JPH0353645A - Telephone system - Google Patents

Abstract

PURPOSE:To improve the operability by sending a key input of a telephone set main body to an electronic notebook while the electronic notebook is loaded to the telephone set main body and activating the electronic notebook based thereon. CONSTITUTION:An electronic notebook mount hole 2 is formed to a side of an extension telephone set 1 and the mount hoe 2 is formed to be a slit through which an electronic notebook 3 is inserted and the electronic notebook 3 is loaded to a mount part in the inside of the telephone set 1 by inserting the electronic notebook 3 through the hole. Then while the electronic notebook 3 is loaded to the telephone set 1, the key entry of the telephone set 1 is sent to the electronic notebook 3 to activate the electronic notebook 3 based thereon. Thus, it is not required to operate the operation button of the electronic notebook 3 in the loading state and the operability when the electronic notebook 3 is loaded to the telephone set 1 is improved.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a telephone device having a function of connecting an electronic notebook having a memory. [Prior Art] Conventionally, telephone switching devices or button telephone devices have been provided with functions such as speed dialing and one-touch dialing. However, since there is a limit to the number of speed dials and one-touch dials that can be registered in the wooden device itself, a portable electronic notebook is provided separately from the main device, and speed dials and one-touch dials are registered in this electronic notebook. A system has been proposed in which data is transferred to the main device and dialing is performed by attaching it to a telephone. [Problems to be Solved by the Invention] By the way, in the above-mentioned electronic notebook, operations for registering and recalling data in the electronic notebook itself are generally performed using various operation buttons provided on the electronic notebook. It is. Therefore, when transmitting data by attaching such an electronic notebook to a telephone, it is conceivable to visually check the various operation buttons on the surface of the electronic notebook and operate them while transmitting data to the telephone. This requires a configuration in which an electronic notebook can be attached to the surface of the phone in a flat structure. FIG. 10 is a perspective view showing an example of a configuration in which an electronic notebook is attached with such a planar structure.

In this example, a mounting part 53 for the electronic notebook 52 is provided on the front side of the telephone 51 or near the top of the screen, and when the electronic notebook 52 is placed on the mounting part 53, the surface of the electronic notebook 52 can be operated. The buttons can be operated. Furthermore, the data stored in the electronic notebook 52 is stored in the electronic notebook 52.
The light is transferred to the telephone 51 side through a photocoupler formed by a light emitting diode provided on the back surface of the telephone 2 and a phototransistor provided on the bottom surface of the mounting portion 53. However, in such a device, since the electronic notebook is attached in a planar structure, the surface space of the phone becomes large, resulting in an increase in the size of the phone. Furthermore, since the electronic notebook is small, the operation buttons on the surface are also small, so it has the disadvantage of poor operability when operated by attaching it to a telephone. SUMMARY OF THE INVENTION Accordingly, it is an object of the present invention to provide a telephone device that can prevent the telephone for the electronic notebook from becoming larger as described above and can improve operability when the electronic notebook is attached to the telephone. With the goal. [Means for Solving the Problems] The present invention provides a connecting means for connecting an electronic notebook having a memory to a telephone main body, a detecting means for detecting key inputs on the telephone main body, and data corresponding to the detected key inputs as described above. The present invention is characterized by comprising a means for transmitting data to an electronic notebook, a receiving means for receiving data from the electronic notebook, and a transmitting means for transmitting a call to a number corresponding to the data received by the receiving means. [Operation] In the present invention, an electronic notebook separate from the main unit is connected to the telephone main body, data is received from this electronic notebook,
Since calls are made to a corresponding number, each user can register and use their own unique data at any time, allowing them to use their telephone's dialing function more effectively and flexibly. In addition, when the electronic notebook is attached to the phone, it is possible to send the key input on the phone body to the electronic notebook and operate the electronic notebook based on this. There is no need to operate the operation buttons, and as a result, there is no need to wear the electronic notebook in a flat structure. Therefore, the surface area of the phone is not taken up by the electronic notebook, which prevents the phone from becoming larger, and improves operability when the electronic notebook is attached to the phone. [Embodiment] FIG. 1 is a perspective view showing the external appearance of an extension telephone 1 and an electronic notebook 3 of a telephone device according to an embodiment of the present invention. The telephone device in this embodiment selectively connects a plurality of extension telephones 1 and a central office line using a main device, which will be described later. In FIG. 1, an electronic notebook mounting hole 2 is formed on the side of an extension telephone 1. As shown in FIG. This mounting hole 2 is for the electronic notebook 3.
It is shaped like a slit into which the electronic notebook 3 can be inserted, and by inserting the electronic notebook 3 from there, the electronic notebook 3 can be inserted into the phone.
It can be set in the internal mounting section. This attachment part is provided with an electronic notebook detection switch consisting of a microswitch or the like, a positioning mechanism for the electronic notebook 3, and contacts for transmitting and receiving data between the electronic notebook 3 and the like. The telephone Ia1 also includes a first notebook key 4 for registering data in the electronic notebook 3, a second notebook key 5 for transferring data from the electronic notebook 3, and a second notebook key 5 for registering data in the electronic notebook 3. “▲” key 6 to enter katakana in case
7, a search key 68 for searching data in the electronic notebook 3, a setting key 6 for setting various setting data on the exchange device or telephone, a liquid crystal display section 7 for displaying dial numbers, etc., and a dial key 7. A dial key 8 for inputting information, a station line key 9 for selecting a station line, etc. are provided. FIG. 2 is a block diagram showing the outline of the device of this embodiment.
An analog interface 14 and a digital interface 15 that control the interface between each office line 10 and 11, a time switch 16, a main CPU 18, a ROM 18, and a RAM 19 are mounted on the main board 13. The main device l2 is also provided with three extension interface cards 22. Each extension interface card 22 is controlled by the main CPU 18 via the control line 2l, and is connected to the time switch 16. at highway 2
0 is provided, and each telephone 1a.
Connected to 1b, 1c... FIG. 3 is a block diagram showing the internal structure of the extension interface card 22 and extension telephone l. The extension interface card 22 includes an extension interface card CPU 26, a ROM 27, and a RAM 28.
It has an LSI (master) 29 for extension communication.

On the other hand, the extension telephone 1 is an LSI (slave) for extension communication.
30, a GODEC 31, a one-chip CPU (port, ROM and RAM built-in) 32, a telephone receiver 33, an electronic notebook interface 36, a Hitsuji matrix 37, and an oscillation circuit 39. Additionally, the electronic notebook 3 has a numeric keypad and a search key on its surface. Various input keys such as a registration key and a display section are provided. Further, the electronic notebook 3 is provided with a contact point that contacts the contact point on the telephone 4llll side. The electronic notebook 3 of this embodiment has a function of registering the name of the other party and the corresponding telephone number. In addition, in this example,
Register the configuration data in a way that corresponds to a regular phone number. FIG. 4 is a flowchart showing the operation of this telephone device when using an electronic notebook. Next, a method of inputting data into the electronic notebook 3 will be explained. First, I will explain how to register a person's name and phone number normally. In this embodiment, data can be registered in the electronic notebook 3 using the numeric keypad 8 of the telephone 4ill. In other words, each numeric keypad corresponds to the first character of each line of the 50 syllabary (A, 力, sa, ta, na...), and if you want to select other characters, output the first character of the corresponding line. After that,
This is done by pressing the “▲” key 67. FIG. 5 is a schematic diagram showing the registration pattern of katakana characters in the electronic notebook 3. For example, as shown in Figure 6, if the name of the person you want to register is Aoki and the phone number is 123-4567,
Attach electronic notebook 3 (Sl). By pressing the first notebook key 4 (S3). A mode for transferring data from the telephone Ial to the electronic notebook 3 side is set (S4). After that, press the buttons in the following order (S5), “7” “7” “▲”▲”▲”▲”8”U▲”RM”
“1” 2” “3” 4” 5” “6” ”7”RM”
(“A” O” Ki” “RM” 1” “2” “3” 4”
5"6""7"RM"), and in response to such button operations, the display shown in FIG. 6 is displayed on the liquid crystal display section 7 of the telephone 1 (S6). This display allows the user to confirm that the input is correct (
S7), and when the first notebook key 4 is pressed (S8). The data is transferred to the electronic notebook 3 (S9). RA in electronic notebook 3
Stored in M (s io). The transmission method from the telephone to the electronic notebook is the start-stop synchronization method. Data format is J
According to IS code. Next, we will explain how to register configuration data for a telephone device. First, by attaching the electronic notebook 3 (St) and pressing the first notebook key 4 (S3), the mode for transferring data from the phone Ja1 to the electronic notebook 3 side is set, as in the above-mentioned normal registration. (S4), and when the data you want to set is as shown in Figure 7, press the buttons in the following order (SS), "D""G"I""4""1"ON" MR”O”1
” “0” = “0” “2” “l”2”O” “2”
” “0” .”ON“1”1” = “O”
2” ”1” “2” “0” “2” “O”RM”
．． Here, "DIGI410" is the product name of the telephone device, "010", "011" are the registered data numbers, and "0212020" is the setting data. From now on, the setting data will be entered in the same way as for the telephone number. is R in electronic notebook 3
Stored in AM (S 1 0). By following the steps above, you can register a large amount of setting data. FIG. 8 is a plan view showing an example of the display on the display section 7 when the setting data described here is registered. Needless to say,
The settings described here can also be made at a place and time unrelated to the telephone device. Next, we will explain how to operate and internal operations when transferring data to a telephone. First, the user puts on the electronic hand@3 (Sl) and presses the second notebook key 5 (S2).
). A mode for transferring data from the electronic notebook 3 to the telephone 1 side is set (S 1 1). At this point, the data selected on the electronic notebook 3 side is transferred to the telephone 1 side (S 1 2). Displayed on the display unit 7 (S 1
3). Here, if the user presses the search key 68 (S14). Other data can be selected. After confirming that the desired data has been selected and displayed, if you want to configure the telephone device using this data, press the setting key 6 (S 1 5
)． The data is stored in advance from the main CPU 17 and the telephone f.
It is converted into a setting data format determined with IT (S16) and sent to the main CPU 17. Then, the main CPU 17 updates the contents of the RAM based on this setting data (S17). When making a call using data from the electronic notebook 3, press the central office line key 9 (S18). The data is converted into an outgoing data format determined in advance between the main CPU 17 and the telephone 1 (S 1
9). The data is sent to the main CPU 17, and a call is made based on this data. Communication between the main CPU 17, the highway 20, and the extension telephone l is based on the Bing Bong transmission method. In other words, a burst of the type shown in Figure 9 reciprocates on the two-wire cable. In FIG. 9, audio data is stored in the B1 and B2 channels, and control data between the main CPU 17 and the telephone set 1, that is, the above-mentioned converted setting data, etc. are stored and transmitted in the Di channel. Additionally, the D2 channel is reserved. The data transmission rate of each channel is Bl.
B2 is 64Kbps, DI. D2 is 16Kbps
It is. Also, one burst transmission cycle is 125 gsec
It is. After turning on the power, the main CPU 17 polls the extension telephone 1. If the extension telephone l that received the polling has data to be sent to the main CPU 17, it stores it in the Di channel. The previously decoded data is also sent via this DI channel. In other words, when polling is received from the main CPU 17 after data has been received from the electronic notebook 3 and conversion to a specified format has been completed,
Store the data in the DI channel. Main CPU1
If the received data is setting data, step 7 updates the corresponding part of the RAM that stores various setting data. Also, if the received data is outgoing data,
If the outgoing line is an analog network, a dial pulse is sent out according to the received data. If the outgoing line is a digital network, SE according to the received data.
Send a TUP message. As described above, various setting data can be easily set and transmitted. Furthermore, in the embodiments described above, since the data on the phone main body side can be sent to the electronic notebook, it is possible to send data that has been transferred from the electronic notebook to the phone side to another electronic notebook and register it. , it is also possible to easily make copies of electronic notebooks. In the above 51st embodiment, the communication between the electronic notebook and the telephone was based on the start-stop synchronization method of electrical signals, but the same effect can be expected by using other methods. For example, by providing a function for transmitting and receiving optical signals between the electronic notebook 3 and the telephone 1, it is possible to send data to the telephone in serial or parallel data format. Furthermore, by providing an electronic notebook with means for generating audio frequency band signals such as MF signals and PB signals, it is also possible to send data by sound. [Effects of the Invention] According to the present invention, it is possible to send key inputs from the phone body to the electronic notebook while the electronic notebook is attached to the phone body, and operate the electronic notebook based on this. In this attached state, there is no need to operate the operation buttons of the electronic organizer, which improves operability when the electronic organizer is attached to the phone. Furthermore, as a result, it is no longer necessary to attach the electronic notebook in a flat structure, so the electronic notebook does not take up a large surface area of the telephone, and it is possible to prevent the telephone from becoming larger. In addition, the configuration allows data from the phone to be sent to the electronic notebook, making it possible to send data that has been transferred from the electronic notebook to the phone and register it in another electronic notebook, making it easy to copy electronic notebooks. It is also possible to do so.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view showing the appearance of an extension telephone and an electronic notebook of a telephone device according to one embodiment of the present invention. FIG. 2 is a block diagram showing an overview of the device of the embodiment. FIG. 3 is a block diagram showing the internal configuration of an extension interface card and an extension telephone provided in the device of this embodiment. FIG. 4 is a flowchart illustrating the operation of the device of this embodiment when using an electronic notebook. FIG. 5 is an explanatory diagram showing the registration pattern of katakana characters in the electronic notebook in the same embodiment device. FIG. 6 is a plan view showing a display example of outgoing data to be registered in the electronic notebook in the same embodiment device. FIG. 7 is a schematic diagram showing a specific example of setting data in the device of the embodiment. FIG. 8 is a plan view showing a display example of setting data to be registered in the electronic notebook in the same embodiment device. FIG. 9 is an explanatory diagram showing the burst data format in the Bing Bong transmission method between the telephone and the main device of the same embodiment device. FIG. 1θ is a perspective view showing an example of a 41I telephone with an electronic notebook placed on the front. 1. l a. 1 b, 1 c---telephone, 2...electronic notebook mounting hole, 3...electronic notebook, 4...first notebook key 5...second notebook key 6...setting key 7. ...Display unit, 8...Dial key 9...Central line key 12...Main device, 16...Time switch, l7...Main CPU. l8...ROM, l9...RAM, 20...Highway, 21...Control line. 22... Extension interface card, 25... Extension transmission line, 67... "▲" key 68... Search key

Claims (8)

[Claims] (1) A connecting means for connecting an electronic notebook having a memory to the telephone body; a detecting means for detecting key input on the telephone body; a means for transmitting data corresponding to the detected key input to the electronic notebook; A telephone device comprising: receiving means for receiving data from the electronic notebook; and calling means for calling a number corresponding to the data received by the receiving means. (2) Claim (1), further comprising: a body-side memory means for storing data received from the electronic organizer; and a mode setting means for setting an operation mode corresponding to the data stored in the body-side memory means. A telephone device characterized by: (3) Claim (1), characterized in that the data output from the electronic notebook is received by a light-receiving element provided on the phone main body recognizing the blinking of a light emitting element provided in the electronic organizer. telephone equipment. (4) The telephone according to claim (1), wherein the data output from the electronic notebook is received by recognizing electrical signals transmitted between the electronic notebook and the telephone body. Device. (5) The telephone device according to claim (1), wherein the data output from the electronic notebook is received by recognizing sound emitted from the electronic notebook. (6) The telephone device according to claim (1), wherein the telephone main body has display means for displaying data received from the electronic organizer. (7) A telephone device according to claim (1), characterized in that the data received from the electronic notebook is sent to a corresponding number. (8) The telephone device according to claim (1), characterized in that a main body side memory means for storing data received from the electronic organizer is provided in the main body of the telephone exchange device.