CN203385983U - Hand-held apparatus with constellation image projection - Google Patents

Hand-held apparatus with constellation image projection Download PDF

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Publication number
CN203385983U
CN203385983U CN201320471044.3U CN201320471044U CN203385983U CN 203385983 U CN203385983 U CN 203385983U CN 201320471044 U CN201320471044 U CN 201320471044U CN 203385983 U CN203385983 U CN 203385983U
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module
constellation
image
hand
data
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CN201320471044.3U
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Chinese (zh)
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王秋松
王天佐
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Individual
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Abstract

The utility model provides a hand-held apparatus with constellation image projection, for a user to hold and carry conveniently. The main body of the hand-held apparatus is provided with a lens portion for projection, and a focusing portion for adjusting the amplification or reduction of an image. The main body is internally provided with various modules (e.g., an image projection module, a data storage module, an audio-video processing module, a processor module and a power supply module) so that various constellation data is stored in the hand-held apparatus. In practical use, the user can randomly project different constellation image data by using the hand-held apparatus so that the hand-held apparatus can be used in constellation observation or teaching. Furthermore, surrounding constellations or nearby constellations (e.g., the Great Bear, the Little Bear) can also be accurately detected, and corresponding constellation images can be projected from the constellation data. Besides, the hand-held apparatus can also provide sound effects of the corresponding constellation images as teaching explanation or knowledge education and the like during constellation observation.

Description

Hand-held device with constellation image projecting
Technical field
The utility model, relevant for a kind of hand-held device, refers in particular to a kind of hand-held device with constellation image projecting.
Background technology
As everyone knows, so-called " constellation disc ", be that data is printed on cardboard, form simple condition and set (such as season, date in month etc.), and via comparison starry sky the mode with constellation disc, reaching the purpose of seeing star and appreciating star.
Although many people are full of interest to astronomy and constellation, but in nobody's guidance and explanation situation, own with constellation disc and compass, in the night sky, watched half a day, but still can't determine that there, what see is those stars to that constellation real position actually actually.Because constellation disc is a reduced plan, if while corresponding to the astronomical astrology in whole space, accumulated by professional training and long-term experience.In addition, if weather is having in black clouds or light evil situation, weak constellation, the star of luminosity often covered and can't effectively be manifested, even specialty or experienced personnel, when the operation constellation disc, also can bring the puzzlement and inconvenience of certain degree.Moreover, because our orientation, place, longitude and latitude, viewing time, direction and angle are all different, observe also difference to some extent of the astronomical star seen.
In addition, constellation disc or conventional constellation dish relevant for common technology, although can reach the basic demand that should possess seeing the concise and to the point function aspects of star, during practical application, for requiring the aspect of astrology observation accurately, for orientation, angle or direction, still can't effectively maintain its accuracy.So, in the situation that known constellation disc shortcomings and not enough, and can't bring into play effective Practical Benefit; So the present utility model people is through under doing painstaking research all the year round, proposes a kind of effective improvement, overcome the innovative technology of above-mentioned known or conventional constellation dish.
The utility model content
The purpose of this utility model is to provide a kind of hand-held device with constellation image projecting, effectively solve the shortcoming of above-mentioned constellation disc commonly used or the existing problem of conventional constellation dish (accurately the maintaining of performance, adaptability) and the first-class all deficiencies of industry application specificity, can improve the ability of relative positioning and navigation while observing planisphere.
The purpose of this utility model is to provide a kind of hand-held device with constellation image projecting, only by simple hand-held device (for example: electric torch) under the design, not only carrying convenience, easy to operate, save numerous and diverse sight star ability and technology, even common people or astrology beginner, equal left-hand seat fast, convenient operation is controlled, and institute's range of application is all unfavorable without institute, not only can reach more accurate constellation observation effect, and have the practicality of industry or teaching concurrently.
The purpose of this utility model is to provide a kind of hand-held device with constellation image projecting, no matter whether weather environment is severe, all can have the image projecting display effect, and the business that can be applicable to family expenses or astronomical observatory is used field.
For reaching above-mentioned purpose, the utility model by the following technical solutions:
A kind of hand-held device with constellation image projecting, it comprises: a main body that provides the user to grip, an image projection module, a data storage module, an image processing module, a processor module and a power supply module.Wherein, this main body has a camera lens part and a focusing section; This image projection module is located at this body interior, and this image projection module goes out a constellation image in this camera lens part for projection; This data storage module is located at this body interior, and this data storage module is for receiving and store at least one constellation data; This image processing module is located at this body interior, and this image processing module is for these constellation data are done to image processing, and the data that transmits is to this image projection module, so that this projection module manifests a constellation image; This processor die is mounted on this body interior, and this processor module is connected in this image projection module, this data storage module, this module of automatically locating and navigate, this image processing module and this processor module, for the treatment of the running of above-mentioned each module; This power supply module is located at this body interior, and this power supply module is connected in this processor module, for this image projection module, this data storage module, this module of automatically locating and navigate, this image processing module and the required electric power of this processor module are provided; Wherein, this camera lens part is corresponding to this image projection module, and, by this constellation image do emission demonstration, this focusing section adjusts this image projection module, makes this constellation image be zoomed in or out.
Further:
Described image projection module has: a light source, a lens combination and a display screen; This light source sends light beam, and this lens combination is by the light beam projecting of this light source to this display screen, and the constellation image that this display screen is presented do to receive and be projected to described camera lens part, and this display screen presents the constellation image that this image processing module transmits.
Described display screen is a LCD liquid crystal panel.
Described focusing section adjusts the display screen of described image projection module and the focal length between described lens combination.
Device also comprises: a communication transfer module, be located at described body interior, and be connected in described processor module, for inputting/receive the communication transfer of an outside data, and this outside data is stored in to described data storage module.
Described image processing module has a sound module, coordinates described constellation image and sends accordingly an audio sound.
The inside of described main body also is provided with: a pattern switching module, be connected in described processor module, and for two kinds of pattern intercropping switchings, these two kinds of patterns comprise: an acoustic pattern and a stellar map display mode.
The inside of described main body also is provided with: a state shows and to be connected in described processor module by module, for presenting the constellation message of described image projection module institute projection.
Described main body has one first principal part and one second principal part, and described focusing section arranges between this first principal part and the second principal part, in order to adjust the movement between this first principal part, the second principal part, so that the focal length of described image projection module is adjusted.
Device also comprises: one is located at automatic location and the navigation module of described body interior, be connected in described processor module and described power supply module, for automatically locating and guide out constellation orientation and a position, and, from the constellation data of described data storage module, find screening and the corresponding constellation data of matching.
Hand-held device with constellation image projecting of the present utility model, can provide the user to come arbitrarily projection to go out the different data such as planisphere picture, is conducive to constellation observation or teaching explanation purposes; In addition, also can present the constellation data identical with user orientation, direction or angle, need not compare, more needn't take time under search, can show the data that constellation is identical.Moreover, under homing guidance and location auxiliary, the user need not input complicated data, only needs, by homing guidance and location detecting, can locate fast and obtain the constellation data.In addition, easy and simple to handle, no matter the user has experience or whether sees the star ability, left-hand seat, operation all fast, and do not affect instantaneity and the accuracy of demonstration.
The accompanying drawing explanation
Fig. 1 is the stereographic map that the utlity model has the hand-held device of constellation image projecting.
Fig. 2 the utlity model has the hand-held device of constellation image projecting in the schematic diagram of a use state.
Fig. 3 is that the hand-held device that the utlity model has the constellation image projecting uses the schematic diagram of state in another.
Fig. 4 is the structure calcspar that the utlity model has hand-held device first preferred embodiment of constellation image projecting.
Fig. 5 is the structure calcspar that the utlity model has hand-held device second preferred embodiment of constellation image projecting.
Fig. 6 the utlity model has in the hand-held device of constellation image projecting, the structure calcspar of this image projection module.
Fig. 7 the utlity model has in the hand-held device of constellation image projecting, and this is located and the structure calcspar of the module that navigates automatically.
Fig. 8 the utlity model has the hand-held device of constellation image projecting in the schematic diagram of another use state.
Embodiment
Below only with embodiment, the embodiment that the utility model is possible is described, so not in order to limit the category of the utility model institute wish protection, statement in advance.
Please refer to as shown in Figure 1 to Figure 4, Fig. 6 and Fig. 7, a kind of the first preferred embodiment with hand-held device of constellation image projecting of the utility model, hand-held device 2 for a main body 20 that provides the user to grip (for example: electric torch), can conveniently carry or take in.Main body 20 inside are provided with: an image projection module 31, a data storage module 32, are located and navigation module 33, an image processing module 34, a processor module 35 and a power supply module 36 automatically, below do relevant detailed description the in detail.
Main body 20 has a camera lens part 21 and a focusing section 22.Camera lens part 21 is corresponding to image projection module 31, and this constellation image is done to emission shows, provides the user to observe the constellation image; Focusing section 22 adjusts image projection module 31, makes the constellation image be zoomed in or out.Wherein camera lens part 21 is a len, and focusing section 22 is an external member, can utilize the relevant mode of motion such as rotation or slip, changes image projection module 31, makes image zoom or dwindles.As shown in Figure 1, in the present embodiment, main body 20 has one first principal part 23 and the second principal part 24, focusing section 22 is arranged between the first principal part 23 and the second principal part 24, mode by rotation or slide the first principal part 23, the second principal part 23, to adjust the movement between the first principal part 23, the second principal part 24, with the focal length that indirectly makes image projection module 31, adjusted, zoom in or out.
Image projection module 31, go out a suitable constellation image in camera lens part 21 for projection.Refer to as shown in Figure 6, in the present embodiment, image projection module 31 has: a light source 311, a lens combination 312 and a display screen 313.Light source 311 sends a projection light, as illuminating source; Lens combination 312 is located at respectively the forward and backward of display screen 313, lens combination 312 is projected to display screen 313 in order to the projection light that light source 311 is sent out, and the constellation image that display screen 313 is presented receives, and lens combination 312 again projects constellation image to camera lens part 21 and makes image projecting; Display screen 313 processes for show image the constellation image that module 34 transmits; Wherein, display screen 313 is a LCD liquid crystal panel.In addition, in the present embodiment, focusing section 22 adjusts the mode of the first principal part 23 and the second principal part 24, and then adjusts the display screen 313 of image projection module 31 and the focal length between lens combination 312, makes the constellation image of institute's projection be zoomed in or out.
Data storage module 32, for receiving and store at least one planisphere picture and audio data.Wherein, data storage module 32 has at least one group of memory body (or organizing memory body) more, can obtain the outside constellation data (image or audio) of transmitting, and makes hand-held device 2 store the constellation data of diversification, while in order to the user, observing constellation, so that various constellation data to be provided; Utilize data storage module 32 can store in advance relevant constellation data (as: image, audio etc.), use can be selected arbitrarily different constellations, does the projection of planisphere picture.
Automatically location and navigation module 33, for guiding and orienting constellation orientation and a position, and, from the various planisphere pictures and audio data of data storage module 32, find screening and the suitable constellation data of pairing corresponding.Refer to as shown in Figure 7, in the utility model, automatically locate and the module 33 that navigates has a GPS location and navigating instrument 331, an electronic compass and navigating instrument 332 and an electronics inclinometer 333 (or, above-mentioned any instrument).So, by GPS, locate and navigating instrument 331, electronic compass and navigating instrument 332 and electronics inclinometer 333 itself, accurately Auto-Sensing, hunt out the location of user's constellation on every side, and make the navigation feature of constellation positions.For example: ursa major (Fig. 2 and Fig. 3).
Image processing module 34, for the constellation data is done to image processing, and transmit and to be attached to image projection module 31, so that image projection module 31 is shown a constellation image.In addition, image processing module 34 has a sound module, can coordinate the constellation image and sends accordingly an audio sound, provides the user in the time of this constellation of observation, has the related sound explanation of this constellation concurrently or tells about; For example: constellation teaching explanation or constellation story, knowledge are told about, and the teaching explanation during as the observation constellation or knowledge education are told about etc.
Processor module 35 is connected in above-mentioned each module (that is: image projection module 31, data storage module 32, locate and navigate module 33 and image processing module 34) automatically, for the treatment of the functional operation of each module.In the present embodiment, processor module 35 has the processor (CPU) that a circuit board (PCB) and is located at circuit board.This circuit board can provide above-mentioned each module to do configuration, link, and each module is electrically connected at processor, is done the integration and related operation processing of each function by processor.
Power supply module 36 is connected in processor module 35, for providing above-mentioned each module (that is: image projection module 31, data storage module 32, locate and navigate module 33, image processing module 34 and processor module 35) automatically required electric power.In the present embodiment, power supply module 36 (for example: the USB Port), can be connected in an external power source and do that electric power supplements or electric power is obtained can have an outside Port.
Data storage module 32 stores the constellation data, under function by automatic location and navigation module 33, (user around or approach most user) constellation orientation and the position of can accurately automatically orienting and navigate out, and from the data bank of data storage module 32, found and screened the constellation data of a correspondence, the constellation data that image processing module 34 goes out correspondence is done image processing, and be sent to image projection module 31, make image projection module 31 projection one constellation images do the projection of image in the camera lens part 21 of main body 20.In addition, also can be chosen in and not need under automatic location and navigation module 33 functions, the user directly, from the stored relevant constellation data of data storage module 32 (as: image, audio etc.), selects arbitrarily different constellations, does the projection of planisphere picture.
Refer to shown in Fig. 2 and Fig. 3, when reality is used, user of service's (no matter whether experience or observation constellation ability are arranged) utilizes the operation of hand-held device 2, can correspondence detect on every side or near constellation, for example, and projection goes out suitable constellation image: the constellation of ursa major and corresponding image thereof.Therefore, the user does not need to possess the ability of excessive observation star or suitable experimental knowledge.As shown in Figure 8, moreover, the user can come projection ursa major and Ursa Minor by hand-held device 2, and extend five times by distance between two asterisms (α, β star) of ursa major and carry out the corresponding asterism that goes out Ursa Minor one tail end, can facility seek Polaris S, as be same as compass, utilize the constellation orientation to make the effect of guiding, get lost, get lost with open air or lose the function of finding Polaris S orientation while seeking survival.
Referring to as shown in Figure 5, is the second preferred embodiment of the present utility model.Compared to the first preferred embodiment, the difference of this enforcement is: the inside of main body 20 also is provided with: a communication transfer module 37, be connected in processor module 35, for inputting/receive the communication transfer of an outside data, as the communication transfer of the new knowledge of upgrading constellation data or supplementary other constellations, information etc.In the utility model, communication transfer module 37 can be the mode of wire communication or wireless telecommunications, in order to input/reception outside data, and this outside data is stored in to data storage module 32.Wherein, wireless communication mode, can pass through the relevant wireless modes such as Bluetooth transmission, Wi-Fi communication (wireless) or distance of near field communication (NFC).In addition, the inside of main body 20 also is provided with: a pattern switching module 38, be connected in processor module 35, for two kinds of pattern intercropping switchings, this two-mode can comprise: an acoustic pattern and a stellar map display mode switch, provide the user when operation, can select to play/impart knowledge to students purposes or stellar map demonstration purposes (image is shown or disappear) as sound.In addition, the inside of main body 20 also is provided with: a state shows module 39, is connected in processor module 35, for presenting the constellation information of 31 projections of image projection module, provides the current constellation state of user to show, for example: the state of ursa major.
In sum, the utility model provides a kind of hand-held device with constellation image projecting, there is following advantage: (one), can present the constellation data identical with user orientation, direction or angle, need not compare, more needn't take time under search, can show the data that constellation is identical.(2), under homing guidance and location auxiliary, the user need not input complicated data, only needs, by homing guidance and location detecting, can locate fast and obtain the constellation data.(3), easy and simple to handle, no matter the user has experience or whether sees the star ability, left-hand seat, operation all fast, and do not affect instantaneity and the accuracy of demonstration.The utility model is to have progressive effect in fact.
The above is preferred embodiment of the present utility model and the know-why used thereof; for a person skilled in the art; in the situation that do not deviate from spirit and scope of the present utility model; the apparent changes such as any equivalent transformation based on the technical solutions of the utility model basis, simple replacement, within all belonging to the utility model protection domain.

Claims (10)

1. the hand-held device with constellation image projecting, is characterized in that, it comprises:
One main body that provides the user to grip, this main body has a camera lens part and a focusing section;
One image projection module, be located at this body interior, and this image projection module goes out a constellation image in this camera lens part for projection;
One data storage module, be located at this body interior, and this data storage module is for receiving and store at least one constellation data;
One image processing module, be located at this body interior, and this image processing module is for this constellation data is done to image processing, and the data that transmits is to this image projection module, so that this projection module manifests a constellation image;
One processor module, be located at this body interior, and this processor module is connected in this image projection module, this data storage module, this image processing module, for the treatment of the running of above-mentioned each module; And
One power supply module, be located at this body interior, and this power supply module is connected in this processor module, for this image projection module, this data storage module, this image processing module and the required electric power of this processor module are provided;
Wherein, this camera lens part is corresponding to this image projection module, and, by this constellation image do emission demonstration, this focusing section adjusts this image projection module, makes this constellation image be zoomed in or out.
2. the hand-held device with constellation image projecting as claimed in claim 1, is characterized in that, described image projection module has: a light source, a lens combination and a display screen; This light source sends light beam, and this lens combination is by the light beam projecting of this light source to this display screen, and the constellation image that this display screen is presented do to receive and be projected to described camera lens part, and this display screen presents the constellation image that this image processing module transmits.
3. the hand-held device with constellation image projecting as claimed in claim 2, is characterized in that, described display screen is a LCD liquid crystal panel.
4. the hand-held device with constellation image projecting as claimed in claim 2, is characterized in that, described focusing section adjusts the display screen of described image projection module and the focal length between described lens combination.
5. the hand-held device with constellation image projecting as claimed in claim 1, it is characterized in that, also comprise: a communication transfer module, be located at described body interior, be connected in described processor module, for inputting/receive the communication transfer of an outside data, and this outside data is stored in to described data storage module.
6. the hand-held device with constellation image projecting as claimed in claim 1, is characterized in that, described image processing module has a sound module, coordinates described constellation image and send accordingly an audio sound.
7. the hand-held device with constellation image projecting as claimed in claim 6, it is characterized in that, the inside of described main body also is provided with: a pattern switching module, be connected in described processor module, for two kinds of pattern intercropping switchings, these two kinds of patterns comprise: an acoustic pattern and a stellar map display mode.
8. the hand-held device with constellation image projecting as claimed in claim 1, is characterized in that, the inside of described main body also is provided with: a state shows and to be connected in described processor module by module, for presenting the constellation message of described image projection module institute projection.
9. the hand-held device with constellation image projecting as claimed in claim 1 or 2, it is characterized in that, described main body has one first principal part and one second principal part, described focusing section arranges between this first principal part and the second principal part, in order to adjust the movement between this first principal part, the second principal part, so that the focal length of described image projection module is adjusted.
10. the hand-held device with constellation image projecting as claimed in claim 1, it is characterized in that, also comprise: one is located at automatic location and the navigation module of described body interior, be connected in described processor module and described power supply module, for automatically locating and guide out constellation orientation and a position, and, from the constellation data of described data storage module, find screening and the corresponding constellation data of matching.
CN201320471044.3U 2013-08-02 2013-08-02 Hand-held apparatus with constellation image projection Expired - Fee Related CN203385983U (en)

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Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104329592A (en) * 2014-11-05 2015-02-04 昆山市圣光新能源科技有限公司 Rechargeable flashlight with compass and bluetooth
CN106094399A (en) * 2016-08-16 2016-11-09 合肥东上多媒体科技有限公司 A kind of star chart projector
CN107154185A (en) * 2017-07-10 2017-09-12 尹根 A kind of hand-held fixed star and constellation instruction device
CN107407960A (en) * 2015-12-25 2017-11-28 深圳市柔宇科技有限公司 Head-mounted display apparatus

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104329592A (en) * 2014-11-05 2015-02-04 昆山市圣光新能源科技有限公司 Rechargeable flashlight with compass and bluetooth
CN107407960A (en) * 2015-12-25 2017-11-28 深圳市柔宇科技有限公司 Head-mounted display apparatus
CN106094399A (en) * 2016-08-16 2016-11-09 合肥东上多媒体科技有限公司 A kind of star chart projector
CN107154185A (en) * 2017-07-10 2017-09-12 尹根 A kind of hand-held fixed star and constellation instruction device

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