CN1154626A - Video photography system - Google Patents
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- CN1154626A CN1154626A CN 96113222 CN96113222A CN1154626A CN 1154626 A CN1154626 A CN 1154626A CN 96113222 CN96113222 CN 96113222 CN 96113222 A CN96113222 A CN 96113222A CN 1154626 A CN1154626 A CN 1154626A
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Abstract
A coin-activated video photography system includes a video camera for capturing an image, a video monitor for displaying the image captured by the video camera, a video printer for producing a photoprint representing the image captured by the video camera, a coin counter (for receiving an inserted coin, a printer for printing a receipt for the coin received by the coin counter, and a controller for operating the video camera , the video monitor, and the video printer to display an image and produce a photoprint of the image in response to insertion of a coin into the coin counter, and printing a receipt with the printer for the coin inserted into the coin counter.
Description
The present invention relates to an image shooting system of producing photo according to the imaged image of catching by a television camera, more particularly, relate to the image shooting system of a coin drive, this system is installed in the street, is used to allow numerous users by exchanging the portrait photo of taking themselves for paying coin.
The photographic system of usefulness coin drive that is installed in the routine of the street uses instant photographic material for example to produce the photo of image exposure.
Yet, with the photographic system of conventional coin drive take photo can not be corrected or be not easy and be modified.
For example,, must do some adjustment in advance, for example, change the distance between this shot subject and this camera or change the camera lens of this camera for the size of the image of determining a shot subject (typically, referring to the user).If the photo that dissatisfied this photographic system of user is produced, this user must take a photo again to produce another photo so, and this just causes having consumed other time and currency.
When the user wanted four photos, the photographic system of above-mentioned routine will be carried out four exposures and be obtained four photos.Four photos of Chan Shenging can not be critically identical each other like this, and the needs that are not suitable for certificate photograph and so on obtain the place of photo identical from one another.
Conventional photographic system does not possess usually, sends the device of receipt automatically by the paid amount of money of taking a picture of user.Therefore, Chang Gui photographic system need be write receipt by hand by the special messenger.Do not having a such man-hour, this conventional photographic system can not be used at the photo of being produced by this photographic system and be used for commercial purposes and so pair place that the amount of money of taking a picture can obtain an indemnity as consumption.
And, if have a kind of color or density unevenness even or a color spot arranged on the background of an object of taking, so with conventional coin-when the driving camera arrangement was taken the photo of this object, above-mentioned a kind of color or density unevenness were spared or a color spot is also clapped therein.If change the color of the background of an object, so, up to now, must before this background, put one act or replace this background board with other background board.
Recommended a image shooting system for consumer's use, this system catches the image of an object with a television camera, to be sent to a TV printer from a vision signal of this television camera, and produce the photo that image that this TV printer caught obtains.At this image shooting system, the picture of this vision signal or zone are divided out and are stored in the memory, and produce a photo according to the signal of video signal of this storage.Therefore, the user confirming by being sent to video-frequency monitor and being stored in after wherein vision signal is presented at image on the video-frequency monitor, just the photo that can take requiredly.
Yet for a picture or the zone by a vision signal of being stored produces photo, this user must do various settings, for example the quantity of the size of photo and the photo that will produce.This user will do such setting and want spended time, and for a device that carries out such setting be a kind of labyrinth that many action buttons etc. are arranged.
If this image shooting system that uses for the consumer is in the street, for numerous user charges use with clap its portrait photo, then the operation carried out on this image shooting system of each user is complicated, very heavy and time taking.Therefore, this image shooting system efficient that is used for this situation is low.
A kind of image shooting system that can easily produce photo according to vision signal is disclosed in Japanese patent application No. is the patent of 7-190717.
The image shooting system that discloses has a television camera that is fixedly mounted on the main system shell.Therefore, the represented image of the vision signal that this television camera produced comprises a fixing background, and this background is too dull and fulsome to being happy to repeatedly to use the user of this image shooting system really.Recommended some pictorial backgrounds are introduced in the photo, but that this suggestion has been proved to be is unsatisfactory.
The photo that recommended another image shooting system is produced has by the photographic film of exposure or the record-reproduce head of recording and reprocesses the setting that obtains.The image shooting system structure of this recommendation is very complicated, because it needs a copy device to produce vision signal with the photographic film that duplicates those exposures or needs a video tape recorder that the tape of image is arranged with the record of resetting.
This conventional image shooting system can be revised imaged image by an electric treatment before producing a photo according to imaged image.Especially, if will be changed by the background of the resulting object of this television camera, the known technology that is called so-called chroma key by employing replaces this background image with a different background image so.Yet this chroma key function makes this image shooting system complicated and expensive, because it requires this image shooting system that one picture memory that is used for the time synchronized of signal is arranged.
One of purpose of the present invention provides a kind ofly takes a desired photo after confirming the imaged image of a correspondence, produce the multiple pictures of an image simultaneously, and automatically sends the image shooting system of the receipt of an amount of money of paying one or more photo.
Another object of the present invention provides an image shooting system, and this system requirements user compares the setting that simply is used to produce photo, and has fairly simple being used to import the device of setting.
Another purpose of the present invention provides an image shooting system, and this system can introduce outside vision signal to produce photo, and these photos repeatedly use the user of this image shooting system that enough big attraction is arranged to thinking.
A further object of the present invention provides an image shooting system, and this system is easy to and changes cheaply the colour of the background image of a vision signal, with the video signal generating one desired photo according to this change.
According to the present invention, the image shooting system that provides a usefulness coin to drive, this system comprises that one is used to catch the television camera of an image, one is used to reproduce the televimonitor of the image of being caught by this television camera, one is used to produce the TV printer of the photo of the image of being caught by this television camera, one is used to the coin counter of the coin accepting to insert, one is used to print the printer of the receipt of the coin of being accepted by this coin counter, be used to control this television camera with a controller, this televimonitor and this TV printer receipt to show an image and when coin inserts this coin counter, to take this image photograph and insert the coin of coin counter with this printer prints.
According to the present invention, the image shooting system of one usefulness coin drive also is provided, this system comprises that one is used to catch the television camera of image, one is used to show the televimonitor of the image of being caught by this television camera, one is used to produce the TV printer of the photo of the image of being caught by this television camera, one is used to receive the coin counter of the coin of insertion, one is used to send the lighting device of illumination light, be used to handle this television camera with a controller, this televimonitor, with this TV printer to show an image and when coin inserts this coin counter, to press the photo that exposure button is taken this image, with printer print one insert this coin counter coin receipt and handle this TV printer when depressing this exposure button and another action button correspondence obtain multiple pictures.
According to the present invention, the image shooting system of one coin drive also is provided, this system comprises that one is used to catch the television camera of an image, one is used to show the televimonitor of the image of being caught by this television camera, one is used to produce the TV printer of this image photograph that this television camera catches, one is used to receive the coin counter of the coin of insertion, one is used to handle this television camera, this televimonitor, when being inserted into this coin counter, takes by coin the controller of the photo of this image with this TV printer to show an image and, with a video inputs, be used for providing the vision signal that is different from from the vision signal of this television camera to televimonitor and this TV printer.
According to the present invention, one image shooting system also is provided, this system comprises that one is used to catch the television camera of an image, one is used to show the televimonitor of the image of being caught by this television camera, one is used to produce the TV printer of a representative by the photo of the represented image of the vision signal that this television camera produced, and an extraction element and that is used to extract the background area of vision signal is used to change the device of color of the background area of this extraction.
Fig. 1 is the view according to an image shooting system of the first embodiment of the present invention;
Fig. 2 is the block diagram of image shooting system shown in Figure 1;
Fig. 3 A and 3B are the flow charts of the operation sequence of image shooting system shown in Figure 1;
Fig. 4 A is to the view of the represented photo that image shooting system produced of 4D presentation graphs 1;
Fig. 5 is the view of expression by the represented photo that image shooting system produced of Fig. 1;
Fig. 6 is the front perspective view of image shooting system according to a second embodiment of the present invention;
Fig. 7 is the block diagram of image shooting system shown in Figure 6;
Fig. 8 A, 8B and 8C are the flow charts of the operation sequence of the represented image shooting system of Fig. 6;
Fig. 9 is the front perspective view of the image shooting system of a third embodiment in accordance with the invention;
Figure 10 is the block diagram of image shooting system shown in Figure 9;
Figure 11 is the block diagram of the image shooting system of a fourth embodiment in accordance with the invention;
Figure 12 one comprises the side perspective schematic diagram of part square frame form of image shooting system of the coin drive of image shooting system shown in Figure 11;
Figure 13 is the front view of an operating key panel of image shooting system shown in Figure 11; With
Figure 14 is the expression photo that image shooting system produced shown in Figure 11.
Whole figure adopts identical or corresponding label to represent identical or corresponding part.
Different embodiment image shooting system according to the present invention preferably is used as the image shooting system by coin drive, and this system can be installed in the street; Make numerous users just can oneself clap the portrait of oneself by paying the bill with coin.
The vertical stack that one television camera, 1, one televimonitor, 2, one TV printers 3 are arranged according to the image shooting system of the first embodiment of the present invention as shown in Figure 1.This telephotography body machine 1 and televimonitor 2 lay respectively at their side, are respectively applied for to catch and show that portrait, this portrait typically are used to as on the certificates such as driver's license or passport.One illuminating lamp 4 is bearing in the top of this television camera 1, is used for to the place ahead of this television camera 1 emissive lighting light.This image shooting system comprises that also one is positioned at a horizontal coin counter 5 of this televimonitor 2 and this TV printer 3.One comprises that a printer 6 as thermal transfer printer etc. is installed in the upper end of this coin counter 5.
One remote-control command device 7 is connected on this TV printer 3 by a cable, is used to control this television camera 1 and this TV printer 3.This remote-control command device 7 has many action buttons, comprises that one stores button 7m, a reset button 7c, a pair of zoom button 7Z that is used to amplify with downscaled images
1, 7Z
2, one prints button 7p, with three 2,4,16 button 7d that say good-bye that respectively image division become
1, 7d
2, 7d
3
This TV printer 3 has an exit slit 30 that is installed on the front panel that LED (light-emitting diode) 3e and on its front panel is used to release the photo 8 that is produced.
This coin counter 5 has a coin on its front panel to insert seam 5i, and one is installed in the coin return slot 5b of return push-button 5c and on this front panel on this front panel.
This printer 6 has the outlet narrow slit 60 of request print button 6p and on this front panel that is installed on its front panel, this 60 receipt 9 that is used to release printing.
This image shooting system also is with the machine 10 of exchanging money.When this image shooting system was used to the street, this machine 10 of exchanging money was useful especially.
Fig. 2 represents the various assembly block diagrams of this image shooting system shown in Figure 1.
In Fig. 2, corresponding to this television camera 1 television image of catching, the vision signal that is produced by this television camera 1 is sent to this TV printer 3 and is stored in the video memory (not shown) of this TV printer 3.Then, this vision signal that is stored in the video memory of this TV printer 3 is sent in the video-frequency monitor 2.
Image shooting system has a mainboard 30 and a power supply board 40.These mainboard 30 upper supports a control microcomputer 3A, and this 3A delivers to this television camera 1 and this TV printer 3 with control signal.
The operation signal that is produced when the action button on this remote controller 7 of pressure is converted into code signal by the microcomputer 7A on this remote controller 7, and this code signal is sent among this control microcomputer 3A by the microcomputer 3B on mainboard 30.
Signal also arrives this printer 6 from this control microcomputer 3A via the microcomputer 7C on this mainboard 30.Represent the signal of the operating condition of this printer 6,, be sent among this control microcomputer 3A by this microcomputer 7C on this mainboard 30 from this printer 6.
By this coin insert narrow slit 5i be inserted into this coin counter 5 one or more coins be sent to this control microcomputer 3A for information about.Represent that the inverse signal that one or more coins return is sent to this coin counter 5 from this control microcomputer 3A.
A signal that takes place from this control microcomputer 3A also is sent to a signal (conversion) counter 50 to calculate the number of times that drives this image shooting system by this microcomputer 7C on this mainboard 30.
By a plug 60, one industrial powers, with 100 volts of electric energy supply power plates 40.These 100 volts of electric energy are transmitted to this televimonitor 2 from this power panel 40 then, this TV printer 3 and this illuminating lamp 4.5 volts and 12 volts of electric energy also are sent to this mainboard 30 and this printer 6 from this power panel 40.Control this power panel 40 by a control signal that spreads out of from this control microcomputer 3A.
Be sent to this LED 3e and microcomputer 3C from this TV printer 3 and the signal that this control microcomputer 3A sends by an OR door 31.
Fig. 3 A and 3B have illustrated the operation sequence of image shooting system shown in Figure 1, and this operation sequence is controlled by this control microcomputer 3A.
When this electric power starting, whether this control microcomputer 3A judges in step S1 that a coin or a plurality of coin insert narrow slit 5i by this coin and be inserted in this coin counter 5.If one or more coins are not inserted into this coin counter 5 in this step S1, repeat this step S1 so.If in this step S1, one or more coins have been inserted in this coin counter 5, and in step S2, this control microcomputer 3A determines by the represented amount of money of inserting of one or more coins so.If among the step S2, amount of money is not enough, and control turns back to step S1.If amount of money is enough in step S2, the microcomputer 3A that should control connects television cameras 1 at step S3 by control power panel 40 so, this televimonitor 2, this TV printer 3, this illuminating lamp 4 and this remote-control command device 7 are carried out the energized operation.
In next step S4, whether this control microcomputer 3A judges a control signal from this remote-control command device 7.If the remote signal from this remote-control command device 7 is arranged, this control microcomputer 3A judges in step S5 so, the printingout signal whether this remote control command signal is produced when representing to depress printingout button 7p.If remote signal is represented a printingout signal, this control microcomputer 3A exports a printingout and instructs TV printer 3 in step S6 so, is printed on the represented image of being stored in this video memory of vision signal.
In next step S7, this control microcomputer 3A realizes a charging process by a coin or a plurality of coin that collection is inserted into this coin counter 5.Before this control microcomputer 3A realized this charging process, the coin or a plurality of coin that are inserted in the coin counter 5 collected in the coin counter 5.After this, this control microcomputer 3A judges whether indicate the signal of printingout operation ending to return at step S8 from TV printer 3.This control microcomputer 3A repeating step S8 is till the signal of indication printingout operation ending returns from this TV printer 3.
If the signal of indication printingout operation ending returns from this TV printer 3, this control microcomputer 3A judges in step S9 whether the printingout operation of this TV printer 3 normally finishes.If the operation of the printingout of this TV printer 3 normally finishes, this control microcomputer 3A judges in step S10 so, and whether the printing request button 6p of printer 6 depresses.If the request of printing is depressed according to 6P, so, in step S11, the process of printingout receipt 9 is sent in this control microcomputer 3A indication.Especially, this control microcomputer 3A need are imprinted on receipt 9 with step S7 in the consistent data of value of the coin collected or a plurality of coins be sent to printer 6 and then these data be imprinted on the receipt 9.
Then, this control microcomputer 3A judges in step S12 whether the signal of indication printing ending returns from printer 6.This control microcomputer 3A repeating step S12 is till the signal of indication printing ending returns from printer 6.If the signal of indication printing ending returns from printer 6, so in step S13, the process that this control microcomputer 3A cuts off the electricity supply by 40 realizations of control power panel, to close this television camera 1, this TV monitor 2, this TV printer 3, this illuminating lamp 4 and remote controller 7.Behind step S13, control turns back to step S1.
If in step S4, do not have remote signal, control microcomputer 3A judges coin counter 5 in step S14 coin return push-button 5C so and be depressed or be not depressed.If press coin return push-button 5C, so, in step S15, control microcomputer 3A carries out the coin return course.In this coin return course, a coin that compiles or a plurality of coin return by coin return slot 5b.If in step S14, do not press coin return push-button 5c, control turns back to step S4 so, control microcomputer 3A repeating step S4.
In step S5, if remote signal is not a printingout signal, so, control microcomputer 3A judges in step S16 whether remote signal represents one 2 fens (divide-by-2) signals that produced when burst button 7d1 removes 2 with image when depressing.If this remote signal is represented one 2 sub-signals, so, in step S17, this control microcomputer 3A is to TV printer 3 outputs one order, to be stored in the size of the size reduction to 1/2 of the image in the video memory, and produce 2 such images that dwindled.After this, control turns back to step S4.
If in step S16, remote signal is not represented one 2 minutes signal, controls microcomputer 3A so and judges in step S18, and whether this remote signal is represented in order to come this image of five equilibrium and to press one 4 minutes the signal that is produced when saying good-bye button 7d2 with 4.If this remote signal is represented one 4 minutes signal, so, in step S19, control microcomputer 3A will be stored in the size of the size reduction to 1/4 of the image in the video memory to TV printer 3 outputs one order, and produce 4 such images that dwindled.After this, control turns back to step S4.
If in step S18, this remote signal is not represented one 4 sub-signals, and so in step S20, control microcomputer 3A judges whether this remote signal is represented in order to come this image of five equilibrium and to press one 16 sub-signals that produced when saying good-bye button 7d3 with 16.If this remote signal is represented one 16 sub-signals, so in step S21, control microcomputer 3A will be stored in the size of size reduction to 1/16 of the image of video memory to TV printer 3 outputs one order, and produce 16 images that dwindled like this.After this, control turns back to step S4.
In above-mentioned steps S16-S21, for example image shown in Fig. 4 A size is reduced to 1/2,1/4,1/16, has then obtained as Fig. 4 B respectively, 4C, 2 shown in the 4D, 4 and 16 images that dwindled.Control turns back to step S4 then, and in step S5, if remote signal is represented a printingout signal, those images that dwindled are just printed off.
If among the step S20, remote signal is not represented one 16 sub-signals, so, among the step S22, control microcomputer 3A judges whether this remote signal represents the storage signal that is produced when pressing this store button 7m, if this remote signal is represented a storage signal, so, in step S23, the control microcomputer is to TV printer 3 outputs one order, to store in this video memory by the vision signal that television camera 1 is produced, and make LED 3e energising.After this, control turns back to step S4.
If in step S22, remote signal is not represented a storage signal, and in step S24, control microcomputer 3A judges whether this remote signal represents the clear signal that is produced when depressing this reset button 7C so.If this remote signal is represented a clear signal, in step S25, control microcomputer 3A makes LED 3e outage so.After this, control turns back to step S4.
If in step S9, the operation of the printingout of TV printer 3 does not normally finish, and in step S26, control microcomputer 3A makes LED 3e energising so.After this, in step S27, control microcomputer 3A carries out a printingout troubleshooting.Specifically, the printingout fault message that control microcomputer 3A will indicate the printingout of TV printer among the step S9 to operate improper end is passed to receipt printer 6, prints a printingout signalling trouble list.
Then, control microcomputer 3A judges that in step S28 the signal of indication printing ending is to be returned or not to be returned from this printer 6.This control microcomputer 3A repeats this step S28, till indication printing ending signal is returned from printer 6.If the signal of indication printing ending is returned from this printer 6, in step S29, the microcomputer 3A of this control carries out the process in all outage sources so.
If in step S10, do not depress and print request button 6p, control so microcomputer 3A judge in step S32 the scheduled time be over and done with (time-out), still do not pass by as yet.If the scheduled time is over and done with, step S13 is jumped in control so.If the scheduled time does not pass by as yet, so, it is to insert slit 5i by this coin to be inserted into this coin counter 5 or not to be inserted into wherein that control microcomputer 3A judges at step S33 one coin or a plurality of coin.
If in step S33, a coin or a plurality of coin are not inserted in this coin counter 5, and control turns back to step S10 so.If in step S33, a coin or a plurality of coin are inserted in this coin counter 5, and so, control microcomputer 3A is in the amount of money of the definite one or more coin representatives that inserted of step S34.If in step S34, amount of money is not enough, control turns back to step S10.If in step S34, this amount of money is enough, and control turns back to step S4 so.
If the image zoom button 7Z1 of remote controller 7 is depressed in the remote signal representative, an image zoom signal that is produced during 7Z2, control each step that microcomputer 3A is similar to step S16 to S21 so, so that the image that will be printed whole or some are carried out zoom, for example at the image of amplification twice shown in Figure 5 with dwindle the image of twice.
When image during, carry out step S16 so again to S21, to replace with other images by the N/M of slice images (M=1,2,4,8) as mentioned above by N branch (N=2,4,16).
Allow the user to confirm televimonitor 2 video camera 1 image of being caught on TV according to the image shooting system of first embodiment, with TV printer 3 this image is imprinted on the photo 8 then, make this user can obtain a desired photo.This image photographic system can easily produce the identical photo of many images by printing the method that is stored in the image in the video memory repeatedly.This image shooting system also can send a receipt of clapping the amount of money that or several photos pay.
This image shooting system can drive image shooting system as a coin one, this system portrait photo of taking the certificate that is exclusively used in driving license or passport and so on commonly used, because this image shooting system can send receipt, therefore it can be applied in and produce photo for commercial object is repairable as the amount of money that is used for pair photo of consumption.
Fig. 6,7 and 8A represent a image shooting system to 8C according to second embodiment of the present invention.
Just as shown in FIG. 6, image shooting system according to a second embodiment of the present invention has a system shell, and a window 2A and a televimonitor 2 that is positioned on its front panel arranged on this shell, and this televimonitor 2 has on the screen that is positioned at this window 2A.One television camera 1 is arranged in this system shell, and the lens of this television camera can pass through half silver-plated mirror 2B, see in the center of the screen of televimonitor 2, and this 2B is installed in before the screen of televimonitor 2 in the face-port 2A.Televimonitor 2 and television camera 1 all are placed on their side, are respectively applied for to catch and reproduce portrait images, and this portrait images is used for for example driver's license or passport certificate typically.
Also have TV printer 3 in this system shell, this TV printer 3 disposes exit slit 30 backward, and this slit 30 is used to discharge a portrait that is produced from this TV printer 3 on the front plate of this system shell.One is used for the paper feed tray 14 that the seal scraps of paper are sent to this TV printer 3 is installed in the back that these system shell TV printer 3 belows have the lid 17 of a lock 16.A pair of illuminating lamp 11 is installed in horizontal two sides of this system shell, is used for to this system shell the place ahead emissive lighting light.
One group selector button 12 is installed in the left side of window 2A on this system shell front panel, is used to select the colour of the background of the required main body of wanting imaging and photograph.Be written in the below of selector button 12 on the front panel of this system shell about the explanation 13 of how using this image shooting system.One coin counter 5 is installed in interior its front surface of this system shell on this system shell front panel, the right side of window 2A.Also is furnished with a numerical value display element 15 on this system shell, the top that this element 15 is arranged in coin counter 5 is used to show the amount of money of the one or more coin representatives that are inserted into coin counter 5, with be furnished with a printer 6, it generally is a thermal transfer printer, this printer 6 be positioned at this numerical value display element 15 above, be used to print and send the receipt of one or more coins of insertion.
Fig. 7 is the block diagram of the each several part of expression image shooting system shown in Figure 6.
In Fig. 7, the vision signal of the television image that the representative television camera that is generated by this television camera 1 is caught is sent to TV printer 3 and is stored in the TV printer 3 in the video memory (not shown).The vision signal that will be stored in then in the video memory in the TV printer 3 is sent in the televimonitor 2.
This image shooting system has a mainboard 30 and a power panel 40.Mainboard 30 supports a control microcomputer 3A thereon, and this control microcomputer 3A delivers to control signal in television camera 1 and the TV printer 3.
As the button 17C that depresses on the remote- control command device 7,17M, 17R, the operation signal that is produced during 17P converts code signal to by the microcomputer 7A on the remote-control command device 7, and this code signal is sent to control microcomputer 3A by the microcomputer 3B on mainboard 30.The signal that sends from remote control microcomputer 3A is sent to LEDS 18M on the remote- control command device 7,18R, 18P by microcomputer 3B.
The signal that spreads out of from control microcomputer 3A is sent to printer 6 by the microcomputer 7C on mainboard 30.The signal of the operating condition of expression printer 6 is sent to control microcomputer 3A from this printer 6 by the microcomputer 7C on mainboard 30.
The information that is inserted into these coin counter 5 one or more coins by this coin insertion narrow slit 5i is sent to control microcomputer 3A.Represent that the inverse signal that one or more coins return is sent to coin counter 5 from control microcomputer 3A.
The signal that sends from control microcomputer 3A is sent to the numerical value display element 15 of the amount of money that shows the amount of money of inserting these coin counter 5 one or more coin representatives and wait pair this image shooting system has begun to operate after by microcomputer 7C.
Industrial power is supplied with 100 volts of electric energy by attaching plug 60 to power panel 40.This 100v electric energy is sent to televimonitor 2 from power panel 40 then, TV printer 3 and illuminating lamp 11.The electric energy of 5 volts and 12 volts also is sent to mainboard 30 and printer 6 from this power panel 40.The control signal that this power panel 40 Be Controlled microcomputer 3A are provided is controlled.
Fig. 8 A, the operation sequence of the image shooting system that 8B and 8C explanation are shown in Figure 6.
When electric power starting, control microcomputer 3A determines the type of paper feed tray 14 in step S41.When this image shooting system is used for the street, when producing photo for numerous users, this image shooting system is typically produced and is used for certificate photograph or as the little photo of stamp.It is relevant to limit the place that type and this image shooting system of the photo of this image shooting system production install.Paper feed tray 14 has the authentication information of 2 bits, and the size of image (image behind the five equilibrium) is determined according to the paper feed tray 14 of the image shooting system of packing into.
Specifically, if this image shooting system is installed in the place of wishing to obtain to be used for the photo of certificate, this paper feed tray 14 provides the seal paper of a B6 size so, and it is divided into 4 parts, on the each several part that image is imprinted on shown in Fig. 4 C.If this image shooting system is installed in the place of wishing to obtain photo little as stamp, this paper feed tray 14 provides the seal paper with a B6 size, and it is divided into 16 parts, and the image shown in Fig. 4 D is printed on separately the part.In Fig. 8 A operation sequence represented to 8C, suppose that this paper feed tray 14 provides the seal paper with a B6 size, it is divided into 16 parts, and image is printed on separately on the part shown in Fig. 4 D.If another paper feed tray is identified, control forwards an optional program to.
At step S42, control microcomputer 3A judges that one or more coins are inserted into coin counter 5 or are not inserted into wherein.If in step S42, one or more coins are not inserted into coin counter 5, repeating step S41 so, S42.If in this step S42, one or more coins are inserted into coin counter 5, in step S43, control microcomputer 3A determines the amount by the currency of the one or more coin representatives that insert so.If in step S43, the amount of currency is not enough, and control turns back to step S41, and repeating step S41 to S43.
If in step S43, amount of money is enough, so, at step S44, control microcomputer 3A opens television camera 1, televimonitor 2, TV printer 3 by control power panel 40, illuminating lamp 11 and remote-control command device 7 are realized the process of an energized.In step S45, control microcomputer 3A makes mainboard 30 initialization such as grade.
Whether control microcomputer 3A judgement when the exposure button 17M on the remote-control command device 7 depresses, exists the signal that is produced in step S46.If there is not such signal, so, in step S47, control microcomputer 3A does not consider the LED 18M that exposes.If a signal from exposure button 17M is arranged, so, in step S48, control microcomputer 3A opens exposure LED18M, and sends an order and store the vision signal that transmits into TV printer 3.
In step S49, control microcomputer 3A does not consider to print LED 18P, and, in the step S50 that follows, do not consider this LED 18R that exposes again.Control microcomputer 3A judges whether the signal that is produced exists when depressing this printingout button 17P in step S51.If a signal from this printingout button 17P is arranged, in step S52, control microcomputer 3A sends an order to print by the represented image of the vision signal that stores TV printer 3 into so.
In step S53, control microcomputer 3A connects and prints LED 19P, and in step S54, closes the LED 18R of exposure again.In step S55, control microcomputer 3A judges that the printing of a photo is to have finished, and does not still finish.If do not finish, repeating step S55 so.If finished, so, in step S56, control microcomputer 3A judges that this printing operation is normally finished, and does not still finish.
If printing operation is normally finished, so in step S57, control microcomputer 3A is from by deducting the amount of money that is used for a photo the represented amount of money of the one or more coins that inserted, judge then in step S58 whether can also produce one or more photo with the currency of this surplus.If can also produce one or more photo, so in step S59, control microcomputer 3A judges that the coding (will being narrated below) more than a printing is determined still and is not determined.If the coding more than a printing is not determined, control turns back to step S49 so.
If the coding more than a printing is determined, keep away at step S60 so, control microcomputer 3A judges it is the printing of having finished multiple pictures, does not still finish this printing.If do not finish the printing of multiple pictures, this step S52 is returned in control so.If in step S58, can not produce one or more photo again, if or in step S60, finished the printing of many photos, so in step S61, control microcomputer 3A closes the LED 18P of printing, then, in step S62, set for example 10 seconds time mark.
After 10 seconds, in step S63, control microcomputer 3A judges whether can also produce one or more photo again with the currency of surplus.If can also produce one or more photo, control turns back to step S46 so.If can not produce one or more photo again, so at step S64, control microcomputer 3A judgement is depressed receipt button (not shown) actually or is not depressed this button.If do not press this receipt button, so in step S65, control microcomputer 3A judges and the given actually time has been over and done with (time-out) still do not pass by.If the given time, in the past, this control did not turn back to step S63 so.
If in step S64, depress the receipt button, in step S66, control microcomputer 3A control printer 6 is to send a receipt so.Specifically, the number of the amount of money that control microcomputer 3A will deduct from the amount of money of inserting one or more coin representatives is supplied with printer 6, and this printer 6 is printed the receipt of the data of an expression amount of money that this provided.Printed push button 17P can be used as the receipt button by secondary.
Then, in step S67, control microcomputer 3A judges that it is to return or do not return that the signal of receipt ending is printed in indication actually from printer 6.Control microcomputer 3A repeating step S67 is till the signal of indication printing receipt ending is returned from printer 6.If the signal of indication receipt printing ending is returned from printer 6, if or in step S65 given time over and done with, so at step S68, control microcomputer 3A closes the LED 18M of this exposure, and in step S69, by controlling this power panel 40 closing television video cameras 1 televimonitor 2, TV printer 3, illuminating lamp 11 and remote-control command device 7 are realized the process in all outage sources.Behind step S69, control turns back to step S41.
If in step S56, print operation and normally do not finished, one of control microcomputer 3A output is printed the undesired order of finishing to printer 6 in step S70 so.
If in step S51,, control microcomputer 3A so and judge in step S71, during the 17R of exposure button again on depressing remote-control command device 7, a signal is arranged by generation or there is not signal to be produced not from the signal of printingout button 17P.If there is not such signal, control turns back to step S49 so.If have one from this signal of exposure button 17R again, control microcomputer 3A so and judge in step S72, when depressing this exposure button 17M, a signal is arranged by generation or no one's signal is produced.
If from the signal of exposure button 17M, control microcomputer 3A does not determine that this image shooting system is the pattern in repeated exposure.At this exposure mode again, in step S73, control microcomputer 3A closes the LED 18P of this printing, in step S74, closes the LED 18M of exposure, closes the LED 18R of exposure again, and control after this turns back to step S46.
If a signal from this exposure button 17M is arranged, the microcomputer 3A of this control determines that this image shooting system is at printing pattern more than as implied above.This more than one printing pattern in, in step S76, this control microcomputer 3A does not consider to print LED 18P, does not consider the LED 18M that exposes in step S77, and does not consider again-expose LED18R in step S78.After this, in step S79, the number of pictures that control microcomputer 3A setting will be produced is as being " 5 ", and after this, control turns back to step S51.
Therefore, if at step S46, depress this exposure button 17M, in the video memory that stores the image on TV printer 3, exposure button 17R is depressed when exposure button 17M also is depressed simultaneously when do not depress printingout button 17P in step S51 so, and this image shooting system enters the pattern more than a printing.In such press push button operation, the number of pictures that produce for example is chosen to be " 5 ", and the number of pictures that the operation of same this press push button of repetition can be produced is set at " 10 ", " 15 " etc.
When step S51 printingout button 17P is depressed, repeating step S52 to S60 is till producing the photo of setting quantity.If amount is not enough in the represented goods of the one or more coins that insert, just interrupt this printing process in this printing process.If in this printing process, depress this exposure button 17R again, this printing process is also interrupted.
Image shooting system according to this second embodiment, the user can be by these three buttons of shirtsleeve operation, be exposure button 17M, printingout button 17P, exposure button 17R produces desired photo again, and by simple operations exposure button 17M and again exposure button 17R easily set the quantity of the photo that will produce.
The image shooting system of Fig. 9 and 10 expression a third embodiment in accordance with the invention.Image shooting system shown in Figure 9 be at image shooting system difference shown in Figure 6 remote-control command device shown in Figure 97 have respectively for image by 2,4,16 remove the five equilibrium button 17D of (five equilibrium)
1, 17D
2, 17D
3Replace this LEDs 18M shown in Figure 6,18R, 18P.This five equilibrium button 17D
1, 17D
2, 17D
3With five equilibrium button 7d shown in Figure 1
1, 7d
2, 7d
3Be duplicate.Image shooting system shown in Figure 9 comprises that also one is installed in the TV input 19 below the specification 13 on the front panel of system shell.This TV input 19 be used for accepting from as the vision signal that spreads out of of outer video signal source such as a record-reproduce head recorder.
Figure 10 represents the block diagram of each parts of image shooting system shown in Figure 9.Except being used to select a selector switch 20 of television camera 1 or TV input 19 to be connected to the TV printer 3, this telephotography system shown in Figure 10 is substantially the same with telephotography system shown in Figure 7.When a vision signal was sent to this TV input 19, this selector switch 20 can automatically be operated so that this TV input 19 is connected on the TV printer 3.
TV input 19 makes the user vision signal from the video signal source of an outside can be sent to televimonitor 2 and TV printer 3, to watch and to print television image.Therefore, this user can utilize it oneself select, the television image that may catch by a for example portable television camera is produced photo at image shooting system.Therefore, the user more may be ready repeatedly to use this image shooting system, and this system will be used effectively so.
Figure 11 to 14 expression is according to the image shooting system of the 4th embodiment of the present invention.
As shown in figure 11, image shooting system according to the 4th embodiment comprises a backcolor transducer 44, it receives a vision signal (so-called " S " signal), this vision signal is made up of a brightness signal Y and a colourity signal C, they from a television camera 1 by an input connector 42 and separated from one another.
For example, in this backcolor transducer 44, be sent to a decoder 31, be divided into a B-Y axis signal composition from the carrier chrominance signal C of input connector 42.The axle of the signal component that should separate can be regulated by a color (HUE) rheostat 32.Should be sent to a limiter 33 by signal section separately, when their level were higher than the predetermined level of being regulated by a level rheostat 34, this 33 extracted this signal.
Also be sent to a fixed contact of selector switch 36 by a group delay delay circuit (DL) 35 of regulating decoder 31 and limiter 33 generations from the carrier chrominance signal C of this input connector 42.
Carrier chrominance signal C from this input connector 42 also is sent to an APC circuit 17, and this circuit 17 produces a consistent corresponding continuous wave signal with the subcarrier signal among the carrier chrominance signal C.This continuous wave signal is sent in the signal converter 38, and this connects the phase place and the level of ripple signal these transducer 38 conversions.The phase place of this continuous wave signal can be regulated by a colourity rheostat 39 as required, and the level of this continuous wave signal can be regulated by a density rheostat 41 as required.Be sent to another fixed contact of selector switch 36 from the signal of these signal converter 38 outputs.
This selector switch 36 has a movably contact point, when limiter 33 produces an output signal, this contact point is connected to described other contact of selector switch, and when non-output signal was produced by this limiter 33, it was connected to the said contact of described selector switch.
Be sent on the fixed contact of selector switch 21 from the signal of this selector switch 36 with from an inhibit signal of delay circuit 35, it by from the control signal control of control button 22 so that a signal in the signal of selecting to send.This selector is opened and 21 output signal is sent to out connector 43 as a colourity signal C by an amplifier 23.
Be sent to a contact of selector switch 25 from these input connector 2 brightness signal Y by a delay circuit (DL) 24, this circuit 24 is regulated the group delay that is brought by decoder 31 and limiter 33.
This selector switch 25 has a movably contact point, and when limiter 33 produced an output signal, this contact point was connected to another contact, and when non-output signal is produced by this limiter 33, the said contact that this contact point is connected to.
Be sent to the fixed contact of selector switch 28 respectively from a signal of selector switch 25 with from an inhibit signal of delay circuit 26, it by the control of the control signal of control switch 22 to select to provide signal in the signal.Output signal from selector switch 28 is passed through an amplifier 29, is sent to out connector 43 as a brightness signal Y.
Brightness signal Y and carrier chrominance signal C from out connector 43 are sent to TV printer 3, and at this, for example, the information storage of the vision signal of sending into institute's canned data in an information-storing device is printed by TV printer 3 as a photo.
Therefore, represented image shooting system can extract the background area of a vision signal that is produced by this television camera 1 in Figure 11, can change the color of this background area that extracts, can on televimonitor 2, use the background area display image that has changed color, and on TV printer 3, produce a photo that has changed the image of background area color.
Shown in Figure 11, the image shooting system of color of background area that can change vision signal is relatively simple for structure, therefore makes cheap.For example, when the colourity lock control devices cost of routine was hundreds of thousands unit, the device manufacturing cost of the change color of above-mentioned image shooting system shown in Figure 11 can be in hundreds of unit.
The example of the operation of image shooting system shown in Figure 11 will be narrated below.
For example, for the ease of extracting the background area of an object back that will be taken, television camera 1 is caught the image of this object facing to the background area that for example is blue look fully.Decoder 31 extracts and the corresponding color signal of the same colour of this orchid background area.When the level of this chrominance signal surpassed a preset level, signal converter 38 produced a colour signal, and it represents the desired color of background area.So, just produced a vision signal that desired backcolor is arranged.
The colourity of background area is regulated by colourity rheostat 39, and the density of background area is regulated by density rheostat 41, and the brightness of background area is regulated by brightness rheostat 27.Therefore, image shooting system can produce a photo, and wherein the background area color of this object back has (shade shown in Figure 14) desired colourity, density and brightness.
The colourity of the color of the background area that is extracted and level are regulated by colourity rheostat 32 and level rheostat 34.When regulating colourity rheostat 32 and level rheostat 34, can extract a kind of color that occurs on the background area density unevenness is even or a color spot as a background parts.An inhomogeneous or color spot of above-mentioned a kind of colour on background area or density can be removed by background parts being caught desired color like this.
Image shooting system shown in Figure 11 can be used for shown in Figure 12 one image shooting system that is driven by coin.In Figure 12, the image shooting system of this coin drive is by vertical baffle plate 45 separated into two parts, the i.e. right hand and a left-hand part.In right hand portion, an object 46 a for example people is sitting on the seat 47, and this seat 47 keeps relying on the wall 48 of its back.
Disposing television camera 1 in this left-hand part, backcolor transducer 44, TV printer 3 and televimonitor 2.One hole 49 is arranged on this vertical baffle plate 45, this hole 49 be limited at this seat 47 on the facial corresponding upright position of the object 46 sat.Television camera 1 is placed on by this hole 49, on the position facing to the face of this object 46.
One optical splitter 51 is installed between this television camera 1 and this hole 49 by being the direction of 45 ° of inclinations with vertical direction.This optical splitter 51 comprises the mirror that half is silver-plated.This televimonitor 2 be installed in this optical splitter 51 below, be used to accept the light that is reflected by this optical splitter 51.Therefore, this object 46 can be seen this television camera 1 and this televimonitor 2 in the same direction, and can confirm an image of reproduction on the televimonitor 2 under the situation of the sight line that does not move its eyes 52.
One illuminating lamp 53 is placed on the upper position of this left-hand part, is used for the light diffusing board 39 by the top that is installed in this vertical baffle 45, sends illumination light to object 46.This vertical baffle 45 has one to be limited to its outlet narrow slit 54 than lower part, is used to discharge the photo 55 that is produced by TV printer 3 that passes wherein.
One operating key panel 56 be placed on this seat 33 near, be used to export the control signal of control backcolor transducer 44 and TV printer 3.
As shown in figure 13, this operating key panel 56 has colourity rheostat 39, density resistance device 41, and brightness rheostat 27 and setting key 61, promptly big, the little key that neutralizes is used to select the size of the photo that will produce.When selecting the big key of setting key 61, produce the photo of a common size.When selecting the medium key of setting key 61, produce the photo that an image narrows down to 1/2 size.When selecting the little key of setting key 61, produce the photo that an image narrows down to 1/4 size.
This operating key control panel 56 also has a storage key 62, one clear keys 63 and a printingout key 64.Reproduced at this televimonitor 2 when the vision signal that is produced by this television camera 1, the picture of vision signal is stored in video memory when depressing this storage key 62, and reproduces on this televimonitor 2 as a static image.
The user usually is a shot subject 46, confirms the image of this reproduction on this televimonitor 2, if the image of this reproduction meets the requirements, just depresses printingout key 64 and makes TV printingout device 3 can produce a photo 55, sends this photo 55 by outlet narrow slit 54.If the image of this reproduction does not meet the requirements, this user depresses clear key 63 so.Then, a vision signal that is produced by television camera 1 is reproduced on this televimonitor 2 and is stored in the video memory, for an image that reproduces is reaffirmed in this use.
The user of this image shooting system can make the image that a background is dyed the color that requires, and confirms the image reproduced on televimonitor 2, and produces the photo 41 of this image.
The image shooting system that is driven by coin has a coin that is limited on this vertical baffle 45 to insert the narrow slit (not shown), insert the coin counter (not shown) that narrow slit is communicated with this coin, with a charge controller (not shown) that is used to control this image shooting system operation, this charge controller is subjected to one or more coins to insert the represented amount of money of this coin counter to control.The image shooting system of this coin drive also can have a device that is used to send the receipt of the one or more coins that insert coin counter.
In the above-described embodiments, coin counter can replace with the device of the currency media drive of a kind of prepaid card and so on.
With reference to accompanying drawing the preferred embodiments of the present invention are narrated, know that very the present invention is not limited to those accurate embodiment, various variations that those of ordinary skills do or change are not breaking away within the spirit or scope that claim of the present invention limits effectively.
Claims (16)
1, the image shooting system of a kind of coin-driving comprises:
One is used to catch the television camera of image;
One is used to reproduce the televimonitor of the image of being caught by described television camera;
One is used to produce the TV printer of the photo of the image that the described television camera of representative catches;
One is used to receive the coin counter of the coin of insertion;
One is used to print the printer of the receipt of the coin that is received by described coin counter; With
One is used to handle described television camera, described televimonitor and described TV printer produce the photo of this image and print a controller that inserts the receipt of described coin counter coin with described printer to reproduce an image and to insert described coin counter at a coin.
2, the image shooting system of coin according to claim 1-driving, wherein, described television camera and described televimonitor all are placed in the photo that its side is used to reproduce a portrait images and produces this portrait images.
3, the image shooting system of coin according to claim 1-driving, wherein, described controller comprises the size of the image that is used to change the vision signal representative that is produced by described television camera, with this vision signal is sent to described TV printer, to produce a device of representing this to change the photo of big or small image.
4, the image shooting system of coin according to claim 1-driving, wherein, described controller comprises the size of the image that is used to dwindle the vision signal representative that is produced by described television camera, to be divided into many zones by the photo that described TV printer is produced, and control described TV printer with dwindling in each zone of printing described photo the device of image.
5, the image shooting system of coin according to claim 1-driving, wherein, described controller comprises and is used for a special-effect is added to the vision signal that is produced by described television camera, and controls described TV printer to produce a device that has applied the photo of the represented image of the vision signal of special-effect.
6, the image shooting system of a kind of coin-driving comprises:
One is used to catch the television camera of image;
One is used to reproduce the televimonitor of the image of being caught by described television camera;
One is used to produce the TV printer of the photo of the image that representative caught by described television camera;
One is used to receive the coin counter of the coin of insertion;
One is used for the light-emitting device of emissive lighting light; With
One is used to handle described television camera, described televimonitor, with described TV printer to reproduce an image and when a coin inserts described coin counter and an exposure button depressed, to take the photo of this image, printing one with described printer inserts the receipt of described coin counter coin and after this controls described TV printer to produce the controller of many photo when described exposure button and another action button are depressed together.
7, the image shooting system of coin according to claim 6-driving, wherein, described controller comprises when the amount of money of inserting described coin counter coin representative is " n " times when producing the desired currency of photo, makes described TV printer produce the device that " n " opens photo.
8, the image shooting system of coin according to claim 6-driving also comprises:
One is used for seal paper is sent to the paper feed tray of described TV printer; With
Sniffer on described paper feed tray is used to produce the size of a signal with the photo selecting to be produced by described TV printer.
9, the image shooting system of a kind of coin-driving comprises:
One is used to catch the television camera of image;
One is used to reproduce the televimonitor of the image of being caught by described television camera;
One is used to produce the TV printer of the photo of the image that the described television camera of representative catches;
One is used to receive the coin counter of the coin of insertion;
One is used to handle described television camera, and described televimonitor and described TV printer are to reproduce an image and produce the controller of the photo of an image when a coin inserts described coin counter; With
One TV input is used for the vision signal of vision signal replacement from described television camera is sent to described televimonitor and described TV printer.
10, the image shooting system of coin according to claim 9-driving, wherein, described controller comprises the size of the image that is used to change the vision signal representative that is provided by described TV input and is used for that this vision signal is sent to described TV printer and represents this to change the device of the photo of big or small image to produce one.
11, the image shooting system of coin according to claim 9-driving, wherein, described controller comprises the size of the image that is used to dwindle the vision signal representative that is provided from described TV input, the photo that described TV printer is produced be divided into many zones and control described TV printer with dwindling in each zone that is printed on described photo the device of image.
12, the image shooting system of coin according to claim 9-driving, wherein, described controller comprises and is used for the vision signal that is provided from described TV input being provided a special-effect and controlling described TV printer to produce a device by the photo of the image that has applied special-effect vision signal representative.
13, a kind of image shooting system comprises:
One is used to catch the television camera of image;
One is used to reproduce the televimonitor of the image of being caught by described television camera;
One is used to produce the TV printer of the represented photo of the image of the vision signal representative that is produced by described television camera;
One is used to extract the extraction element of the background area of this vision signal; With
Be used to change the background area that extracted and the change color device of color.
14, image shooting system according to claim 13, wherein, described extraction element comprises the device that is used for surveying with a predetermined level described vision signal carrier chrominance signal predetermined shaft.
15, image shooting system according to claim 13, wherein, the device of described change color comprises the subcarrier signal of the carrier chrominance signal that is used for extracting described vision signal and changes the device of the phase place of described subcarrier signal.
16, image shooting system according to claim 13, wherein, after the image of the altered vision signal representative of the color of its background area was identified with described televimonitor, described TV printer was produced a photo.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 96113222 CN1154626A (en) | 1995-07-26 | 1996-07-26 | Video photography system |
Applications Claiming Priority (5)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP190717/95 | 1995-07-26 | ||
| JP210750/95 | 1995-08-18 | ||
| JP287522/95 | 1995-11-06 | ||
| JP304777/95 | 1995-11-22 | ||
| CN 96113222 CN1154626A (en) | 1995-07-26 | 1996-07-26 | Video photography system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1154626A true CN1154626A (en) | 1997-07-16 |
Family
ID=5121806
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 96113222 Pending CN1154626A (en) | 1995-07-26 | 1996-07-26 | Video photography system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1154626A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1848912B (en) * | 2000-01-19 | 2011-06-22 | 索尼公司 | Data processing device |
-
1996
- 1996-07-26 CN CN 96113222 patent/CN1154626A/en active Pending
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1848912B (en) * | 2000-01-19 | 2011-06-22 | 索尼公司 | Data processing device |
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