CN2380928Y - Portable microscope - Google Patents
Portable microscope Download PDFInfo
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- CN2380928Y CN2380928Y CN 98205141 CN98205141U CN2380928Y CN 2380928 Y CN2380928 Y CN 2380928Y CN 98205141 CN98205141 CN 98205141 CN 98205141 U CN98205141 U CN 98205141U CN 2380928 Y CN2380928 Y CN 2380928Y
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Abstract
The utility model provides a portable microscope, which is small-sized and is easy to operate. The utility model comprises a microscope body 101 of a CCD device D and a display 21 which is used for accepting image signals generated by the CCD device D and regenerating an amplified sample image onto a screen of a liquid crystal television, and the microscope body 101 of the CCD device D and the display 21 are totally contained in a portable suitcase 11. The microscope body 101 having the CCD device D is arranged in a case body 11a of the portable suitcase 11, the inner part of a case cover 11b is provided with the display 21, and therefore, the display 21 is on the position which is easiest to be observed under the condition that the case cover 11b lies in an open state.
Description
After the present invention is the irradiates light of the plain magnified image of accepting sample of CCD shooting, it is presented at pocket microscope on the display.
The formation of well-known general optical microscope is to be amplified the object lens of sample imaging by configuration on sample bench, from sample below with light directive sample, then from the top picture that amplifies through object lens of directly spying on by eyepiece.Obviously such optical microscope can only people of user be observed sample, and the words that other majority want to observe must one after the other.
, if sample is a kinetoplast, different observers can not see identical testing result.Especially at the teaching scene etc., be easy to generate the situation that is difficult to tackle.Only also have at the teaching scene etc. for observing a sample and produce and to expend suitable problems such as time.
So, for majority can observe same sample simultaneously, maybe can use the electronical record sample, adorn a converter on the top of the object lens of above-mentioned optical microscope, provide the commodity of the pick-up tube or the plain combination of making a video recording are existing by this converter.
If the plain electronic signal that transmits of the pick-up tube that will install with this converter or shooting is shown to problem above-mentioned on the TV screen and just can solves.
Yet, no matter be above-mentioned optical microscope, still above-mentioned converter with pick-up tube or shooting plain in conjunction with and the microscope that constitutes all is based on as being fixed on indoor table and goes up the starting point of using.
Especially structure, the desire on the object lens top of optical microscope will be installed in the converter for the optical system of pick-up tube or the plain projection of shooting intensified image with pick-up tube or shooting white, quiet clothes, this converter will need suitable length with converter for above-mentioned.
But, concerning optical microscope because above-mentioned converter and pick-up tube or shooting plain must by its order vertically configuration, optical microscope, add that above-mentioned converter and pick-up tube or the plain overall height of shooting will reach 40-50cm, and will be difficult to operation.
And it is big to move difficulty, assembly and adjustment and collection difficulty
Sample bench be contained in object lens under, when changing sample, must between near the object lens of sample bench and sample bench seam, insert sample, and sample bench is in the below again, more is difficult to operation.
Up to now this in addition microscope not only is used in occasions such as teaching, detection, analysis, academic research, but also is used for such as the advertising campaigns such as effect displaying of the consumer being carried out medicine or sterilizing unit.
Often require to have portable, easy assembly and adjustment and good operating performance under this occasion.
The present invention is conceived to solve problem points in the past, and functional with miniature portable, fitting operation, be applicable to that various samples are target, provide the pocket microscope of excellent performance to the user.
Comprise the microscope body for addressing the above problem pocket microscope of the present invention, display and the portable hand suitcase that above-mentioned microscope body and display are housed, described microscope body is equipped with the light supply apparatus of irradiation with light source, the sample bogey of carrying sample, configuration is used to amplify the objective apparatus of said sample below the sample bogey, configuration CCD device on the optical circuit that transmits the sample magnified image by objective apparatus downwards, the sample image that acceptance is amplified by above-mentioned objective apparatus, produce image pickup signal, described display links to each other with the CCD device, acceptance also shows the Sample Image that amplifies by the picture signal that above-mentioned microscope body produces, described portable hand suitcase itself is made up of casing and case lid, and the picture signal that above-mentioned microscope body produces under the suitcase open mode can be presented on the display.
This occasion, the chest portion branch that it is desirable to above-mentioned portable hand suitcase is equipped with microscope body, case lid display partly is housed.Also have, adopt the LCD TV screen as above-mentionedly show device, above-mentioned objective apparatus, irradiation can be selected common power and charge power supply with the driving power employing of light source and display under desirable form of implementation.
Add have the picture signal that above-mentioned CCD device can be produced, from above-mentioned portable hand suitcase to the socket of outside output with picture signal is passed to the outside input socket of aforementioned display device from the outside.The chest portion branch of above-mentioned portable hand suitcase is equipped with the handle of portable usefulness, objective apparatus is contained in the following side of sample bogey, the optical circuit that the sample picture that formation is amplified by objective apparatus transmits downwards, said sample intensified image that catoptron will pass downwards to horizontal direction is bent change in, the structure that will throw to the CCD device by the sample intensified image of horizontal circuit.
The structure of the display of the image pickup signal that produces with the pocket microscope with above structure and the microscope body that the CCD device is housed with portable hand suitcase collection regeneration CCD device can improve its portable performance greatly.
Because the case lid of portable hand suitcase partly is equipped with display, be in the position of easy observation display under the state of casing opening.
Owing to use LCD screen as display, so can be arranged at the case lid part.
Have driving power and adopt the structure of selectable common power and charge power supply, can not be subjected to the restriction of field of employment.
Because of output socket is housed, the signal that the CCD device of microscope body is exported can be offered outside giant display.Also can show the picture signal that transmits by the outside simultaneously by LCD screen.
At the chest portion branch of portable hand suitcase the handle of portable usefulness is housed, has more improved whole portability.
Also have, owing at the downside of the casing of collecting microscope body sample bogey partly objective apparatus is housed, the sample intensified image is projected onto the structure on the CCD device, and sample bench is positioned at whole can placing with comparalive ease than top, sample.
As described above, according to pocket microscope of the present invention, the microscope body that the CCD device is housed is accommodated in the portable hand suitcase of being made up of casing and case lid, greatly improved its portable performance.
Because the microscope body is accommodated in by casing, display and is arranged on the case lid, also can make the microscope body be in horizontality under the situation of opening case lid on the desk in that casing is placed on, and be the position of easy observation display.
And have the Installation and Debugging of when use, take in quite easy effect unique when not using.
Fig. 1 represents the outward appearance oblique view of the microscopical form of implementation of pocket of the present invention.
Fig. 2 is illustrated in the central sectional drawing of device of the 1st example of employing microscope body shown in Figure 1.
Fig. 3 represents the planimetric map of microscope body shown in Figure 2.
The oblique view of the part structure of Fig. 4 presentation graphs 2 and formation microscope body shown in Figure 3.
Fig. 5 represents the wiring diagram of the situation that is electrically connected in the device shown in Figure 1.
Fig. 6 is illustrated in the central sectional drawing of device of the 2nd example of employing microscope body shown in Figure 1.
Fig. 7 represents the planimetric map of microscope body shown in Figure 6.
Fig. 8 represents to have omitted the outboard profile in a part of structure of the device of the 3rd example of employing microscope body shown in Figure 1.
The explanation of symbol:
101-103 microscope body
The A light supply apparatus
The a12 storage case
A15 irradiation light source (Halogen lamp LED, LED)
The a16 catoptron
B sample bogey
The b12 pedestal partly
The C objective apparatus
D CCD device
D12 CCD makes a video recording plain
11 portable hand suitcases
The 11a casing
The 11b case lid
The 12 portable handles of using
14 cushion pads
21 displays (lcd tv display)
22 remote-control command devices
42 power supply modules
43 rechargable batteries
44 power selection switchs
45 power switches
46 interlock type source changeover switches
47 outside input sockets (image)
48 outside input sockets (sound)
49 outside output sockets (image)
50 outside output sockets (sound)
61 VTR
62 large screen displays
81 pedestals
83 the 1st catoptrons
85 the 2nd catoptrons
91 cylindrical portion
91a the 1st tubular body
91b the 2nd tubular body
The 91c gathering sill
The 91d convex body
95 half-reflecting mirrors
Below, to pocket microscope of the present invention, describe with figure according to form of implementation.
At first Fig. 1 is the pocket microscopie unit that expression microscope body and display are incorporated in the state in the portable hand suitcase.
Portable hand suitcase 11 is little briefcases that the surface is made by aluminium alloy.This portable hand suitcase 11 is made up of casing 11a and case lid 11b, and by both hinge of following side both is connected.
The upper lateral part of casing 11a is equipped with portable with handle 12.
In casing 11a and case lid 11b, also all be filled with the cushion pad 14 of sponge shape, and dig the depression 14a that adapts to various needs.
In the above-mentioned depression 14a of casing 11a one side, microscope body 101 is housed.LCD TV screen 21 as display is housed in the depression 14a of case lid 11b, remote-control command device 22 is housed on the right side of LCD TV screen 21.
Fig. 2 to Fig. 4 represents to be contained in the structure of microscope body 101 of the side of casing 11a.
At first, light supply apparatus A be by about the flexible stylolitic part of (vertically) direction and be contained in the upper end of this stylolitic part, the rotating part that its free end can rotate is in the horizontal direction constituted.
Just stylolitic part 91 be by the cardinal extremity part that makes it rectangle pedestal 81 is kept plumbnesss and the 1st tubular body 91a that disposes and in this 1st tubular body 91a up and down the 2nd tubular body 91b of slippage constituted.Tibetan lamp box a12 is housed in the upper end of the 2nd tubular body 91b.
Embed above-mentioned gathering sill 91c at the gathering sill 91c that the L type is arranged on above-mentioned the 1st tubular body 91a, the convex body 91d that is screwed on the other circle side, the 2nd tubular body 91b lower end.
Then, the 2nd tubular body 91b to right rotation, can be moved along horizontal part 91e, the convex body 91d of the gathering sill 91c of L type, fill in the 2nd tubular body 91b, convex body 91d like this and can move along with the vertical component 91f of gathering sill.
The Tibetan lamp box a12 that constitutes rotating part is housed in the upper end of above-mentioned the 2nd tubular body 91b.This lamp storage case a12 can it free end and the scope (about 45 degree under the situation of illustrated example) of the corresponding angle of the horizontal part 91e of the gathering sill 91c of L type in horizontal direction rotate or above-below direction moves.
In the lamp storage case a12 of above-mentioned formation rotating part and near the joint portion of the 2nd tubular body 91b, be equipped with as irradiation with the Halogen lamp LED a15 of light source, be equipped with as the light that makes Halogen lamp LED a15 of the projection unit of the light catoptron a16 of projection downwards at its free end.
By such structure, hold Tibetan lamp box a12 as shown in Figure 2 and can perhaps under dextrorotary state, press Tibetan lamp box a12 and make it to drop to pedestal 81 sides to right rotation in the scopes of 45 degree.
Sample bogey B is equipped with in above-mentioned and below light supply apparatus A.In this sample bogey B, be equipped with and make pedestal part b12 cylindraceous, be sample loading end b13 above this pedestal part b12.
The periphery of above-mentioned pedestal part b12 is the b16 of edge portion of annular.There is screw thread the inboard of the b16 of edge portion.And keep the maintenance body b17 side of pedestal part b12 that the screw thread that matches with the b16 of edge portion is arranged.
Spin stand platform part b12 can make pedestal part b12 move up and down with above-mentioned boths' pitch like this, finishes and aims at the action of following objective apparatus C to the focus of sample.
In the side of the maintenance body b17 that keeps pedestal part b12 a pair of 90 degree, the rotatable knob b15 of being is housed, rotary knob b15 can make pedestal part b12 move in the horizontal direction respectively.
Simultaneously, rotary knob b15 can be placed on the sample of loading end b13 and the optical axis alignment of following objective apparatus C.
In the following side of said sample bogey B, just constitute the inside portion of the maintenance body b17 of sample bogey B, the objective apparatus C of amplification by the next sample picture of above-mentioned light supply apparatus A irradiation is housed.That this objective apparatus C is is cylindric, the object lens (not diagram) of regulation piece number are housed in the lens barrel c11, thus the multiplying power that obtains stipulating.
Above-mentioned objective apparatus C is contained in the optical axis that makes it rectangle pedestal 81 is kept on the position of plumbness, forms the optical circuit c12 that will transmit to vertical lower by the sample picture that objective apparatus C amplifies thus.
In addition, 81 li of above-mentioned pedestals, the vertical lower of above-mentioned objective apparatus C is equipped with the optical circuit of the sample intensified image that will be transmitted to vertical lower by objective apparatus C to the bent catoptron 83 that changes of horizontal direction.
Then through catoptron on the bent optical circuit 84 that changes of horizontal direction, CCD device D is housed.In this CCD device D, have and accept the sample intensified image CCD plain d12 that makes a video recording, produce image pickup signal through treatment loop (not diagram) and constitute by make a video recording electric signal that plain d12 obtains of this CCD.
By above structure, by the sample on pedestal part b12 that light supply apparatus A shines, the amplification of the above-mentioned objective apparatus C of process passes to vertical lower.Change to the horizontal direction song by the catoptron in pedestal 81 83 then, obtain picture signal from locational CCD device D in this horizontal direction.
Can make it drop to the pedestal side because horizontal direction is rotated light supply apparatus A, be convenient to remove so can make integral body become littler and take.
Fig. 5 is the wiring diagram of the situation that is electrically connected in the expression portable hand suitcase 11.In the drawings, symbol 41 expression AC sockets, common power is powered to power supply module 42 from this AC socket, again from 42 li dc voltages that obtain stipulating of this power supply module.
CCD device D from microscope body 101 transmits image pickup signal then, and this image pickup signal is transferred to interlock type source changeover switch 46.State shown in Figure 5 is to form to select to transmit picture signal from CCD device D, and this picture signal is transferred to the state of lcd tv display.
Above-mentioned interlock type source changeover switch 46 can be selected from the signal that transmits of the outside input socket 47,48 of image and sound.Such as outside input socket 47,48 is connected with VTR61, with interlock type source changeover switch 46 to the opposite direction switching of diagram, the image and the sound that transmit from VTR61 are just passed to the outside received image signal of lcd tv display 21 realization regeneration, meanwhile pass through the outside voice signal of importing of loudspeaker 21a regeneration of 21 li of TV screen.
The outside output socket 49,50 of image and sound also is housed in addition.Passing to LCD TV screen 21 signals also can export to the outside by this outside output socket 49,50.
So outside output socket 49,50 is connected with large screen display 62, the picture signal that the CCD device D of microscope body 101 produces just may be displayed on the large screen display 62.
Above-mentioned power selection switch 44, power switch 45 and interlock type source changeover switch 46 can also be controlled by remote-control command device 22.
Secondly, Fig. 6 and Fig. 7 represent the 2nd structure of the adoptable microscope body of pocket microscope of the present invention.In this 2nd structure, 1st structure represented with Fig. 2 to Fig. 4 has the part of identical function, then uses same-sign, and suitably omits detailed explanation.Below with the 1st the structure the dissimilarity and the center that is characterized as describe.
The feature of the microscope 102 in the 2nd structure is in the optical circuit of objective apparatus C and CCD device D, and the light supply apparatus A to the irradiation of objective apparatus C direction is housed.
Just light supply apparatus A be contained in objective apparatus C vertical lower by catoptron 83 in the middle of the bent light path of changeing 84 of horizontal direction, and have this optical circuit 84 kept half-reflecting mirror 95 that 45 degree tilt and the irradiation that the optical axis of above-mentioned optical circuit 84 keeps the angles of 90 degree to light shine on the above-mentioned half-reflecting mirror 95 is constituted with light source a15.
Reflex to catoptron 83 sides with the light that light source a15 penetrates through half-reflecting mirror 95 from irradiation, change into the optical axis that vertical direction enters objective apparatus C by catoptron 83 songs again.Arrive sample bogey B by objective apparatus C then, irradiates light shone the sample that is placed on the pedestal part b12 that constitutes sample bogey B from the below.
Needn't resemble by such formation and on top the light supply apparatus that protrudes is installed the 1st form of implementation, just the pedestal part b12 that places sample can be in topmost, sample can quite easily be placed.
Also have, in this 2nd example, adopt light emitting diode to use light source a15, can utilize the low long characteristics of life-span of light emitting diode power consumption,, can improve reliability such as using portable accumulator as irradiation.
Once more, Fig. 8 represents the 3rd example of the adoptable microscope body of pocket microscope of the present invention.In this 3rd example, have the part of identical function with represented the 1st example of Fig. 2 to Fig. 4 and Fig. 6 and the 2nd represented example of Fig. 7, then use same-sign, and suitably omit detailed explanation.
Though what Fig. 8 was represented is the form of having removed light supply apparatus A, but still can suit to adopt the light supply apparatus A that is adopted in the above-mentioned the 1st or the 2nd example.
On the sample bogey B that microscope body in the 3rd example is 103 li, the discoid pedestal part b12 that keeps horizontality with vertical direction movable part b11 moving up and down is housed.
Sample loading end b13 on this pedestal part b12 is equipped with a pair of maintenance tool b14 that keeps sample (not diagram).
Though diagram not in addition equally with the 1st form of implementation and the 2nd form of implementation in the side of above-mentioned pedestal part b12 is equipped with a pair of 90 degree, the rotatable knob of being, rotary knob can make pedestal part b12 move in the horizontal direction respectively.
Central authorities at discoid pedestal part b12 are provided with a through hole (not diagram), the enlarged image of the sample on the said sample platform that can obtain amplifying through objective apparatus C by this through hole.
Above-mentioned objective apparatus C is installed in such as being screwed into the optical axis of rectangle pedestal 81 to it and keeps on the position of plumbness.Form the optical circuit c12 that will transmit to vertical lower thus by the sample picture that objective apparatus C amplifies.
Central portion at above-mentioned pedestal 81 is equipped with vernier box 82, and the vernier knob 82a that rotates its both sides projection can make and keep the movable part b11 of pedestal part b12 to move up and down.
Reach the focal length of objective apparatus C aligning thus to the sample on the pedestal part b12.
The inside of above-mentioned pedestal 81 is spatial portion 81a, the vertical lower of the above-mentioned objective apparatus C in this spatial portion 81a, be equipped with make the sample intensified image that objective apparatus C transmits downwards optical circuit to bent the 1st catoptron 83 that changes of horizontal direction.
Again with above-mentioned catoptron 83 on bent upward the 2nd catoptron 85 that changes of the bent optical circuit that changes of horizontal direction is contained in subtend position in the pedestal 81, CCD device D is equipped with in the top of the 2nd catoptron 85.
CCD device D is mounted and removable to the cylindrical body 86 that is contained on the pedestal 81.Because CCD device D side is equipped with screw d11, CCD device D can be fixed on the cylindrical body 86.
In above-mentioned CCD device D, be provided with acceptance by the CCD of the bent upward sample intensified image that changes of the 2nd catoptron 85 plain d12 that makes a video recording, produce picture signal through this CCD electronic signal that plain d12 obtains of making a video recording by same treatment loop (not diagram) in CCD device D, from being located at the socket output on CCD device D top.
According to above structure, the sample on the pedestal part b12 by above-mentioned objective apparatus C amplify, its magnified image passes to vertical lower.The 1st catoptron 83 by 81 li of pedestals changes to the horizontal direction song then, is changeed to the vertical direction song by the 2nd catoptron 85 again, obtains image pickup signal from the CCD device D that is contained in the 2nd catoptron 85 tops.
So light path is turned back, reduced the size of microscopical level and vertical direction through twice.
Because CCD device D can exchange, the characteristics such as exploring degree of the different types of service that the user can adjust the telescope to one's eyes according to various sample or CCD are selected as mentioned above.
Above-mentioned objective apparatus C is installed in such as being screwed into the optical axis of rectangle pedestal 81 to it and keeps can suiting to exchange the objective apparatus C of other multiplying powers on the position of plumbness.
Have again, can accept or reject in the stowable microscope body 3 kinds of above explanation pocket microscope of the present invention and select, adopt various characteristics to make up.For example, to the 1st and the 3rd example, can adopt light supply apparatus as the use half-reflecting mirror of the 2nd example.To the 1st and the 2nd example, can adopt the mechanism of twice as the 3rd example light path being turned back.In addition, to the 1st and the 2nd example, can adopt as the exchange function of the CCD device of the 3rd example and the exchange function of objective apparatus.
As described above, according to pocket microscope of the present invention, the microscope body that the CCD device is housed is accommodated in the portable hand suitcase of being made up of casing and case lid, greatly improved its portable performance.
Because the microscope body is accommodated in by casing, display and is arranged on the case lid, also can make the microscope body be in horizontality under the situation of opening case lid on the desk in that casing is placed on, and be the position of easy observation display.
And have the Installation and Debugging of when use, take in quite easy effect unique when not using.
Claims (15)
1, a kind of pocket microscope, it is characterized in that: it comprises the microscope body, display and the portable hand suitcase that above-mentioned microscope body and display are housed, described microscope body is equipped with the light supply apparatus of irradiation with light source, the sample bogey of carrying sample, configuration is used to amplify the objective apparatus of said sample below the sample bogey, configuration CCD device on the optical circuit that transmits the sample magnified image by objective apparatus downwards, the sample image that acceptance is amplified by above-mentioned objective apparatus, produce image pickup signal, described display is connected with the CCD device, acceptance also shows the sample image that amplifies by the picture signal that above-mentioned microscope body produces, described portable hand suitcase itself is made up of casing and case lid, and the signal of video signal that above-mentioned microscope body produces under the state that above-mentioned portable hand suitcase is opened can be presented on the aforementioned display device.
2, according to the described pocket microscope of claim 1, it is characterized in that: the chest portion branch at above-mentioned portable hand suitcase is equipped with the microscope body, at case lid display is housed partly.
3, according to the described pocket microscope of claim 1, it is characterized in that: adopt the LCD TV screen as aforementioned display device.
4, according to the described pocket microscope of claim 2, it is characterized in that: adopt the LCD TV screen as aforementioned display device.
5, according to the described pocket microscope of claim 1, it is characterized in that: above-mentioned objective apparatus, irradiation can be selected common power and charge power supply with the driving power employing of light source and display.
6, according to the described pocket microscope of claim 2, it is characterized in that: above-mentioned objective apparatus, irradiation can be selected common power and charge power supply with the driving power employing of light source and display.
7, according to the described pocket microscope of claim 3, it is characterized in that: above-mentioned objective apparatus, irradiation can be selected common power and charge power supply with the driving power employing of light source and display.
8, according to the described pocket microscope of claim 4, it is characterized in that: above-mentioned objective apparatus, irradiation can be selected common power and charge power supply with the driving power employing of light source and display.
9, according to any pocket microscope described in the claim 1 to 8, it is characterized in that: the picture signal that above-mentioned CCD device can be produced from above-mentioned portable hand suitcase to the socket of outside output with picture signal is passed to the outside input socket of aforementioned display device from the outside.
10, according to any pocket microscope described in the claim 1 to 8, it is characterized in that: the handle that portable usefulness is housed at the chest portion branch of above-mentioned portable hand suitcase.
11, according to the described pocket microscope of claim 9, it is characterized in that: the handle that portable usefulness is housed at the chest portion branch of above-mentioned portable hand suitcase.
12, according to any pocket microscope described in the claim 1 to 8, it is characterized in that: objective apparatus is contained in the following side of sample bogey, the optical circuit that the sample picture that formation is amplified by objective apparatus transmits downwards, said sample intensified image that catoptron will transmit downwards to horizontal direction is bent change in, will throw to the CCD device by the sample intensified image of horizontal circuit.
13, according to the described pocket microscope of claim 9, it is characterized in that: objective apparatus is contained in the following side of sample bogey, the optical circuit that the sample picture that formation is amplified by objective apparatus transmits downwards, said sample intensified image that catoptron will transmit downwards to horizontal direction is bent change in, will throw to the CCD device by the sample intensified image of horizontal circuit.
14, according to the described pocket microscope of claim 10, it is characterized in that: objective apparatus is contained in the following side of sample bogey, the optical circuit that the sample picture that formation is amplified by objective apparatus transmits downwards, said sample intensified image that catoptron will transmit downwards to horizontal direction is bent change in, will throw to the CCD device by the sample intensified image of horizontal circuit.
15, according to the described pocket microscope of claim 11, it is characterized in that: objective apparatus is contained in the following side of sample bogey, the optical circuit that the sample picture that formation is amplified by objective apparatus transmits downwards, said sample intensified image that catoptron will transmit downwards to horizontal direction is bent change in, will throw to the CCD device by the sample intensified image of horizontal circuit.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP15302397A JPH10333052A (en) | 1997-05-27 | 1997-05-27 | Portable microscope device |
| JPOT97006P | 1997-05-27 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2380928Y true CN2380928Y (en) | 2000-05-31 |
Family
ID=15553281
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 98205141 Expired - Fee Related CN2380928Y (en) | 1997-05-27 | 1998-05-25 | Portable microscope |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JPH10333052A (en) |
| CN (1) | CN2380928Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109298520A (en) * | 2018-12-07 | 2019-02-01 | 深圳市钰创合成光电技术有限公司 | A kind of micro- decontamination system |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2014115151A (en) * | 2012-12-07 | 2014-06-26 | Shimadzu Corp | Optical imaging device |
-
1997
- 1997-05-27 JP JP15302397A patent/JPH10333052A/en active Pending
-
1998
- 1998-05-25 CN CN 98205141 patent/CN2380928Y/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109298520A (en) * | 2018-12-07 | 2019-02-01 | 深圳市钰创合成光电技术有限公司 | A kind of micro- decontamination system |
| CN109298520B (en) * | 2018-12-07 | 2024-07-02 | 深圳市钰创合成光电技术有限公司 | Microscopic disinfection system |
Also Published As
| Publication number | Publication date |
|---|---|
| JPH10333052A (en) | 1998-12-18 |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C56 | Change in the name or address of the patentee |
Owner name: AILIAN ELECTRONICS CO., LTD. Free format text: FORMER NAME OR ADDRESS: NIPPON ELECTRONIC COMMUNICATION K. K. |
|
| CP01 | Change in the name or title of a patent holder |
Patentee after: KK Electronics Patentee before: Nippon Electronic Communication K. K. |
|
| C19 | Lapse of patent right due to non-payment of the annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |