JPH11119345A - Printing system and printing receiving device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To make accurately receivable an order by using a communication means by surrounding an order information receiving means and an image pickup device and intercepting a signal from the outside. SOLUTION: In a digital camera, an image recording part 21 records JPEG system digital data obtained by performing image compression processing by a main microcomputer 8 and passing by way of a frame memory 9. A printing information input part 32 sets and inputs printing information (information on printing specification, printing size, the number of prints and the finish of a print). A communication unit 40 transmitting/ receiving data transmits the printing information and digital image information to the outside according to a transmission start signal generated by depressing an ordering button 33. An ordering counter is provided with an ordering box intercepting the various signals from the outside so that the digital camera may be surrounded, and intercepts at least an electromagnetic wave having wavelength used for communication.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a print system and a print accepting apparatus, and more particularly, to a print system and a print accepting apparatus suitable for accepting printout of digital image information.

[0002]

2. Description of the Related Art In recent years, digital image information obtained by photographing with a digital camera or the like is printed by a color printer or the like.

Further, there has been proposed a service of processing and printing using an expensive apparatus based on the digital image information to create a high quality print. Then, in consideration of the time required to create the contents to be ordered at the store and the congestion that occurs, the photographed digital image information is input to a computer or the like, processed, and the order information is created in advance. Removable recording medium (P
(C card, various memory cards, etc.) and use it for print reception.

[0004]

However, the method of processing by inputting to a computer or the like requires a computer in addition to the digital camera, so that there is a problem that order information cannot be easily created.

In the case of receiving digital image information recorded on a removable recording medium by a receiving device, repeated receiving is performed a number of times. There is a possibility that acceptance will not be made.

Therefore, it is conceivable to transmit the order information from the digital camera to the receiving device side using communication means using electromagnetic waves such as infrared rays. However, when reception by such communication is performed by many people in parallel, the information from each digital camera interferes with each other, information of another person is lost, reception is interrupted by interference or interference, and accurate reception is not possible. It is expected that the problem will disappear.

Accordingly, a first object of the present invention is to realize a print system capable of performing accurate reception using communication means. Therefore, a second object of the present invention is to realize a print accepting apparatus capable of performing accurate accepting using a communication unit.

[0008]

[Means for Solving the Problems]

(1) The invention according to claim 1 is a receiving means for receiving order information including print information and digital image information transmitted from an imaging device, and a printing means for printing an image based on the received order information. And a shielding unit provided so as to surround the receiving unit and the imaging device, and shielding external signals.

In this printing system, since the shielding means is provided so as to surround the receiving means and the imaging device, various signals from the outside are shielded. For this reason,
Signals other than the intended order information do not reach the receiving means,
A printing system capable of accurately receiving order information using communication means can be realized.

(2) A second aspect of the present invention provides a plurality of receiving means for receiving order information including print information and digital image information transmitted from an imaging apparatus, and an image forming apparatus based on the received order information. A printing unit that prints, and a shielding unit that is provided between the plurality of receiving units and that prevents order information transmitted from the same imaging device from being received by the plurality of receiving units. This is a print system.

In this printing system, since the shielding means is provided between the plurality of imaging devices, when receiving the order information from the plurality of imaging devices, the order information may interfere with each other or interfere with each other. No longer
Accurate reception can be performed using communication means.

(3) The invention according to claim 3 provides (1),
In the printing system of (2), the shielding means shields at least infrared rays. In this printing system, since the shielding means shields at least infrared rays, when transmitting and receiving order information using infrared rays, accurate reception can be performed particularly using communication means.

(4) The invention according to claim 4 is characterized in that:
In the printing system according to (3), the receiving unit includes:
It is provided on the inner wall surface of the shielding means. In this printing system, since the sensor unit of the receiving unit is provided on the inner wall surface of the shielding unit, when receiving the order information from the plurality of imaging devices, other order information may interfere with each other, or various kinds of external No signal is received, and accurate reception can be performed using the communication means.

(5) The invention described in claim 5 includes (1) to
In the printing system according to (3), the receiving unit includes:
The image pickup apparatus further includes a detachable sensor unit.

In this print system, since the sensor unit of the receiving means detachable from the image pickup apparatus is provided,
When receiving order information from a plurality of imaging devices, it is no longer possible to interfere with other order information or receive various kinds of external signals, enabling accurate reception using communication means. Become.

(6) The invention according to claim 6 is characterized in that:
(5) The printing system according to (5), further comprising a print supply unit that supplies the print created by the printing unit into a space surrounded by the shielding unit.

In this printing system, since the print is supplied into the space surrounded by the shielding means, it is possible to perform an accurate reception and an accurate print delivery. (7) The invention according to claim 7 is characterized in that, in the printing system of (1) to (6), the shielding means is a box having a lid that can be opened and closed.

In this printing system, since the shielding means is a box, when receiving order information from a plurality of imaging devices, the order information does not interfere with each other and does not interfere with each other. It is possible to perform accurate reception by using this. In addition, print delivery can be performed reliably.

(8) The printing system according to (8), wherein in the printing system according to (7), the shielding means has a locking means for locking an openable / closable lid. In this printing system, since the shielding means is a box and has a lid provided with a locking means, when receiving order information from a plurality of imaging devices, the order information may interfere with each other or cause mutual interference. Therefore, it is possible to perform accurate reception using communication means. In addition, print delivery can be performed reliably.

(9) The print system according to (8), in the print system according to (8), wherein the lock means releases the lock based on information on the completion of transmission of the order information.

In this printing system, the shielding means is a box, and has a lid provided with a locking means.
Since the lock can be released upon completion of the reception of the order information, the lid is not opened during the transmission of the order information when receiving the order information from each of the plurality of imaging devices, so that accurate reception is performed using the communication means. It becomes possible.

(10) The invention according to claim 10 is characterized in that (1)
(9) The printing system according to any one of (1) to (9), wherein the shielding unit includes a transmission start unit that issues a transmission start signal.

In this printing system, since the transmission start signal can be issued from the transmission start means provided in the shielding means, accurate reception can be easily performed even when the imaging device is placed in the shielding means. Will be possible.

(11) The invention according to claim 11 provides (1)
(10) The printing system according to any one of (1) to (10), further comprising a display unit that displays a signal level of the received order information.

In this print system, the signal level of the order information can be displayed on the display means, so that stable reception can be performed. (12) According to a twelfth aspect of the present invention, in the print system according to any one of (1) to (11), the print system further includes an intercept suppression unit that suppresses interception of order information from the imaging unit.

In this print system, the provision of the interception suppressing means prevents the order information from being intercepted by a third party and the digital image information being stolen. (13) According to a thirteenth aspect of the present invention, there is provided a receiving unit for receiving order information including print information and digital image information transmitted from an imaging device and supplying the order information to a printing unit; And a shielding means provided to surround and shield external signals.

In this print accepting device, since the shielding means is provided so as to surround the receiving means and the imaging device, it shields various signals from the outside. For this reason,
Signals other than the intended order information do not reach the receiving means,
It becomes possible to accurately receive order information using communication means.

(14) The invention according to claim 14, wherein a plurality of receiving means for receiving order information including print information and digital image information transmitted from an image pickup apparatus and supplying the received order information to means for printing, And a shielding means for preventing order information transmitted from the same imaging device from being received by a plurality of receiving means.

In this print accepting apparatus, since the shielding means is provided between the plurality of imaging devices, when receiving the order information from each of the plurality of imaging devices, the order information may interfere with each other or cause mutual interference. No longer interfere
Accurate reception can be performed using communication means.

(15) The invention according to claim 15 is characterized in that (1)
(3) In the print accepting apparatus of (14), the shielding means shields at least infrared rays.
In this print accepting apparatus, since the shielding means shields at least the infrared rays, when transmitting and receiving the order information using the infrared rays, it is possible to perform accurate reception particularly using the communication means.

(16) The invention according to claim 16 is characterized in that (1)
(3) In the print receiving apparatus according to any one of (3) to (15), the receiving unit is provided on an inner wall surface of the shielding unit.

In this print accepting apparatus, since the sensor section of the receiving means is provided on the inner wall surface of the shielding means, when order information from a plurality of image pickup apparatuses is received, other order information may interfere with each other. Various signals from the outside are not received, and accurate reception can be performed using communication means.

(17) The invention described in claim 5 is (13)
(15) In the print accepting apparatus of (15), the receiving unit includes a sensor unit that is detachable from the imaging device.

In this print accepting apparatus, since the sensor unit of the receiving means detachable from the image pickup apparatus is provided,
When receiving order information from a plurality of imaging devices, it is no longer possible to interfere with other order information or receive various kinds of external signals, enabling accurate reception using communication means. Become.

(18) The invention according to claim 18 is characterized in that (1)
3) In the print accepting apparatus of (17), the shielding means is a box having a lid that can be opened and closed.

In this print accepting apparatus, since the shielding means is a box, when receiving order information from a plurality of imaging devices, the order information does not interfere with each other and does not interfere with each other. , It is possible to perform accurate reception. In addition, print delivery can be performed reliably.

(19) The invention according to claim 19 is characterized in that (1)
8) In the print accepting apparatus according to 8), the shielding unit includes a lock unit that locks an openable and closable lid.

In this print accepting apparatus, since the shielding means is a box and has a lid provided with a locking means, when receiving order information from a plurality of imaging devices, the order information is Interference and mutual interference do not occur, and accurate reception can be performed using communication means. In addition, print delivery can be performed reliably.

(20) The invention according to claim 20 is characterized in that (1)
9) In the print accepting device according to 9), the lock unit includes:
The lock is released based on the information on the completion of the transmission of the order information.

In this print accepting apparatus, the shielding means is a box and has a lid provided with a locking means.
Since the lock can be released upon completion of the reception of the order information, the lid is not opened during the transmission of the order information when receiving the order information from each of the plurality of imaging devices, so that accurate reception is performed using the communication means. It becomes possible.

(21) The invention according to claim 21 is characterized in that (1)
(3) In the print accepting apparatus of (20), the shielding unit includes a transmission start unit that issues a transmission start signal.

In this print accepting apparatus, since a transmission start signal can be issued from the transmission starting means provided in the shielding means, accurate reception can be easily performed even when the imaging device is placed in the shielding means. Becomes possible.

[0043]

Embodiments of the present invention will be described below in detail. In the present embodiment, a print system and a print receiving device that receive order information from the digital camera 100 will be described.

<Configuration of Digital Camera> First, the configuration of a digital camera 100 as an image pickup apparatus for transmitting order information to a print system in the present embodiment will be described with reference to FIG.

In the digital camera 100 shown in FIG. 2, a light image obtained through an optical system including a lens 1, an aperture stop 2, and the like is formed on a light receiving surface of an image pickup device 3 such as a CCD. . At this time, the lens 1 and the aperture stop 2 are driven by a focus drive circuit 16 and an aperture drive circuit 15, respectively.

Here, the image pickup device 3 photoelectrically converts the light image formed on the light receiving surface into a charge amount, and outputs an analog image signal by a transfer pulse from the CCD drive circuit 19.
Note that the CCD drive circuit 19 can control the shutter speed while driving the image sensor 3.

The analog image signal output from the image pickup device 3 is reduced in noise by CDS (correlated double sampling) processing in the pre-processing circuit 4, and the gain is adjusted by AGC to expand the dynamic range. Is performed.

After being converted into a digital image signal by the A / D converter 5, the signal processing circuit 6 performs luminance processing and color processing on the digital video signal (for example, a luminance signal (Y) and a color difference signal ( The data is converted to digital data composed of Cr, Cb) and output to the memory controller 7.

A digital video signal is output from the signal processing circuit 6 to the image display unit 18, and an image picked up by the image pickup device 3 and a reproduced image from storage means described later are displayed on the image display unit 18. It is configured to be able to display an image. The image display unit 18 can display various information in addition to the image.

These functions are switched by exchanging data with the main microcomputer 8, and the exposure information, the focus signal, and the white balance information of the image sensor signal can be output to the main microcomputer 8 as needed.

The main microcomputer 8 is mainly used for photographing,
The sequence of recording and reproduction is controlled, and further, as necessary, compression and reproduction of the photographed image and serial port transmission with an external device are performed.

The memory controller 7 stores the digital image data input from the signal processing circuit 6 in the frame memory 9 or outputs the image data in the frame memory 9 to the signal processing circuit 6.

The frame memory 9 is an image memory capable of storing image data of at least one screen. For example, a VRAM, an SRAM, a DRAM or the like is generally used. Here, a VRAM which can operate independently of a CPU bus is used. It shall be.

Light emission timing of the strobe 12 is obtained by the main microcomputer 8 which controls a photographing sequence. The serial port driver 13 performs signal conversion for performing information transmission between the camera body and information between external devices. As the serial transmission means, RS23
There are recommended standards for performing serial communication such as 2C and RS422A, but here, RS232C is used.

The sub-microcomputer 14 controls a man-machine interface such as a switch for recording, reproduction and frame advance, and transmits information to the main microcomputer 8 as necessary.

The aperture drive circuit 15 is constituted by, for example, an auto iris, and changes the aperture value of the optical aperture 2 under the control of the main microcomputer 8. The focus drive circuit 16 is configured by, for example, a stepping motor, and changes the lens position under the control of the main microcomputer 8 so that the optical focus surface of the subject is appropriately adjusted on the image sensor 3.

The image storage section 21 constitutes storage means, and is subjected to image compression processing and the like by the main microcomputer 8, and digital data in JPEG format via the frame memory 9 is recorded.

The image storage unit 21 includes a recording / reproducing device using a semiconductor memory detachable from the main body,
A hard disk device that can be attached to and detached from the main unit corresponds to this. When data is exchanged with an external computer, the storage medium of the still image storage unit 21 is preferably various semiconductor memories compatible with a PC card or the like.

A release switch 31 is a release switch for instructing image recording, and this selection is supplied to the sub-microcomputer 14. The print information input unit 32 includes print information (print designation information for designating an image to be printed, print size information for setting a print size, print number information for setting the number of prints,
Print information providing means for setting and inputting print finish information regarding print finish).

The order button 33 is transmission start means for generating a transmission start signal when pressed, and print information and digital image information are transmitted to the outside as described later by this transmission start signal.

Reference numeral 40 denotes a communication unit for transmitting and receiving data by infrared rays, radio waves, or the like. The communication unit 40 transmits print information and digital image information to the outside in accordance with the above-described transmission start signal, and receives information from the outside.

Reference numeral 50 denotes an electronic buzzer that generates a predetermined sound during various operations. In this embodiment, a predetermined message sound is generated even when printing is completed. FIG. 3 is a perspective view showing the external configuration of the digital camera 100 described above, and particularly shows the state of the back surface and the top surface. A release switch 31 is arranged on the right side of the upper surface, and an order button 33 is arranged on the left side of the upper surface. An image display unit 18 such as an LCD is arranged on the back surface so that images and various information can be displayed. Further, a menu button 32a, select buttons 32b and 32c, a decision button 32d, and the like as a print information input unit 32 are arranged below the image display unit 18. The light emitting unit (or light receiving / emitting unit) 40a of the communication unit 40 is arranged on the front as shown in FIG.

<Configuration of Print System (1)> The lab 200 that configures the print system will be described with reference to FIG. 1 and FIGS. In all the following descriptions, the description of the print system also serves as the description of the print receiving device.

Here, FIG. 1 shows an external configuration near the order counter, FIG. 5 shows an electrical configuration of the laboratory 200, and FIG.
Shows an external configuration of an example of an entire laboratory including an order counter (print accepting device) and a printing device, and FIG. 7 shows an external configuration of another example of an entire laboratory including an order counter and a printing device.

The lab 200 has an order counter 21 as a print accepting device for accepting an order from a user.
0 and a printing device 220 for printing out digital image information according to an order.

The order counter 210 serves as a table on which the digital camera 100 is placed. An order box 211 is provided so as to surround the digital camera 100 and shields various signals from the outside.
The order box 211 has a function of shielding at least electromagnetic waves (for example, infrared rays) having a wavelength used for communication.

Here, shielding means to sufficiently attenuate. This means that when communication is performed from a certain digital camera 100 to the sensor unit 212a, the signal level is reduced to a level that can be received by another sensor unit. Further, from the viewpoint of preventing interference, when communication is performed from a certain digital camera 100 to the sensor unit 212a, it is necessary to prevent this communication from being affected by a signal from another external digital camera. means.

The term “surrounding” means that the digital camera 1
00 and the vicinity of the sensor section 212a.
This means that an external signal is blocked so as not to be received by the sensor unit 212a, and it is not necessary to completely cover both of them.

The sensor unit 212a of the communication unit 212 for order receiving is located on the inner wall surface of the order box 211 facing the communication unit 40 of the digital camera 100.
Is arranged. The order information received by the order receiving communication unit 212 via the sensor section 212a is supplied to the main microcomputer 222 in the printing apparatus 220. The sensor unit 212a on the inner wall of the order box 211 is
Not only one but also a plurality may be used. The sensor section 212a may have not only the function of receiving light but also the function of receiving and emitting light.

The operation display unit 213 is arranged on the order counter 210 or on the outer surface of the order box 211. It is assumed that the operation display unit 213 includes a cursor key, a selection / confirmation button, and a display unit. The operation instruction on the operation display unit 213 is supplied to the main microcomputer 222 in the printing apparatus 220. Various messages are displayed on the display unit of the operation display unit 213 based on an instruction from the main microcomputer 222.

The printing device 220 executes printing in accordance with the order information, and has a print outlet 221 from which the print is output to the outside. Further, a main microcomputer 222 for controlling the entire apparatus is provided. Under the control of the main microcomputer 222, a printer unit 223 for outputting a print and a display unit 224 for displaying a message regarding information on reception status are provided. Have been.

The order counter 210 and the printing device 220 may be integrated as shown in FIG.
It may be separate as shown in FIG. <Operation of Printing System (1)> The order receiving operation of the printing system will now be described. Here, the order information is assumed to be composed of print information as various data relating to a print request, and digital image information corresponding to the print information.

A user who takes a photograph with the digital camera 100 and requests the lab 200 to print first creates order information by using the print information input unit 32 provided on the back of the digital camera 100.

For example, the menu button 32a is pressed to display an order information creation menu on the image display unit, and print information for obtaining a desired print is created using the order information creation menu.

In this case, the select buttons 32b and 32c are used to select an item, and the enter button 32d is pressed to determine each item. When the enter button 32d is pressed, the main microcomputer 8 generates order information in which the created print information and digital image information are associated with each other, and stores the order information in an empty area of the image storage unit 21 or the like. .

After the creation of the print information is completed, the user moves the digital camera 100 to the lab 200
To the order box 211 on the order counter 210
Is lifted and placed at a predetermined position (a position surrounded by the order box 211). And the order box 211
Close.

In this manner, since the order box 211 as the shielding means surrounds the digital camera 100 and the sensor section 212a, various signals from the outside (signals from other digital cameras, noise from fluorescent lamps, etc.) ).

Then, when the user operates the cursor or the operation button of the operation display unit 213, or when the main microcomputer 222 detects that the digital camera 100 is placed and the order box 211 is closed,
The main microcomputer 222 transmits the order reception information from the order receiving communication unit 212 to the digital camera 100.

The digital camera 100 controls the main microcomputer 8 to transmit the order information from the communication unit 40 when the order reception information is received. Thereby, the communication unit 40 receives an order from the communication unit 2.
Order information is automatically transmitted to the device 12 by infrared rays or the like.

In this case, the order information is the digital camera 1
At the time when the transmission from the 00 side to the lab 200 side is completed, the main microcomputer 222 causes the operation display unit 213 to display a message indicating that the reception is normally completed. When any error occurs, the main microcomputer 222 similarly displays an error on the operation display unit 213.

In the case of such communication, data communication based on a well-known standard such as IrDA using infrared rays is preferable, but other systems (ASK system) and other electromagnetic waves such as visible light and radio waves are used. Communication of data used may be used. Then, the order box 211 may be used as shielding means suitable for blocking electromagnetic waves having a wavelength used for communication.

As described above, the signal of the target order information reaches the laboratory 200 side, and other undesired signals (signals from other cameras and various noises from the outside) are shielded. The order information can be accurately received without reaching the lab 200 side.

Therefore, even if the order information is transmitted in parallel by a plurality of digital cameras, other order information does not interfere with each other and various signals from the outside are not received. Can be accepted.

Further, by performing the shielding as described above and receiving the order information, the time required for ordering in the laboratory 200 is reduced. In addition, it is not necessary for the clerk to enter a slip, and a large number of orders can be made in parallel, so that the number of workers in the lab 200 can be reduced.

The main microcomputer 222 of the printing apparatus 220 calculates the print completion time for each of the received order information, and displays it on the display unit 224 or the operation display unit 213. For the print completion time,
It can be obtained from the processing capacity of the printer unit 223 and the total amount of order information received so far.

<Configuration of Print System (2)> Here, another example of the laboratory 200 configuring the print system will be described with reference to FIGS.

Here, FIG. 8 shows an external configuration of an example of an entire laboratory including an order counter and a printing apparatus, FIG. 9 shows an external configuration in which the vicinity of the order counter is enlarged, and FIG.
00 shows the electrical configuration of the system.

The lab 200 includes an order counter 210 for receiving an order from a user, and a printing device 220 for printing out digital image information according to the order.
And

Here, an order box 211 is provided as a shielding means for surrounding the digital camera 100 and shielding various signals from the outside. The order box 211 shown here has a plurality of private rooms, and each private room has a door 2
15 are provided.

The order box 211 has a function of shielding at least electromagnetic waves (for example, infrared rays) having a wavelength used for communication. In the case where the door 215 is provided with a transparent or translucent window, a member having a property of transmitting visible light which does not affect communication and shielding an electromagnetic wave having a wavelength used for communication may be used.

Although not shown, one or a plurality of sensor units 212a are arranged on the inner wall surface of the order box 211 at a position facing the communication unit 40 of the digital camera 100.

An operation display unit 213 is arranged on the order counter 210 or on the outer surface of the order box 211. It is assumed that the operation display unit 213 includes a cursor key, a selection / confirmation button, and a display unit. The operation instruction on the operation display unit 213 is supplied to the main microcomputer 222 in the printing apparatus 220. Various messages are displayed on the display unit of the operation display unit 213 based on an instruction from the main microcomputer 222.

Further, for each private room of the order box 211,
A card drive 214 is provided, and it is also possible to write data corresponding to a voucher to a magnetic card or IC card brought by the user, and to pay a fee from the magnetic card or IC card in exchange for printing.

The printing device 220 executes printing in accordance with the order information. The output print is supplied to the order box 211 by the print supply unit 225. Also, a key 216 is provided for each private room of the order box 211 so that only the ordering user can take out the digital camera 100 together with the completed print.

Further, a main microcomputer 222 for controlling the entire apparatus is provided. Under the control of the main microcomputer 222, a printer unit 223 for outputting a print is provided.
And a display unit 224 for displaying a message relating to information on the reception status.

It is desirable that the order counter 210 and the printing device 220 be integrated in order to promptly supply prints. <Operation (2) of Print System> Here, the order receiving operation of the print system will be described.

The user who has completed the creation of the print information brings the digital camera 100 to the laboratory 200, puts the digital camera 100 into one of the empty rooms in the order box 211, and closes the door 215 of the order box 211.

In this manner, since the order box 211 as the shielding means surrounds the digital camera 100 and the sensor unit 212a, various signals from the outside (signals from other digital cameras, noise from fluorescent lamps, etc.) ).

The user operates the cursor or the operation button of the operation display unit 213, or the digital camera 100 is placed, the order box 211 is closed, and the key is removed from the key 216. At the time when the microcomputer 222 detects, the main microcomputer 222
Transmits order reception information from the order receiving communication unit 212 to the digital camera 100.

The digital microcomputer 100 controls the main microcomputer 8 to transmit the order information from the communication unit 40 when the order reception information is received. Thereby, the communication unit 40 receives an order from the communication unit 2.
Order information is automatically transmitted to the device 12 by infrared rays or the like.

In this case, the order information is digital camera 1
At the time when the transmission from the 00 side to the lab 200 side is completed, the main microcomputer 222 causes the operation display unit 213 to display a message indicating that the reception is normally completed. When any error occurs, the main microcomputer 222 similarly displays an error on the operation display unit 213.

As described above, the signal of the target order information reaches the laboratory 200 side, and other undesired signals (various external noises, signals from other cameras) are shielded. The order information can be accurately received without reaching the lab 200 side.

Therefore, even if the order information is transmitted in parallel by a plurality of digital cameras, other order information does not interfere with each other and various signals from the outside are not received. Can be accepted.

In addition, by receiving the order information by shielding as described above, the time required for ordering in the laboratory 200 is reduced. In addition, it is not necessary for the clerk to enter a slip, and a large number of orders can be made in parallel, so that the number of workers in the lab 200 can be reduced.

Note that the main microcomputer 222 of the printing apparatus 220 calculates the print completion time for each of the received order information, and displays it on the display unit 224 or the operation display unit 213. For the print completion time,
It can be obtained from the processing capacity of the printer unit 223 and the total amount of order information received so far.

Further, the main microcomputer 222 keeps the door 215 locked until the printing is completed, and instructs the print supply unit 225 to supply the print when the print is output from the printer unit 223. As a result,
The completed print is delivered to the private room where the digital camera 100 that has transmitted the order information is placed.

Therefore, after printing is completed, the user inserts a key and inserts a payable card into the card insertion slot 214.
a, the door 215 is opened and the payment is completed, and the digital camera 100 and the completed print can be taken out.

By supplying prints in accordance with the received order information as described above, the labor and time required to deliver prints in the laboratory 200 are reduced. In addition, the sorting and payment by the clerk are not required, and a large number of orders and a large number of prints can be delivered in parallel.

In the above example, the main microcomputer 222 performs control such that the door 215 is locked and unlocked only by the card inserted into the card insertion slot 214a without using the key 216 and the key. You may.

In the above case, when the laboratory 200 recognizes the magnetic card or the IC card, the key is locked,
The key can be removed. After the user confirms the completion of printing on the display of the operation display unit 213,
The key is inserted and unlocked so that the digital camera 100 and the print can be taken out. If the key is unlocked before the print is completed, the delivery of the print cannot be confirmed, so the order is canceled. The key is
It cannot be withdrawn until the next order is accepted. Physical keys are operated as described above. As described above, a magnetic card or an IC card may also serve as a key, or a reef number, fingerprint, voiceprint, palmprint, retina (fundus) pattern, or the like may be used.

Also, immediately after receiving the order, the digital camera 1
00 for those who want to use the digital camera 100
An order box having two keys, one for printing and one for printing, can be prepared. In addition, only the print reception is set as an order box with a key, and the digital camera 100
May be an order box of a form left to the user (orderer).

<Configuration of Print System (3)> Here, still another example of the laboratory 200 configuring the print system will be described with reference to FIG. Here, FIG. 11 shows an external appearance configuration in which the vicinity of the order counter is enlarged.

In this lab 200, the digital camera 1
An order box 211 is provided as a shielding unit that surrounds 00 and shields various signals from the outside.
The order box 211 shown here has a plurality of private rooms, and each private room has a shielding wall in a state where a portion corresponding to a door (a front side of the user) is omitted. The order box 211 has a function of shielding at least electromagnetic waves (for example, infrared rays) having a wavelength used for communication.

As shown in the figure, the inner wall surface of the order box 211 is located at a position facing the communication unit 40 of the digital camera 100 and at other left and right positions.
A plurality of sensor units 212a are arranged.

An operation display unit 213 is arranged on the order counter 210 or on the outer surface of the order box 211. It is assumed that the operation display unit 213 includes a cursor key, a selection / confirmation button, and a display unit. The operation instruction on the operation display unit 213 is supplied to the main microcomputer 222 in the printing apparatus 220. Various messages are displayed on the display unit of the operation display unit 213 based on an instruction from the main microcomputer 222.

<Operation of Print System (3)> The order receiving operation of the print system will now be described.
The user who has completed the creation of the print information brings the digital camera 100 to the laboratory 200 and puts the digital camera 100 into any of the empty rooms in the order box 211.

In this manner, since the order box 211, which is a shielding means, surrounds the digital camera 100 and the sensor unit 212a, various signals from the outside (signals from other digital cameras, noise from fluorescent lamps, etc.) ).

Then, when the user operates the digital camera 100,
Is pressed, the main microcomputer 8 controls the communication unit 40 to transmit the order information. Thus, the order information is automatically transmitted from the communication unit 40 to the order receiving communication unit 212 by infrared rays or the like.

In this case, the order information is stored in the digital camera 1
At the time when the transmission from the 00 side to the lab 200 side is completed, the main microcomputer 222 causes the operation display unit 213 to display a message indicating that the reception is normally completed. When any error occurs, the main microcomputer 222 similarly displays an error on the operation display unit 213.

[0120] In addition to displaying the information on the display unit 213, information on the reception status can be transmitted to the digital camera 100 side. In this case, after receiving the order information, the main microcomputer 222 transmits the order number and the print completion date and time of the orderer among the information on the reception status from the order receiving communication unit 212 by infrared rays. In this case, the digital camera 100 needs to be in a receiving state after transmitting the order information.

As described above, the signal of the target order information reaches the laboratory 200 side, and other undesired signals (various external noises and signals from other cameras) are shielded. The order information can be accurately received without reaching the lab 200 side.

Therefore, even if the order information is transmitted in parallel by a plurality of digital cameras, other order information does not interfere with each other and various signals from the outside are not received. Can be accepted.

In addition, by receiving the order information by shielding as described above, the time required for ordering in the laboratory 200 is reduced. In addition, it is not necessary for the clerk to enter a slip, and a large number of orders can be made in parallel, so that the number of workers in the lab 200 can be reduced.

In the configuration of this embodiment, there is no movable part in the order box 211, so that there is an advantage that the possibility of failure is small. Further, when transmitting the order information, the user directly operates the order button 33 of the digital camera 100, so that even the digital camera 100 which does not correspond to the order reception information from the laboratory 200 can be received.

Note that the order box 211 shown in FIG.
Although the individual rooms are independent, the configuration may be such that the side walls of adjacent order boxes are shared.

<Configuration of Print System (4)> Here, still another example of the lab 200 configuring the print system will be described with reference to FIG. Here, FIG. 12 shows an external configuration in which the vicinity of the order counter is enlarged.

In this lab 200, the order box 211
Is the same as that of FIG. 11 described above, except that the sensor unit 212a is detachable from the digital camera 100.

That is, the sensor section 212a is connected by a routable connection cord, and has a suction cup section 212b as shown in FIG. This sucker 21
2b, the sensor unit 212a is connected to the digital camera 1
00 is attached near the communication unit 40.

<Operation of Print System (4)> The order receiving operation of the print system will now be described.
The user who has completed the creation of the print information brings the digital camera 100 to the laboratory 200 and puts the digital camera 100 into any of the empty rooms in the order box 211. Then, the sensor unit 212a is connected to the digital camera 1
00 is attached near the communication unit 40.

In this manner, since the order box 211 as the shielding means surrounds the digital camera 100 and the sensor section 212a and the sensor section 212a is in close contact with the digital camera 100, various kinds of external (Signals from other digital cameras, noise from fluorescent lights, etc.).

Even when it is difficult to attach the sensor unit 212a because the surface of the digital camera 100 has irregularities, the sensor unit 212a is arranged facing the communication unit 40 side of the digital camera 100. Thus, the order box 211, which is a shielding unit, blocks external signals.

Then, when the user operates the digital camera 100,
Is pressed, the main microcomputer 8 controls the communication unit 40 to transmit the order information. Thus, the order information is automatically transmitted from the communication unit 40 to the order receiving communication unit 212 by infrared rays or the like.

In this case, the order information is
At the time when the transmission from the 00 side to the lab 200 side is completed, the main microcomputer 222 causes the operation display unit 213 to display a message indicating that the reception is normally completed. When any error occurs, the main microcomputer 222 similarly displays an error on the operation display unit 213.

In addition to displaying the information on the display unit 213, information on the reception status can be transmitted to the digital camera 100 side. In this case, after receiving the order information, the main microcomputer 222 transmits the order number and the print completion date and time of the orderer among the information on the reception status from the order receiving communication unit 212 by infrared rays. In this case, the digital camera 100 needs to be in a receiving state after transmitting the order information.

As described above, the signal of the target order information reaches the laboratory 200 side, and other undesired signals (various external noises and signals from other cameras) are shielded. The order information can be accurately received without reaching the lab 200 side.

Therefore, even if the order information is transmitted in parallel by a plurality of digital cameras, other order information does not interfere with each other and various signals from the outside are not received. Can be accepted.

In addition, by receiving the order information by performing shielding as described above, the time required for ordering in the laboratory 200 is reduced. In addition, it is not necessary for the clerk to enter a slip, and a large number of orders can be made in parallel, so that the number of workers in the lab 200 can be reduced.

Further, in the configuration of this embodiment, since there is no movable part in the order box 211, there is an advantage that the possibility of failure is small. Further, when transmitting the order information, the user directly operates the order button 33 of the digital camera 100, so that even the digital camera 100 which does not correspond to the order reception information from the laboratory 200 can be received.

<Configuration of Print System (5)> Here, still another example of the laboratory 200 configuring the print system will be described with reference to FIG. Here, FIG. 14 shows an external configuration in which the vicinity of the order counter is enlarged.

In this lab 200, the digital camera 1
An order box 211 is provided as a shielding unit that surrounds 00 and shields various signals from the outside.
The order box 211 shown here has a plurality of private rooms, and each private room has a lid 217 as a part corresponding to a door. The order box 211 has a function of shielding at least electromagnetic waves (for example, infrared rays) having a wavelength used for communication. As shown in part, sensor units 212a are arranged at four positions on the inner wall surface of the order box 211.

An operation display unit 213 is arranged on the order counter 210 or on the outer surface of the order box 211. It is assumed that the operation display unit 213 includes a cursor key, a selection / confirmation button, and a display unit. The operation instruction on the operation display unit 213 is supplied to the main microcomputer 222 in the printing apparatus 220. Various messages are displayed on the display unit of the operation display unit 213 based on an instruction from the main microcomputer 222.

<Operation of Print System (5)> The order receiving operation of the print system will now be described.
After completing the creation of the print information, the user brings the digital camera 100 to the laboratory 200, puts the digital camera 100 into a vacant private room of the order box 211, and closes the lid 217 of the order box 211.

In this way, since the order box 211 as the shielding means surrounds the digital camera 100 and the sensor section 212a, various signals from the outside (signals from other digital cameras, noise from fluorescent lamps, etc.) ).

Then, the user operates the cursor or the operation button of the operation display unit 213 or the digital camera 100 is placed and the cover 2 of the order box 211 is placed.
When the main microcomputer 222 detects that the 17 has been closed, the main microcomputer 222 transmits order reception information from the order receiving communication unit 212 to the digital camera 100.

The digital microcomputer 100 controls the main microcomputer 8 to transmit the order information from the communication unit 40 when the order reception information is received. Thereby, the communication unit 40 receives an order from the communication unit 2.
Order information is automatically transmitted to the device 12 by infrared rays or the like.

In this case, the order information is stored in the digital camera 1
At the time when the transmission from the 00 side to the lab 200 side is completed, the main microcomputer 222 causes the operation display unit 213 to display a message indicating that the reception is normally completed. When any error occurs, the main microcomputer 222 similarly displays an error on the operation display unit 213.

As described above, the signal of the target order information reaches the laboratory 200 side, and other undesired signals (various external noises and signals from other cameras) are shielded. The order information can be accurately received without reaching the lab 200 side.

Therefore, even if the order information is transmitted in parallel by a plurality of digital cameras, other order information does not interfere with each other and various signals from the outside are not received. Can be accepted.

It is also possible to provide a print supply unit 225 to supply completed prints to the individual rooms of the order box 211. In this case, payment can be made using the card drive shown in FIGS. 9 and 10. Further, a lock mechanism using a key or the like described with reference to FIG.

The order box 211 shown in FIG.
Although the individual rooms are independent, the configuration may be such that the side walls of adjacent order boxes are shared.

As shown in FIG. 15, the order box 211 can be embedded in the order counter 210. In this case, a part corresponding to the order box 211 of the order counter 210 and the lid 217 constitute a shielding means. Also in this case, the same operation as in FIG. 14 is performed, and a good result is obtained.

Further, as shown in FIG. 16, the order box 211 is embedded in the order counter 210,
The fifth cover 217 can be omitted. in this case,
A part corresponding to the order box 211 of the order counter 210 constitutes a shielding unit. Also in this case, signals from the adjacent digital cameras 100 do not interfere with each other, and good results can be obtained. In this case, there is also an advantage that the user can easily operate the order button 33.

<Configuration and Operation of Print System (6)>
Note that, in the above-described embodiment, an example of the shielding means including the box-shaped order box has been described, but the shielding means is not limited to such a box-shaped one.

For example, as shown in FIG. 17, on an order counter 210 in which a plurality of digital cameras 100 and a plurality of sensor units 212a are arranged, a shielding plate is provided so as to be able to shield signals when receiving respective order information. 218 are provided. The shielding plate 218 may be any as long as it has a performance of shielding at least an electromagnetic wave (for example, infrared light) having a wavelength used for communication.

<Configuration and Operation of Print System (7)>
In each of the above embodiments, the order counter 2
By preparing an AC100V power supply at 10,
It becomes possible to use the DC adapter brought by the user. Accordingly, even when the battery of the digital camera 100 is weak or when order information having a large data size is transmitted, communication is not interrupted.

<Configuration and Operation of Print System (8)>
In each of the above embodiments, the digital camera 100 and the lab 20 are displayed on the operation display unit 213 or the display unit 224.
It is preferable to display the communication status on the 0 side. For example,
A level meter for displaying the signal level of transmission and reception as several levels is provided. As the display, it is desirable that the number of lit bars or the like increase or decrease according to the signal level. The orderer can place an order with confidence by referring to such a display. Further, by adjusting the direction of the digital camera 100 while looking at the level meter, stable communication can be performed.

<Configuration and Operation of Print System (9)>
The digital image information included in the order information is not a substance such as a film, but is electronic information as an intangible object.
Therefore, it is necessary to prevent eavesdropping by a third party from the viewpoint of protection of privacy and protection of intellectual property rights.

For this reason, it is effective to provide a device (interception suppressing means) for emitting a dummy signal similar to the order information in the room where the laboratory 200 is located and in a place other than the order box 211 or the order counter 210. It is. However, it is necessary that the dummy signal be a signal in which other digital cameras or other devices waiting for an order do not suffer any adverse effects.

By doing so, the order counter 21
The act of approaching 0 and attempting to intercept the order information can be suppressed, so that data can be transmitted and received within the order box 211 with confidence.

[0160]

As described above in detail with the embodiments, according to the inventions described in this specification, the following effects can be obtained.

(1) In the printing system according to the first aspect, since the shielding means is provided so as to surround the receiving means and the image pickup device, various signals from the outside can be shielded. A signal other than the order information does not reach the receiving means, and a printing apparatus capable of accurately receiving the order information can be realized.

(2) In the printing system according to the second aspect of the present invention, the shielding means is provided between the plurality of imaging devices. The order information does not interfere with each other or interfere with each other, and accurate reception can be performed.

(3) In the printing system according to the third aspect of the present invention, the shielding means is provided so as to surround the receiving means and the image pickup device. , It is possible to perform particularly accurate reception.

(4) In the printing system according to the fourth aspect, since the sensor section of the receiving means is provided on the inner wall surface of the shielding means, when receiving the order information from the plurality of image pickup devices, another The order information does not interfere with each other and various signals from outside are not received, and accurate reception can be performed.

(5) In the invention of the printing system described in the claim 5, since the sensor unit of the receiving means which is detachable from the imaging device is provided, the order information from the plurality of imaging devices is received. , Other order information may interfere,
Various signals from the outside are not received, and accurate reception can be performed.

(6) In the printing system according to the sixth aspect of the present invention, since the print is supplied into the space surrounded by the shielding means, it is possible to perform accurate reception and accurate print delivery.

(7) In the printing system according to the seventh aspect, since the shielding means is a box, when receiving order information from a plurality of imaging devices, the order information may interfere with each other or cause mutual interference. There is no interference, and accurate reception can be performed using the communication means. In addition, print delivery can be performed reliably.

(8) In the print system according to the eighth aspect, since the shielding means is a box and has a lid provided with a locking means, order information from a plurality of imaging devices is received. In this case, the order information does not interfere with each other or interfere with each other, and accurate reception can be performed using the communication means. In addition, print delivery can be performed reliably.

(9) In the printing system according to the eighth aspect of the present invention, since the shielding means is a box and has a lid provided with a locking means, and the lock can be released upon completion of the reception of the order information, a plurality of When receiving the order information from each of the imaging devices, the lid is not opened during the transmission of the order information, so that accurate reception can be performed using the communication means.

(10) In the print system according to the tenth aspect of the present invention, since the transmission start signal can be issued from the transmission start means provided in the shielding means, even if the imaging device is placed in the shielding means, Accurate reception can be easily performed.

(11) In the print system according to the eleventh aspect of the present invention, the signal level of the order information can be displayed on the display means, so that stable reception can be performed. (12) In the print system according to the twelfth aspect of the invention, since the interception suppressing means is provided, it is possible to prevent the order information from being intercepted by a third party and the digital image information being stolen.

(13) In the print accepting apparatus according to the thirteenth aspect, since the shielding means is provided so as to surround the receiving means and the imaging device, various kinds of signals from the outside are shielded. For this reason, signals other than the target order information do not reach the receiving means, and it is possible to accurately receive the order information using the communication means.

(14) In the print accepting apparatus according to the fourteenth aspect of the present invention, since the shielding means is provided between the plurality of image pickup apparatuses, when the order information from each of the plurality of image pickup apparatuses is received, Of the order information does not interfere with each other and accurate reception can be performed using the communication means.

(15) In the print accepting apparatus according to the fifteenth aspect, since the shielding means shields at least infrared rays, when transmitting and receiving order information using infrared rays, particularly, accurate communication is performed using communication means. Acceptance becomes possible.

(16) In the print accepting apparatus according to the sixteenth aspect of the present invention, since the sensor section of the receiving means is provided on the inner wall surface of the shielding means, when receiving order information from a plurality of imaging devices, Interference with other order information and reception of various signals from the outside can be prevented, and accurate reception can be performed using communication means.

(17) In the print accepting apparatus according to the invention described in the fifth claim, since the sensor section of the receiving means detachable from the image pickup apparatus is provided, order information from a plurality of image pickup apparatuses is respectively received. In this case, interference with other order information or reception of various signals from the outside is prevented, and accurate reception can be performed using communication means.

(18) In the print accepting apparatus according to the eighteenth aspect, since the shielding means is a box, when receiving order information from a plurality of imaging devices, the order information may interfere with each other or cause mutual interference. Therefore, it is possible to perform accurate reception using communication means. In addition, print delivery can be performed reliably.

(19) In the print accepting apparatus according to the nineteenth aspect, since the shielding means is a box and has a lid provided with a locking means, it receives order information from a plurality of imaging devices. In this case, the order information does not interfere with each other or interfere with each other, and accurate reception can be performed using communication means. Also,
Print delivery can be performed reliably.

(20) In the print accepting apparatus according to the twentieth aspect, since the shielding means is a box and has a lid provided with a lock means, and the lock can be released upon completion of the reception of the order information, When receiving order information from a plurality of imaging devices, the lid is not opened during transmission of the order information, so that accurate reception can be performed using communication means.

(21) In the print accepting apparatus according to the twenty-first aspect, since the transmission start signal can be issued from the transmission start means provided in the shielding means, even when the imaging device is placed in the shielding means. , Accurate reception can be easily performed.

[Brief description of the drawings]

FIG. 1 is a configuration diagram illustrating an external configuration of a main part of a print system used in an embodiment of the present invention.

FIG. 2 is a functional block diagram showing a configuration of a digital camera used in the embodiment of the present invention.

FIG. 3 is a perspective view showing the appearance of the digital camera according to the embodiment of the present invention.

FIG. 4 is a perspective view showing the appearance of the digital camera according to the embodiment of the present invention.

FIG. 5 is a functional block diagram showing a configuration of a laboratory which is a print system according to the embodiment of the present invention.

FIG. 6 is a perspective view showing an external configuration of an entire laboratory which is a print system according to the embodiment of the present invention.

FIG. 7 is a perspective view illustrating another example of the external configuration of the entire lab that is the print system according to the embodiment of the present invention.

FIG. 8 is a perspective view showing still another example of the external configuration of the entire laboratory which is the printing system according to the embodiment of the present invention.

FIG. 9 is a configuration diagram illustrating an external configuration of a main part of a print system (FIG. 8) used in the embodiment of the present invention.

FIG. 10 is a functional block diagram showing another example of the configuration of the laboratory which is the print system according to the embodiment of the present invention.

FIG. 11 is a configuration diagram showing an external configuration of still another example of a main part of a print system used in the embodiment of the present invention.

FIG. 12 is a configuration diagram showing an external configuration of still another example of a main part of a print system used in the embodiment of the present invention.

FIG. 13 is a perspective view showing an appearance of the digital camera according to the embodiment of the present invention in an order information transmission state.

FIG. 14 is a configuration diagram showing an external configuration of still another example of a main part of a print system used in the embodiment of the present invention.

FIG. 15 is a configuration diagram illustrating an external configuration of still another example of a main part of the print system used in the embodiment of the present invention.

FIG. 16 is a configuration diagram showing an external configuration of still another example of a main part of a print system used in the embodiment of the present invention.

FIG. 17 is a configuration diagram showing an external configuration of still another example of a main part of a print system used in the embodiment of the present invention.

[Description of Signs] 200 Lab 210 Order Counter 211 Order Box 212 Order Receiving Communication Unit 213 Operation Display Unit 214 Card Slot 215 Door 216 Key 217 Lid 220 Printing Device 221 Print Exit 222 Main Microcomputer 223 Printer Unit 224 Display Unit 225 Print Supply unit

Claims (21)

[Claims] A receiving means for receiving order information including print information and digital image information transmitted from an imaging device; a printing means for printing an image based on the received order information; And a shielding means provided so as to surround the apparatus, and shielding external signals. 2. A plurality of receiving means for receiving order information including print information and digital image information transmitted from an imaging device; a printing means for printing an image based on the received order information; A printing system, comprising: a shielding unit provided between receiving units, for preventing order information transmitted from the same imaging device from being received by a plurality of receiving units. 3. The printing system according to claim 1, wherein the shielding unit shields at least infrared rays. 4. The print system according to claim 1, wherein said receiving means is provided on an inner wall surface of said shielding means. 5. The print system according to claim 1, wherein the receiving unit includes a sensor unit that is detachable from the imaging device. 6. A printing apparatus according to claim 1, further comprising a print supply unit for supplying a print created by said printing unit into a space surrounded by said shielding unit.
The printing system according to any one of the above. 7. The printing system according to claim 1, wherein the shielding unit is a box having a lid that can be opened and closed. 8. The printing system according to claim 7, wherein said shielding means has a locking means for locking an openable / closable lid. 9. The print system according to claim 8, wherein the lock unit releases the lock based on information on the completion of the transmission of the order information. 10. The print system according to claim 1, wherein the shielding unit includes a transmission start unit that issues a transmission start signal. 11. The print system according to claim 1, further comprising display means for displaying a signal level of the received order information. 12. The print system according to claim 1, further comprising an eavesdropping suppression unit that suppresses interception of order information from the imaging unit. 13. Receiving means for receiving order information including print information and digital image information transmitted from an imaging device and supplying the order information to a printing device, and provided so as to surround the receiving device and the imaging device. And a shielding means for shielding a signal from the outside. 14. A plurality of receiving means for receiving order information including print information and digital image information transmitted from an imaging device and supplying the order information to means for printing, provided between the plurality of receiving means, A print receiving device, comprising: a shielding unit that prevents order information transmitted from the same imaging device from being received by a plurality of receiving units. 15. The print accepting apparatus according to claim 13, wherein said shielding means shields at least infrared rays. 16. The print accepting apparatus according to claim 13, wherein said receiving means is provided on an inner wall surface of said shielding means. 17. The print accepting apparatus according to claim 13, wherein said receiving means includes a sensor section detachable from said image pickup apparatus. 18. The print accepting apparatus according to claim 13, wherein the shielding means is a box having a lid that can be opened and closed. 19. The apparatus according to claim 1, wherein said shielding means has a locking means for locking an openable and closable lid.
8. The print receiving device according to 8. 20. The print accepting apparatus according to claim 19, wherein the lock unit releases the lock based on information on the completion of transmission of the order information. 21. The print accepting apparatus according to claim 13, wherein said shielding means has a transmission start means for issuing a transmission start signal.