CN103258189A - Magnifier device, data transmission relay device and far-end protection system - Google Patents
Magnifier device, data transmission relay device and far-end protection system Download PDFInfo
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- CN103258189A CN103258189A CN2013101628456A CN201310162845A CN103258189A CN 103258189 A CN103258189 A CN 103258189A CN 2013101628456 A CN2013101628456 A CN 2013101628456A CN 201310162845 A CN201310162845 A CN 201310162845A CN 103258189 A CN103258189 A CN 103258189A
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Abstract
A magnifying glass device, a data transmission relay device and a far-end protection system. The magnifier device comprises a convex lens, a frame body, a holding part, an image sensing device and a processing circuit. The frame body is used for clamping the convex lens. The holding part is connected with the frame body and is a shell. The image sensing device is used for sensing an image at a preset position on the convex lens. The processing circuit is arranged in the shell and is electrically connected with the image sensing device so as to obtain and process the image. In addition, the processing circuit is used for transmitting the processed image.
Description
Technical field
The present invention relates to a kind ofly in order to the device of obtaining data and the transmission trunk device of data, relate in particular to a kind of in order to the magnifier apparatus of obtaining data, data transmission relay (data transmission relay apparatus) and a kind of far-end care system that is constituted by aforementioned magnifier apparatus and aforementioned data transmission trunk device in order to transmit data.
Background technology
Along with wearing out of population, old man's home care becomes a ring of government and the care of general common people's utmost point then.Because old man's eyesight is degenerated usually, so when using family expenses medical equipment such as general sphygmomanometer, blood-glucose meter as the old men, tend to not see the shown measured value of screen on these family expenses medical equipments of Chu, thereby can't correctly record these numerical value.
In addition, use to the elder person even if some children can buy the smart mobile phone with camera function, so that elder person's measured value that the screen on the family expenses medical equipment is shown is given to take keep a record.Yet most elder person is unfamiliar with the modern electronic product use-pattern of complexity just like that usually, thereby can't correctly use these smart mobile phones, or even fears to use smart mobile phone.Therefore, based on above-mentioned problem, need a kind of more convenient device of obtaining data.
Summary of the invention
The invention provides a kind of magnifier apparatus, it is used for obtaining data.This comprises that magnifier apparatus includes convex lens, a framework, a grip part, an image sensering device and a treatment circuit.Described framework is in order to clamp convex lens.Described grip part connects above-mentioned framework, and this grip part is a housing.Described image sensering device is in order to a precalculated position sensing one image on above-mentioned convex lens.As for described treatment circuit, it is configured in the above-mentioned housing, and electrically connects image sensering device, to obtain and to handle above-mentioned image.In addition, this processing circuit also sends out in order to will handle image later.
The present invention also provides a kind of data transmission relay, and it includes a wireless transport module, a communication module, an image identification module and a processing unit.Described processing unit electrically connects above-mentioned wireless transport module, above-mentioned communication module and above-mentioned image identification module.This handles unit in order to receiving an image by above-mentioned wireless transport module, and utilizes above-mentioned this image of image identification module identification obtaining an identification result, and then utilizes above-mentioned communication module that identification result is sent to an electronic installation.
The present invention provides a kind of far-end care system that is made of above-mentioned magnifier apparatus and above-mentioned data transmission relay again.
Magnifier apparatus of the present invention additionally is provided with an image sensering device and a treatment circuit, therefore the user both can amplify the shown measured value of screen on the family expenses medical equipment by the convex lens of magnifier apparatus, can utilize simultaneously the image sensering device of magnifier apparatus to come the shown measured value of screen on the sensing family expenses medical equipment again, to obtain an image, and the treatment circuit that utilizes magnifier apparatus handles the image that image sensering device senses, and sends out in order to will handle image later again.In addition, data transmission relay of the present invention can receive the image that above-mentioned magnifier apparatus transmits, and utilizes above-mentioned this image of image identification module identification obtaining an identification result, and then utilizes above-mentioned communication module that identification result is sent to an electronic installation.Thus, the possessor of above-mentioned electronic installation just can learn the measured measured value of user of family expenses medical equipment according to the received identification result of electronic installation.
Description of drawings
Fig. 1 is the synoptic diagram according to the magnifier apparatus of one embodiment of the invention.
Fig. 2 is painted with the electrical connection according to the internal circuit of the magnifier apparatus of one embodiment of the invention.
Fig. 3 is the synoptic diagram according to the data transmission relay of one embodiment of the invention.
[symbol description]
100: magnifier apparatus
110: convex lens
120: framework
130: the grip part
140: microphone
150: loudspeaker
170: button
180: change-over switch
190: photosensitive device
192: bracing frame
210: image sensering device
212: the picture signal processing module
220: treatment circuit
222,308: processing unit
224,302: wireless transport module
230: voice sensing device
232,312: audio-frequency signal processing module
300: the data transmission relay
304: communication module
306: the image identification module
310: the combination picture splicing ear
314: the multi-medium data processing module
Embodiment
Fig. 1 is the synoptic diagram according to the magnifier apparatus of one embodiment of the invention.In Fig. 1, indicate 100 and namely represent above-mentioned magnifier apparatus, it is used for obtaining data (detailed aftermentioned).Fig. 2 is painted with the electrical connection according to the internal circuit of the magnifier apparatus of the embodiment of Fig. 1 of the present invention.In Fig. 2, indicate with the identical person of sign among Fig. 1 and be expressed as same item.Please be simultaneously with reference to Fig. 1 and Fig. 2, this magnifier apparatus 100 mainly includes convex lens 110, framework 120, grip part 130, image sensering device 210 (being illustrated in Fig. 2) and treatment circuit 220 (being illustrated in Fig. 2).Described framework 120 is in order to clamp convex lens 110.Described grip part 130 connects framework 120, and this grip part 130 is a housing.In addition, in this example, described image sensering device 210 is made of photosensitive device 190 and picture signal processing module 212 (being illustrated in Fig. 2), and wherein photosensitive device 190 connects grip part 130 by bracing frame 192, to be subjected to the support of bracing frame 192.This image sensering device 210 is in order to a precalculated position sensing one image on convex lens 110.In one embodiment, bracing frame 192 can be arranged in the above-mentioned housing, when the user need use, again bracing frame 192 is pulled out, and make this image sensering device 210 be positioned at a precalculated position on the convex lens 110, this precalculated position can be the center of convex lens 110, or the zone of other convenient acquisition images.As for described treatment circuit 220, it is configured in the above-mentioned housing and (namely is configured in the grip part 130), and electrically connects above-mentioned image sensering device 210, to obtain and to handle above-mentioned image.In addition, this handles circuit 220 and also sends out in order to will handle image later, and the mode of its transmission for example is heavily to send with wireless mode.
In this example, magnifier apparatus 100 also can comprise voice sensing device 230 (being illustrated in Fig. 2), loudspeaker 150, button 160, button 170 and change-over switch 180 except including above-mentioned each member.This routine voice sensing device 230 is made of microphone 140 and audio-frequency signal processing module 232 (being illustrated in Fig. 2).In addition, this routine change-over switch 180 for example is to realize with thumb-acting switch.And as shown in Figure 1, microphone 140 is configured on the framework 120, and loudspeaker 150, button 160, button 170 then all are configured on the grip part 130 with change-over switch 180.Yet above-mentioned photosensitive device 190, microphone 140, loudspeaker 150, button 160, button 170 all only are for for example with the configuration mode of change-over switch 180, are not in order to limit the present invention.In another embodiment, microphone 140 is also configurable (does not illustrate) on grip part 130.In another embodiment, loudspeaker 150 is configurable (does not illustrate) on framework 120.
As shown in Figure 2, image sensering device 210 is made of with picture signal processing module 212 aforesaid photosensitive device 190.Photosensitive device 190 has a plurality of photo-sensitive cells (not illustrating), and this photosensitive device 190 makes that namely in order to the above-mentioned image of precalculated position sensing on aforementioned convex lens 110 each photo-sensitive cell can a corresponding image sensing signal that produces analog form.And picture signal processing module 212 is configured in and (namely is configured in the grip part 130) in the above-mentioned housing, and electric connection photosensitive device 190, to receive the image sensing signal of the analog form that each photo-sensitive cell was produced in the photosensitive device 190, and convert each image sensing signal that receives to digital form, so that the image that photosensitive device 190 senses be obtained and be handled to treatment circuit 220 can according to the image sensing signal of received digital form.In this example, each photo-sensitive cell can be that (Charge-coupled Device CCD) realizes employing one charge coupled cell.
In addition, in this example, treatment circuit 220 also can include processing unit 222 and wireless transport module 224.Processing unit 222 electrically connects picture signal processing module 212 and wireless transport module 224, in order to the image sensing signal that receives the digital form that picture signal processing module 212 exports and obtain and handle the image that photosensitive device 190 senses, and send out with wireless mode by wireless transport module 224 in order to the image after will handling.In this example, wireless transport module 224 for example can adopt Wireless Fidelity, and (Wireless Fidelity, Wi-Fi) transport module or ZigBee transport module are realized.In addition, as shown in Figure 2, voice sensing device 230 electrically connects processing units 222, and it is in order to sensing one sound, so that the sound that processing unit 222 senses voice sensing device 230 sends out with wireless mode by wireless transport module 224.And as shown in Figure 2, this voice sensing device 230 is made of with audio-frequency signal processing module 232 aforesaid microphone 140.Microphone 140 is in order to obtain a sound signal.And audio-frequency signal processing module 232 electrically connects microphone 140 and processing unit 222, it is in order to receive above-mentioned sound signal, and above-mentioned sound signal is converted to digital form by analog form, so that the sound signal of the digital form that processing unit 222 can be exported according to audio-frequency signal processing module 232 and obtain tut.
Described loudspeaker 150 electrically connects audio-frequency signal processing module 232, so that processing unit 222 can be converted to analog form with a voice signal by digital form by audio-frequency signal processing module 232, and control loudspeaker 150 is sounded according to this.Described button 160 electrically connects processing units 222, so that the signal that processing unit 222 can provide according to button 160 and determine whether start microphones 140 by audio-frequency signal processing module 232, namely button 160 has the effect that starts microphone 140.Described button 170 also electrically connects processing unit 222, so that the signal that processing unit 222 can provide according to button 170 and determine the image of whether determining that image sensering device 210 senses, namely button 170 has the effect of definite image.As for change-over switch 180, it also electrically connects processing unit 222, so that the signal that processing unit 222 can provide according to change-over switch 180 and switch different users's record data, it is the effect that button 180 has the identification user, for instance, can comply with different kinsfolk's preset numbers.Certainly, in advancing the rank design, the signal that processing unit 222 also can be further provides according to button 160 or 170 and determine whether will control image sensering device 210 and enter continuous image pickup mode, or even the signal that provides according to button 160 or 170 and determine whether will send a SOS by wireless transport module 224.
What deserves to be mentioned is that above-mentioned microphone 140, loudspeaker 150, button 160, button 170 all can optionally adopt according to the practical design demand with change-over switch 180.In addition, the function of button 160, button 170 and change-over switch 180 can be different according to the design of the contained software of processing unit 222, so three's function is not to be limited to the above-mentioned function of enumerating.
By above explanation as can be known, magnifier apparatus 100 of the present invention mainly additionally is provided with image sensering device 210 and treatment circuit 220, therefore the user both can amplify the shown measured value of screen on the family expenses medical equipment by the convex lens 110 of magnifier apparatus 100, made the user be easy to observation.Simultaneously, can utilize the image sensering device 210 of magnifier apparatus 100 to come the shown measured value of screen on the sensing family expenses medical equipment again, to obtain an image, and utilize the treatment circuit 220 of magnifier apparatus 100 to handle the image that image sensering device 210 senses, send out in order to will handle image later again.By the transmission of image, the image recipient can understand up-to-date measurement result at any time, and can further store with new record more.
What deserves to be mentioned is, though some surveying instrument itself has record data or even built-in transmission data function at present, but these instruments often price are expensive partially, and may need to cooperate to make things convenient for the reception of data with specific medical institutions, and increased use not convenient.In addition, if watch measured value with magnifier merely, because the user may be the older, so therefore data that may record conveniently, but can not find this record later are can't be for the most instant renewal of the numerical value of measuring and long-term tracking.In addition, because the present invention can the single image of sensing or consecutive image (video recording), therefore if the user becomes aware of the outward appearance redness, also can pass through image transfer, and obtain the medical treatment data of correspondence immediately.
Fig. 3 is the synoptic diagram according to the data transmission relay of one embodiment of the invention.In Fig. 3, indicate 300 and namely be expressed as above-mentioned data transmission relay.This data transmission relay 300 is suitable for using with aforesaid magnifier apparatus 100 collocation.Data transmission relay 300 mainly includes wireless transport module 302, communication module 304, image identification module 306 and processing unit 308.In this example, wireless transport module 302 can adopt Wireless Fidelity equally, and (Wireless Fidelity, Wi-Fi) transport module or ZigBee transport module realize that communication module 304 then can adopt the third generation (3
Rd-generation) mobile communication module is realized.Above-mentioned processing unit 308 electrically connects wireless transport module 302, communication module 304 and image identification module 306.This handles unit 308 in order to receive an image by wireless transport module 302 with wireless mode, for example is to receive the image that aforementioned magnifier apparatus 100 transmits.And after obtaining image, processing unit 308 can utilize image identification module 306 to come this image of identification to obtain an identification result.Suppose that processing unit 308 obtained images are transmitted by aforementioned magnifier apparatus 100, processing unit 308 just can utilize image identification module 306 to come numeral in this image of identification so, is the measured measured value of user of aforementioned family expenses medical equipment so that the numeral that will pick out is used as.And after obtaining identification result, processing unit 308 just can utilize communication module 304 with identification result to be sent to an electronic installation.For example be sent to mobile phone, mobile phone holder thus, and can know measurement result, and above-mentioned mobile phone holder can be gauger or gauger's household, it can be set on demand, transmits and carry out data.In another embodiment, can be sent in the database of medical institutions (not illustrating), with storage and more new record at any time.
In addition, in this example, data transmission relay 300 also further includes combination picture splicing ear (Composite Video Connector, i.e. so-called AV terminal) 310, audio-frequency signal processing module 312 and multi-medium data processing module 314.This combination picture splicing ear 310 electrically connects processing unit 308, so that processing unit 308 can be sent to a display (as: TV) with aforementioned identification result by combination picture splicing ear 310, and then utilizes this display to demonstrate aforesaid identification result.And described audio-frequency signal processing module 312 electrically connects processing unit 308, so that processing unit 308 can be converted to analog form with a voice signal by digital form by audio-frequency signal processing module 312, and control a loudspeaker (not illustrating) according to this and sound, thus, if gauger or other people by chance near data transmission relay 300, then need not watch measurement result, can hear measurement result, for caliginous elder, it is considerably convenient to can be described as.As for described multi-medium data processing module 314, it electrically connects processing unit 308, so that processing unit 308 can show a picture by multi-medium data processing module 314 control one displays (as: computing machine).Certainly, above-mentioned combination picture splicing ear 310, audio-frequency signal processing module 312 all can optionally adopt according to the practical design demand with multi-medium data processing module 314.
By above explanation as can be known, data transmission relay 300 of the present invention is made up of with processing unit 308 wireless transport module 302, communication module 304, image identification module 306, therefore processing unit 308 can receive the image that above-mentioned magnifier apparatus 100 is transmitted with wireless mode by wireless transport module 302, and utilize above-mentioned this image of image identification module 306 identifications obtaining an identification result, and then utilize above-mentioned communication module 304 that identification result is sent to an electronic installation with wireless mode.Thus, the possessor of above-mentioned electronic installation just can learn the measured measured value of user of family expenses medical equipment according to the received identification result of portable electric device.
In addition, by above explanation as can be known, above-mentioned magnifier apparatus 100 and above-mentioned data transmission relay 300 can constitute the far-end care system of a practicality.That is in a single day the user has above-mentioned magnifier apparatus 100 and above-mentioned data transmission relay 300, and through with the setting of medical institutions line etc. after, just can measure simply, transmit, preserve with record.
Magnifier apparatus of the present invention additionally is provided with an image sensering device and a treatment circuit, therefore the user both can amplify the shown measured value of screen on the family expenses medical equipment by the convex lens of magnifier apparatus, can utilize simultaneously the image sensering device of magnifier apparatus to come the shown measured value of screen on the sensing family expenses medical equipment again, to obtain an image, and the treatment circuit that utilizes magnifier apparatus handles the image that image sensering device senses, and sends out in order to will handle image later again.In addition, data transmission relay of the present invention can receive the image that above-mentioned magnifier apparatus transmits, and utilize above-mentioned this image of image identification module identification obtaining an identification result, and then utilize above-mentioned communication module that identification result is sent to an electronic installation or medical institutions.Thus, the possessor of above-mentioned electronic installation or medical institutions just can learn the measured measured value of user of family expenses medical equipment according to the identification result that receives.
Claims (22)
1. magnifier apparatus comprises:
One convex lens;
One framework is in order to clamp this convex lens;
One grip part connects this framework, and this grip part is a housing;
One image sensering device is in order to a precalculated position sensing one image on these convex lens; And
One treatment circuit is configured in this housing, and electrically connects this image sensering device, and to obtain and to handle this image, this treatment circuit also sends out in order to will handle this image later.
2. magnifier apparatus as claimed in claim 1, wherein this image sensering device comprises:
One photosensitive device has a plurality of photo-sensitive cells, and this photosensitive device is in order to this this image of precalculated position sensing on these convex lens, makes that each photo-sensitive cell can a corresponding image sensing signal that produces analog form; And
One picture signal processing module, be configured in this housing, and electrically connect this photosensitive device, to receive the image sensing signal of these analog forms that these photo-sensitive cells are produced, and convert each image sensing signal that receives to digital form, so that this image can be obtained and handle to this treatment circuit according to the image sensing signal of these digital forms.
3. magnifier apparatus as claimed in claim 2, wherein this treatment circuit comprises:
One wireless transport module; And
One processing unit, electrically connect this picture signal processing module and this wireless transport module, obtain and handle this image in order to the image sensing signal that receives these digital forms, and send out with wireless mode by this wireless transport module in order to this image after will handling.
4. magnifier apparatus as claimed in claim 1 also comprises:
One microphone is in order to obtain a sound signal; And
One audio-frequency signal processing module, be configured in this housing, electrically connect this microphone and this treatment circuit, in order to receive this sound signal, and this sound signal is converted to digital form by analog form, so that this treatment circuit can be obtained this sound according to the sound signal of this digital form, and this sound is sent out.
5. magnifier apparatus as claimed in claim 4, also comprise a loudspeaker, this loudspeaker electrically connects this audio-frequency signal processing module, so that this treatment circuit can be converted to analog form with a voice signal by digital form by this audio-frequency signal processing module, and control this loudspeaker according to this and sound.
6. magnifier apparatus as claimed in claim 4, also comprise a button, this key configurations and electrically connects this treatment circuit on this housing, so that the signal that this treatment circuit provides according to this button and determine whether start this microphone by this audio-frequency signal processing module.
7. magnifier apparatus as claimed in claim 1, also comprise a button, this key configurations and electrically connects this treatment circuit on this housing, so that the signal that this treatment circuit provides according to this button and determine this image of whether determining that this image sensering device senses.
8. magnifier apparatus as claimed in claim 1, comprise that also one switches switch, this change-over switch system is configured on this housing, and electrically connects this treatment circuit, so that the signal that this treatment circuit provides according to this change-over switch and switch different users's record data.
9. data transmission relay comprises:
One wireless transport module;
One communication module;
One image identification module; And
One processing unit, electrically connect this wireless transport module, this communication module and this image identification module, this processing unit is in order to receive an image by this wireless transport module, and utilize this this image of image identification module identification obtaining an identification result, and then utilize this communication module that this identification result is sent to an electronic installation.
10. data transmission relay as claimed in claim 9, wherein this processing unit receives this image that sends as this application claim the 1st described magnifier apparatus.
11. data transmission relay as claimed in claim 9, also comprise a combination picture splicing ear, this combination picture splicing ear electrically connects this processing unit, so that this processing unit can be sent to a display with this identification result by this combination picture splicing ear, and then utilizes this display to demonstrate this identification result.
12. data transmission relay as claimed in claim 9, also comprise an audio-frequency signal processing module, this audio-frequency signal processing module electrically connects this processing unit, so that this processing unit can be converted to analog form with a voice signal by digital form by this audio-frequency signal processing module, and control a loudspeaker according to this and sound.
13. a far-end care system comprises:
One magnifier apparatus comprises:
One convex lens;
One framework is in order to clamp this convex lens;
One grip part connects this framework, and this grip part is a housing;
One image sensering device is in order to a precalculated position sensing one image on these convex lens; And
One treatment circuit is configured in this housing, and electrically connects this image sensering device, and to obtain and to handle this image, this treatment circuit also sends out with wireless mode in order to will handle this image later; And
One data transmission relay comprises:
One first wireless transport module;
One communication module;
One image identification module; And
One first processing unit, electrically connect this first wireless transport module, this communication module and this image identification module, this first processing unit is in order to receive this image that this magnifier apparatus is transmitted by this first wireless transport module with wireless mode, and utilize this this image of image identification module identification obtaining an identification result, and then utilize this communication module that this identification result is sent to an electronic installation.
14. far-end care system as claimed in claim 13, wherein this image sensering device comprises:
One photosensitive device has a plurality of photo-sensitive cells, and this photosensitive device makes each photo-sensitive cell can correspondingly produce one of the analog form image sensing signal in order to this this image of precalculated position sensing on these convex lens; And
One picture signal processing module, be configured in this housing, and electrically connect this photosensitive device, to receive the image sensing signal of these analog forms that these photo-sensitive cells are produced, and convert each image sensing signal that receives to digital form, so that this image can be obtained and handle to this treatment circuit according to the image sensing signal of these digital forms.
15. far-end care system as claimed in claim 14, wherein this treatment circuit comprises:
One second wireless transport module; And
One second processing unit, electrically connect this picture signal processing module and this second wireless transport module, obtain and handle this image in order to the image sensing signal that receives these digital forms, and send out with wireless mode by this second wireless transport module in order to this image after will handling.
16. far-end care system as claimed in claim 13, wherein this magnifier apparatus also comprises:
One microphone is in order to obtain a sound signal; And
One audio-frequency signal processing module, be configured in this housing, electrically connect this microphone and this treatment circuit, in order to receive this sound signal, and this sound signal is converted to digital form by analog form, so that this treatment circuit can be obtained this sound according to the sound signal of this digital form, and this sound is sent out.
17. far-end care system as claimed in claim 16, wherein this magnifier apparatus also comprises a loudspeaker, this loudspeaker electrically connects this audio-frequency signal processing module, so that this treatment circuit can be converted to analog form with a voice signal by digital form by this audio-frequency signal processing module, and control this loudspeaker according to this and sound.
18. far-end care system as claimed in claim 16, wherein this magnifier apparatus also comprises a button, this key configurations is on this housing, and electrically connect this treatment circuit, so that the signal that this treatment circuit provides according to this button and determine whether start this microphone by this audio-frequency signal processing module.
19. far-end care system as claimed in claim 13, wherein this magnifier apparatus also comprises a button, this key configurations is on this housing, and electrically connect this treatment circuit, so that the signal that this treatment circuit provides according to this button and determine this image of whether determining that this image sensering device senses.
20. far-end care system as claimed in claim 13, wherein this magnifier apparatus comprises that also one switches switch, this change-over switch system is configured on this housing, and electrically connect this treatment circuit, so that the signal that this treatment circuit provides according to this change-over switch and switch different users's record data.
21. far-end care system as claimed in claim 13, wherein this data transmission relay also comprises an audio-frequency signal processing module, this audio-frequency signal processing module electrically connects this first processing unit, so that this first processing unit can be converted to analog form with a voice signal by digital form by this audio-frequency signal processing module, and control a loudspeaker according to this and sound.
22. far-end care system as claimed in claim 13, wherein this data transmission relay also comprises a multi-medium data processing module, this multi-medium data processing module electrically connects this first processing unit, shows a picture so that this first processing unit can be controlled a display by this multi-medium data processing module.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW102110529A TWI514307B (en) | 2013-03-25 | 2013-03-25 | Magnifying glass apparatus, data transmission relay apparatus, and remote health-care system |
| TW102110529 | 2013-03-25 |
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| CN103258189A true CN103258189A (en) | 2013-08-21 |
| CN103258189B CN103258189B (en) | 2016-06-08 |
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| CN201310162845.6A Active CN103258189B (en) | 2013-03-25 | 2013-05-06 | Magnifier device and far-end care system |
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| CN104199184A (en) * | 2014-08-18 | 2014-12-10 | 苏州倍力信电气有限公司 | Novel digital handheld memory magnifier |
| CN104678545A (en) * | 2015-04-01 | 2015-06-03 | 邬晨燚 | Sound production magnifying glass |
| EP3045951A1 (en) * | 2015-01-15 | 2016-07-20 | Essilor International (Compagnie Generale D'optique) | Loupe with camera |
| CN107942505A (en) * | 2017-11-03 | 2018-04-20 | 苏州莱测检测科技有限公司 | A kind of detection magnifying glass with recording function |
| DE102021200779A1 (en) | 2021-01-28 | 2022-07-28 | interfeld UG (haftungsbeschränkt) | Digital toy for imparting knowledge about objects in the environment |
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| CN202093242U (en) * | 2011-05-30 | 2011-12-28 | 陶纯堪 | Digital camera magnifier |
| CN202121651U (en) * | 2011-07-05 | 2012-01-18 | 深圳市三木通信技术有限公司 | Mobile phone with magnifier |
| TWM439466U (en) * | 2012-06-26 | 2012-10-21 | Ming-Shi Chen | Navigator eyeglass for blind persons |
| CN102928342A (en) * | 2012-10-31 | 2013-02-13 | 江南大学 | Fabric weave analyzing and recording system based on enlarged image |
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| CN104199184A (en) * | 2014-08-18 | 2014-12-10 | 苏州倍力信电气有限公司 | Novel digital handheld memory magnifier |
| EP3045951A1 (en) * | 2015-01-15 | 2016-07-20 | Essilor International (Compagnie Generale D'optique) | Loupe with camera |
| CN104678545A (en) * | 2015-04-01 | 2015-06-03 | 邬晨燚 | Sound production magnifying glass |
| CN107942505A (en) * | 2017-11-03 | 2018-04-20 | 苏州莱测检测科技有限公司 | A kind of detection magnifying glass with recording function |
| DE102021200779A1 (en) | 2021-01-28 | 2022-07-28 | interfeld UG (haftungsbeschränkt) | Digital toy for imparting knowledge about objects in the environment |
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| TW201437956A (en) | 2014-10-01 |
| TWI514307B (en) | 2015-12-21 |
| CN103258189B (en) | 2016-06-08 |
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