SU106769A1 - The method of controlling the reflective glass and the device for implementing this method - Google Patents

The method of controlling the reflective glass and the device for implementing this method

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Publication number
SU106769A1
SU106769A1 SU454941A SU454941A SU106769A1 SU 106769 A1 SU106769 A1 SU 106769A1 SU 454941 A SU454941 A SU 454941A SU 454941 A SU454941 A SU 454941A SU 106769 A1 SU106769 A1 SU 106769A1
Authority
SU
USSR - Soviet Union
Prior art keywords
controlling
implementing
glasses
reflective glass
glass
Prior art date
Application number
SU454941A
Other languages
Russian (ru)
Inventor
В.М. Матвеев
В.В. Новиков
Original Assignee
В.М. Матвеев
В.В. Новиков
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by В.М. Матвеев, В.В. Новиков filed Critical В.М. Матвеев
Priority to SU454941A priority Critical patent/SU106769A1/en
Application granted granted Critical
Publication of SU106769A1 publication Critical patent/SU106769A1/en

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Description

Сущсствующио, способы контрол  HO;iB|)a гпо-отра/каюи1,их стекол зак .11оча1)-|с  в определении габаритпых размеров, цвета и дефектов стекла. Оеповиой же их параметр- возвратный б.ческ- не провер етс  ве,чедетв11е отсутстви  методики и аппаратуры дл  светотехнимеекого исслсдииши  УТИХ стекол.There are, in fact, methods of controlling HO; iB |) a gpo-otra / Qaui, 1 their glasses are in order. 11poch1) - | s in determining the overall dimensions, color and defects of the glass. However, their parameter, return, is not checked by itself, without any method and equipment for lighting the technical analysis of UTIC glasses.

Предлагаемьи1 способ позвол ет осуществл т) коптролг, возвратноС )траж;пои1.их по возвратному блеску -лнх стеко.т путем сравнени The proposed1 method allows for kontrol, reciprocal Crash; see their 1 shine by their return gloss by comparing

их с :1Та.ПОН()1.them with: 1Ta.PON () 1.

Ыа чертеже показан прибор дл  ()суП1,еетв;1сми1  предлагаемого способа .The drawing shows the instrument for () suP1, eetv; 1 cm1 of the proposed method.

П Л1бор состоит из осветител  1, созда О1пего на требуемом раесто пин равноме|)по освеп1,епное п тно, в KOTOjjoM располагают контролируемое и эта;|()1П1ое стекла, и визирной трубы 2 с (|)от().метричееким клипом ДЛЯ наблюдени  п сопоставлени  возвратного блеска сравниваемых .It consists of the illuminator 1, creating an O1fire at the required distance equally |) at the end, a fuzzy spot, a controlled and this one is placed in KOTOjjoM, and a (2) (|) telescope with (). For observation and comparison of the return gloss compared.

Зизпрна  2, кро.ме паблюде1н-1  сравниваемых стекол, служит также д.п  уменьшени  рассто ни  от прибора до сравниваемых стекол, что ;|,ос1Ч1гаетс  путем устаповки вZizprn 2, crome me pablude1n-1 of the compared glasses, also serves as a reduction in the distance from the device to the compared glasses, that; |, which is noted by setting it in

трубе оптической системы Галиле ,, уменьп1аюгцей угол зрени  в несколько раз.Galilee optical system tube, reduce the angle of view several times.

Дл  экранировани  побочного света в зрительной трубе установлены две диафрагмы; олнл у отрицательной ЛИНЗЫ трубы, а втора  на некоторо.м рассто нии от положительной ЛИНЗЫ перед пей. Пере.т отрицательной ЛИНЗОЙ трубы раеположеп фотометрический клин, а перед КЛИНОМ уетановлепы две дополнительные диафрагмы, экранирующие побочный свет.Two apertures are installed in the telescope to screen the side light; The wave is at the negative LENS of the pipe, and the second is at some distance from the positive LENS before the drink. Peret of the negative LENS of the tube has a photometric wedge, and in front of the WEDGE, two additional diaphragms shielding side light are wired.

Дл  осуп ествлеип  контрол  нспытуемое и эталонное стекла устанавливают на отдельно.м Н1пте на рассто нии 7,3 м (8 шагов) от нрибора . Световой пучок осветител  иаправ;1 етс  па сравниваемые стекла так, чтобьг они расположились симметрично относительно кромки светового пучка. При выве .;1,енном фотометрическом к.пине KOHTpo.iep. наблюда  в визирную трубу, должен увидеть по вертикальному диаметру пол  зрени  сравни1 аемые стек.та в виде «о. свет и,ихс  точек. Путем увеличени  ПЛОТНОСТИ фотометрического клина добиваютс  такого положени , чтобы одно из сравниваемых стекол (эталонное) наблюдалось на пределе вндимоети. В результате этого еопоставлсми  пригодным признаетс  такое стекло, блеск которого не MCHbHje блеска эталонного стекла.For control and testing, the test and reference glasses are installed on a separate plate at a distance of 7.3 m (8 steps) from the device. The light beam of the illuminator and spheres; 1 is compared to the compared glasses so that they are located symmetrically with respect to the edge of the light beam. When vy.; 1, entennnom photometric k.pee KOHTpo.iep. Observed into the sighting tube, should see by the vertical diameter of the field of view comparable stacks. In the form of “o. light and, their points. By increasing the Density of the photometric wedge, one achieves such a situation that one of the compared glasses (reference) is observed at the maximum of the network. As a result of this, such glass is recognized as suitable, the luster of which is not the MCHbHje luster of the reference glass.

Предмет изобретени Subject invention

1. Способ контрол  возвратно-отражающих стекол, о т л и ч а юи и и с   тем, что, с целью повыше-1ШЯ точности и быстроты контрол .1. The method of control of the reflective glass, about tl and h and yu and and so that, with the aim of higher accuracy and speed of control.

последний ведут путем фотометрического сравнени  интенсивностей света, отраженного) от контролируемого -1 уталонно1о стекол, освещаемых одним и тем же источником света.The latter is carried out by photometric comparison of the intensities of the light reflected from the monitored -1 utalonno glasses, illuminated by the same light source.

2. Прибо) д.;г  осуществлени  снособа но п. 1, о т л и чающий с.  тем, что в нем применена визирна  труба с фотометрическим клином, на котором установлен осветитель, создаю1пий paBHOMCpFfo освен;еиную илонг.адку на пште с контролируемым и эталонным стеклами.2. Surf) d.; G of the implementation of a detachment of paragraph 1, of which is c. the fact that it has a sight tube with a photometric wedge, on which the illuminator is installed, creates paBHOMCpFfo inspected; a single lug is mounted on a pin with controlled and reference glass.

SU454941A 1955-02-28 1955-02-28 The method of controlling the reflective glass and the device for implementing this method SU106769A1 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
SU454941A SU106769A1 (en) 1955-02-28 1955-02-28 The method of controlling the reflective glass and the device for implementing this method

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
SU454941A SU106769A1 (en) 1955-02-28 1955-02-28 The method of controlling the reflective glass and the device for implementing this method

Publications (1)

Publication Number Publication Date
SU106769A1 true SU106769A1 (en) 1956-11-30

Family

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Family Applications (1)

Application Number Title Priority Date Filing Date
SU454941A SU106769A1 (en) 1955-02-28 1955-02-28 The method of controlling the reflective glass and the device for implementing this method

Country Status (1)

Country Link
SU (1) SU106769A1 (en)

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