CN204876673U - Inflatable photograph pavilion - Google Patents

Abstract

The utility model provides an inflatable photograph pavilion, it includes embedded lighting apparatus, additional lighting apparatus, display and controller for it is convenient photographic. The photograph pavilion is carried with all additional lighting apparatus and controller easily. The various illumination lamps and lanterns that the photograph pavilion contains are controlled by the hand -held type controller, the hand -held type controller allows the user to adjust the colour and the intensity of illumination of light to supply the user to take pictures. Controller and/or solitary treater joinable to network to the photo that the conveying of accessible E -mail was shot perhaps is distributed to social media with the photo of shooing.

Description

Air filling type photographic booth

Cross reference related application

This application claims the priority of the U.S. Provisional Application number 61/865,073 submitted on August 12nd, 2013, comprise this case in full, with for referencial use.

Technical field

The utility model relates to camera head, more specifically, relates to a kind of rapidly aerated air filling type one camera head with exitting.

Background technology

Camera is a kind of for recording the optical instrument with capturing static image, moving image and even video content.Shooting content storage, on photosensitive film or other media, is directly stored in camera internal or is stored in outside device in independent position.The lens be placed on before camera-enabled module front project on the recordable medium, for picture catching and storage for allowing incident light.Be not enough to meet that the object of user is various arranges at natural light, flash lamp and other lighting engineering are used to record image and video content.Along with scientific and technological progress makes digital camera become very general in photography, user is made immediately to access recorded content, to carry out checking and editing.

Printer is a kind of electronic installation, and this device uses various method to print the physical copy of the record shooting medium with various resolution ratio.Printer receives photographic content by directly or indirectly connecting from computer or camera.Printer uses the various methods of printed drawings picture (including but not limited to laser, ink-jet, carbon dust and magazine).The ink of multiple choices also can be used in printer, and often kind of ink is designed to the particular demands meeting user.

Photographic booth is the undetermined closed area of size, and this region comprises camera head, printing equipment, seating area, hidden wall or curtain and for creating at the scene and other peripheral hardwares of photograph print and annex.These devices are usually contained in individual unit (being called wayside pavilion) or are arranged in multiple positions of photographic booth.Photographic booth is self-service device normally, but more complicated photographic booth can have photographic booth waiter, and waiter can help client to use and operate spendable any Premium Features.Photographic booth is operated by client usually, and accepts the various means of payment.Once photographic booth have taken the paid photo of this series, photographic booth just starts to print this operation automatically.

Although have photographic booth in the prior art, photographic booth normally can not the fastening devices of easily assembly and disassembly fast.Although the technology upgraded reduces the size of Optical devices, printer, display and processor, photographic booth still has identical size.Therefore, need a kind of photographic booth, this photographic booth utilizes the technology upgraded, and reduces its size, provides portability transport being provided to less restriction, for suitable position and purposes provide more flexibility, and provides assembly and disassembly faster.The utility model meets these and other demands.

Utility model content

In it is the most general, the utility model provides a kind of air filling type photographic booth, and this photographic booth utilizes the technology upgraded, and reduces its size and provides transportability for rapid-assembling and dismounting operation.The utility model, by directly providing photographic booth service in the position of user, provides the convenience and flexibility that exceed traditional photography booth.And when dismantling and exit, the utility model is very safe and durable.This realizes by creating a kind of air filling type photographic booth, and this air filling type photographic booth in use inflatable is that it is full-scale, but when not using, can be reduced into the sub-fraction of this size, for convenient transport.Air filling type photographic booth is a kind of for carrying out the ideal chose carried when being in deflation status.There is not recognizable shape and minimum size, for being carried by photographic booth and being repositioned onto almost any imaginabale position or occasion.

On the other hand, when photographic booth is in its inflated condition, air filling type photographic booth provides concave type structure, allows to place all inner peripheral devices, comprises camera, flash lamp, display and touch-screen.User uses the system performed by processor to operate air filling type photographic booth usually, to control photograph taking process, and allows user obtain the printing duplicate of photo or comprise the e-file of photo.In some aspects, photographic booth also can provide by being connected with internet to come at Web realease this or these photo.

On the other hand, the utility model comprises air filling type photographic booth, comprise: the aerator three-dimensional structure limited by wall portion and ceiling, described wall portion and ceiling all have outer lateral mass and towards lateral mass in air filling type three-dimensional structure inside, described interior lateral mass and outer lateral mass are connected to each other, to form space between described interior lateral mass and outer lateral mass, described space provides reservoir, for comprising air; Air-source, for filling reservoir, to make three-dimensional structure expand; Variable light source, near its bottom being arranged on wall portion and between the interior lateral mass of wall portion and outer lateral mass; First opening, it is arranged in wall portion, to provide the entrance of the inside entering air filling type three-dimensional structure; Be arranged on the camera/display assembly in the second opening, described second opening is arranged in wall portion, can see the back side of camera/display assembly from the outside of three-dimensional structure; And controller, for controlling variable light source and camera/display assembly.

In a replacement, three-dimensional structure has rectangular shape.In another replacement, air-source is fan or hair-dryer.In another replacement, variable light source is LED panel.

In yet another aspect, camera/display assembly comprises camera on the front being arranged on camera/display assembly and touch-screen display, the inside that just face toward air filling type three-dimensional structure of camera/display assembly.In yet another aspect, camera/display assembly comprises the touch-screen display on the back side being arranged on camera/display assembly, can see touch-screen from the outside of air filling type three-dimensional structure.

In yet another aspect, air filling type photographic booth comprises metal framework further, and this metal framework is arranged on the inside of air filling type three-dimensional structure.

On the other hand, camera/display assembly has upper module, and this module is supported in substrate by vertical tunable component.In yet another aspect, upper module has shell, and described shell is provided with camera and touch-screen display.

In a replacement, camera and touch-screen display are arranged on the front of upper module, and comprise the second touch-screen display be arranged on the back side of upper module further.

In another replacement, by regulating vertical tunable component, adjustable distance between upper module and substrate.

In yet another aspect, the memory that substrate comprises processor and is associated with processor, this processor is configured to receive order from controller and/or receive order, to control the operation of variable light source and camera/display assembly from camera/display assembly by software command.

In yet another aspect, the touch-screen display that controller comprises processor and controlled by processor, touch-screen display is controlled by processor, to show adjustable colour wheel and adjustable brightness slider bar.On the other hand, controller comprises communicator, for being communicated with the processor in the substrate of camera/display assembly, to provide input for processor in the substrate, use for the processor in substrate, thus control the operation of variable light source and camera/display assembly.

One replace in, adjustable colour wheel by user operation, to adjust the color value of the light provided by variable light source.On the other hand, adjustable brightness slider bar by user operation, to adjust the brightness value of the light provided by variable light source.

In another replacement, touch-screen display comprises the indicator of the component of the light provided by variable light source.On the other hand, this indicator is the value of the component representing the light provided by variable light source.

In another, air filling type photographic booth of the present utility model comprises communicator further, for the photo taken by camera/display assembly being sent to the server away from air filling type three-dimensional structure.

After the following detailed description of reading preferred embodiment, for those skilled in the art, these and other targets of the present utility model are apparent.It being understood that above-mentioned general description and following detailed description have exemplary, and aim to provide required of the present utility model further explanation.

Accompanying drawing explanation

By referring to for illustration of the following description and drawings of the present utility model, embodiment of the present utility model can be understood best.In the drawings:

Fig. 1 is the left side perspective view of an embodiment of air filling type photographic booth according to principle of the present utility model;

Fig. 2 is the elevation of the wall portion of the embodiment of Fig. 1;

Fig. 3 is the sectional view of the wall portion of Fig. 2;

Fig. 4 is the right side perspective view of air filling type photographic booth;

Fig. 5 is the rear view of air filling type photographic booth;

Fig. 6 is the back perspective view of air filling type photographic booth;

Fig. 7 is the elevation being presented at the camera of lower position and an embodiment of display assembly;

Fig. 8 is the elevation of the embodiment of the Fig. 7 of the position being presented at rising;

Fig. 9 is the camera of Fig. 7 and the rear elevation of display assembly;

Figure 10 is the elevation being presented at the camera of lower position and another embodiment of display assembly;

Figure 11 is the elevation of the embodiment of the Figure 10 of the position being presented at rising; And

Figure 12 is the elevation of the controller according to principle of the present utility model.

Detailed description of the invention

Under the background of air filling type photographic booth, in this article embodiment of the present utility model is described.It will be understood by those skilled in the art that following detailed description of the present utility model only has illustrative, and not intended to be is limited by any mode.Technician easily expects that other embodiments of the present utility model have advantage of the present disclosure.

Now, in detail with reference to the implementation of the present utility model illustrated in the accompanying drawings.In whole accompanying drawing and following detailed description, identical reference index is for representing same or analogous parts.

Now, with reference to Fig. 1-3, in one embodiment, the utility model comprises air filling type photographic booth 10.Air filling type photographic booth is made up of the air filling type semitransparent thin film needing air to work.By fan 15, for air filling type film fills air.While photographic booth runs, fan must keep running, to keep constant air pressure in air filling type film.Constant air pressure from fan also helps LED panel 20 to keep being suitable for the stable low temperature of the operating period more grown.

Fig. 2 shows an illustrative embodiments of the wall portion 40 of photographic booth 10.As shown in Figure 3, wall portion 40 has front side 45 and rear side 50.Front side 45 and rear side 50 keep roughly uniform distance each other by multiple rope, belt or other elastic connecting elements 55.Freely pass in the space that elastic connecting element allows air to produce between the front side 45 and rear side 50 of wall portion 40, when photographic booth 10 is exitted, also allow wall portion 40 to collapse and roll or fold.

And, show the horizontal joint 65 of multiple vertical joint 60 and multiple intersection in fig. 2.Vertical and horizontal joint makes the formation front side of wall portion and the film of rear side be strengthened.Seam is also for elastic connecting element 55 provides tie point.In this way, firm and resilient translucent wall portion can be formed, allow transmission light in the space that formed in wall portion, and allow light to leave the outside being transferred to photographic booth 10 from wall portion.The advantage of this translucence is, as in more detail below discuss, can control the illumination of LED panel 20, to launch shades of colour, the outside for photographic booth provides attracting, infusive and noticeable outward appearance.The shades of colour that LED panel 20 can generate also provides interesting and the effect of change, thus when photographic booth inside photographing photo, can obtain these effects.

Person of skill in the art will appreciate that, seam 60,65 alterable, to produce the block 70 of various shape in wall portion 40.Such as, block 70 can be any shape of expectation, and needs not to be rectangle.Even if panel is subject to the pressure caused in the space in wall portion that air Injection produces by front side 45 and rear side 50, block 70 also can be more smooth.Or the spacing of adjustable seam, so that the front of block 70 bends outwards, so that wall portion 40 presents be similar to the same outward appearance of quilt.

When exitting, the main body of photographic booth 10 does not have recognizable shape.In transit, suitcase shape device or other container (not shown)s being easy to carry are for fixing and protecting photographic booth and dismountable parts thereof.When inflating, photographic booth is expanded by air, to expose all operations structure of photographic booth.

When inflating, photographic booth 10 is structures of the single general square shape with single import and export 25.There is watch window 90 (peek-a-boowindow) (Fig. 6) and femerell 30, for suitable light and air draught.

In some embodiments, the interior metal framework 35 comprising two bars 37 that the interior periphery along air filling type photographic booth is located provides structure and support for photographic booth.Metal framework 35 comprises two bars 37 and upper support bar 39, and this support bar increases more support structure and carries two corner LED or panel (not shown), arranges to produce three point illumination.Metal framework also provides a kind of device connecting any other plug-in unit (additional illumination such as, used while operation photographic booth or other devices).These two adjustable rods are removably connected to two metallic substrates 41.Described connection can be formed by Metallic rod being inserted hole/axle collar of being formed in substrate 41 or be arranged in other bases in substrate 41, or such as substrate 41 can comprise vertical stretching pin, the socket that this pin is configured to be formed with the substrate in Metallic rod coordinates.

Metallic rod 47 and upper support bar 39 can be installed to the inwall (normally sidewall) of photographic booth 10.In some embodiments, by Metallic rod being removably fixed on the rope of appropriate position, belt, Velcro or similar device, bar is fixed to the corner intersected to form by the sidewall of photographic booth and antetheca or rear wall.

In one preferred embodiment, although the size of photographic booth 10 can change according to using the occasion of photographic booth and locational space restriction, photographic booth 10 has about 7 feet wide, 8 feet high and 7 feet of dark sizes.Air filling type film is made up of durable trnaslucent materials, and this material can be resisted and weares and teares normally and tear in the process of transport and Assembling and dismounting.

Photographic booth designs for larger crowd (nearly 14), to use at indoor and outdoors, and usually uses on the firmly surface of solids.And this structure to allow wheelchair to enter.For the occasion with space and less budget more closely, less photographic booth can be used.

Multiple inside and shockproof LED illumination panel 20 illuminates the semitransparent thin film of photographic booth.Compared with the traditional photography booth as permanent fixture, by using light emitting diode (LED), the semitransparent thin film that LED illuminates forms soft box.As in more detail below discuss, use colour wheel to control the LED illumination panel 20 of photographic booth, to select preferred color, surrounding environment, and LED illumination panel can comprise multiple filter.This allows user to utilize on touch-screen display from the background illumination of the 16000 kinds of color customization photographic booths wherein carrying out selecting.

Allow LED illumination panel to be inserted into along the folding part (not shown) of the bottom of often holding of air filling type membrane wall portion in the space that produces between the front side 45 of wall portion and rear side 50.In some embodiments, these folding parts are the chain grooves allowing LED panel to be placed in described wall portion, and by sewing up in wall portion " slide fastener " closes, thus once LED panel or other lighting devices are placed in the appropriate location in wall portion, just the LED panel inserted or other lighting devices is sealed.In the air filling type photographic booth 10 with typical sizes, in each folding part, be placed with two LED illumination panels 20, and extend along the bottom circumference of the wall portion of photographic booth, there are 8 LED illumination panels altogether; There are above two panels, there are two panels later, and there are two panels on each side.Once after inflation, the substrate that the weight of LED panel just provides support and auxiliary photographic booth to be kept on the ground.Certainly, the quantity being placed on the LED panel 20 on each side of photographic booth is the function of wall portion width, and can along with the overall size of photographic booth and change in shape.

Now, comprise opening 100 with reference to Fig. 4-6, one wall portion (normally adjacent with the wall portion comprising entrance 25 sidewall), this opening comprises the portable wayside pavilion of camera/display assembly 105.This wayside pavilion and camera/display assembly 105 comprise high-quality single-lens reflex (DSLR) camera, two touch-screen displays and a Dimmable LED panel.The screen being positioned at photographic booth inside shows instruction progressively, to allow easily to carry out user operation.Outer cover unit also comprises embedded electronic hoist, so that user does not need calling party interface of bending on chair or stool or stand up.By touch button, the height of adjustable lifting machine, allows the user effort more time to locate oneself to take a picture, and does not worry everyone to fit in view finder.Camera is rotating 180 deg also, to be that even more crowd takes a picture.

Fig. 7 and Fig. 8 shows an embodiment of camera/display assembly 105.In the figure 7, camera/display assembly 105 be displayed on reduction or retract position.This embodiment comprises the substrate 110 of supporting elevation thermomechanical components 115 and upper module 120.Fig. 7 and Fig. 8 is the elevation of camera/display assembly 105, and shows the diagram of the assembly presented to the user being positioned at photographic booth.

Upper module 120 comprises camera 125 and display 130.Camera 125 can be any CCD or is similar to the device of CCD, and has sufficient resolution ratio, with the photo taken under being provided in the various illumination conditions of the user's happiness making photographic booth.Display 130 can be the electronic console of any type with sufficient resolution ratio and brightness, to show by the image of captured by camera to user.When user uses display 130 to determine, and one or more user is the photo expected and suitably forming, and this display is also for checking the photo taken by camera, to determine whether photo has enough good quality or whether comprise the posture of user's expectation, to store photo or photograph print.

Substrate 110 is the shells comprising processor and other electronic equipments (such as, memory and COM1) used by camera and display.Such as, processor can be a part for computer, and this part comprises the memory for storing the image taken by camera and the display electronic equipment for the display of necessity being supplied to display 130.Also can comprise COM1 thus shown image be sent to the portable memory (such as, portable flash disc drives, mobile phone or other similar devices) of user.COM1 also can provide the communication arriving LAN or wide area network, for sending the photo taken in photographic booth to other user on network.In addition, COM1 can provide the communication by internet, so that the annex of photo as Email or Email sends by the bootable processor of user, or photo (comprising any supplemental text) is published to social media, such as, Instagram, Facebook etc.

As shown in Figures 7 and 8, the upper module 120 comprising camera/display assembly can be in different height.Fig. 7 show reduce position or configuration in upper module, and Fig. 8 show raise, extend position or configuration in upper module.That hoist 115 provides rising or reduce upper module 120, can use Motor Control jack screw or similar mechanical elevator to realize this module.Or, use manually or hydraulic lifting thermomechanical components, the location of upper module can be realized.Certainly, in its simplest embodiment, hoist 155 can be replaced by static seats upper module being positioned at fixing uncontrollable height.

Controller 135 is installed (regularly or movably) in upper module 120.Controller can by user operation, to select illuminating color or brightness, for taking pictures.Controller can communicate with the processor in substrate 110, and can be used for other functions of controller photographic booth, and the printing of control photo, transmission Email or issue.

Fig. 7 also show lamp box 137, and this lamp box is alternatively for supplementing obtainable light from other lightings.In this embodiment, lamp box 137 also can be controlled by controller 135.

Fig. 9 shows the rear elevation of the camera/display assembly 125 of Fig. 7 and Fig. 8.Mobile device or display 150 are positioned to can see from the outside of air filling type photographic booth.Display can be touch-screen, and allows by the effective various operation of the processor access of the substrate 110 being arranged in camera/display assembly.Or display 150 also can be associated with control panel or controller (not shown), this control panel or controller allow the various functions of user operation photographic booth.

Display 150 is used as two objects.First, shuttle back and forth in the place of the inside away from photographic booth display client, guarantees not need to wait as long for the photo that just can obtain shooting.Secondly, because social media is more and more welcome, so by using touch panel, control panel or controller, user can check all moving-pictures, editing picture, delete picture and picture is sent to Facebook, Twitter or E-mail address.Use the control be associated with display 150, also can obtain the self-defined figure of all photos.

Figure 10 and Figure 11 shows another embodiment of camera/display assembly 200.In this embodiment, camera/display assembly comprises substrate 205, hoist 215 and upper module 220.As mentioned above, substrate can comprise processor (or computer), and also comprises machinery, electric or hydraulic test if desired, for controlling hoist 215.

Upper module 220 comprises camera 225 and display 230.Display 230 can be touch-screen display.As mentioned above, controller 235 is also comprised.

Upper module 220 can comprise various lighting apparatus in addition, to guarantee that the illumination in photographic booth is balance.In some embodiments, this lamp supplements the illumination provided by LED panel 20 (Fig. 1).Battery powered lamp also can hang from the upper support bar 39 of metal framework 39 (Fig. 1) and under, or auxiliary lamp can be provided by the soft box light units be known in the art.

Extra additional illumination can be provided by the LED circular lamp 240 be arranged on around camera 225.When needs even more throw light on, light panel 245 and/or 250 can be arranged on upper module 220.Controller 235 can be used to control all spendable illuminations.

Figure 10 shows the camera/display assembly in lower position.Figure 11 show raise or the camera/display of position that extends.An advantage of the various embodiments of camera/display is, can locate upper module by user, so that user can take the photo of various user's posture, and does not require user to bend over or is sitting on chair to make the face of user consistent with camera.

Figure 12 shows an embodiment according to controller 335 of the present utility model.Controller 335 is configured to hand-held usually, and can have and be considered to desirable any shape factor, such as (being only citing) and be not limited to the shape of iPhone or other mobile phones, miniature plate computer, panel computer, TV remote control etc.Although the following discloses a specific setting of function, when not deviating from desired extent of the present utility model, can be controller increases other features or setting.And, person of skill in the art will appreciate that, owing to control or the position of feature can change along with the needs of specific controller, so the setting of control on the controller or feature is not limited to the utility model.

Controller 335 comprises processor and the memory for storing control information and any other data relevant with captured photo.By the suitable software-controlled processor comprising order, these command instructs processors accept the input of user, and control the environment (especially the illumination of photographic booth) of the shooting various aspects of flow process and the inside of photographic booth.Controller is also configured to carry out communicate (Fig. 1) with the processor of the substrate 105 being arranged in camera/display assembly 120.

Usually, controller 335 comprises touch-screen display 300.Button 305 (also tangible activation) is used to open or close the display 300 of controller.

Touch-screen 300 is also configured to multiple touch sensitive controllers of the illumination (such as, the color of LED panel 20 (Fig. 1) or circular lamp 240 or supplementary lamp 245,250 (Figure 10) and brightness) shown for controlling photographic booth.There is colour wheel 310 between those touch sensitive controllers.

Colour wheel 310 is touch-sensitive displays, and this display allows user to use finger or contact pilotage to engage with colour wheel, to change the color of the illumination provided by the various illuminace components of above-mentioned photographic booth.Usually, colour wheel has the part of display different colours, such as, the part 315 comprising blue shading, the part 320 comprising red shade, comprises the part 325 of green overcast and comprises the part 330 of light blue shade.Although in fact, the colour wheel shown in fig. 12 is shown as has four different parts, and display can in the mode that those skilled in the art are afamiliar with, the change of continuous print each other of red, the green and blue shading of display.

Colour wheel 310 also can comprise center touch button 335, activates this button, is placed in neutral-tone by lamp.In some embodiments, also there is the indicator lamp 340 of the state of indicating controller.

Touch-screen 300 can comprise RGB indicator panel 340.This panel comprises independent display, the intensity of each redness, blueness and green component that these display indicating users are selected during operation colour wheel 310.Such as, red display 345 shows the numerical value relevant to the intensity of the red light component selected on colour wheel by user, green display 350 shows the numerical value relevant to the intensity of the green component selected by user, and blue displays 355 shows the numerical value relevant to the intensity of the blue light components selected by user.As will be appreciated by those of skill in the art, various intensity (also referred to as tone) combines, and to produce the light of certain color, then, this color is used for throwing light on photographic booth during shooting session.In this way, user can select specific illumination scheme, provides the photographic effect of expectation.

In addition, touch-screen 300 comprises brightness slider bar 360.Brightness slider bar 360 comprises touch button 365.Touch button 365 can by user operation, to increase or to reduce the brightness of the light produced by the various illuminace components of photographic booth.Touch button 365 provides the visual cues of the light levels about lamp along the position of brightness slider bar 360 for user.

In some embodiments of controller, the control operation of controller activates illumination in real time, that is, by activating the change of the color of the light that colour wheel 310 inputs and the color of the illumination of photographic booth and the change of brightness can being reflected in real time by the change of the brightness of the light of operation touch button 365 control.In other embodiments, preserve arrange by pressing touch 375, this impels the setting of storage colour wheel and brilliance control to be stored in the memory of controller.

Other embodiments of controller 335 can comprise a more than colour wheel or brightness slider bar, for controlling various illuminace component independently of one another.Such as, controller 335 can be provided for controlling a colour wheel of LED panel 20 (Fig. 1) and brightness slider bar, for controlling another colour wheel of light panel 234,250 (Figure 10) and brightness slider bar and the independent colour wheel of for controlling circular lamp 240 (Figure 10) one and brightness slider bar.Or, single colour wheel can being provided, for controlling the color of all smooth parts, but also comprising a more than brightness slider bar, for controlling the brightness of specific illuminace component.Any possible combination of colour wheel and/or brightness slider bar is all intended to drop in scope of the present utility model.

Dye diffusion thermal transfer (DyeDiffusionThermalTransfer, also referred to as D2T2) (a kind of very high-end technology for figure punch) can be used, carry photo to print at the scene.These printed products have the special protection layer making its waterproof, and the photo storage time is significantly extended for 100 years.These printed products can be rinsed in 12 seconds, and by multiple printing template option, these printed products can be obtained.Various technology (such as, Wi-Fi, RF, bluetooth etc.) can be used, by wired or wireless network, send photo to printer.

Air filling type photographic booth is also equipped with display, for immediately finding a view for user provides based on following two objects.First, real-time display device allows the client waited in the outside of photographic booth to check real-time display at the inner occurrence of photographic booth.Secondly, instant viewfinder display changeable one-tenth screen preservation mode, and there is the ability of the dynamic convergence of show events photo.

As mentioned above, the software systems performed by processor are for operate camera, flash lamp, touch-screen and printer.This system receives the input of user by touch-screen, and takes a series of photo.At shooting all photos and when having carried out all editors, the software systems performed by processor are user's printed drawings picture.Although the system performed by processor can be revised as acceptance payment, various embodiment of the present utility model is not operated by coin or currency usually.

Although more than describe the detail comprised about some parts, size and other instruction contents, it being understood that without the need to these details, also can put into practice any combination of embodiment of the present utility model or these embodiments.Specifically, although in above embodiment designated shape and color, any shape and color can be used.These details should not be construed as the scope limiting any embodiment, but are only interpreted as current illustration preferred embodiment.In other cases, do not show well-known structure, parts and technology, clearly to explain details of the present utility model.

Claims (19)

1. an air filling type photographic booth, is characterized in that, described air filling type photographic booth comprises:

The air filling type three-dimensional structure limited by wall portion and ceiling, described wall portion and ceiling all have outer lateral mass and towards lateral mass in described air filling type three-dimensional structure inside, described interior lateral mass and outer lateral mass are connected to each other, to form space between described interior lateral mass and outer lateral mass, described space provides reservoir, for comprising air;

Air-source, for filling described reservoir, to inflate three-dimensional structure;

Variable light source, near its bottom being arranged on described wall portion and between the interior lateral mass of wall portion and outer lateral mass;

First opening, it is arranged in described wall portion, to provide the entrance of the inside entering described air filling type three-dimensional structure;

Be arranged on the camera in the second opening and display assembly, described second opening is arranged in described wall portion, can see the back side of described camera and display assembly from the outside of described three-dimensional structure; And

Controller, for controlling described variable light source and described camera and display assembly.

2. air filling type photographic booth according to claim 1, is characterized in that, described three-dimensional structure has rectangular shape.

3. air filling type photographic booth according to claim 1, is characterized in that, described air-source is fan or hair-dryer.

4. air filling type photographic booth according to claim 1, is characterized in that, described variable light source is LED panel.

5. air filling type photographic booth according to claim 1, it is characterized in that, described camera and display assembly comprise camera on the front being arranged on described camera and display assembly and touch-screen display, described camera and display assembly just facing to the inside of described air filling type three-dimensional structure.

6. air filling type photographic booth according to claim 5, it is characterized in that, described camera and display assembly comprise the touch-screen display on the back side being arranged on described camera and display assembly, can see described touch-screen display from the outside of described air filling type three-dimensional structure.

7. air filling type photographic booth according to claim 1, is characterized in that, described air filling type photographic booth comprises metal framework further, and described metal framework is arranged on the inside of described air filling type three-dimensional structure.

8. air filling type photographic booth according to claim 1, is characterized in that, described camera and display assembly have upper module, and described upper module is supported in the substrate of described camera and display assembly by vertical tunable component.

9. air filling type photographic booth according to claim 8, is characterized in that, described upper module has shell, and described shell is provided with camera and touch-screen display.

10. air filling type photographic booth according to claim 9, is characterized in that, described camera and touch-screen display are arranged on the front of described upper module, and comprise further be arranged on described upper module the back side on the second touch-screen display.

11. air filling type photographic booths according to claim 8, is characterized in that, by regulating described vertical tunable component, and the distance between adjustable described upper module and described substrate.

12. air filling type photographic booths according to claim 1, it is characterized in that, the memory that the substrate of described camera and display assembly comprises processor and is associated with processor, described processor is configured to receive order from described controller and/or receive order, to control the operation of described variable light source and described camera and display assembly from described camera and display assembly by software command.

13. air filling type photographic booths according to claim 1, it is characterized in that, the touch-screen display that described controller comprises processor and controlled by described processor, described touch-screen display is controlled by described processor, to show adjustable colour wheel and adjustable brightness slider bar.

14. air filling type photographic booths according to claim 13, it is characterized in that, described controller comprises communicator, for with the processor communication in the substrate of described camera and display assembly, so that for the described processor in described substrate provides input, use for the described processor in described substrate, thus control the operation of described variable light source and described camera and display assembly.

15. air filling type photographic booths according to claim 13, is characterized in that, described adjustable colour wheel by user operation, to adjust the color value of the light provided by described variable light source.

16. air filling type photographic booths according to claim 13, is characterized in that, described adjustable brightness slider bar by user operation, to adjust the brightness value of the light provided by described variable light source.

17. air filling type photographic booths according to claim 15, it is characterized in that, described touch-screen display comprises the indicator of the component of the light provided by described variable light source.

18. air filling type photographic booths according to claim 17, is characterized in that, described indicator is the value of the component representing the light provided by described variable light source.

19. air filling type photographic booths according to claim 1, is characterized in that, described air filling type photographic booth comprises communicator further, for the photo taken by described camera and display assembly being sent to the server away from described air filling type three-dimensional structure.