CN205450441U

CN205450441U - Microscope photograph interface

Info

Publication number: CN205450441U
Application number: CN201521092526.3U
Authority: CN
Inventors: 梁鹏; 梁利斌; 李必强
Original assignee: Sinosteel Xingtai Machinery and Mill Roll Co Ltd
Current assignee: Sinosteel Xingtai Machinery and Mill Roll Co Ltd
Priority date: 2015-12-25
Filing date: 2015-12-25
Publication date: 2016-08-10
Anticipated expiration: 2025-12-25

Abstract

The utility model discloses a microscope photograph interface belongs to photomicrography technical field, the cylinder interface of circular through -hole is equipped with including the centre of a pot head on the microscope ocular, the cylinder interface is transparent material, circular through -hole is including first through -hole, second through -hole and the third through -hole of intercommunication and concentric setting in proper order, first through -hole aperture and cell -phone are shot mouthful diameter and are equalled <= second through -hole aperture, the viewing aperture internal diameter of second through -hole aperture >= microscope ocular, the external diameter of third through -hole aperture >= microscope ocular viewing aperture end, the utility model discloses a transparent material makes, and the third through -hole cup joints fixes on the microscope ocular back, mouthful in close contact with that takes a picture of first through -hole upper end and cell -phone, and to cell -phone played a supporting role, and don't the daylighting effect of influence when taking a picture, first through -hole is taken a picture the cell -phone under the support of second through -hole and mouthful is kept apart the certain distance with the microscope ocular viewing aperture, and completion that can be faster when making the cell -phone take a picture focuses on.

Description

Microphotograph interface

Technical field

This utility model relates to photomicrographic technology field, especially a kind of microphotograph interface.

Background technology

In order to preferably service steel industry market, on-the-spot metallographic information need to be taken pictures as early as possible and collected and send back unit organization analysis expert, often use mobile phone photograph, during the most on-the-spot metallographic detection, use common metallurgical microscope, it is mainly used in the detection of metal surface metallographic structure, and purposes ratio is wide, and the experimentation of the department such as enterprise, metallurgy is played indispensable important function；But, when using mobile phone photograph, need alignment lens microscope observation panel, owing to microscope observation panel is less, often cause, because of the slight jitter of hand, error of taking pictures, and because mobile phone is difficult to focus at microscope observation panel, it is impossible to obtain steady and audible picture.

Utility model content

This utility model technical issues that need to address are to provide a kind of mobile phone and keep the microphotograph interface that mobile phone is stable and can quickly focus on when microscope ocular observation panel is taken pictures.

For solving above-mentioned technical problem, this utility model be the technical scheme is that

Microphotograph interface, it is characterized in that: include that the centre that one end is enclosed within microscope ocular is provided with the cylinder interface of manhole, described cylinder interface is light-transmitting materials, described manhole includes the first through hole, the second through hole and the third through-hole being sequentially communicated and being arranged concentrically, described first through-hole aperture and mobile phone photograph mouth equal diameters also≤the second through-hole aperture, the observation panel internal diameter of described second through-hole aperture >=microscope ocular, the external diameter of described third through-hole aperture >=microscope ocular observation panel end.

Further improvement is that of technical solutions of the utility model: described cylinder interface length is 50～100mm, wherein the first through hole a length of 5～15mm, the second through hole a length of 35～55mm, third through-hole a length of 10～30mm.

Further improvement is that of technical solutions of the utility model: described cylinder interface external diameter is 30～40mm, wherein the first through hole internal diameter be the 5～10mm, second through hole internal diameter be 5～15mm, third through-hole internal diameter be 25～35mm.

Further improvement is that of technical solutions of the utility model: described cylinder interface includes transparent organic glass.

Further improvement is that of technical solutions of the utility model: on the face of cylinder of described cylinder interface, the position relative with third through-hole is provided with hole, location, and the alignment pin matched with hole, location arrives in third through-hole hole through hole, location.

Further improvement is that of technical solutions of the utility model: hole, described location is uniformly arranged three along the face of cylinder of cylinder interface.

Owing to have employed technique scheme, the technological progress that this utility model obtains is:

This utility model uses light-transmitting materials to make, after third through-hole is fixed by socket on microscope ocular, first through hole upper end is in close contact with the mouth of taking pictures of mobile phone, mobile phone is played a supporting role, and don't affect daylighting effect when taking pictures, mobile phone photograph mouth is isolated certain distance with microscope ocular observation panel under the support of the second through hole by the first through hole, enables to complete faster to focus on during mobile phone camera.

First through-hole aperture≤the second through-hole aperture of the present utility model and the proportional setting of length of the first through hole and the second through hole, be limited in the viewfinder range of mobile phone in the observation panel of microscope ocular, enables to complete faster to focus on during mobile phone camera.

Accompanying drawing explanation

Fig. 1 is this utility model perspective view；

Fig. 2 is that this utility model assembles structural representation；

Wherein, 1, cylinder interface, 1-1, the first through hole, 1-2, the second through hole, 1-3, third through-hole, 1-4, hole, location, 2, microscope ocular, 2-1, observation panel.

Detailed description of the invention

Below in conjunction with embodiment, this utility model is described in further details:

As shown in Figure 1 and Figure 2, microphotograph interface includes that the centre that one end is enclosed within microscope ocular 2 is provided with the cylinder interface 1 of manhole, and cylinder interface 1 is light-transmitting materials, it is ensured that daylighting effect when taking pictures；Manhole in cylinder interface 1 includes the first through hole 1-1, the second through hole 1-2 and third through-hole 1-3 being sequentially communicated and being arranged concentrically；Described first through hole 1-1 aperture and mobile phone photograph mouth equal diameters, all find a view in the first through hole 1-1 during for making mobile phone photograph, first through hole 1-1 aperture≤the second through hole 1-2 aperture, for the observation panel 2-1 diameter range enabling the viewfinder range of mobile phone to be limited in microscope ocular 2 by the first through hole 1-1, make more to be rapidly completed focusing；The observation panel 2-1 internal diameter of described second through hole 1-2 aperture >=microscope ocular 2, observation panel 2-1 for making mobile phone aligming microscope eyepiece 2 is obtained in that complete micro-image when finding a view, and the preferably second ＜ third through-hole 1-3 aperture, through hole 1-2 aperture, is used for making cylinder interface 1 be stuck in microscope ocular 2；The external diameter of described third through-hole 1-3 aperture >=microscope ocular 2 observation panel 2-1 end, it is preferably the third through-hole 1-3 aperture external diameter equal to microscope ocular 2 observation panel 2-1 end, for third through-hole 1-3 being socketed in outside microscope ocular 2 observation panel 2-1, and don't leave the biggest gap, after third through-hole 1-3 is fixed by socket on microscope ocular 2, first through hole 1-1 upper end can be in close contact with the mouth of taking pictures of mobile phone, plays a supporting role mobile phone.

As shown in Figure 1 and Figure 2, described cylinder interface 1 a length of 50～100mm, wherein first through hole 1-1 a length of 5～15mm, second through hole 1-2 a length of 35～55mm, third through-hole 1-3 a length of 10～30mm；The a length of 70mm of decision design cylinder interface 1, wherein the first a length of 10mm of through hole 1-1, the second a length of 40mm of through hole 1-2, a length of 20mm of third through-hole 1-3；The length of cylinder interface 1 meets the needs that mobile phone focuses on and is fixed by socket on microscope ocular 2 simultaneously, the length of the first through hole 1-1 disclosure satisfy that just blocking the second through hole 1-2 inner hole wall makes the viewfinder range of mobile phone be limited on the observation panel 2-1 of microscope ocular 2, the length of the second through hole 1-2 plays the distance limiting mobile phone photograph mouth with microscope ocular 2, disclosure satisfy that and make mobile phone be rapidly completed focusing, the length of third through-hole 1-3 makes what cylinder interface 1 can consolidate to be socketed on microscope ocular 2.

As shown in Figure 1 and Figure 2, described cylinder interface 1 external diameter is 30～40mm, more bigger than the maximum outside diameter of microscope ocular 2, to ensure that cylinder interface 1 is socketed on microscope ocular 2 its through hole rear and has certain wall thickness；Wherein the first through hole 1-1 internal diameter be the 5～10mm, second through hole 1-2 internal diameter be 5～15mm, third through-hole 1-3 internal diameter be 25～35mm；Preferably first through hole 1-1 internal diameter is identical with mouthful diameter of taking pictures of mobile phone, and the second through hole 1-2 internal diameter is identical with microscope ocular 2 observation panel 2-1 internal diameter, and third through-hole 1-3 internal diameter is identical with microscope ocular 2 observation panel 2-1 end external diameter；Additionally this utility model is integrally formed by the cylinder of a light-transmitting materials, and its simple in construction is easily manufactured.

As shown in Figure 1 and Figure 2, the material preferably clear lucite of described cylinder interface 1, its daylighting, the strength of materials and closely cooperating all meets the requirements；It can in addition contain select the materials such as the glass of light-transmitting materials, plastics.

As shown in Figure 1 and Figure 2, on the face of cylinder of described cylinder interface 1, the position relative with third through-hole 1-3 is provided with location hole 1-4, and the alignment pin matched with location hole 1-4 arrives in third through-hole 1-3 hole through location hole 1-4；After cylinder interface 1 is enclosed within microscope ocular 2, more firm in order to make cylinder interface 1 fix, cylinder interface 1 is locked through location hole 1-4 with alignment pin, alignment pin can use with location hole 1-4 threadeds.

As shown in Figure 2, location hole 1-4 is uniformly arranged three along the face of cylinder of cylinder interface 1, through location hole 1-4, cylinder interface 1 is fixed with three alignment pins, makes the through hole in cylinder interface 1 keep concentric with microscope ocular, it is simple to micro-image is taken pictures by mobile phone.

Operation principle:

This utility model utilizes the light transmission of cylinder interface 1 to make becoming apparent from of micro image shooting；Utilize the length of the second through hole 1-2 in cylinder interface 1, make mobile phone be rapidly completed focusing when micro-image is taken pictures；The length utilizing the first through hole 1-1 and the second through hole 1-2 coordinates makes the viewfinder range of mobile phone photograph control on the observation panel 2-1 of microscope ocular 2, enables mobile phone more to quickly finish focusing.

Claims

1. microphotograph interface, it is characterized in that: include that the centre that one end is enclosed within microscope ocular (2) is provided with the cylinder interface (1) of manhole, described cylinder interface (1) is light-transmitting materials, described manhole includes the first through hole (1-1) being sequentially communicated and being arranged concentrically, second through hole (1-2) and third through-hole (1-3), described first through hole (1-1) aperture and mobile phone photograph mouth equal diameters also≤the second through hole (1-2) aperture, observation panel (2-1) internal diameter of described second through hole (1-2) aperture >=microscope ocular (2), the external diameter that described third through-hole (1-3) aperture >=microscope ocular (2) observation panel (2-1) is held.

Microphotograph interface the most according to claim 1, it is characterized in that: described cylinder interface (1) a length of 50～100mm, wherein the first through hole (1-1) a length of 5～15mm, the second through hole (1-2) a length of 35～55mm, third through-hole (1-3) a length of 10～30mm.

Microphotograph interface the most according to claim 1, it is characterized in that: described cylinder interface (1) external diameter is 30～40mm, wherein the first through hole (1-1) internal diameter be 5～10mm, the second through hole (1-2) internal diameter be 5～15mm, third through-hole (1-3) internal diameter be 25～35mm.

Microphotograph interface the most according to claim 1, it is characterised in that: described cylinder interface (1) includes transparent organic glass.

Microphotograph interface the most according to any one of claim 1 to 4, it is characterized in that: on the face of cylinder of described cylinder interface (1), the position relative with third through-hole (1-3) is provided with hole, location (1-4), and the alignment pin matched with hole, location (1-4) arrives in third through-hole (1-3) hole through hole, location (1-4).

Microphotograph interface the most according to claim 5, it is characterised in that: hole, described location (1-4) is uniformly arranged three along the face of cylinder of cylinder interface (1).