JP2007329517A - Mobile system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a mobile system for preventing children or the like from stumbling into a crime and quickly attesting to crimes. <P>SOLUTION: An ear hooked adaptor 410 can be hooked to an ear. The ear hooked adaptor 410 is electrically connected to a mobile phone 300 in a wireless or wired manner. An opening 413 is formed at a case 327 of the ear hooked adaptor 410 around an external auditory meatus, and an external sound can be heard through the opening 413 even if the ear hooked adaptor 410 is worn to the ear. A support member 415 is freely removably fitted to a fitting fixing member 417. Moreover, an emergency reporting switch 352 is arranged at the bottom side of the case 327 of the ear hooked adaptor 410. An adaptor camera 324 in a fitted state to the ear can image an object in a forward direction being the direction of eyes. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a portable system, and more particularly, to a portable system that can prevent a child or the like from being involved in a crime and can quickly verify the crime.

Conventionally, the invention described in Patent Document 1 is known as a safety system. In this safety system, you can usually listen to music played by the ear adapter, send images captured by the camera with your own eyes to the other party, and talk while sharing information, In an emergency, the center and the like can immediately grasp the state of the site and store data using the camera and microphone mounted on the ear hook adapter. In addition, emergency reports can be easily made with a switch.
JP 2004-313532 A

By the way, in the safety system described above, the ear adapter is used to seal the ears, so that some sounds from the outside world are blocked, and if children with poor attention are to use on their way home, There was a risk that it would be difficult to hear horns and human voices.
Further, wearing the ear adapter for a long time may cause a burden on the ear and may not be worn due to hobbies.

  The present invention has been made in view of such conventional problems, and an object of the present invention is to provide a portable system that can prevent a child or the like from being involved in a crime and can quickly verify the crime.

  Therefore, the present invention (Claim 1) includes a camera for photographing, an adapter provided with the camera, a transmission means for transmitting an image photographed by the camera, and an ear mounting means for attaching the adapter to an ear. The portion of the adapter located in the external auditory canal is opened, and external sounds are not insulated.

  Since the portion of the adapter located in the external auditory canal is open, sounds outside the adapter, such as car sounds and human voices, can be heard without being blocked even when the adapter is worn. Therefore, it is safe.

  The present invention (Claim 2) includes a camera for photographing, an adapter provided with the camera, a transmission means for transmitting an image photographed by the camera, and the adapter in a pocket, clothes, or a bag. An adapter mounting means for mounting is provided.

As described above, since the adapter can be easily attached to clothes, pockets, bags, etc., it is easy to carry around for school children. Therefore, the safety of school children and the like can be ensured.
Further, the present invention (Claim 3) includes a camera for photographing, an adapter provided with the camera, a transmission means for transmitting an image photographed by the camera, and a case having a speaker for sounding an alarm sound. Prepared and configured.
When school children are urgent, an alarm sound is emitted from the speaker. This can further secure the safety of school children and the like.

  As described above, according to the present invention, since the portion of the adapter located in the ear canal is configured to be open, sound outside the adapter, such as car sound and human voice, can be heard without being blocked even when worn. . Therefore, it is safe.

  Moreover, since the adapter can be freely attached to clothes, pockets, bags, etc., it is easy for school children to carry around. Therefore, the safety of school children and the like can be further ensured.

  The first embodiment of the present invention will be described below. FIG. 1 is a side view of a mask unit 1 according to the first embodiment of the present invention, and FIG. 2 is a front view thereof. The mask unit 1 is configured so that the eye cover 5 covers the folded mask 3. FIG. 3 shows a state of the eye cover 5 unfolded, and FIG. 4 shows a state of the mask 3.

  As shown in FIG. 3, the eye cover 5 has a single-piece eyeglass shape, and has a flat surface portion 5 </ b> A that is in close contact with the face when worn, and is curved outwardly with respect to the flat surface portion 5 </ b> A as shown in FIG. It consists of a dish-shaped eye periphery 5B. Further, an adhesive portion 15 is disposed so as to surround the eye periphery 5B of the eye cover 5.

  Opening pieces 10 are provided at both ends of the eye cover 5, and the eye cover 5 can be unfolded and separated from the mask 3 by pulling when used.

  Until the eye cover 5 and the mask 3 are separated, the mask 3 is sealed by the eye cover 5 so that the filter 8 can be prevented from touching the outside air and absorbing moisture.

  The lower center portion of the eye cover 5 is cut away, and the eye cover 5 can be worn by placing the user's nose here and pressing the adhesive portion 15 around the eye portion.

  As shown in FIGS. 1 and 4, the mask 3 includes a mask body 6 and a filter box 7. A filter 8 is accommodated in the filter box 7, and filter openings 9A, 9B, 9C are provided as vent holes.

  Air is taken in from the outside through the opening 9C, and air through the filter 8 can be supplied to the nose and mouth from the openings 9A and 9B.

  The filter 8 has a multilayer structure of activated carbon, and has a dustproof and poisonous function in the event of a disaster such as a fire.

  The mask body 6 is folded and attached to the filter box 7 simply by pulling the opening piece 10 and separating the eye cover 5. At this time, the wearing strap 21 is folded outside the mask body 6.

  When the mask 3 is used, the wearing strap 21 is peeled off from the mask main body 6 and is used by hanging on the ear. The attachment strap 21 is partially temporarily fixed to the adhesive portion 15 of the eye cover 5, and is peeled off from the mask body 6 when the eye cover 5 and the mask 3 are separated, so that the attachment is easy. ing.

  As shown by the broken line in FIG. 4, the mask main body 6 can be developed by expanding the mounting cord 21. FIG. 5 shows the situation at that time. The wearing strap may be a thin rubber shape or a wide band shape.

  The developed mask main body 6 is provided with a mouth adhesive portion 27 so as to surround the nose and the mouth. By pressing the mouth adhesive part 27 against the user's face, the mask 3 can be brought into close contact with the nose and the periphery of the mouth.

  Of the opening 9 of the filter box 7, the opening 9 </ b> C for taking in air from the outside opens at a position where it does not come into contact with the mask main body 6. Only the part surrounded by the adhesive part 27 is communicated. An airtight sheet that does not allow the outside air to pass through is used as the material of the mask body 6 so that only the air that has passed through the filter 8 is supplied.

  However, by providing the mask body 6 with a filter function, it is also possible to use a material having air permeability.

  It is also possible to use a material that does not have confidentiality or a filter function by disposing a water bag for supplying moisture to the mask body 6 and providing a mechanism for moistening the mask body 6 during use. It becomes.

  In this embodiment, the mask unit 1 can be used only with the eye cover 5 and the mask 3, but can also be used in conjunction with a mobile phone 30 as shown in FIG. 6. By linking with the mobile phone 30, emergency reports and calls can be made automatically and quickly and hands-free. Note that the mobile phone 30 is not limited to a folding type.

  6A is a side view of the mobile phone 30, and FIG. 6B is a front view. The filter box 7 disposed in the mask unit 1 is connected to the mobile phone 30. FIG. 7 shows a state in which the mask 3 is attached to the mobile phone 30.

  A fitting groove 31 for fitting with the filter box 7 is formed on both end portions of the upper surface of the mobile phone 30. 8 is a cross-sectional view taken along the line AA in FIG. 7 and shows a state in which the mobile phone 30 and the filter box 7 are fitted.

  A convex leaf spring 33 is disposed at the lower end of the fitting groove 31 in FIG. Further, a switch hole 35 is opened at the lower end of the mobile phone 30 in FIG.

  In FIG. 5, notches 23 are formed on both lower sides of the filter box 7 in the drawing. The filter box 7 is inserted into the mobile phone 30 from the upper side to the lower side in FIG. 6, and the leaf spring 33 of the mobile phone 30 can be fitted into the notch 23.

  FIG. 9 shows a block diagram of the notification system when the mask 3 is attached to the mobile phone 30. 5, a projecting rod 25 is provided at the lower end of the filter box 7 in the drawing. When the filter box 7 is completely inserted, the filter box 7 is inserted into the switch hole 35 of the mobile phone 30 and is shown in FIG. A notification switch 37 is turned on.

  When the notification switch 37 is turned on, a specified telephone number calling circuit such as a specific center or fire department is energized and connected to a communication circuit. As shown in FIG. 7, the communication circuit can send the state of the scene as a video by a mobile phone camera 39 built in the mobile phone 30 as shown in FIG. At the same time, the mobile phone 30 is energized to a circuit that generates flash and intermittent sounds.

  The attachment position of the filter 8 on the mask 3 may be inside the mask body 6. In that case, it is desirable to use a shape that matches the shape of the mouth, nose, etc., and to prevent outside air from entering through the gap.

  Next, the operation of this embodiment will be described. The mask unit 1 is a light and compact box shape in a folded state, and can be stored in a bag or a pocket. Also, today, the mobile phone 30 is one of the things that each person always carries. Therefore, it is not a burden to always prepare and can always be carried around.

  FIG. 10 shows a state when the eye cover 5 and the mask 3 interlocked with the mobile phone are attached.

  As shown by the arrows in FIG. 1, the user pulls the opening piece 10 to both sides to expand the eye cover 5 and open the mask unit 1. Since the user can easily determine the center of the eye cover 5 by notching the center of the eye cover 5, the eye cover 5 is pressed against the face by aligning the center with the center of each person's nose, and bonded by the adhesive portion 15. Let Since the eye periphery 5B of the eye cover 5 protrudes, it does not get in the way of touching the eye.

  Next, the mask 3 is attached to the mobile phone 30. When the filter box 7 is inserted into the mobile phone 30, the leaf spring 33 of the mobile phone 30 is fitted into the notch 23 of the filter box 7 and fixed. At the same time, the projecting rod 25 projecting from the lower end of the filter box 7 is inserted into the switch hole 35 opened in the mobile phone 30 and the notification switch 37 is energized.

  The filter 8 uses porous activated carbon in order to transmit air and adsorb dust. Further, a layer carrying hopcalite as a carbon monoxide oxidation catalyst is interposed to detoxify carbon monoxide. Further, various toxic gases are adsorbed by the metal oxide support layer.

  For adsorbing dust, a porous ceramic powder or a porous polymer film may be used. For adsorption of toxic gas, zeolite or the like may be used in addition to activated carbon supporting metal oxide, or zeolite may be supported on activated carbon.

  When the notification switch 37 is energized, the calling circuit is automatically operated as shown in FIG. 9 to notify the predetermined engine. In addition, the center side can grasp the state of the site by photographing and transmitting the periphery of the site with the mobile phone camera 39 built in the mobile phone 30. Furthermore, it is possible to quickly and reliably detect the position of the site automatically by the GPS function or the like. Furthermore, the detected position information is converted into an address display, and quick rescue is possible.

  In addition, by generating a flash or intermittent sound from the mobile phone 30 worn by the user, it may be a site where the field of view is poor due to smoke or the person has fallen and cannot seek help. However, it is easy to find victims.

  After inserting the filter box 7 into the mobile phone 30, the mask body 6 is unfolded. A part of the attached strap 21 accommodated in the mask body 6 is pulled out by the adhesive portion 15 of the eye cover 5 when the mask unit 1 is unfolded, and therefore can be easily pulled out from the mask body 6.

  After deployment to the state shown in FIG. 5, the wearing strap 21 is put on the ear, and the user presses the mask body 6 against the face so as to seal around the nose and mouth at an appropriate position of each person, The adhesive part 27 is used for adhesion. In addition, it is also possible to use the mask 3 alone without using the mobile phone 30.

  As described above, the user can evacuate while protecting the eyes and respiratory organs from toxic gases and toxic substances. Furthermore, by linking with the mobile phone 30, it is possible to make a report to a predetermined organization reliably and promptly even in an emergency, and prompt rescue is possible.

  Since the notification is performed automatically, the notification time is shortened, and by having both hands, in addition to quick evacuation, it is also possible to perform on-site fire fighting and rescue activities.

  Moreover, even if the victim is in a panic state and cannot accurately judge the situation or when there is no land intuition, the site can be identified accurately.

  Next, a second embodiment of the present invention will be described. FIG. 11 is a front view of the cellular phone 40 with an air port used in the present embodiment, and FIG. 12 is a rear view thereof. Air ports 41 are provided on both surfaces, the 40A surface, and the 40B surface of the cellular phone 40 with the air ports.

  The interior of the mobile phone 40 is partially hollow, and the front air port 41 </ b> A and the back air port 41 </ b> B communicate with each other via the hinge part 42.

  FIG. 13 is a side view of the mask unit 43 with a spare in the present embodiment, and shows a state in which the filter cartridge 45 is included together with the mask 3. A filter 8 is accommodated inside the filter cartridge 45. Note that the filter cartridge 45 is not limited to one, and a plurality of filter cartridges 45 can be stored.

  The deployment method of the spare mask unit 43 is the same as in the first embodiment, but the filter cartridge 45 is temporarily fixed to the mask 3 and does not pop out due to an impact at the time of opening. It can be easily peeled off.

  FIG. 14 shows a state when the mask 3 and the filter cartridge 45 are attached to the cellular phone 40 with an air port. The filter cartridge 45 is inserted into the 40A surface of the cellular phone 40 with the air port shown in FIG. 11, and the filter box 7 of the mask 3 is inserted into the 40B surface shown in FIG. 12, as indicated by the arrows in FIG. ing.

  The mounting method of the filter cartridge 45 and the filter box 7 of the mask 3 is the same as in the first embodiment, and the description thereof is omitted.

  A cartridge opening 47 is provided in the lower part of the filter cartridge 45 so that outside air can be taken from there. The filter cartridge 45 can be replaced as appropriate, and as shown in FIG. 11, the leaf spring 33 is released by pushing the antenna 49 of the attached cellular phone 40 with an air port as shown by the arrow in the figure, and the filter cartridge 45 can be removed. It can be done.

  Next, the operation of this embodiment will be described. After the spare mask unit 43 is developed and the eye cover 5 is attached, the mask 3 and the filter cartridge 45 are inserted as shown by arrows in FIG.

  When completely inserted and locked by the leaf spring 33, the wearing cord 21 is spread and the mask 3 is developed. The situation at this time is shown in FIG.

  In FIG. 15, the outside air taken in from the cartridge opening 47 of the filter cartridge 45 due to the user's breathing passes through the filter cartridge 45 as indicated by an arrow in the figure, and the air port 41 </ b> A of the cellular phone 40 with the air port. To the air port 41B through the internal cavity of the mobile phone 40 with the air port.

  The air supplied from the openings 9A and 9B of the filter 8 into the sealed mask body 6 includes the outside air flowing from the air port 41B and the outside air taken in from the opening 9C of the filter 8 at the filter 8. It has been filtered.

  The cellular phone camera 39 may be disposed on the hinge portion 42, the antenna 49, or the like when the filter cartridge 45 cannot be disposed on the surface 40A of the cellular phone 40 with the air port. Further, it may be disposed on the side portion of the cellular phone 40 with an air port.

  The sizes of the filter box 7 and the filter cartridge 45 are not necessarily the same as those of the cellular phone 40 with the air port, and the size of the filter 8 and the filter cartridge 45 may be increased or decreased as necessary. Alternatively, the mobile phone camera 39 or the like may be shifted to an unobstructed position.

  When a plurality of filter cartridges 45 are included in the mask unit with spare 43, it is possible to use the filter cartridge 45 for a longer time by replacing the filter cartridge 45. Since the filter cartridge 45 can be easily removed by pushing the antenna 49, a new filter cartridge 45 may be inserted.

  As described above, by disposing the filters 8 on both surfaces of the cellular phone 40 with an air port, it is possible to use the device more reliably and for a long time than the case of only one surface. In addition, the use time can be further extended by making the cartridge type replaceable.

  Next, a third embodiment of the present invention will be described. FIG. 16 is a side view of the present embodiment, showing a state in which the filter set 50 is attached to the cellular phone 40 with an air port.

  The filter set 50 is configured so that the eye cover 5 covers the filter cartridge 45 including the filter 8. The eye cover 5 is expanded by pulling the opening piece 10, and the eye cover 5 and the filter cartridge 45 are moved to each other. It is possible to separate.

  Even when the eye cover 5 is unfolded, the filter cartridge 45 remains in a state of being fitted to the surface of the cellular phone 40 with the air port. The filter cartridge 45 may be attached only to one side of the cellular phone 40 with an air port. In that case, the filter cartridge 45 is attached to the 40A surface on the user side.

  The filter cartridge 45 mounted on the 40A surface may use the planar mask 3 as described above, but may also use a three-dimensional mask 52 as shown in FIG. The three-dimensional mask 52 is made of, for example, a rubber material, and is compressed when being carried and has a compact shape. This is developed at the time of use to form a three-dimensional shape that closely adheres to the shape of the face.

  The three-dimensional mask 52 can be inserted into the filter cartridge 45 as indicated by an arrow in FIG. The three-dimensional mask 52 may be worn on the head by a band 53 as shown in the figure, or may be used while being pressed against the face with one hand.

  Note that the switch hole 35 for operating the notification switch 37 in FIG. 9 is disposed below the filter cartridge 45 mounted on the surface 40A of the cellular phone 40 with the air port, and the protruding rod 25 is a three-dimensional object. It is disposed below the mask 52.

  Next, the operation of the present invention will be described. When the opening piece 10 is pulled, the filter set 50 is opened and the eye cover 5 is separated. After the eye cover 5 is unfolded and attached, the three-dimensional mask 52 is opened, and the three-dimensional mask 52 is inserted into the filter cartridge 45 attached to the cellular phone 40 with an air port as indicated by an arrow in FIG. When the three-dimensional mask 52 is inserted to the end, the notification switch 37 shown in FIG. 9 is energized and automatically notified.

  Since the shape of the opened three-dimensional mask 52 is three-dimensional, it is possible to prevent outside air from entering through the gap. Accordingly, only air that has passed through the filter 8 is supplied into the three-dimensional mask 52.

  In addition, the mobile phone 40 with an air port and the filter set 50 can be removed. Therefore, the filter cartridges 45 and 46 can be exchanged, and even if they are used once, the filter function is lowered during use, or they have not been used for a long time, they can always be replaced with new ones. it can.

  As described above, since the filter cartridges 45 and 46 are mounted on the cellular phone 40 with the air port in advance, even in an environment where it is difficult to carry out detailed work, it can be mounted immediately and surely in an emergency. Therefore, prompt reporting and evacuation are possible. Moreover, since the mask shape is also three-dimensional, high airtightness is maintained.

  Next, a fourth embodiment of the present invention will be described. FIG. 18 shows a state where the mask 3 and the mobile phone 60 are connected by a cable 62. The mask 3 has a built-in filter box 55 such as a communicator in the mask main body 6 and, like the first embodiment, the mask 3 is enclosed by the eye cover 5 and has a mask unit shape. Expand and use.

  In addition to the filter 8, the built-in filter box 55 such as a communication device includes a mask speaker 56, a mask camera 57, and a mask microphone 58.

  A cable 62 extends from the built-in filter box 55 such as a communication device, and a terminal 63 that can be connected to the connection terminal 61 of the mobile phone 60 is disposed at the tip of the cable 62. When the terminal 63 is inserted into the connection terminal 61, the notification switch 37 shown in FIG. 9 is energized to automatically notify a predetermined engine or the like.

  The notification switch 37 is energized when the cable 62 is connected to the mobile phone 60. Mechanical contacts may be provided around the terminal 63 of the cable 62 or the connection terminal 61 of the mobile phone 60, but the switch may be switched on by detecting changes in impedance or the like at the time of connection.

  Therefore, the user first opens the mask unit shape and attaches the eye cover 5 (not shown). Thereafter, the mask 3 is developed and attached, and the terminal 63 at the tip of the cable 62 is inserted into the connection terminal 61 of the mobile phone 60.

  Information from the mask camera 57 and the mask microphone 58 built in the filter box 55 built in the communicator etc. provided in the mask 3 is transmitted to the mobile phone 60 through the cable 62 and is dialed by the mobile phone 60. And so on.

  Information from each organization is also sent from the mobile phone 60 to the mask 3 through the cable 62 and output by the mask speaker 56. The power of the built-in filter box 55 such as a communication device is also supplied from the mobile phone 60 via the cable 62.

  Note that the mask 3 and the mobile phone 60 may communicate wirelessly without using the cable 62. In that case, as shown in FIG. 19, a filter box 64 with a built-in wireless communication device including a small button-type battery 65 and a communication device 66 for communicating with a mobile phone is used as a power source. In FIG. 19, when the opening piece 10 is pulled, the mask unit 1 is opened, and at the same time, the insulating material 67 is pulled out, the button-type battery 65 is energized, and the notification switch 37 is energized.

  FIG. 20 shows an example when wireless communication is performed. The mobile phone 60 includes a communication device 68 for communicating with the communication device 66. The communicator 66 and the communicator 68 communicate with each other at a unique frequency, and cannot communicate with the mask 3 having other frequencies.

  Therefore, as shown in FIG. 20, a plurality of masks 3 are used as a set, and the communication device 66 having the same frequency is provided, so that wireless communication between users of the masks 3 is possible.

  Furthermore, since a telephone line can be used via the mobile phone 60, each mask 3 user can report and communicate with the center.

  For example, if a family or the like has the mask 3 of the same frequency, even a child who does not have a mobile phone or the like can communicate with a parent or report to a predetermined organization or the like.

  The communication device 68 may always be in a standby state and powered on. Alternatively, the receiver switch button 69 may be provided on the cellular phone 60 and operated only when it is pressed.

  As described above, the mobile phone 60 can be used while being put in a pocket, a bag, or the like, and the user's feeling of use can be improved. Further, if the wireless communication is performed without using the cable 62, it is possible not only to report using the mobile phone line but also to have a conversation using only the mask 3 without using a mobile phone or the like by radio. .

  Next, a fifth embodiment of the present invention will be described. FIG. 21 is a side view of the present embodiment. The mask to be used is not limited to a foldable portable simple type, and a conventional gas mask 70 that can be used at a high concentration for a long time may be used as shown in FIG.

  On the side of the gas mask 70, a mobile phone installation unit 72 is disposed, and a mobile phone 75 with a reporting function is inserted therein. A protruding rod 25 is disposed at the bottom of the mobile phone installation portion 72, and a switch hole 35 is provided at the tip of the mobile phone 75 with a reporting function.

  Therefore, when the mobile phone 75 with a reporting function is inserted into the mobile phone installation unit 72, the protruding rod 25 of the mobile phone installation unit 72 is inserted into the switch hole 35 of the mobile phone 75 with a reporting function, and the notification shown in FIG. The switch 37 is energized.

  As described above, a series of notification systems can be effectively used, for example, in a person who is going to rescue, or in a workplace that is dangerous and has a gas mask 70.

  Next, a sixth embodiment of the present invention will be described. FIG. 22 is a system block diagram of the present embodiment, showing a state in which a call between victims at the same disaster site can be performed through the center.

  In the sixth embodiment, the line of the victim who has reported to the center is connected to the transmission / reception circuit 110 of the center. The transmission / reception circuit 110 is connected to a reception line and a transmission line, and a one-to-one call is performed via an operator. Further, image information captured by the mask camera 57 or the like is also transmitted to the image processing circuit 118 via the transmission / reception circuit 110.

  Further, the user's position information is also transmitted in conjunction with the notification switch 37, and can be grasped at the center by GPS, position measurement using a radio base, or the like. At this time, for example, it is possible to interlock with a fire detection device (Japanese Patent Laid-Open No. 2002-1000048). This fire detection device detects a disaster such as a fire and can automatically contact a predetermined center.

  From the report, if you have registered with the center, you can obtain detailed information such as address, site situation, family structure, medical history. Even if various types of information are not registered in the center, it is also possible to search for address, location search, telephone registrant information, etc. based on the telephone number acquired by the number display function.

  Various kinds of position information and image information are image-processed and displayed on the operator's screen, and can be used for grasping the on-site situation, evacuation circuit guides, and the like.

  In addition, such calls and image records are stored as data, and when the report is confirmed to be true at the center, the report and the data are transferred to various organizations such as the fire department. It has become.

  When a plurality of reports arrive at the center, the same disaster determination circuit 112 is installed, and it can be determined from the positional information of each report whether the reports of the same period belong to the same disaster. That is, it is determined that the same disaster occurs when the location of each reporting source exists within a predetermined limited area and occurs at the same time.

  When it is determined that the disasters are the same, the operator at the center can connect each individual receiving line to the mixing circuit 116 by switching the switch 114. Further, by switching the switch 115, each transmission line can be connected to the mixing circuit 117.

  The mixing circuits 116 and 117 mix the call signals of each user so that a plurality of people can talk simultaneously.

  Next, the operation of this embodiment will be described. FIG. 23 is a flowchart of each processing step at the center at the time of reporting.

  When there is a report, the line is connected to the operator, and the voice is delivered as it is. The position information is displayed after image processing. The processing steps at that time are as follows.

  In step 1 of FIG. 23 (hereinafter abbreviated as S1, hereinafter the same), position information such as latitude and longitude is detected in step 3 based on the received position signal. Further, an address or the like may be determined in step 5, or an image database search may be performed in step 7 as it is.

  In step 7, an appropriate image including the address or the like is searched, and as a result, in step 9, the image is extracted from the database. Note that an image is taken and sent from the mask camera 57 and the mobile phone camera 39 to the center. An image is created in step 13 based on the image information received in step 11, is combined with the image extracted in step 9 in step 15, and is displayed on the screen in step 17.

  Furthermore, images from other users who have encountered the same disaster have also been transmitted in the same way, but by simultaneously displaying them, it is possible to make it easier to grasp the situation at the site.

  24 and 25 are examples of display screens at the center. FIG. 24 is a map of the vicinity of the disaster site. A detailed map of the vicinity of the report site can be displayed on the same screen as the address display and the site video sent from the victim's camera.

  FIG. 25 shows a display example when a fire has occurred in a building. The floor map and the like in the building can be displayed from the database, and the evacuation route such as the stairs and the exit can be guided together with the floor number information in the building such as the building.

  In addition, when there is a report from the fire detection device, it is also possible to specify and display the detailed fire occurrence position as shown in the figure showing the fire point in FIG.

  Furthermore, when there are a plurality of reports from the same disaster site, each image information is displayed in a window, and an appropriate evacuation route or the like can be guided while switching on the screen.

  In either case of FIGS. 24 and 25, detailed information collection and verification can be performed by combining GPS and radio base information.

  As described above, an appropriate evacuation route or the like can be instructed at the center, and a conversation between victims and the like can be performed on-site, so that a quick rescue operation, evacuation, and information can be secured.

  Next, a seventh embodiment of the present invention will be described. FIG. 26 is a system block diagram of the present embodiment, and shows a flow of communication and communication between the mobile phone 200 and the center.

  In the mobile phone 200, the operation unit 201 is connected to the control arithmetic circuit 203 via the input interface 202. A transmission / reception circuit 218, a storage unit 205, a display circuit 214, an image processing circuit 207, a transmission / reception circuit 212, and an interface 216 are connected to the control arithmetic circuit 203.

  The control arithmetic circuit 203 performs processing such as a telephone function, a communication function, a clock function, a calendar function, an address book function, and a camera function.

  The storage unit 205 includes a RAM and a ROM, and stores various histories, address books, images, system basic data, and the like. The display circuit 214 is a user interface such as a liquid crystal screen. The image processing circuit 207 is connected to the mobile phone camera 39 to perform image shooting and data processing. The transmission / reception circuit 212 is connected to the microphone 209 and the speaker 210 to input a call and various melodies. Output is to be performed.

  The voice and data are transmitted by the transmission / reception circuit 218 and communicate with the transmission / reception circuit 230 on the center side via a wireless station so that a call with an operator and transmission of an image or the like can be performed.

  An adapter 221 can be attached to the mobile phone 200. An external terminal 220 provided on the adapter 221 can be connected to a connection terminal 223 provided on the mobile phone 200. The interface 216 is connected to the connection terminal 223 so as to exchange signals with the outside.

  By using the adapter 221, the user of the mask 3 wearing the wireless communication device built-in filter box 64 can perform wireless communication with the mobile phone 200.

  In order to detect that the adapter 221 is connected to the mobile phone 200, a mechanical contact as described above may be provided on the connection terminal 223 or the external terminal 220, or a no-voltage detection circuit or Alternatively, a circuit that detects a change in impedance or the like may be used. By this detection, the report switch 37 is energized, so that a report is automatically made or a call can be made. If a mechanical contact is provided on the external terminal 220 or a non-voltage detection circuit or the like is provided, no structural modification is required on the mobile phone 200 side. However, the notification or the like may be enabled by manual button operation without performing the notification or the like automatically.

  The adapter 221 incorporates an adapter transmission / reception circuit 222 connected to the external terminal 220. The adapter transmission / reception circuit 222 functions when the external terminal 220 is connected to the connection terminal 223 of the mobile phone 200 and can wirelessly communicate with the mask transmission / reception circuit 225 of the filter box 64 with a built-in wireless communication device. The communication between them can be performed at the same frequency by using radio waves of a specific frequency such as AM and FM, for example. If different specific frequencies are used, communication is not performed between different frequencies.

  Next, processing at the center will be described. At the center, information transmitted / received from the transmission / reception circuit 218 of the mobile phone 200 is transmitted / received by the transmission / reception circuit 230 so that the operator and the user can transmit and receive information.

  At the same time, the image information and the position information received by the transmission / reception circuit 230 are sent to the image processing circuit 232, and are displayed by combining with necessary information such as an address with reference to the database. Note that the fire point information of the fire detection device described in the sixth embodiment may be acquired and image processing may be performed.

  The image information is transmitted from the user's mobile phone camera 39 or mask camera 57. The transmission source is switched from the mobile phone camera 39 to the mask camera 57 in conjunction with the energization of the notification switch 37. The position information can be analyzed from information such as GPS and a radio base station. However, the location information may be acquired by a service provided separately.

  Call contents, image information, and position information at this time are stored in the call / image storage unit 234. Each stored information can be edited and displayed, and when the report is confirmed to be true at the center, the stored information can be transferred to each institution by pressing the transfer button 236. It can be done.

  However, the transfer button 236 may be always connected, or may be transferred simultaneously with the notification without going through the processing at the center.

  As described above, by using the external adapter 221, the present invention can be used by adding some software functions to the conventional mobile phone 200 without adding significant modifications. Is possible.

  Further, since the wireless communication device built-in filter box 64 can communicate at a specific frequency, a plurality of people having the communication device 66 of the same frequency can use one mobile phone 200. Furthermore, it is possible to make a wireless call between users without using the mobile phone 200.

  Therefore, by holding the wireless communication device built-in filter box 64 containing the communication device 66 of the same frequency as a family member, for example, even if a child does not have a mobile phone, the parent's mobile phone 200 can be used. Therefore, it is possible to make a report to the center and to make a call with the family by the wireless function.

  In addition, if the family structure and the health status of each person are registered in advance as a database in the center, information can be retrieved from the telephone number of the mobile phone 200 that has made the report, and more reliable and safe rescue activities can be performed. Can do.

  Note that the adapter transmission / reception circuit 222 can also be incorporated in a mobile phone.

  Next, an eighth embodiment of the present invention will be described. FIG. 27 is an overall configuration diagram of the present embodiment. The ear hook adapter 310 is provided with an adapter speaker 320, an adapter microphone 322, and an adapter camera 324, and an ear hook adapter battery 314 and a wireless device 312 are incorporated therein. The cellular phone 300 has a built-in wireless device 315 so that wireless communication can be performed with the ear hook adapter 310.

  The ear hook adapter 310 is provided with an ear hook 318 so that the ear hook adapter 318 can be worn and used. The adapter speaker 320 and the adapter microphone 322 can make a call via the mobile phone 300.

  In addition, recording media such as ICs, cards, mini-discs, and Internet downloads can be used. Then, like a portable player, it is possible to receive music stored in the mobile phone 300 and enjoy music while receiving it in real time via the mobile phone 300.

  Further, the ear hook adapter 310 can be used together with the mask unit 1. FIG. 28 is a side view when the ear adapter 310 is attached to the mask 3.

  An adapter mounting filter box 330 is attached to the mask 3. FIG. 29 shows an overall configuration diagram of the adapter mounting filter box 330. Fig.29 (a) is a front view, FIG.29 (b) is BB arrow line sectional drawing in Fig.29 (a).

  A concave portion 319 is formed in the adapter mounting filter box 330, and a conductive material leaf spring 326 and an elastic material locking claw 327 are disposed on the inner wall surface of the concave portion 319.

  Claw holes 317 are formed at two positions on the front side and two on the rear side of the rear end of the ear adapter 310. The front end of the locking claw 327 formed in the adapter mounting filter box is bent like a key, and the front end is fitted in the claw hole 317.

  Two electrode portions 328 are provided on the rear side surface of the ear adapter 310 in the vertical direction. When the ear hook adapter 310 is attached to the concave portion of the adapter mounting filter box 330, the leaf spring 326 is brought into contact with the upper and lower electrode portions 328 at a time, so that the electrode portion 328 is energized. The state at this time is shown in FIG.

  When the ear adapter 310 is removed from the ear and attached to the mask 3, the power to the electrode unit 328 becomes a switch, and the adapter speaker 320 used at the time of the ear switch is switched to the upper speaker 332. ing.

  When the ear hook adapter 310 is attached to the mask 3, this is an emergency case. Therefore, when the energization of the electrode unit 328 is detected, the mounting action becomes a switch and is automatically notified to the center, a predetermined organization, and the like.

  The ear hook adapter 310 is provided with an emergency call switch 352 so that an emergency call can be made without being attached to the mask 3. The emergency call switch 352 may be protected by a cover or the like in order to prevent malfunction, or a similar button may be provided on the mobile phone 300 so that the switch can be turned on by operating the two simultaneously. Good. Alternatively, it may be arranged only on the mobile phone 300.

  Further, the ear adapter 310 is provided with an ear adapter call button 341 so that it can be switched to a call. Furthermore, operations such as fast forward, rewind, playback, stop, and camera operation can be performed by the operation switch 343. The other party's telephone number, the selected mode, and the like are displayed on the liquid crystal screen 340.

  Next, the operation of this embodiment will be described. When the ear hook adapter 310 is pushed into the recess 319 of the adapter mounting filter box 330, the locking claw 327 is deformed outward. When the ear hook adapter 310 is inserted into the recess 319 to the end, the locking claw 327 is restored and fitted into the claw hole 317 opened in the ear hook adapter 310 and fixed.

  FIG. 31 is a block diagram of the communication function of the ear hook adapter 310. The communication call circuit 337 is connected to each circuit of an adapter speaker 320, an adapter microphone 322, and an adapter camera 324. Input and output information from each circuit is communicated with the mobile phone 300 by the communication call circuit 337 and the radio unit 312. Is done.

  The speaker, microphone, camera, etc., not shown, and the adapter speaker 320, adapter microphone 322, and adapter camera 324 provided in the mobile phone 300 can be switched appropriately or used simultaneously. Accordingly, the mobile phone 300 can be used as a video phone by the camera function of the mobile phone 300 and the call function of the ear adapter 310.

  Further, if the adapter camera 324 is used, it is possible to shoot with the user's eyes, and use according to the user's preference and purpose. Furthermore, when used at the time of a fire, the center can grasp the state of the fire from the user's perspective. Note that the adapter microphone 322 may be freely pulled out in order to increase the sensitivity close to the mouth, or may be disposed separately at the tip portion of a microphone holding member (not shown).

  In addition, the adapter microphone 322 may be inserted into the ear canal to pick up a voice that is bone-conducted in the ear. At this time, the adapter speaker 320 is preferably disposed so as to be located around the outside of the adapter microphone 322.

  The ear hook adapter 310 does not necessarily include all of the adapter speaker 320, the adapter microphone 322, and the adapter camera 324, and may include only the adapter speaker 320, for example. In this case, the ear adapter 310 is specialized only for listening to sounds and voices. At this time, the transmission is performed by speaking toward the microphone on the mobile phone 300 side, taking an image with the camera on the mobile phone 300 side, and sending it to the other party of the call. The other party's voice can be heard through the adapter speaker 320.

  If a call is made while listening to music with the earphone adapter 310, the fact that the call has been made is notified by an interrupting voice. At this time, the user can talk by pressing an ear adapter call button 341 provided on the ear adapter 310. When the call ends, it switches to music again. The other party's telephone number is displayed on the liquid crystal screen 340.

  When an emergency call switch 352 disposed on the ear hook adapter 310 is pressed, an emergency transmission circuit 345 is activated and connected to the mobile phone 300 via the communication call circuit 337 and the wireless device 312. Then, automatic connection is made to a predetermined emergency contact address. The function for registering and calling a predetermined emergency contact may be provided on the mobile phone 300 side or on the ear adapter 310 side.

  In parallel with the emergency call switch 352, a limit switch circuit 349 including an electrode unit 328 is disposed. The limit switch circuit 349 is switched on when the upper and lower electrode portions 328 are energized.

  Therefore, even if the emergency notification switch 352 is not operated, the limit switch circuit 349 operates by attaching the ear hook adapter 310 to the mask 3, and the notification is automatically performed. At this time, the limit switch circuit 349 switches from the adapter speaker 320 having a low volume to the top speaker 332 having a high volume.

  As described above, automatic notification is performed simply by attaching the ear hook adapter 310 to the mask 3, thereby saving time in an emergency. Since there is no need to have a telephone in hand, other tasks can be performed while talking in parallel. In addition, by pressing the emergency call switch 352, the ear hook adapter 310 can be used even when it is independent of the mask 3. Even in this case, there is no need to hold the telephone.

  The notification system as described above is not limited to a disaster such as a fire, but may be used when a user's health condition changes, an accident or a crime is encountered.

  As shown in FIG. 32, an external terminal 354 may be provided in the ear hook adapter 310 so that it can be freely connected by a connection terminal 356 of the mobile phone 300. At this time, the operation of the limit switch circuit 349 when the ear hook adapter 310 is attached to the mask 3 and the detection of the no-voltage state when the ear hook adapter 310 is removed from the connection terminal 356 of the mobile phone 300 (or Automatic notification is made by the action of both of the limit switches arranged around the terminals. The battery of the ear adapter 310 is preferably a rechargeable battery and is supplied with power from the mobile phone 300 side via the external terminal 354.

Next, a ninth embodiment of the present invention will be described. The block diagram of the adapter which is 9th Embodiment of this invention is shown in FIGS. FIG. 33 is a top view of the adapter, FIG. 34 is a right side view, FIG. 35 is a front view, and FIG. 36 is a left side view. In the ninth embodiment of the present invention, it is easy to be worn when school children go to and from school, and further safety is ensured by not blocking external sounds.
Note that the same components as those in FIGS. 27 to 32 are denoted by the same reference numerals and description thereof is omitted. Further, the description of the functions described in each embodiment is omitted, but the same applies to the present embodiment.

33 to 36, the ear hook adapter 410 can be attached to the ear. The ear hook adapter 410 is electrically connected to the mobile phone 300 via a wired or wireless connection. However, the earphone adapter 410 itself may have a mobile phone function. Further, a pair of the ear hook adapters 410 may be provided for the left and right sides of the ear, and the function of the mobile phone may be built in with this pair.
An opening 413 is provided around the ear locating adapter 410 around the ear canal of the case 327 so that external sounds can be heard through the opening 413 even when worn. The front of the case 327 of the ear hook adapter 410 is projected in a square shape, while the rear is formed in a semicircular shape. However, this shape is free to be round or square.

  The shape of the opening 413 is also free, and it is sufficient that the vicinity of the ear canal is not blocked, and a part or the whole of the rear semicircular portion may be omitted. A plurality of openings may be arranged. An ear pad cushion 411 is attached to the surface of the case 327 that contacts the ear of the ear adapter 410 so that the ear does not hurt when worn. One end of the ear hook 318 is held by a holding member 415. The holding member 415 is detachably fixed to the fitting fixing member 417 as will be described in detail later. Further, an emergency call switch 352 is disposed on the bottom surface of the case 327 of the ear hook adapter 410. However, the emergency call switch 352 may be pulled by a string or the like.

  The adapter camera 324 can capture an image of the front, which is a human eye, when worn on the ear. The adapter camera 324 can rotate and stop within a range up to a predetermined angle in the left direction and the right direction around the front, which is the direction of the human eye, as indicated by a dotted line in FIG. Yes. The predetermined angle is preferably about 90 to 180 degrees, for example. Since the image captured by the adapter camera 324 is displayed on the screen 361 of the mobile phone 300 in FIG. 37, the most suitable position and angle of the adapter camera 324 can be adjusted by himself while viewing this screen 361. Yes. Note that the adapter camera 324 may be rotatable in a 360-degree solid direction. The adapter camera 324 may be a wide angle lens.

  Further, the adapter camera 324 bulges the outer surface of the case 327 outward (in a direction away from the ear), not in front of the ear adapter 410, and is exposed or embedded so as to face forward. May be. Furthermore, when a pair of ear-hook adapters 410 are provided for the left and right ears, it is desirable to provide an adapter camera 324 for each adapter 410. In this case, there is no blind spot for imaging by the human head. In addition, when a pair of adapter cameras 324 is provided in this way, a video as a stereoscopic image can be obtained by performing image processing using the phase difference of light.

  A speaker 420 is disposed around the opening 413 (for example, rearward), and an adapter microphone 322 is disposed in front of the ear hook adapter 410. Using the speaker 420 and the adapter microphone 322, other children and children can be protected. A call can be made with a person or a center. If the mobile phone camera 363 on the mobile phone 300 side takes an image of itself, it functions as a video phone. At this time, it is desirable that the mobile phone camera 363 is arranged so that it can take an image of itself. In addition, it is desirable that the image of the other party photographed by the mobile phone camera on the other side of the call is displayed on the screen 361.

  Further, it is desirable that the screen 361 displays a scene photographed by the adapter camera 324 on the other side of the call. It is desirable that the videophone mode and the landscape display mode can be switched on the partner side and / or the principal side. Furthermore, it is possible to quickly and reliably detect the position of the site automatically by the GPS function or the like. Furthermore, the detected position information can be converted into an address display.

Next, the operation of the ninth embodiment of the present invention will be described.
Since the opening 413 is provided in the periphery of the ear of the case 327 located in the external auditory canal, external sounds such as a car sound and a human voice can be heard through the opening 413 even when the case 327 is worn. Therefore, it is safe.
With the ear hook 318 attached to the ear, the adapter camera 324 faces the front of the person. While confirming the image captured by the adapter camera 324 on the screen 361 of the mobile phone 300 to determine whether or not the forward position is acceptable, the position of the ear hook 318 and the position of the adapter camera 324 are obtained so as to obtain the most imaging effect. Adjust.

  As shown in the example of the screen 361 in FIG. 37, the other party who wants to talk is registered in advance. When a plurality of call partners can be selected, the call is mixed with the selected persons as shown in FIG. This mixing selection is preferably processed by the telephone company. This mixing selection registration and the information of the person selected from the registrants are sent to the telephone company in advance to prepare for mixing. For example, in the example of the screen 361 in FIG. 37, the phone numbers of Mr. A, Mr. B, and Mr. C are delivered and registered in advance to the telephone company. Then, the user selects Mr. A and Mr. C who want to talk at the same time.

  When calling, based on the selected mixing signal (selection signal of Mr. A and Mr. C), a line is connected to the mixing circuit so that the telephone company can make a mixing call between this user and the mobile phone of Mr. A and Mr. C. Switch. As a result, simultaneous conversation between a plurality of persons is possible. In this mixing, when a howling problem occurs, automatic processing may be performed so that a mobile phone that is transmitting is not received. Whether or not the transmission is in progress is determined based on the amplitude of the voice and whether or not a voice signal is being emitted.

Or, as shown in FIG. 26, simultaneous conversations may be made between wireless communication devices.
However, only one person may be selected as the other party of the call regardless of mixing. When only one person is selected as described above, a one-to-one call with the selected partner is made.

  When the safety system operation button 365 of the mobile phone 300 is pressed, the simultaneous conversation mode is started, and the image captured by the adapter camera 324 and the sound extracted by the adapter microphone 322 are stored on the center side and the mobile phone 300. . However, in the case of a one-to-one call, the telephone number pre-registered with the telephone company is stored, and when the safety system operation button 365 is pressed, the image signal and voice signal of this telephone number are stored on the telephone company. . Alternatively, this signal may be transmitted toward a predetermined center. The center receives this signal and stores it. Alternatively, in the case of a one-to-one call, image information and audio information may be stored in the mobile phone on the other side of the call.

  At this time, first, the other party is registered in his / her mobile phone, and one person is selected from these registrants. However, this operation may be omitted by completing registration and selection of the other party in advance. Thereafter, the user can call the other party by pressing the safety system operation button 365. At the same time, the image picked up by the adapter camera 324 and the sound extracted by the adapter microphone 322 are sent to the other party, and stored in a storage unit such as a memory or a hard disk provided in the other party's mobile phone. This storage may be performed as long as, for example, several hours to several days are automatically updated to new data as needed. This partner is a friend, family, center, etc. However, instead of storing the other party's mobile phone, the telephone company may perform this storage.

  In addition, when an emergency switch or the like is operated or notified, it is desirable that the data is not updated again based on this operation signal, and that the storage time is further automatically extended or unlimited. The processing using the operation signal is preferably applied to both the signal from the other party and the signal generated by the user. When there is no memory capacity for the extended time, or when the emergency switch or the like is operated, transmission may be switched to the center side, and storage may be continued on the center side. You may make it preserve | save in memory several hours before operation-several hours after operation, such as an emergency switch. Further, the data may always be stored on the center side. At this time, the storage time on the center side is preferably longer than the storage time on the mobile phone side. The moving image is preferably continuous, but in order to reduce the memory capacity, it may be compressed, or a still image may be taken at a sampling interval.

  For example, when a school child leaves school, the school side is instructed to return home together with several people halfway. After that, it is divided into one person at home, but when the separation is performed, the safety adapter operation button 365 is pushed after attaching the ear adapter 410 to the ear. If a suspicious person calls out after being alone, this voice is extracted by the adapter microphone 322 and transmitted to the center or the like. The suspicious person's image is captured by the adapter camera 324 and transmitted to the center or the like. In the unlikely event that a school child occurs, the voice can be analyzed and the suspicious person's figure can be identified by the image.

  On the other hand, since a simultaneous conversation or a one-to-one call is being made, the voice of a schoolchild who has suffered damage can be heard by other schoolchildren in conversation. At this time, the schoolchild who hears this voice can run to inform neighboring adults. Alternatively, the emergency call switch 352 can be operated to notify the center. Of course, the emergency call switch 352 can also be operated by a schoolchild who has suffered damage.

At this time, an inquiry is made from the center such as "What did you do?" If there is an answer to this and the safety of the schoolchild is confirmed, it can be determined that the child is safe. However, in the unlikely event, it is desirable that the center reports this fact to the guardian by telephone. Even in this case, it is desirable to save image data and audio data in the unlikely event. Confirmation by videophone is desirable.
On the other hand, if there is no reply from the schoolchild, there is a high possibility of encountering an incident, so the police, security company, residents near the school road, school, etc. are contacted. At this time, video analysis, audio analysis, etc. are performed on the center side.

When schoolchildren become alone during school, they often encounter incidents using a short distance to their home and a blind spot of time, but this enables early investigation and resolution. Further, if it is recognized that the ear adapter 410 is worn, the suspicious person himself cannot approach the schoolchild, so that crime can be prevented. Since the time for wearing the ear adapter 410 is also short if it is a distance to the home, the burden on schoolchildren seems to be small. When it is confirmed that everyone has arrived at the respective house, the safety system activation button 365 is released.
Note that if the adapter camera 324 is a high-sensitivity camera, an infrared camera, or the like and can capture images at night, it is possible to prevent a woman who goes home on the night road from being involved in a crime. In this case, the adapter 410 may be provided with a flash or a light. In addition, this system has mainly explained the use of schoolchildren, but it is effective not only for schoolchildren but also in all cases where safety is required, such as the elderly, working, and office workers on the way home.

Next, another example of the embodiment of the present invention is shown in FIG. In FIG. 38, by covering the opening 413 of the ear hook adapter 410, it can be used like the ear hook adapter 310 described in FIGS. 27 to 32 of the eighth embodiment.
In FIG. 38, a cylindrical recess 421 is formed on the outer side of the ear adapter 510. The disc-shaped member 423 can be accommodated in the recess 421. The disk-shaped member 423 is fixed to one end of the hinge 425. The other end of the hinge 425 is fixed to the case 427 of the ear hook adapter 510.

The disc-shaped member 423 is configured to fit in the opening 413 without any gap.
An adapter speaker 429 is disposed on the surface of the disk-shaped member 423 in FIG. 38, and a knob 431 for pulling out the disk-shaped member 423 is disposed. A cord (not shown) of the adapter speaker 429 passes through the hinge 425 and is connected to a circuit in the case 427. It is desirable to provide a sound-insulating cushion on the outer peripheral edge of the disk-shaped member 423. A limit switch 433 is provided inside the opening 413. The disk-shaped member 423 may be disposed inside the ear hook adapter 510. In this case, the adapter speaker 429 is desirably provided on the side facing the recess 421.

  In such a configuration, the outside sound is normally heard directly by the ear through the opening 413 without any obstacle. On the other hand, when listening to educational materials such as music and English conversation, the knob 431 is pulled up and the disk-shaped member 423 is pulled out from the recess 421. The disk-like member 423 is accommodated in the opening 413 by folding back through the hinge 425. At this time, the disk-shaped member 423 is in a cover state with respect to the opening 413, and if a cushion is disposed on the outer peripheral edge of the disk-shaped member 423, the sound is more difficult to leak to the outside. When the disc-shaped member 423 is accommodated in the opening 413, the disc-shaped member 423 contacts the limit switch 433. At this time, the limit switch 433 operates and the internal circuit is switched from the connection of the speaker 420 to the connection of the adapter speaker 429. However, the adapter speaker 429 may be omitted when the speaker 420 is disposed inward.

  On the contrary, when the disk-like member 423 is returned to the recess 421 from the opening 413, the limit switch 433 is turned off, and the internal circuit is switched from the connection of the adapter speaker 429 to the speaker 420 again.

  Thus, it is safe because the sound from the outside can be heard on the way home. On the other hand, when you want to enjoy music, etc., or want to talk on the train after returning home, you can listen to music without leaking the sound by simply storing the disk-shaped member 423 in the opening 413. Or make a phone call.

  In addition, when used for traveling or the like, an image photographed by the adapter camera 324, which is almost the height of its own eyes, can be transmitted to the other party, so that it is easy to convey the atmosphere such as scenery to the other party. It is easy because you can talk through the adapter microphone 322 at your fingertips. Furthermore, when used for shopping, it is possible to explain to the other party while picking up the product and taking a picture, so that it is easy to request a purchase of the product when the other party is a purchase requester.

  In FIG. 38, the disk-shaped member 423 is described as being housed in the opening 413. However, as illustrated in FIG. 39, the plate-shaped member 432 may be slid to cover the opening 413. In FIG. 39, rails (not shown) for sliding are arranged above and below the plate-like member 432. Normally, the opening 413 is left open. On the other hand, when it is desired to cover the opening 413, the plate member 432 is slid by hooking the nail into the nail hole 434 to cover the opening 413. At this time, the speaker 420 may be omitted, and only one adapter speaker 429 may be provided. This is because the sound leaking from the adapter speaker 429 can be picked up at normal times.

Next, an example in which the adapter can be attached to a breast pocket, clothes, or a bag will be described.
In FIG. 35, the holding member 415 is detachably stopped with respect to the fitting fixing member 417 provided in the case 327 of the ear hook adapter 410. FIG. 40 shows an external view of the ear adapter 410 when the holding member 415 is removed and an enlarged view of a range surrounded by a dotted frame in the external view. However, in this enlarged view, a state (horizontal sectional view) at the time of fitting with the holding member 415 is shown for easy understanding. FIG. 41 shows a longitudinal sectional view when the holding member 415 is fitted to the fitting fixing member 417. FIG. 41 shows an example in which a chest pocket mounting clip 451 is attached to the holding member 415.

  40 and 41, as shown in the longitudinal sectional view of the fitting and fixing member 417, a column 417b is erected from the base portion 417a at the center of the lower end of the fitting and fixing member 417. The support column 417b is sandwiched between the recesses 453A and 453B on the left and right sides, and a prism portion 417c is disposed at the lower end of the support column 417b. A spring 457 is accommodated in the cavity 455 provided in the prism portion 417c, and hooks 459A and 459B are attached to the left and right ends of the spring 457, respectively. The hooks 459A and 459B project outward from the hole (not shown) provided in the prism portion 417c by a predetermined height. Further, as shown in FIG. 40, the hooks 459A and 459B have inclined surfaces 459a and 459b directed downward and inward in the drawing.

  On the other hand, as shown in FIG. 41, a long hole 461 is formed in the center of the upper end of the holding member 415, and a cavity 463 is provided continuously with the long hole 461. The support 417b passes through the long hole 461, and the prism 417c passes through the cavity 463.

  In such a configuration, the prismatic portion 417 c of the fitting fixing member 417 is passed through the cavity 463 of the holding member 415. At this time, the hooks 459A and 459B are pushed into the cavity 455. As shown in FIG. 40, when the holding member 415 is completely passed through the fitting and fixing member 417, the hooks 459A and 459B project outward by the action of the spring 457. As a result, the holding member 415 cannot be removed from the fitting and fixing member 417.

  On the other hand, when the holding member 415 is pulled out from the fitting fixing member 417, the holding member 415 is pulled while pushing the hooks 459A and 459B inward against the spring 457.

  As described above, the holding member 415 can be attached to and detached from the fitting fixing member 417. 41 to 43 are examples in which a chest pocket mounting clip 451 is attached to the end of the holding member 415. 41 is a side view of the case 327, FIG. 42 is a front view, and FIG. 43 is a rear view.

The case 327 is stored in the chest pocket using the chest pocket mounting clip 451. At this time, the adapter camera 324 is set to face the front of the person by turning. Since the adapter camera 324, the adapter microphone 322, and the emergency call switch 352 are disposed above the mounting position of the fitting fixing member 417, these elements are exposed to the outside of the pocket, which hinders imaging and sound extraction. No. In addition, it is easy to operate in an emergency.

  Next, an example in which the safety pin 521 is attached to the holding member 415 is shown in FIGS. 44 is a rear view of the case 327, FIG. 45 is a front view, and FIG. 46 is a top view. 44 to 46, a safety pin 521 is attached to the holding member 415. Then, the holding member 415 is attached to the fitting and fixing member 417. With this safety pin 521, the case 327 can be attached to clothes or a schoolchild's hat. In addition to being attached to the front face of the hat, the hat can be attached to the side by rotating the case 327 by 90 degrees. At this time, the adapter camera 324 is set to face the front of the person by turning.

  Next, an example in which the belt fixing tool 523 is attached to the holding member 415 is shown in FIGS. 47 is a rear view of the case 327, FIG. 48 is a front view, and FIG. 49 is a top view. 47 to 49, a belt fixing tool 523 is attached to the holding member 415. Then, the holding member 415 is attached to the fitting and fixing member 417. One end of a belt 525 is fixed to the belt fixture 523. A magic tape (registered trademark) 527A is disposed inside the other end of the belt 525. The other end of the belt 525 is wound around a shoulder strap such as a school bag, and then bonded to a magic tape 527B disposed on one end side of the belt 525.

Thus, the case 327 can be attached to a shoulder strap such as a school bag. At this time, the adapter camera 324 is set to face the front of the person by turning.
Instead of the belt 525, a string may be provided and hung from the neck or the like.
As described above, the case 327 can be easily attached to the ears, clothes, pockets, bags, etc., so that it is easily carried by school children. Therefore, the safety of school children and the like can be ensured. In addition, when the ear hook adapters 310, 410, and 510 are used alone, the left or right configuration may be used.

  Next, a tenth embodiment of the present invention will be described. The block diagram of the adapter storage case which is 10th Embodiment of this invention is shown in FIGS. 50 is a front view of the adapter, FIG. 52 is a rear view, FIG. 53 is a top view, and FIG. 54 is a side view. FIG. 55 shows the relationship between the ear adapter 410, the adapter storage case 601, and the mobile phone 300. The tenth embodiment of the present invention has a function of generating an alarm sound in the adapter storage case in order to further secure the safety of school children.

  Note that the same components as those in FIGS. 27 to 49 are denoted by the same reference numerals and description thereof is omitted. The adapter storage case 601 has a rectangular parallelepiped shape, and a concave portion whose upper end is continuous with the opening 603 is provided therein, and the ear adapter 410 can be stored in the concave portion through the opening 603. 50, 52, 53, and 54 show a state in which the ear hook adapter 410 is stored in the recess of the adapter storage case 601.

  The front wall of the adapter storage case 601 has a U-shaped notch 605. An emergency switch 607 and a speaker 609 are provided on the side portion. Also, a winding switch 611 for automatically winding the cord is disposed on the bottom surface. A reel (not shown) that winds the cord 613 between the adapter storage case 601 and the ear hook adapter 410 is provided inside the adapter storage case 601. A microphone 614 is disposed at the upper end of the adapter storage case 601.

  The fitting and fixing member 617, the holding member 615, and the chest pocket mounting clip 651 have the same functions as the fitting and fixing member 417, the holding member 415, and the breast pocket mounting clip 451, respectively, and thus description thereof is omitted. A chest pocket mounting clip 651 allows the adapter storage case 601 to be stored in the chest pocket. The chest pocket mounting clip 651 can be replaced with another safety pin or belt fixture.

  A locking member 619 is rotatable around the hinge 621 relative to the adapter storage case 601 at the lower end edge of the notch 605 of the adapter storage case 601. The inside of the locking member 619 has a gently inclined surface toward the upper end, and a step 623 at the lower end. FIG. 51 shows a simplified structural diagram around the locking member. The bottom surface of the locking member 619 can be brought into contact with the head of the mode switch 625. When the bottom surface of the mode changeover switch 625 pushes down the conductive portion 629, the conductive portion 629 has a leaf spring shape and is curved after coming into contact with the fulcrum 631. One end of the conductive portion 629 is held by a conductive holding material 633. Then, when the conductive holding material 633 and the fulcrum 631 come into contact with each other, electricity flows between the conductive holding material 633 and the fulcrum 631.

  When the locking member 619 falls, the conductive portion 629 returns to the original flat plate shape, so that the contact between the conductive holding member 633 and the fulcrum 631 is released. A cord 635 is disposed between the adapter storage case 601 and the mobile phone 300. However, at least one of the space between the adapter storage case 601 and the mobile phone 300 and between the adapter storage case 601 and the ear hook adapter 410 may be wireless.

Next, the operation of the tenth embodiment of the present invention will be described.
When the ear hook adapter 410 is stored in the recess of the adapter storage case 601, the winding switch 611 is pressed to rewind the cord. At that time, the ear hook adapter 410 is housed in the recess while the locking member 619 is pulled up. Thereafter, when the locking member 619 is released, the locking member 619 is brought down into the opening 413 of the ear hook adapter 410 by the spring action of the conductive portion 629. As a result, the ear hook adapter 410 cannot be removed from the adapter storage case 601. At this time, the mode changeover switch 625 is turned on, and electricity is flowing through contact between the conductive holding member 633 and the fulcrum 631.

  In this state, the adapter storage case 601 is stored in the chest pocket. The adapter camera 324 faces forward. When the mode switch 625 is turned on, the microphone 614 and the speaker 609 are utilized. The microphone 614 and the speaker 609 can be used to talk with the other party. Further, when the emergency switch 607 is pressed when the schoolchild feels dangerous, an alarm sound is generated and blown from the speaker 609. At this time, an emergency signal is also transmitted to the other party during the conversation, and this emergency signal is received from the speaker 609 provided in the adapter storage case 601 on the other party, and an alarm sound or announcement is issued to notify the emergency. It is desirable. Further, this emergency situation may be displayed on the screen 361 of the other party's mobile phone 300. On this screen 361, the name of the schoolchild who is in an emergency and the current position of the schoolchild may be displayed by the GPS function. A parent's telephone number or the like may be displayed. Alternatively, the telephone number of the emergency contact may be displayed. Similar contents may be transmitted to the center side. It is desirable for the center side to always acquire information during this time.

  If the microphone is not working, it works here. However, the emergency switch 607 may be configured to pull a string. On the other hand, if the safety system operation button 365 is pressed in advance, the microphone 614 or the microphone 322 has already been operated, and thus the microphone continues to operate. The operation and operation method of the adapter camera 324 are the same as those in each embodiment, and in particular, the description is omitted because it is the same as when the ear hook adapter 410 is attached to a breast pocket or the like.

  When the ear hook adapter 410 is removed from the adapter storage case 601 and attached to the ear, the ear hook adapter 410 is extracted from the recess while pulling up the locking member 619. At this time, the cord 613 is pulled out from the reel. The mode changeover switch 625 is turned off, whereby the microphone 614 and the speaker 609 are stopped, and the speaker 420 and the adapter microphone 322 are in an operating state. However, when the emergency call switch 352 or the emergency switch 607 is operated, an alarm sound is generated and emitted from the speaker 609.

  As a result, the schoolchild can repel the suspicious person with an alarm sound by operating the emergency call switch 352 or the emergency switch 607 when the suspicious person is called out. Therefore, the safety of school children and the like can be further ensured.

Next, another example of the embodiment of the present invention is shown in FIGS. In this example, the adapter storage case itself is a mobile phone. The same elements as those in FIGS. 50 to 55 are denoted by the same reference numerals, and the description thereof is omitted.
56 shows a front view of a mobile phone 600 in which the ear adapter 410 is stored, FIG. 57 shows a side view, and FIG. 58 shows a state when the mobile phone 600 is opened.

  In the mobile phone 600, a case 671 and a case 661 are rotatably connected by a hinge 663. A speaker and a screen 361 are disposed in the case 671, and operation switches such as a switch 665 for the camera 324 are disposed in the case 661. At the lower end of the case 661, like the adapter storage case 601, the ear adapter 410 can be stored inside the recess through the opening 603. When storing the ear adapter 410 in the recess, the winding switch 611 is pressed to rewind the cord. On the other hand, when the ear adapter 410 is pulled out from the recess of the case 661, the cord 613 is pulled out from the reel. The user can take an image by operating the switch 665 with the camera 324 facing forward. On the other hand, it is also possible to take an image with the camera 324 facing outward. In order to have a conversation with the other party, the speaker 666 is put on his / her ear to listen to the voice and talk to the microphone 322. However, if the mobile phone camera 363 is provided, a videophone is also possible. If the chest pocket mounting clip 651 is in the way, it may be removed.

Further, the mobile phone 600 may not be foldable but may be provided with a screen, an operation unit, a speaker, and the like for the adapter storage case 601. In this case, it is desirable not to have the U-shaped notch 605 on the front wall of the adapter storage case 601 but to arrange a screen, an operation unit, a speaker, and the like on this surface.
As a result, the schoolchild can repel the suspicious person with an alarm sound by operating the emergency call switch 352 or the emergency switch 607 when the suspicious person is called out. Therefore, the safety of school children and the like can be further ensured. In addition, the mobile phone 600 and the ear adapter 410 become two parts and are cheap to carry. It is convenient because it can be carried together.

Next, FIG. 59 shows still another example of the embodiment of the present invention. In this example, the ear adapter 510 is a lid of a mobile phone, and is separable from the bottom body 670 which is a mobile phone body. The ear hook 318 is separable from the ear hook adapter 510. The fitting fixing member 417 is desirably disposed outside the case 427.
The same elements as those in FIGS. 50 to 58 are denoted by the same reference numerals and description thereof is omitted. When the male connector 672A attached to the hinge 673 is fitted to the female connector 672B provided in the ear hook adapter 510, it can be used as one mobile phone. The ear hook 318 is engaged with the connectors while being pushed backward. However, the ear hook 318 may be removed from the ear hook adapter 510 at this time.

  When talking, the user speaks to the microphone 675 and listens to the other party's voice from the adapter speaker 429. Imaging with the camera 324 is also possible. The camera 324 can take an image of itself, and if a chest pocket wearing clip 651 is attached instead of the ear hook 318, the mobile phone can be folded and sandwiched between chest pockets and the camera 324 can be taken forward. The cable 677 can be stored by rewinding a reel (not shown) in the bottom body 670.

  It is also possible to talk to the microphone 322 with the ear adapter 510 and the bottom body 670 separated and listen to the other party's voice from the adapter speaker 429. In this state, the ear hook adapter 510 may be attached to the chest or the like. If a mobile phone camera 363 is provided also on the bottom body 670 side, a videophone can be made. It is desirable to be able to switch between landscape imaging by the camera 324 and person imaging by the mobile phone camera 363. Or you may comprise so that two screens can be nested and displayed simultaneously. Further, it is desirable that switching between the microphone 322 and the microphone 675 is performed in accordance with the drawing distance of the cable 677. In this case, the microphone 675 is used when the pull-out distance is short, while the microphone 322 is used when the pull-out distance is long. However, the microphone may be appropriately switched by a button operation. When the emergency call switch 352 is pushed or pulled, an alarm sound sounds from the speaker 609. Note that the cable 677 may be used wirelessly. Although the ninth and tenth embodiments have been described as having the opening 413, the present invention can be similarly applied to a case without the opening.

Side view of mask unit Front view of mask unit Eye cover development Mask front view Mask development Mobile phone illustration Figure of wearing mask on mobile phone Sectional view taken along line AA in FIG. Block diagram of the reporting system Usage of mask unit with mobile phone Surface view of mobile phone with air vent Back view of mobile phone with air vent Side view of mask unit with spare Wearing figure of mask and filter cartridge to mobile phone Wearing diagram of the second embodiment Side view of the third embodiment Assembly and installation drawing of 3D mask and mobile phone Illustration of a mask and a mobile phone connected by a cable Side view of mask unit with built-in button-type battery and communication device Conceptual diagram for wireless communication Side view of the fifth embodiment System block diagram of the sixth embodiment Flowchart diagram of center processing steps Example of a map around the disaster site Example of site status display when a fire breaks out in a building System block diagram of the seventh embodiment Overall view of the eighth embodiment Side view of the mask with ear hook adapter Illustration of filter box for adapter mounting Sectional view when the ear adapter is attached to the adapter filter box Block diagram of the communication function of the ear hook adapter Example where the ear adapter is connected to a mobile phone via an external terminal Top view of the adapter Same as above Same as above Same as left side view Mobile phone screen example An example in which a disk-shaped member can be stored in the opening. Example of covering the opening by sliding a plate-like member External view of the ear hook adapter when the holding member is removed Example of attaching a chest pocket clip to the end of the holding member (side view) Same as above (front view) Same as above (rear view) Example of safety pin attached to holding member (rear view) Same as above (front view) Same as above (top view) Example of attaching a belt fixing tool to the holding member (back view) Same as above (front view) Same as above (top view) The block diagram (front view) of the adapter storage case which is 10th Embodiment of this invention Simplified structure around the locking member Same as above (rear view) Same as above (top view) Same as above (side view) The figure which shows the relationship between the ear hook adapter, the adapter storage case and the mobile phone Front view of mobile phone with ear adapter Same as above (side view) When the mobile phone is opened Another example of embodiment of the present invention

Explanation of symbols

300, 600 Mobile phone 310, 410, 510 Adapter 318 Ear hook 322 Adapter microphone 324 Adapter camera 327, 427 Case 352 Emergency call switch 361 Screen 363 Mobile phone camera 365 Safety system operation button 411 Cushion 413 Opening 415, 615 Holding member 417, 617 Fitting fixing member 420, 609 Speaker 421 Recess 423 Disc member 425 Hinge 429 Adapter speaker 431 Knob 432 Plate member 433 Limit switch 434 Claw hole 451, 651 Chest pocket mounting clip 455, 463 Cavity 457 Spring 459 Hook 461 Long hole 521 Safety pin 523 Belt fixing device 525 Belt 527 Velcro tape 601 Adapter storage case 607 Emergency switch 611 Winding switch 614, 6 5 microphone 619 locking member 621,663,673 hinge 625 mode switch 665 switches 672A, 672B connector

Claims (3)

A camera to shoot,
An adapter in which the camera is disposed;
Transmitting means for transmitting an image captured by the camera;
Ear mounting means for mounting the adapter on the ear,
The portable system is characterized in that a portion of the adapter located in the external auditory canal is opened so that external sounds are not insulated. A camera to shoot,
An adapter in which the camera is disposed;
Transmitting means for transmitting an image captured by the camera;
A portable system comprising adapter mounting means for mounting the adapter in a pocket, clothes, or bag. A camera to shoot,
An adapter in which the camera is disposed;
Transmitting means for transmitting an image captured by the camera;
A portable system comprising: a case having a speaker that emits an alarm sound.

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