JPH08286848A - Print system - Google Patents

Abstract

PURPOSE: To realize a recording output of data and to open a WS quickly in a re-transmission enabling state by storing and transferring print data according to a waiting state so as to omit the time from the reception till the transfer start with respect to the print system in which the print data received via a network are registered and stored in a queue and the data are transferred to a printer. CONSTITUTION: A server equipment 10 in which print data connecting to a network built up by WS 21a, 21b and received are registered in queues 12a, 12b and stored in spool files 26a, 26b of a storage device 26 and transferred to printers 23, 25 according to the wait sequence, from which the data are printed out is provided with a queue state discrimination section 14 recognizing the wait order of the print data received newly and with a print server control section 13 storing the print data and transferring the data to the printers 23, 25 in parallel without awaiting the end of storage when the wait sequence comes first.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a print system connected to a network, and more particularly, to a print system in which sent print data is registered in a queue, accumulated, and then transferred to a printer device.

[0002]

2. Description of the Related Art In recent years, a print system in which a print server device is connected to a network constructed by a plurality of workstations is widely used. In this print system, the print server device controls transfer of data to a printer device. This allows print data to be recorded and output from multiple workstations. In the following description, the workstation is simply called WS and the print data is also called data.

A printing system of this type is described in, for example, Japanese Patent Laid-Open No. 373434/1993.
In this print system, when transmission of print data from the WS is started, as shown in FIG. 4B, the print server device registers the data from the WS in the queue of the queue, stores the data, and then transfers the data to the WS. The connection is released, and the data is transferred to the printer device according to the waiting order and recorded and output. This print server device has no waiting for data,
In addition, when the printer device is not driven, the data is directly transferred to the printer device without being registered in the queue, and when the above conditions are satisfied, file creation for registering in the queue is eliminated and The time from transmission to recording output is shortened.

[0004]

However, in such a conventional printing system, since the print data is directly transmitted from the WS to the printer device when the above conditions are met, it is shown in FIG. 4 (c). As described above, it is possible to shorten the time until the end of print output by the printer because the time for registering and accumulating data in the queue by the print server device is reduced, but the registration and accumulation for data in the queue is completed in a short time. However, there is a problem in that the WS is not released until the recording and outputting of the time-consuming data by the printer device is completed.

Further, if some error occurs during transmission of data to the printer device and the data stored in the printer device is erased, the data is not stored in the print server device. , There was a problem that the data had to be retransmitted from WS. Therefore,
According to the first aspect of the present invention, by storing and transferring print data according to the waiting state, the time from the reception of the data to the start of the transfer is saved, and the re-transmittable and quick release of the WS and the recording of the data are performed. The purpose is to realize output.

According to the second aspect of the invention, the print data is stored and transferred in accordance with the urgency of the print data, so that the print output can be realized by interrupting the urgent data, thereby improving convenience. To aim.

[0007]

To achieve the above object, the invention according to claim 1 is connected to a network constructed by a plurality of workstations, and print data from the workstations is registered in a queue and stored. After that, in the print system including the print server device that transfers the print data to the printer device according to the waiting order, the print server device recognizes the waiting order of the newly received print data,
Based on the recognition information, when the waiting order is at the head, the transfer means for transferring the print data in parallel with the storage without waiting for the end of the storage is provided.

According to a second aspect of the present invention, the workstation has a transmission means for transmitting output information indicating the urgency of recording and outputting the print data together with the print data, and prints the print data on the print server device. When the received print data is urgent based on the detection means for detecting the urgency of the print data from the output information received together with the data, and the detection information by the stored print data already stored and the newly received received print data detecting means. An order control means for accumulating the received print data before the ordinary accumulated print data and after the urgent accumulated print data is provided.

Here, the workstation means a device capable of transmitting at least print data to be recorded and output to a printer device, and is configured to be capable of transmitting predetermined data between each other on a network. May be

[0010]

According to the first aspect of the invention, the recognizing means recognizes the waiting order registered in the queue of the print data newly received and accumulated in the print server device, and when the waiting order is the first, the data is transferred. By the means, the data is transferred to the printer device in parallel with the storage without waiting for the end of the storage. Therefore, when the waiting order of the print data is at the top, the transfer to the printer is started without taking time from the reception to the start of the transfer.

Further, according to the second aspect of the invention, the output information indicating the urgency of the recording output transmitted together with the print data by the transmitting means of the workstation is received by the print server device, and the received data and the accumulated data are stored. The urgency of is detected by the detection means from each output information. Then, based on the detection information, when the received data is urgent, it is accumulated by the order control means before the ordinary accumulated data and after the urgent accumulated data. Therefore, for example, when the first accumulated data is urgent, it is accumulated next, and when the first accumulated data is normal, it is accumulated at the beginning and transferred to the printer device. Therefore, the print data is accumulated and transferred in a waiting order according to the urgency, and the urgent data is recorded and output before interrupting the normal data.

[0012]

DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described below with reference to the drawings. 1 to 4 are views showing a first embodiment of a printing system according to the invention described in claim 1. First, the configuration will be described.

1 and 2, reference numeral 10 denotes a print server device, and the print server device 10 includes workstations (hereinafter, also simply referred to as WS) 21a and 21b, a file server device 22, a printer device 23, and the like, and a connection medium. For example, a local area network (LAN) is constructed by being connected by the print server device 10, and the print server device 10 records the print data by a medium different from the connection medium 24 and stores the print data. Device 26 is connected. The print server device 10 transmits the predetermined information via the LAN and stores the received print data in the storage device 26 before the WS
Printer device 23 corresponding to each of 21a and 21b or
It is designed to be transferred to 25 for recording and output.
The print data from a is sent to the printer device 23 and WS21b.
Print data from the printer device 25 is configured to be transferred to the printer device 25, and the print data from
Or establish a specific session with 21b. In this way, the print server device 10 performs the same processing on different routes depending on whether the print data is transmitted from the WS 21a or 21b and transfers the print data to the printer device 23 or 25. Therefore, in the following description of this embodiment, the WS 21a will be described. The print data transmitted from will be mainly described. FIG.
28 is a LAN interface (I / F) for transmitting print data via the LAN, and 29 is a storage device for storing print data managed by the file server device 22, for example, a file.

The print server device 10 includes a protocol control unit 11 for transmitting print data and the like according to a predetermined procedure via a LAN, and a storage device 26 for storing print data from the WS 21a received via the protocol control unit 11.
Queue 12 for registering the spool file 26a of
a and the print data from the WS 21a are connected to a spool file 26a prepared in the storage device 26 to be stored and registered in the queue 12a, and then the print data are stored in the storage device 26 from the storage device 26 according to the waiting order in the queue 12a. And a print server control unit 13 for transferring to 23. In the print server control unit 13, the queue status judging unit 14 judges (recognizes) the waiting order of the spool file 26a of the newly received print data by examining the waiting status in the queue 12a, and the waiting order is the first. Occasionally, the print data is transferred to the corresponding printer device 23 in parallel with the storage of the print data without waiting for the end of the storage. That is, the print server control unit 13 constitutes a transfer unit, and the queue state determination unit 14 constitutes a recognition unit.

In this embodiment, the queues 12a and 12b are formed in a memory (not shown) of the print server device 10, and the spool files 26a and 26b are formed in the storage device 26 by ensuring a predetermined area. However, there is no need to limit to each of these, and they may be reversed, or each of them may be configured. Also, spool files
26a and 26b are not limited to the storage device 26, but a file server device
It may be managed by the storage device 29 of 22, and the storage devices 26 and 29 may be a memory, a hard disk, a magneto-optical disk or the like capable of storing a predetermined amount of print data.

Next, the operation will be described with reference to FIGS. 3 and 4. First, the WS 21a establishes a session with the print server device 10 prior to transmission of print data (step P11), and a print request is transmitted from an application or the like used in the WS 21a and print data is transmitted. Then, when the print server device 10 receives the print data, the spool file in the storage device 26
26a is opened and connected / registered in the queue 12a for the printer device 23, and print data is accumulated in the spool file 26a.

When connecting / registering to this queue 12a,
If the registration status of the queue 12a is checked and judged by the queue status judgment unit 14 (step P12), and another spool file is already registered in the queue (step P13), the spool of the newly received print data is spooled. File
26a is connected and registered at the end (step P14),
The print data is sequentially accumulated in the spool file 26a (step P15), and then transferred to the printer device 23 according to the waiting order (step P16) and recorded and output.

On the other hand, if another spool file is not registered at step P13, the spool file 26a of the newly received print data is connected and registered at the head thereof (step P17), and the print data is spooled. Spool file at the same time as storage in file 26a
26a is opened and transferred to the printer device 23 (step P18) for recording and output. Therefore, as shown in FIG. 4A, the WS 21a is released after the print output processing is completed at the print data transmission time (accumulation time to the spool file 26a), and the print data is output from the WS 21a. Will start at the same time. Therefore, as shown in FIG. 4B, the accumulation time is substantially omitted from the time from the transmission of print data to the end of the recording output by the printer device 23, and the recording output by the printer device 23 is quickly completed. It In addition, as shown in FIG.
The print data transmission is not restricted until the WS 21a finishes recording and outputting by the printer device 23.

After this, the printer device for the print data
If an error occurs in the transfer to 23, the error is eliminated and then the resend process is performed (steps P19 and P2).
0) If the transfer of the print data ends without error, the spool file 26a is deleted and the registration of the transferred print data is deleted from the queue 12a (steps P19 and P21).

As described above, in the present embodiment, the newly received print data is sequentially registered in the queue of the queue 12a and accumulated in the spool file 26a. At the beginning, the data is transferred to the printer device 23 at the same time as the data is stored, without waiting for the end of the data storage. Therefore, when there is no print data before, the transfer to the printer device can be started in parallel with the data storage. No time is spent before the transfer starts. Therefore, the WS 21a can be quickly released from the print data transmission process, and the print data can be recorded and output by the printer device 23. Further, since the print data is accumulated in the spool file 26a in parallel with the transfer, the resend process can be performed even if an error occurs in the transfer.

Next, FIGS. 5 to 7 are views showing a second embodiment of the printing system according to the invention described in claim 2. Note that the present embodiment is configured substantially the same as the above-described embodiment, and the same reference numerals are given to the same configurations and the description thereof is omitted. First, the configuration will be described. In the present embodiment as well, since print data from the WSs 21a and 21b are processed in the same manner, the print data transmitted from the WS 21b will be mainly described.

In FIG. 5, the WS 21b, when transmitting print data to the print server device 10, inquires of the urgency of the user and outputs output information indicating a recording mode (emergency mode or normal mode) indicating the urgency. Function to add and send before print data (transmitting means)
It uses an application with. Then, the print server control unit 13 stores the output information together with the newly received print data in the spool file 26b, or stores the output information in association with the queue 12b or another area. Based on the output information, the recording mode determination unit 15 investigates (detects) the recording mode, and also investigates (detects) the recording mode of the print data registered in the queue 12b to compare and determine the urgency of the print data. Is registered and stored before the normal accumulated print data and after the urgent accumulated print data. Depending on the urgency, the printer device 25
It is supposed to be transferred to. That is, the recording mode determination unit 15 constitutes a detection unit, and the print server control unit 13 constitutes an order control unit. If the output information is stored together with the print data, the printer device
It is deleted when transferred to 25 and transferred to print data.

Next, the operation will be described with reference to FIGS. 6 and 7. First, the WS 21b establishes a session with the print server device 10 before transmitting print data (step P31), and then a recording request is made from an application or the like used in the WS 21b, and output information is added to the front. Print data is transmitted.

When the print server device 10 receives the output information and print data, the storage device 26
The spool file 26b therein is opened, connected and registered in the queue 12b for the printer device 25, and print data is accumulated in the spool file 26b. When connecting / registering to the queue 12b, the registration status of the queue 12b is checked / judged by the queue status judgment unit 14 and the recording mode of the print data is checked / judged by the recording mode judgment unit 15 (step P32). , No other spool file is registered in the queue (Step P3
3) When the received print data is in the normal mode (step P34), the spool file 26b is stored in the queue 12b.
Is connected and registered (step P35), the print data is sequentially accumulated in the spool file 26b (step P36), and then the spool file 26b is opened and transferred to the printer device 25 (step P37) to be recorded and output. .

Further, in step P33, no other spool file is registered, and the check / judgment result (detection information) in step P32 of the recording mode of the received print data.
Is in the urgent mode (step P34), the spool file 26b is connected / registered at the head of the queue 12b (step P41), and the print data is sequentially accumulated in the spool file 26b and at the same time the spool file 26b is opened. The data is transferred to the printer device 25 in parallel with the storage (step P42) and recorded and output.

On the other hand, another spool file is registered in step P33, and the check / determination result in step P32 of the received print data recording mode is the urgent mode (step P51). The spool file at the head of the queue 12b is printed. If the data is not being transferred to the printer device 25 in the normal mode (step P52), the spool file 26b of the newly received print data is connected / registered at the head of the queue 12b (step P53), and the received print data is The spool file 26b is sequentially stored in the spool file 26b, and at the same time, the spool file 26b is opened and transferred to the printer device 25 in parallel with the storage (step P54) to be recorded and output.

If another spool file is registered in step P33 and the result of the check / judgment in step P32 of the recording mode of the received print data is the normal mode (step P51), the spool of the received print data is performed. The file 26b is connected / registered at the end of the queue 12b (step P61), the received print data is sequentially accumulated in the spool file 26b (step P62), and the print data of the previous spool file is recorded and output. It is transferred to 25 (step P63) and recorded and output.

Further, in step P33, another spool file is registered, and the result of the check / judgment in step P32 of the received print data recording mode is the urgent mode (step P51). When the print data is being transferred to the printer device 25 (step P52), the recording mode of the print data of the next spool file is examined by the recording mode determination unit 15 (step P71), and it is determined to be the normal mode. Occasionally, the spool file 26b of the received print data is connected and registered before the spool file (step P72), the received print data is sequentially accumulated in the spool file 26b (step P62), and the previous accumulated print being transferred is performed. After the data is recorded and output, it is transferred to the printer device 25 (step P63). ) Recorded and output.

After this, the printer device for the print data
When an error occurs in the transfer to 25, the error is eliminated, and then the resend process is performed (steps P81 and P8).
2) If the transfer of the print data is completed without error, the spool file 26b is deleted and the registration of the transferred print data is deleted from the queue 12a (steps P81 and P83).

As described above, in this embodiment, in addition to the effects of the above-described embodiment, the newly received print data and the already stored print data are output from the output information transmitted from the WS 21b together with the print data in the normal or urgent manner. If the received print data is urgent, it is registered and accumulated before the accumulated print data of the normal mode registered in the queue 12b and after the accumulated print data of the urgent mode. Print data can be transferred to the printer device 25 without waiting for the end of the print data in the normal mode, and the print data in the normal mode can be interrupted and recorded and output. Therefore, convenience is improved.

[0031]

According to the first aspect of the present invention, when newly received print data is transferred at the beginning, the print data is transferred in parallel with the storage without waiting for the end of the storage. When there is no print data of), it is possible to apparently start the transfer to the printer device by omitting the time from the reception of the print data to the start of the transfer. Therefore, the workstation can be quickly opened and the print data can be recorded and output. Further, since the print data is accumulated with the transfer, it can be retransmitted even if an error occurs in the transfer.

According to the second aspect of the invention, when the print data transmitted from the workstation is urgent, the print data is accumulated before the accumulated print data. For example, when the first accumulated data is urgent, it is continued. Transfer
Further, since the accumulated data at the beginning is transferred before it is normal, print data can be interrupted and recorded and output according to the urgency. Therefore, convenience is improved.

[Brief description of drawings]

FIG. 1 is a schematic configuration diagram showing a first embodiment of a print system according to a first aspect of the invention and a connection diagram thereof.

FIG. 2 is a conceptual diagram of the print server device.

FIG. 3 is a flowchart illustrating transfer and printout of print data.

FIG. 4 is a diagram showing a time required for recording and outputting the print data, (a) is an explanatory view showing a recording time according to the present embodiment, and (b) and (c) are explanations showing a recording time according to a conventional example. It is a figure.

FIG. 5 is a diagram showing a second embodiment of the print system according to the invention described in claim 2, and is a conceptual diagram of the print server device.

FIG. 6 is a flowchart illustrating the transfer and printout of the print data.

FIG. 7 is a flowchart following FIG.

[Explanation of symbols]

10 print server device 11 protocol control unit 12a, 12b queue 13 print server control unit (transfer unit, order control unit) 14 queue status determination unit (recognition unit) 15 recording mode determination unit (detection unit) 21a, 21b workstation 23, 25 Printer device 26 Storage device

Claims (2)

[Claims] 1. A print server device, which is connected to a network constructed by a plurality of workstations, registers print data from the workstations in a queue, accumulates the print data, and then transfers the print data to a printer device according to a waiting order. In the printing system, the print server device includes a recognition means for recognizing a waiting order of newly received print data, and when the waiting order is at the head based on the recognition information, the printing is performed without waiting for the end of accumulation. A printing system comprising: a transfer unit that transfers data in parallel with storage. 2. The workstation has a transmission means for transmitting output information indicating the urgency of recording and outputting print data together with the print data, and the work station receives the print information from the output information received together with the print data. Based on the detection means for detecting the urgency of the print data and the detection information of the accumulated print data that has already been stored and the newly received received print data, when the received print data is urgent, before the normal stored print data 2. The printing system according to claim 1, further comprising: an order control unit that stores the received print data after the urgent stored print data.