15
Shape with no restrictions, can cooperate with locating piece.In the present embodiment, locating slot 15 is " V " type groove.In addition, locating slot 15
With no restrictions, in the present embodiment, 50 are equipped with a locating slot 15 to quantity on the first connecting plate, in other embodiments, can be with
The locating slot of other quantity is set.
In addition, one of them is equipped with opening 31 to two second connecting plates 30 of the invention, another to be equipped with and opening with reference to Figure 25
31 opposite blocking portions (not shown go out), along first direction, card slot 11 is located between the opening 31 and blocking portion.Glass slide 20
Shackle member 10 is entered by the opening 31 on the second connecting plate 30, previous glass slide 20 is by latter glass slide 20 push-in shackle member 10
In card slot 11, the glass slide 20 that blocking portion can limit front end is pushed out card slot 11.In other embodiments, two second connection
Plate 30 is equipped with opening 31 corresponding with card slot 11, can be put into glass slide 20 from the two sides of shackle member 10.
With reference to Fig. 1 and Fig. 2, the present invention also provides a kind of microscopes 2, comprising: pedestal 40 and image-forming assembly 2a and above-mentioned
Glass slide apparatus for placing 1 described in any embodiment, glass slide apparatus for placing 1 carry between image-forming assembly 2a and pedestal 40
Slide apparatus for placing 1 is set on pedestal 40.
In conjunction with shown in Figure 25, the pedestal 40 of locating part is equipped with locating piece, and locating piece is determined with glass slide apparatus for placing 1
Position slot 15 cooperates, and movement of the glass slide apparatus for placing 1 in a first direction with respect to pedestal 40 is restricted.In the present embodiment, pedestal
40 have spaced lateral push-tight plate 41 and spacer pin 43 in a second direction.Lateral push-tight plate 41 extends in a first direction.
The quantity of spacer pin 43 with no restrictions, is equipped at intervals with two spacer pins 43 along first direction in the present embodiment.Glass slide places dress
One of them first connecting plate 50 for setting 1 outside offsets with spacer pin 43, another first connecting plate 50 and lateral push-tight plate 41
It offsets.It is equivalent to lateral push-tight plate 41 and spacer pin clamping glass slide apparatus for placing 1.
In the present embodiment, locating piece is tightening bullet nail.It is set on lateral push-tight plate 41 there are three tightening bullet nail mounting hole 42,
It is equipped with tightening bullet in each tightening bullet nail mounting hole 42 to follow closely, one of tightening bullet nail cooperates with locating slot 15, remaining tightening bullet
Nail applies pressing force to the first connecting plate 50 in a second direction.In a first direction and second direction to, glass slide apparatus for placing 1
The movement of opposite pedestal 40 is restricted, when pedestal 40 drives glass slide apparatus for placing 1 to move, locating slot 15 and locating piece
Cooperation eliminates glass slide apparatus for placing 1 and shakes during exercise and gap.
In other embodiments, tightening bullet nail at least two, is arranged along first direction, and one of tightening bullet is followed closely and determined
Position slot 15 cooperates, remaining tightening bullet nail applies pressing force to the first connecting plate 50 in a second direction.
In conclusion provided by the invention, the above-described embodiments merely illustrate the principles and effects of the present invention, rather than
For limiting the present invention.Any person skilled in the art all without departing from the spirit and scope of the present invention, to above-mentioned reality
It applies example and carries out modifications and changes.Therefore, such as those of ordinary skill in the art without departing from disclosed
Spirit with technical idea under all equivalent modifications or change for being completed, should be covered by the claims of the present invention.
Claims (10)
1. a kind of portal frame component, the portal frame component is installed on installation part characterized by comprising
Along spaced first side plate of first direction and the second side plate, first side plate and second side plate are along third party
To extension；
First support plate is erected on one end that first side plate is not connect with the installation part and second side plate not respectively
The one end connecting with the installation part, first support plate are parallel to the installation part setting；
First side plate with the junction of the installation part to be mounted, second side plate and the installation part connection
Place, first support plate and first side plate junction and first support plate and second side plate junction are at least
One of them is equipped with reinforcer.
2. portal frame component as described in claim 1, which is characterized in that
The junction of first side plate and the institute installation part to be mounted is equipped with the first reinforcer, first reinforcer edge
Second direction setting, first reinforcer with first side plate and the installation part for connecting respectively；
The junction of second side plate and the installation part is equipped with the second reinforcer, and second reinforcer is along the second party
To setting, second reinforcer with second side plate and the installation part for connecting respectively；
Wherein, the first direction, the second direction and the third direction are mutually perpendicular to；
First support plate and first side plate junction are equipped with third reinforcer, the third reinforcer respectively with it is described
First support plate and first side plate connection, first support plate and second side plate junction are equipped with the 4th and reinforce
Part, the 4th reinforcer are connect with first support plate and second side plate respectively.
3. portal frame component as claimed in claim 2, which is characterized in that first side plate is parallel to second side plate,
First support plate extends along the first direction；
Along the second direction, the ruler of the size of first side plate, the size of second side plate and first support plate
It is very little equal, and first side plate, second side plate and first support plate are located at the surface of the same side and are in same table
Face.
4. portal frame component as claimed in claim 2, which is characterized in that first reinforcer is two and is located at institute
The first side plate is stated along the opposite side of the second direction, second reinforcer is two and is located at second side plate edge
The opposite side of the second direction.
5. portal frame component as claimed in claim 4, which is characterized in that first reinforcer has connected vertically first
Part is bonded with second part, the first part of first reinforcer with first side plate, and the of first reinforcer
Two parts are used for and installation part fitting；
Second reinforcer have first part connected vertically and second part, the first part of second reinforcer with
The second side plate fitting, the second part of second reinforcer is used for and installation part fitting.
6. portal frame component as claimed in claim 5, which is characterized in that along the first direction, first reinforcer
Thickness is equal to the thickness of first side plate, and the thickness of second reinforcer is equal to the thickness of second side plate；
Along the second direction, first reinforcer and first side plate be in same plane, second reinforcer and
Second side plate is in same plane.
7. portal frame component as claimed in claim 2, which is characterized in that further include: circuit system main body, along the second party
To the third reinforcer, the 4th reinforcer are located at the same side of first support plate, the third reinforcer and institute
State the opposite side that circuit system main body is located at first support plate.
8. portal frame component as claimed in claim 7, which is characterized in that the third reinforcer has connected vertically first
Part is bonded with second part, the first part of the third reinforcer with first side plate, and the of the third reinforcer
Two parts are bonded with first support plate；
4th reinforcer have first part connected vertically and second part, the first part of the 4th reinforcer with
The second side plate fitting, the second part of the 4th reinforcer are bonded with first support plate.
9. portal frame component as claimed in claim 8, which is characterized in that along the first direction, the third reinforcer, institute
The 4th reinforcer, first side plate, second side plate and first support plate are stated backwards to the circuit system main body
Surface is in same surface.
10. a kind of microscope characterized by comprising
Cabinet, the cabinet are equipped with the first driving assembly, first driving assembly is used for placing glass slide in the cabinet
It is translated in the driving glass slide along first direction or second direction；
The described in any item portal frame components of claim 1-9, first side plate and second side plate are installed on the case
On body, the portal frame component is equipped with image-forming assembly, and the image-forming assembly is arranged along the third direction.
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| CN201910232311.3A CN109899642A (en) | 2019-03-26 | 2019-03-26 | A kind of portal frame component and microscope |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201910232311.3A CN109899642A (en) | 2019-03-26 | 2019-03-26 | A kind of portal frame component and microscope |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110455724A (en) * | 2019-08-21 | 2019-11-15 | 中国矿业大学(北京) | The measurement system of macerals |
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