CZ2013337A3 - Additional attachment to multimedial or monitoring device - Google Patents

Abstract

Adding functions to the multimedia device (600) with keyboard (179), display (178), and connector (102) for additional functions not included in the original device. These functions can be physiological data processing, extended and / or uninterrupted operation with respect to the data being tracked and processed. Additional functions are realized by additional devices (104) and circuit solutions that are physically located in or outside the original device but electrically (313), (314) and mechanically (315), (316), (317) connected thereto. with which it can advantageously form one compact mechanical unit. Those parts that need to be changed to achieve uninterrupted functions during operation, e.g., the accumulator (129) and the auxiliary accumulator (120) are user-friendly.

Description

Technical field

The invention relates to extending the functions of multimedia devices to include additional functions made possible by additional devices placed on them or separately. The solutions are also developed for sensing the heart rate signal and bringing it to a portable ECG or to a device for displaying data or a small heart rate data curve in a mobile phone placed detachably on a wristband, taking into account the electrode and lead wiring on the person so as to interfere as little as possible with normal motion, are easy to install and aesthetically tolerable, and suitable for uninterrupted mobile continuous shooting. If the multimedia device is a mobile phone, it is currently mainly a so-called smart phone with software and hardware equipment providing a very wide range of capabilities and usability of such a device, but also showing higher energy intensity than previous similar designs. Insufficient capacity of the supply accumulators appears to be a serious drawback for the long-term uninterrupted operation of such a multimedia device.

BACKGROUND OF THE INVENTION

The prior art attachments do not allow uninterrupted operation of the multimedia devices and their attachments, which are necessary for monitoring important functions, such as physiological. The latter, but not suitable for mobile use. The use of the chest strap in the mobile operates not only uncomfortable to wear, aesthetically pleasing, and requires the clothing to be put aside for installation, but has drawbacks in shifting relative to the skin, generating disturbing signals. Glued electrodes have the disadvantage of their difficult peeling off and may have 4 ' ······· Irritate skin. The wires through which the signals are delivered to the ECG are complexly and disorderly throughout the body, and are not aesthetic. The purpose of the present invention is to find a more suitable positioning of the electrode and processed heart rate signals by a method suitable for mobile use for continuous monitoring over a long period of time where the person being monitored would be able to monitor the measurements continuously on-line. The current state of the art outside the patents PV 2010-629, PV 2011-446 and PV 2011-581 does not allow live monitoring of heart rate, arrhythmia and ECG and other data in numerical values and curves, especially not simultaneously. It does not allow such tracking on units located on the wrist where immediate view is possible. The units are not removable. They do not have a replaceable battery during operation. They do not allow simultaneous transmission of data to multiple units with cooperating software that allows the measured values to be processed and displayed in the same way. It is an object of the present invention to overcome these drawbacks and to improve the solutions in the patents PV 2010-629, PV 2011-446 and PV 2011-581. So far, in the case of a lack of operating energy, some possible options have to be chosen. I.e. interruption of the operation of the multimedia device while the power source is being replaced by another one, or while the discharged power supply is being recharged. This means interrupting the operation of a multimedia device with a charged one, or connecting the multimedia device to an external power source, such as a mains charger or connection to a notebook. These measures, however, entail the loss of spatial mobility, but mainly the need for a temporary functional limitation of such a multimedia device, in particular a mobile phone. These are, however, very important shortcomings causing the practical disposal of the basic advantageous and preferred features of multimedia mobile devices, i.e., the uninterrupted functionality and limitations on the mobility of such a multimedia device.

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SUMMARY OF THE INVENTION

Disadvantages of an additional device to the multimedia device are eliminated, wherein the multimedia device preferably consists of a mobile phone or a multimedia handheld computer or similar multimedia device, the multimedia device allowing the basic functions described below or some of them such as voice and / or data communication over a mobile phone; other wireless network, multimedia playback, photography, video recording, television and / or radio reception, GPS determination, and includes base units and / or parts, such as controls preferably comprising buttons and / or keyboard and / or touch screen , a base microprocessor unit, a base battery, and other base units enabling said functions, wherein the accessory comprises at least one block consisting of additional mec hanic, electrical and electronic modules of units and / or parts, and preferably of the battery control elements and storage mechanism, which are mechanically, electrically and electronically connected to the multimedia device, thereby extending the basic functions of the multimedia device with additional functions , units or parts, wherein the multimedia device is preferably fully functional with the basic functions for which it has been designed and manufactured, even without the addition of an additional device. In a removable embodiment and a paired version of the attachment connected to the factory multimedia device not adapted to attach the attachment, the attachment is detachably mechanically coupled to the surface of the factory multimedia device not adapted to attach the attachment in exchange for its housing normally located opposite the display or keypad used to cover parts such as the base battery and / or SIM card and / or other parts for which the cover is normally removed, the attachment elements of the attachment being paired with the attachment elements for the multimedia device cover detachably attaches to the surface of a multimedia device from the factory not adapted to attach an additional device with fastening elements, preferably a buckle, Velcro or other elements. Another option for attaching an optional device in a universal version is the detachable device attached removably to the surface of the multimedia device not adapted to attach the device by attaching to the multimedia device cover, with which it is removed and replaced by a replacement multimedia device cover alone or with another device installed preferably with functions other than that of the removable attachment, wherein the fastening elements are preferably formed by a Velcro fastener, or by gluing or screwing, or other suitable method or combination of these methods. The advantage of attaching an attachment to a multimedia device housing is that the housings are normally supplied by the manufacturer as spare parts and by attaching the attachment devices to them provides an easy connection for one or more types of the attachment to the multimedia device simply by replacing the existing base housing. The advantage of the universal design of the add-on device is that it can be connected to any mass-produced multimedia device which does not have to be adapted for this connection during production. multimedia device, or connectors to be retrofitted. In this case, a U connector connecting the multimedia device to an additional device connected to it is preferably used. For the universal version, a pair of connectors is preferably used, one for the multimedia device, the other for the cable-connected accessory, so that the placement of the connector on the accessory does not have to match the location of the multimedia device connector. The individual add-ons may have different add-on functions and may advantageously be deployed as required to vary the degree of expansion of the basic functions of the multimedia device. Advantageously, the attachment devices are mounted on multimedia devices which are manufactured without adaptation for attachment of the attachment device, i.e. they have fastening elements only for the cover and not for the attachment device which is not intended to be connected in the production. Preferably, all electrical and electronic units and components for the additional functions are located in the additional device. This advantage is particularly useful when additional functions are not required when acquiring a multimedia device, as it saves on the state where part of the function extension units and components would be installed in the multimedia device because only the basic function units and components are purchased. An advantage is the placement of the add-on device on a mass-produced multimedia device, where all the electronics are contained in the add-on device, thereby making the acquisition of the multimedia device cheaper if the add-on device that can be purchased at any later time is not simultaneously purchased. This is particularly advantageous over devices that allow the installation of additional equipment, but the units to it are partially or completely housed in multimedia devices, so that when the additional equipment is I do not acquire, these units increase the cost of multimedia devices. The advantage is also against multimedia devices having an add-on device designed as a permanent installation without which the multimedia device either is not fully functional or, if not used, the multimedia device would give an optically incomplete or incomplete impression.

In the case that the additional device is not used, its price unnecessarily increases the price of the multimedia device, because without it the multimedia device is not complete. The gripping elements, preferably formed by grips for fastening the cover to the multimedia device, are used wholly or partially for detachably fastening an additional device which is provided with counterparts to the grips on the media device. Advantageously, they may be supplemented or replaced by additional mounts which are additionally installed on the multimedia device to enhance the mechanical connection of the additional device. The advantage is that the original fixtures of mass-produced multimedia devices are used, or are modified or supplemented or replaced after production, which allows low-cost mass production of the multimedia device, regardless of whether it is used for attachment to an additional device, allowing its production in large series, and thus at a reduced cost compared to multimedia devices, for which the attachment of an additional device must be taken into account in production other than by replacing it with a cover or retrofitted fastening elements and fitted with appropriate fastening elements from the factory. It is not produced for wider use and is therefore suitable only for applications with additional equipment. Another embodiment of a removable accessory is to install it on a customized multimedia device for a specific accessory manufactured for it and form a common device with it, since it is assumed during manufacture that the accessory will be used with this multimedia device, or at least most of the time and sold together. This loses the savings advantage over connecting an attachment to a mass-produced multimedia device without modifying the attachment, which may be called an optional attachment, but on the other hand retains a number of advantages, in particular increasing the capacity of the base battery and replacing it without removing the attachment devices, and extending the functionality of a multimedia device. The principles of collaboration and the advantages of specific attachments and multimedia equipment and the deployment of blocks remain in principle the same as for paired or universal attachments at the factory. If the attachment is not connected, it is advantageously possible to cover the exposed portions of the multimedia device with a specially made cover. Since it is envisaged to simultaneously deploy the attachment and the multimedia device, some or all of the electronics required for the operation of the attachment may be located in the multimedia device. This is an advantage when more than one is used:

additional devices with various additional functions to expand the multimedia device as needed. They are then saved on electronic units and parts that are common to multiple attachments as opposed to being located in all attachments. Advantageously, in a removable accessory, it is possible to use additional control elements in the accessory, the states of which are detected by the additional microprocessor unit and transmitted to the basic microprocessor unit. Advantageously, an emergency call button that is sufficiently large and noticeably available on the attachment can be utilized so that the endangered person can immediately make an emergency call without complicated manipulation on the display or keypad of the multimedia device preferably consisting of a mobile device. telephone, where the touch keypad in particular requires sometimes complicated manipulation to display the corresponding function key and the keys are small and densely adjacent. Similarly, the solution button can be placed on the attachment. In the integrated design, the add-on device is built into a compact multimedia device without easy disconnection. . It will lose the advantage of making a multimedia device cheaper if all or some of the added modules, units or parts are not needed because it is now built into a compact multimedia device in a particular design and can no longer be easily changed by deploying optional equipment devices, but the advantage of enhanced functionality in a compact multimedia device enabled by add-on modules, units and / or parts over functions enabled by base units in conventional multimedia devices remains. In particular, the capacity of the basic battery is extended by an additional battery easily replaceable during operation of the multimedia device without removing the cover of the multimedia device, which is made possible by the storage device of the battery, which is fixedly installed in the multimedia device. Furthermore, it involves the deployment of two or more additional microprocessor units, a communication block and a front end unit for ECG waveform processing, and others in additional units and components as described in the removable accessory. Another embodiment is a removable device from a compact multimedia device, where it is possible to change variously equipped accessories. Dismantling is more complicated than with detachable attachments of the attachments, but the advantage of using differently equipped attachments as needed and thus the advantage of reducing the purchase price is obtained because only the appropriately equipped attachments are purchased or no need to be installed. A removable accessory, preferably located on a printed circuit board, is removable separately or together with a board of basic modules, units, and components of a compact multimedia device. The removable attachment is preferably in the form of cartridges • · · · ··· * ^w '........

plugs into the body of a compact multimedia device. The advantage lies in the easy replacement of the removable attachment for another, differently equipped. All or part of the attachment may be removed. Preferably, in all types of compact multimedia device, an additional accumulator storage mechanism is used to easily replace a discharged battery with a charged one while operating the compact multimedia device to charge the base battery without removing the cover. The add-on device allows additional functions to be added to mass-produced multimedia devices, preferably to increase the capacity of the base battery by the add-on battery capacity in the add-on device. In this function, the auxiliary accumulator, via the respective electronic unit, preferably constituted by a voltage converter or a controller, charges the basic accumulator of the multimedia device via the electrical connection of the auxiliary device to the multimedia device. Advantageously, the auxiliary device makes it easy to replace the auxiliary battery without removing the entire auxiliary device by means of a battery storage mechanism, preferably formed by a door or a lever which simultaneously locks the battery when inserted, or by a push-responsive mechanism. and ejects and latches when reinserted. This advantage is also evident over a standard multimedia device without an additional device, where the replacement of the battery is complicated and lengthy with the need to remove the cover, which delays. Advantageously, the base battery powers the multimedia device while the additional battery is being replaced, so that the replacement takes place without interrupting the operation of the mobile device. The advantage of easy battery replacement is further supported by the possibility of recharging several additional batteries at the same time, which can be carried in a pocket or case after charging, and available for replacing a discharged additional battery in an optional device connected to the multimedia device during operation. uninterrupted operation. This means that in the field it is not necessary to search for the possibility of charging when the basic battery is discharged or to replace the basic battery when removing the back cover of the multimedia device and interrupting its operation, or to replace the entire device. This means savings in the case of replacing an entire device to replace a discharged battery, additional devices for this purpose must be kept in reserve, but the devices are more expensive and bulky than the battery, also because it also contains electronics for recharging or other additional functions . A cheaper solution is to keep in reserve and only replace the additional batteries, which allows the solution in the present invention. Placing the charging electronics in a multimedia device, as used in the prior art, increases the cost of the multimedia device, which becomes apparent when the additional device is not purchased for the multimedia device. In the present invention, said solution wherein all the electronics for the functions of the accessory in the accessory is thus economical. Moreover, the solution of replacing the accumulator from the storage mechanism with the advantage of the door has the further advantage that it is possible to use series-produced auxiliary accumulators which can be used in their unchanged form in the described use, thereby substantially reducing the cost of acquiring the accumulator. would have to be manufactured specifically for this purpose and therefore in substantially smaller batches. Advantageously, additional units and parts may be disposed in the accessory device outside the accumulator to extend the original functions of the mass-produced multimedia device. In particular, it is advantageous to use an additional one or more additional microprocessor units which advantageously operate with different operating systems than the basic microprocessor unit of the multimedia device and thereby allow not only to expand the performance of the basic microprocessor unit but also to work with a wider range of operating systems, programs and applications. This will allow, for example, to use a Symbian mobile phone multimedia device on a basic microprocessor unit, use the Android operating system in an additional microprocessor unit of an add-on device, thereby allowing programs and applications to run for both OSs. preferably a USB port or multiple foot connector () or wiring in an additional device integrated in the multimedia device can advantageously be controlled from the multimedia device by an additional microprocessor unit using controls on the multimedia device and the desired data from the additional microprocessor unit can also be displayed on the multimedia device . Advantageously, multiple microprocessor units can be used in an additional device, thereby increasing the number of operating systems. Advantageously, a communication block is provided in the accessory device, which extends the communication functions of the multimedia device over the state without using the accessory device. Thus, the advantage is the use of a 5.5 kHz receiver for receiving heart rate pulses so that it is possible to receive heart rate or other heart rate signals operating at an acoustic frequency of, for example, 5.5 kHz, which has the advantage of less power consumption on both the transmitter and receiver side. As an example, a 5.5 kHz chest strap has a 5.5 kHz transmitter operating time on a small battery for a watch of about one year, as is the receiver, compared to a chest strap operating on a bluetooth system with an operating time of only a few hours. The reduced power consumption will also affect the power supply of the 5.5 kHz receiver or transmitter in the additional device. Another advantage of using a 5.5 kHz heart rate signal is that it can be received by multiple devices at the same time, allowing the heart rate to be displayed simultaneously and from its heart rate. · · · · · · · Θ ···· ······································· It is particularly advantageous to use the wrist watch simultaneously to display the heart rate and other functions derived therefrom with the display of the same and / or modified data on a multimedia device, which is generally larger than a wrist watch, so that it is operable to continuously monitor the heart rate and data on the wristwatch display and at the same time on a multimedia device preferably consisting of a mobile phone which simultaneously receives this signal, it can be stored in a pocket or bag and can be removed and turned on for current viewing only when more detailed information is needed on the wristband shows values suitable for tracking, especially when they are outside the limit and does not give complete information such as a multimedia device with a larger display stored in your pocket. Similarly, it is possible to use extensions for other communication units working advantageously on ANT, WIFI, other BT units and units on other communication systems and media. Preferably, the auxiliary microprocessor and the base microprocessor cooperate via a data connection via a multimedia device interface connector with an auxiliary device, preferably USB or multiple foot connectors, or by conducting a connection to an auxiliary device integrated in the multimedia device, allowing additional functions in the auxiliary device. Advantageously, one of the functions of the microprocessor unit of the attachment is included in the ECG, wherein the electrode signals pre-processed in the front end preferably located in the chest strap and transmitted via bluetooth or similar communication signal to the communication block in the attachment microprocessor unit and transmitted after data connection to the basic microprocessor unit for further processing to display the ECG curve on the display of the multimedia device, where the display and other functions can be controlled from the display or keyboard on the multimedia device. This advantageously allows monitoring of ECG curves and their values and further evaluation. The advantage is that the ECG thus received and processed and continuously displayed is mobile and the monitored person can carry the device in his pocket or bag and carry out his / her condition if necessary, especially when a warning signal is sent in the event of pulse or ECG or other monitored health functions, preferably detected and transmitted by the chest belt are outside the limit. Similarly, the ECG is processed by an auxiliary device, where the electrodes are connected by a cable to the auxiliary device, which has the advantage of greater reliability and elimination of interference over transmission via eg BT, where the ECG can be processed in the auxiliary device and controlled. In this case, the front end is in the attachment. The ECG and other medical or other data are preferably transmitted from an add-on or multimedia device over wireless data networks to a remote server preferably located in a central supervision desk or other

IN

In the data store from where they can be displayed at any time, preferably on a PC locally or over a data network remotely.

The attachment to the base device, preferably consisting of a multimedia, medical, sports or other device, suitable for complementing the attachment, preferably a mobile phone, is preferably located in a pouch which can be fastened at the waist, strap or pocket or hung on neck. A multimedia device can be inserted into the case, which is connected to the case by means of a multi-core cable and / or connector and / or a Bluetooth or other wireless medium. The attachment located in the bag comprises additional mechanical electrical and electronic modules, units and / or parts, preferably control elements and / or a battery storage mechanism, thereby extending the basic functions of the multimedia device as previously described with the attachment attached to the multimedia device in a similar manner The optional battery pack in the case recharges the base battery pack in the multimedia device. The additional battery is located in a storage mechanism from which it is easily replaceable during operation of a multimedia device which is backed up by a base battery, which the additional battery preferably charges. In the electronic portion of the accessory located in the bag, one or more microprocessor units are provided which operate on one or more operating systems, preferably different from the operating system on the basic microprocessor units in the multimedia accessory. They communicate with a multimedia device to which they are interconnected as described above, and preferably mediate the transmission of button states preferably panic and / or reset, as well as signals with communication units preferably 5.5 kHz for receiving a heart rate pulse and communication block with various communication media bluetooth, ant, and more. The panic button and reset button on the accessory are preferably mechanical and of a larger size, thus easy to reach and reliable over the touch buttons on the multimedia device, which is an advantage especially in the case of an emergency call. Pressing the panic button triggers an emergency signal which, if not reset at an adjustable time, turns into an alarm that is sent to programmable supervisors.

The USB connector, which connects the bag to the multimedia device via a cable, is conveniently located in another USB connector, which allows to recharge the battery

• • • • • • • • • • • • • • • • • It also allows you to connect a computer.

The attachment in the bag allows the ECG to be attached in the chest belt wirelessly, preferably via bluetooth, with the front end for the ECG preferably located in the chest belt with the ECG control unit and electrodes. In the microprocessor in the accessory in the case, the ECG signal is further processed. When the attachment in the bag is connected to the ECG preferably located in the chest strap, the front end of the ECG can be placed in the attachment, which has the advantage of saving energy in the chest strap and thus holding the battery there longer. Data transmission from the ECG and / or heart rate and / or other medical and other data may be effected by means of data transmission preferably via the mobile operator's network from a multimedia device or an accessory located in a bag or chest strap using a network data transfer unit. preferably using a SIM card in the communication module. Advantageously, only ECG electrodes are placed on the body, which are connected to the auxiliary device in the bag, where the complete electronic heart rate evaluation device is located, or the ECG preferably displays the ECG waveform simultaneously with the heartbeat waveform, which has the advantage of close observation regularity of the heart rate for a longer period of time, for example 30 seconds, with a smaller period of time, for example 5 seconds, for the ECG to be able to recognize the ECG. The display can be performed on a multimedia device and / or a local computer and / or a remote computer interconnected via a data network, either live from the current waveform or from a storage device memory record or multimedia device or server or computer.

Also, the microprocessor or microprocessors located in the microprocessor unit in the accessory device in the bag preferably operate on different protocols different from the protocol in the multimedia device, providing the benefits of working with multiple databases. The printed circuit board on which the microprocessor units or communication modules or other units are located is preferably replaceable so that a board with the necessary equipment can be used as needed or is not to be replaced in case of failure.

The multifunctional multimedia device slips into the pouch, which may advantageously be provided with a removable, expanded-in entry attachment for easy insertion, which is particularly advantageous when the pouch is placed in a pocket containing a clip that fastens it. The multimedia device is preferably fitted with a mechanical ₁₂ .........

element with contacts that fit freely and without resistance into the counterpart located in the case, which allows connection by simply plugging the multimedia device into the case without the difficulty of finding the counterpart of the connector, as is usual with existing devices such as USB connector they connect the auxiliary devices in the case to the multimedia device via a USB connector preferably. The placement of the 5.5 KHz receiver in the case allows simultaneous heart rate reception to a watch operating at this frequency and receiving this signal preferably from the chest strap of a multimedia device which is connected to the case and thus to the receiver by an extension cable or wirelessly. At the same time, it is possible to receive both the heart rate and the ECG signal on a mobile phone placed on a wristband, which is connected via a bluetooth located in the case and on a multimedia device. Preferably, the mobile phone signal on the wristband can be transmitted from the multimedia device via bluetooth. The extensible cable by which the multimedia device is connected to the bag is preferably formed by a twisted cord or cable on the winch located outside or inside the bag.

Advantageously, the display of the multimedia device can be used to display data, curves and images produced by the accessory in the bag and use the controls in the multimedia device to control the microprocessor units, preferably the ECG and / or heart rate monitor located in the accessory in the bag. Preferably, the bag includes a display that is preferably located on a printed circuit board where microprocessor units and communication modules are located, and preferably controls, while being removed from the bag for displaying data and images, or the display with controls may be located on a separate plate that is separately removable. The removable plates are connected by bluetooth or cable to a bag preferably consisting of a twisted cord or a reel. The display is preferably located on the bag so that it is visible without removing it from the bag. In the case of the touch screen version, it is possible to control the units in the bag and multimedia devices from the display, which is also possible with mechanical buttons PANIC and RESET preferably located on the bag so that they can be accessed without removing the display or electronic units z brašničky.

The attachment device, attached to or inserted into the multimedia device, preferably constituted by a mobile phone, as described above or placed in a bag, may be conveniently located in a multimedia device comprising a mobile phone or a medical device. The apparatus located on the wristband, all of the functions described above being advantageously applied in this case as well. The attachment is attached to the wristband from or to the body or under the mobile. In the case of an embodiment from the body, it is preferably brought from the connector located on the USB bracelet to the housing of the attachment. In the case of a body-side embodiment, it is preferably fed from a connector positioned away from the body by a cable to the housing of the attachment on which it is positioned. In the case of a mobile version, it is also preferably brought via a cable from the connector as described. In a customized multimedia device, the cable is built into the multimedia device or the bracelet so that it is not visible.

The housing of the attachment preferably comprises a storage mechanism for the auxiliary accumulator, which can advantageously be easily removed without interrupting operation. The additional battery preferably charges the base battery. The printed circuit board on which the blocks and units of the electronic device, preferably the microprocessor units and the communication blocks and the other units are located, is disposed in said housing and is preferably replaceable so that blocks with the equipment that is required can be used.

If the USB connector is located in a part other than the bracelet, the base device is connected by a cable to the auxiliary device. Preferably, on the surface of the case for the attachment device in the body or under the hand that is located at the bottom of the wristband is a display that can display data processed by one or more microprocessor units in the attachment device or from the base device. Preferably, the one or more microprocessor units and the other units are operated from the mobile phone control elements or have their own control elements. This is particularly advantageous for panic or reset buttons, which are advantageously placed on the housing of the attachment, thereby allowing them to be larger and clearly separated from the other operating elements, and thus more easily and without mistake operable in an emergency, to call for assistance and / or for a reset in case the panic button has been accidentally pressed and / or in the case of an alarm due to medical functions outside the limit where it is assessed that the alarm should not be transmitted to the central supervision.

The multimedia device in the wristband is preferably located on a pull-out mechanism, which is preferably adapted for easy detachment of the multimedia device, which allows the multimedia device to slide towards the hand when viewing the display and / or sliding it back to the forearm so that it is hidden under • when the display is not needed.

The multimedia device preferably formed by a mobile phone on the wristband can be used to evaluate the ECG, which is preferably placed on the chest strap in a similar manner as described above for the accessory device placed in the bag. The connection is preferably by means of a bluetooth transmitted from the chest strap, where the ECG unit including the front end is located or the multimedia device on the wristband is connected by a cable connected to the connector. In this case, the front end can be placed in additional devices to the microprocessor unit located in the mobile on the wristband and the detectors on the body can be wired. In the case of a wired connection, it is possible to place the complete ECG control unit in a mobile phone on the wristband, and on the body there are only electrodes preferably located in part on the chest strap. The ECG can be placed in a separate unit, preferably located on the wristband next to the mobile phone on the wristband, and is connected to the chest strap and the electrodes by cable or bluetooth. It is connected to the mobile phone on the wristband by means of a cable on connectors or bluetooth or other suitable communication media. Cardiac pulses are preferably sensed by a five electrode system, wherein 3 electrodes are preferably placed on the chest belt under the breast nipples and 2 other electrodes in the region of the shoulder pockets preferably located on the braces are connected to the belt by a cable. . In this embodiment, a 3-lead ECG record can be obtained. For single-lead recording, it is possible to use two electrodes located on the chest belt below the breast nipples, where preferably a third electrode is added in the middle for a zero reference voltage. To enhance the P wave display, preferably one additional electrode is placed in the shoulder well and connected by a chest strap cable, preferably a connector, so that it can be disconnected when the P wave highlighting is not needed. In both cases of the one- and three-lead embodiments, the cable is preferably fed to the wristband or adjacent ECG unit preferably from a strip where preferably all electrodes are led through a cable that is pulled around the neck and further down the arm. This ensures that after wearing the shirt or blouse, both the chest belt and the electrodes as well as the entire cable distribution are not visible from the outside.

Electrodes with a conductive gel layer are required for good signal acquisition. For the aforementioned strip, electrodes with a drag-fastening system that are in the transport cartridges are newly designed. in which it is first snap-fastened to the belt, then as soon as the belt around the body is in the correct position, the transport cartridge is removed to expose the gel-contacting contact surface. Subsequently, the strip presses the electrodes into the * e * - * * * * * * * * * * · · · · · · · · · · · · · · · · · · · · · · · Working positions on the body of the person being monitored. As an alternative, the electrodes are only glued to the conductive surface of the chest belt, while the adhesive ring ensures that the gel escapes only through the central opening at increased pressure and makes contact with the body of the person to be monitored.

The storage mechanism of the battery allows for easy battery replacement, preferably charged, without opening or removing the battery cover or the multimedia or medical device cover, or replacing all or part of the accessory, preferably during uninterrupted operation, using the charge and power electronics module a battery pack, preferably supplemented with additional auxiliary electronics. The battery fastening mechanism and / or battery pack are replaceable so that they can be used in various, preferably newer, multimedia or medical models or accessory devices, and save on the cost of purchasing them from an older model. The replacement can preferably be carried out by inserting, screwing, snapping in and simultaneously inserting into the protector connector. Preferably, the battery fastening mechanism is based on a door latch that secures the battery by a click, or a removable latch securing the battery or automatically securing the battery when it is inserted and released by pushing it back again, preferably the outer side of the battery simultaneously forming a wall if the door is not used.

The hinges of the door are preferably made of metal or plastic and are preferably provided with hinged hinges, or the hinge is preferably a resilient, preferably plastic, material which is applied to the remainder and is accordingly thinned at the hinge.

Advantageously, the ECG or pulse monitor is contacted with a conductive portion of a resilient elastic, malleable material, preferably a conductive gel, i.e. a gel electrode. The electrode is fastened to the thrust element by thoracic or foot, or braces, or plastic thrust clothing or harness, preferably removable and replaceable for a new electrode by the electrode attachment mechanism, and this may preferably be formed by a snap or foil bonding or other suitable method.

The advantage of positioning the electrode by the electrode attachment mechanism on the thrust member is that the electrode is not adhered to the skin, a state of the art with the disadvantage of possible allergic reactions and painful removal, but is attached to a thrust belt, preferably elastic, to the skin for reliable contact, which is increased by the conductivity and / or adhesion of the gel. ...

preferably a material which is more easily removed from the skin than the glued contact.

The add-on storage mechanism makes it possible to use the same add-on on multiple models, preferably newer models, thus saving on the cost of acquisition. The removable attachment is preferably performed by inserting or snapping or screwing or gluing or other suitable means.

The attachment is attached to the multimedia device by the attachment mechanism of the attachment. This makes it possible to attach an additional device to different types of multimedia devices, preferably newer types, which has the advantage that when choosing another type of device it is possible to use the existing device and thus save the cost of its acquisition especially when switching to another type.

As another example of a fastening mechanism, attaching an additional device by screwing or gluing to the housing of the multimedia device, the alignment of the unevenness of the housing is compensated by the resilient pad when held by screws or glued. Preferably, the attachment is smaller in size than a multimedia device, and thus can be used for a wide variety of multimedia device types. multimedia device in which the cable reserve is hidden for adaptation to various types of multimedia devices.

In the prior art chest belts are heart rate sensing or ECG have the disadvantage of disturbance that arises from body movement, where the part of the belt that encircles the chest moves the part of the belt that contains the electrodes, thereby shifting across the mat causing interference. This defect is eliminated by a sliding belt, preferably comprising a sensing portion with electrodes and a fixation portion that encircles the chest and slides freely over the fixation portion with which it is not mechanically coupled and thereby does not move it against the skin. For better slip, a sliding material, preferably Teflon, is used on both parts of the belt. The sliding belt principle is also advantageously used in braces that are connected to the chest belt and by their elasticity press the sensing part with electrodes placed in the area of the shoulders, together with the electrodes on the chest belt to form an electrode system for 3-lead ECG and two other electrodes on the chest A total of 10 electrodes formed a 12-lead ECG.

The electrodes are connected by a multi-core cable to an electronics board that serves to process heart signals into an ECG and / or pulse waveform, which is preferably located in the ECG and / or heart rate curve. ·· ······· · ·· ··

The bag at the waist or pocket or wrist where the cable is preferably pulled by a sleeve and is preferably placed on a bracelet with a withdrawable mechanism from which it can be removed for easy handling. The connection to the board is preferably provided electronically by an extendable cord consisting of a twisted cord or a reel. Connection to other devices with the advantage of multimedia devices, PCs and servers is provided wirelessly.

These drawbacks are largely eliminated by the storage mechanism of the auxiliary accumulator for charging the base accumulator preferably located in the auxiliary device. Easily replace the battery with a charged battery without interrupting the operation of a compact multimedia device and without removing the cover.

The storage mechanism is preferably a door with a lever which simultaneously secures the accumulator when it is inserted into the mechanism. The mechanism responds to pressing when the retracted auxiliary battery is pushed by pressing, releasing and ejecting. When reinserted, it locks.

Easy battery replacement provides the ability to recharge several batteries at the same time, which after charging can be worn "in a pocket or hand luggage and can be used for quick replacement of a discharged battery pack in an optional device connected to a multimedia device without interrupting the operation of this multimedia device. The multimedia device's own battery is continuously charged in this way at any operating place, anywhere in the field, in vehicles, etc. Recharging the multimedia device's own battery is not necessarily tied to the connection to the mains charger or laptop. the battery of the multimedia multifunctional device and the power supply itself.

Thus, the continuity of operation of a multimedia device, preferably a mobile phone, is thus assured beyond any doubt, and the possibility of downtime due to a lack of operational energy security is completely excluded.

The solution of replacing the auxiliary accumulator from the storage compartment of the auxiliary device with the advantage of the door is particularly advantageous in that it allows the use of series-produced accumulators for the function of the auxiliary accumulators. This achieves the effect that the price for • · • · · ·

the purchase of additional accumulators does not increase in any way compared to the possible use of specially adapted accumulators in an otherwise developed system. Such a specially adapted battery would be produced in smaller series and hence at a higher cost than the standard battery used in the system described.

The storage mechanism of the auxiliary accumulator preferably versatile for recharging the base accumulator preferably located in the auxiliary device and easily replacing the accumulator with a charged one has the added advantage of replacing the accumulator without interrupting the operation of the multimedia device and without removing the back cover. Preferably, the storage mechanism is a door which simultaneously locks the battery when inserted into the storage mechanism, which responds to a push when the inserted additional battery is pushed to release and eject, and locked when reinserted. Easy battery replacement provides the ability to prepare and recharge multiple batteries in an external charger, which can be worn in your pocket or carry-on bag when charged and can be gradually available to quickly replace a discharged battery pack in an optional device connected to the multimedia device without interruption . In this way, the battery of the multimedia device itself is continuously recharged anywhere in the terrain, vehicles or the open environment, without the charging of the multimedia device battery being connected to a mains charger, notebook or other source. This ensures the continuity of operation of the multimedia or monitoring device without charging from an external power source connected to the power grid.

In a further embodiment of the battery receiving mechanism, the hinged housing with the additional battery is lifted and the spring is pushed forward for easier removal. Preferably, the closure of the housing not only unlocks the housing, but also releases the additional accumulator, which slides the other spring away from the contacts of the multimedia or monitoring device and moves it out of the housing.

Another embodiment of the battery storage mechanism is preferably adapted for use on a wristband with a mobile phone or other multimedia / monitoring device. Here, the auxiliary battery is secured by the caliper and, when released, is extended by a spring.

In another embodiment, the tapered ribs preferably push the intermediate battery into the housing.

• · · · · · · · · · · ·

In a further variant of the battery receiving mechanism, this is secured by rocker latches which are laterally opened, preferably by fingers for release, which, due to the bevel, open when the additional battery is inserted.

Advantageously, the rocker latches are extended by the hinges and angled away from the housing, thereby allowing the latches to be opened by pressing their fingers to release the battery

Industrial applicability

The present proposal has a high industrial applicability in view of the growing trend of mobile multimedia devices to expand in the future, as the proposal increases their utility for consumers.

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DETAILED DESCRIPTION OF THE INVENTION

FIG. 1 shows an example of a multimedia device 600 not individually made up of a mobile phone 100 not adapted in series production for connecting an additional device. The removable cover 101 is connected to the mobile phone 100 by fastening elements 602 formed by the cover mounts 128 engaging the counterpart 127 formed by the notches on the mobile phone 100. The removable cover 101 is located on the far side of the display 178 and keyboard 179 and covers the SIM card 177 and the battery 129 inside a mobile phone. On the mobile phone 100 is a connector 102 for connecting a USB cable, inside is a base battery 129, a basic microprocessor unit 327 of the multimedia device. The untreated multimedia device 600 is preferably also comprised of a multimedia handheld computer or similar multimedia device containing the functions described below or some of them, such as mobile communication over the Internet, communication over a mobile telephone network or other data communication media, multimedia playback, camera, television camera. , GPS determination with virtual keyboard, equipped with keyboard and display or touch screen

Giant. 2 illustrates a multimedia device 600 unmodified comprising a mobile phone 100 unmodified with a detachable cover 101 disconnected and an additional device 104a adapted to extend the functionality of the multimedia device 600 unmodified. The attachment of the attachment 104a to the multimedia device 600 constituted by the mobile phone 100 is designed such that the attachment 104a is positioned in place of the cover 101 removed. If it is not intended to utilize the functions provided by the accessory, it is possible to remove the accessory 104a and replace the original cover 101 of the multimedia device 600 instead. attachment device 104a. It is therefore not necessary to purchase an additional device at the same time as a multimedia device, it can be purchased if needed later. In this case, only multimedia equipment is purchased, thereby saving money, since preferably all the mechanical, electrical and electronic components for operating, connecting and interfacing to the multimedia device are located in an additional device, so that the acquisition value of the multimedia device is limited to those units and parts that need multimedia

A device for its functions, which is lower than if the multimedia device contains parts for cooperation with the additional device. In this example, a portion of the attachment 104a extending beyond the contour of the mobile phone 100 is provided with a USB connector 105 preferably resiliently mounted using a resilient element 148 that slides into the mating connector 102 of the mobile phone 100 when mechanically connecting the attachment 104a to the mobile phone 100. Thus, by mechanically connecting the attachment 104a to the mobile phone 100 and snapping, the connector 102 and the connector 105 are simultaneously connected and fixed, thereby electrically connecting the attachment to the multimedia device. The battery storage mechanism 603 with the door 122 for exchanging the discharged battery 120 of the attachment 104a with a charged device provides easy access to the battery and thereby easy battery replacement while locking them with the battery door lock 126 securing the battery 120 against ejection. Also located on the attachment 104a is an additional connector 106, preferably a USB connector, common to the external communication of the attachment and the multimedia device, preferably with an external PC, which can also be used to connect a 5V voltage to charge the battery 120 of the attachment 104a from the external device. resources. Advantageously, an external USB data switch 107 may also be used to switch the flow of data transmitted by the internal USB connector 105 either from the accessory processor or alternatively from the connector 106.

Detail 500 shows an assembly formed by a multimedia device formed by a mobile phone 100 with an attachment 104a attached, detail 501 shows a view of the assembly toward S1 and detail 502 shows a view of the assembly toward S2. The buttons 110 and 111 shown in detail 501 allow to transmit instructions to the multimedia device preferably comprised by the mobile phone 100, and the indicators 108 and 109, preferably located in the button body 110 and 111, can signal a response to these instructions. Preferably, the emergency call button 110 and the reset button 111 are positioned at an easily reachable location of the attachment 104a for immediate use, for example in an emergency call, compared to the emergency call button being located on a mobile touch screen phone 100 and would be accessible after manipulation to display it. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS In detail 502 is shown a connector element 601 formed by connector 106, door 122 with hinge 119, door lock 126, connector 106. Preferably, it is possible to replace discharged batteries 120 in charged device 104 with charged device without interrupting operation of the multimedia device. charge the base batteries 129 by the storage mechanism 603 without removing the attachment 104a from the multimedia device 600 preferably comprised of the mobile phone 100, so that it is not necessary to recharge it by connecting the appropriate cable to the USB connector 106 and this connector remains available. The user is not even forced to charge the mobile phone 100 via the connector 102 of the phone 102 from the connector 102 of the phone. · ·· ···

22 chargers, and therefore has it continuously available for mobile use. Another advantage of the additional device is the provision of a number of functions that support the operation and expand the use of the multimedia device. An advantage is the possibility of using a mass-produced, untreated multimedia device 600 with which the additional device 104a is preferably connected in exchange for the original housing 101, since the multimedia device does not require any modifications due to its attachment. The attachment 104a can be replaced by the original removable cover of the mobile phone 100 when the functions of the attachment 104a are not used. By connecting or disconnecting an additional device, which is preferably performed while the multimedia device is operating, the original functionality of the multimedia device 600 does not change and functions in its entirety. The advantage of attaching the attachment is the continuous and uninterrupted operation of the multimedia device without the need to recharge its internal battery 129 with an external charger, which provides the auxiliary batteries 120 located in the attachment 104a. thus, it is necessary to use a more expensive battery pack thanks to the battery storage mechanism 603.

Giant. 3 illustrates a detail 503 of an example connection of an additional device 104a adapted on which grooves identical to the multimedia device 600 not adapted by the mobile phone 100 are produced. By attaching the attachment 104a to the mobile phone 100 and pressing together the attachment 128 engages the counterpart 127 formed by the recesses in the mobile phone, thereby providing a rigid but detachable mechanical connection of the two mechanical portions as shown in detail 503. fixes, so that during handling, the position of both devices, units and parts contained therein is secured against accidental displacement and can generally be manipulated. The compact unit thus formed, formed by combining the attachment and the multimedia device, can easily be inserted into the housing or pocket.

Giant. 4 illustrates a variant embodiment of the attachment with a side door 122 that covers the intermediate battery 120. The resilient attachment of the connector 105 to the attachment 104a using the spring element 148 does not change. Further, the display 325 of the attachment 104a is preferably touch-actuated by the secondary buttons 701 which may serve other purposes, the display 325 permitting continuous monitoring of important information such as the heart rate curve even when the mobile phone 100 shown in FIG. phone call, which is shown in the multimedia display 178

device, see Fig. 1. An advantage is also the possibility of simultaneous monitoring of two different activities taking place on the mobile phone 100 and the additional device 104.

FIG. 5 is a block diagram of the continuous charge module 199 of the base battery 129 forming part of the additional device 104a. The example illustrates charging both the base battery 129 and the auxiliary battery 120 from the auxiliary battery charger 131, which simultaneously powers both the electronic circuitry of the module 199 and the multimedia device preferably comprised of the mobile phone 100. When the external power supply 113 is not connected, the battery 129 of the mobile phone 100 from the additional battery 120 located in the additional device such that the voltage of the additional battery 120 is first adjusted by the voltage converter 132 to a value according to the specification for charging the multimedia device, often 5V. Via the USB connector 105 of the attachment and the USB connector 102 of the multimedia device, preferably constituted by the mobile phone 100, connected thereto, this voltage is used to charge the base battery 129 via the internal charger 130 of the multimedia device. The advantage of this solution is that accumulators with different voltages can be used in the accessory regardless of the voltage required to charge the battery of the multimedia device. The auxiliary battery 120 located in the auxiliary device can either be easily and quickly replaced by another charged battery after being discharged or recharged from an external source. The replacement of the auxiliary battery 120 of the module 199 located in the auxiliary device takes place during operation without removing the auxiliary device 104a or cover and without interrupting the operation of the multimedia device preferably comprised of the mobile phone 100, since the base battery 129 ensures operation. it is possible to replace it without limitation, without separating the multimedia device formed by the mobile phone 100 from the auxiliary device 199. The accumulator 120 located in the auxiliary device can be charged from an external source 113 connected via connector 106 to the charger 131. All electronics related to the charging of the accumulator are preferably located in the auxiliary device 104a. Indicators 181, 182, and 183 display the voltage states when charging the accumulator located in the attachment and the presence of the voltage at the output of the voltage converter, whose circuits evaluate these voltages and preferably display the monitored states using differently colored LEDs. The external voltage connection indicator 181 indicates the presence of voltage at the connector 106, the indicator 182 indicates the charging of the auxiliary battery 120 in the auxiliary device 199. An indicator 183 monitors the proper operation of the voltage converter 132 and thus indirectly the condition of the accumulator 120 located in the auxiliary device.

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Giant. 6 shows an example of a block diagram of the attachment 104a shown in FIGS. 2 and 4, the electronics and all of which are located on the electronics board 123 of the attachment. The auxiliary accumulator 120 located therein is very easy to change the auxiliary device battery door 122 without interrupting the operation of the multimedia device and without separating the multimedia device from the auxiliary device, is used both to power the auxiliary device through the circuitry 326 in which it is located and to recharge the battery 129 located within the multimedia device. The auxiliary battery 120 can be located directly on the electronics board 123a in the auxiliary device 104a or can be connected to it and can be recharged without removing it from the auxiliary device 104a by an external source via the external USB connector 106 of the auxiliary device and charger 131. The multimedia device 600 runs through the voltage converter 132, then through the USB connectors 105 and 102 inserted therein. This allows the multimedia device to operate uninterruptedly without having to recharge its base battery 129 by an external charger. The ability to connect a USB data transfer cable to a mobile phone is the main function of the USB connector of the multimedia device, but is concealed by the connection of the multimedia device and the accessory and used by the accessory in addition to charging the multimedia device battery. device, which would limit the ability of the multimedia device to use connector 102 to connect a USB cable. The problem of the masked USB connector of the multimedia device is solved by the external USB data switch 107, which switches the data path of the multimedia device connector 102 plugged into connector 105 between the microprocessor 133 and the external USB connector 106 of the auxiliary device. replace the USB connector 102 of a multimedia device, eg for a PC connection. Advantageously, additional modules and circuits, in particular a communication block 149 providing data transmission according to other protocols not available to the multimedia device, may be placed on the additional device 104a. This data is evaluated by the microprocessor 133 of the accessory device and further transmitted to the multimedia device or sent to other devices. Preferably, the communication block 149 comprises a module 134 for transmitting a signal in the 5.5 kHz frequency band. which receives and transmits to a mobile phone 100 data that a conventional mobile phone cannot receive, preferably a heart rate reading from the chest strap, a module 135 transmissions using Bluetooth Low Energy (BLE), ANT, possibly Bluetooth (BT) and other the communication modules preferably include a RF transmission module 136 (800-900 MHz band), a WiFi module 137, and a ZigBee module 138. Today's modern multimedia devices, such as touch screen mobile phones, are available for: • * * ····· · · ······ · · ······ · Controlling multimedia device applications only with the virtual keyboard and icons displayed on the touch screen, but not active while the multimedia device is in sleep mode. The operation of the touch screen is energy intensive, and it is therefore desirable to operate the multimedia device in automatic sleep mode, if its use permits. However, activating a multimedia device that is in sleep mode requires the user to do several tasks, which is lengthy and causes considerable trouble when a person with health problems needs to be quickly called for loss of consciousness, glasses, darkness, etc. This problem is solved by the buttons 110 and 111 located on the attachment 104. The advantage over the current one is the quick availability and identifiability of the buttons by touch even in the dark and immediate activation of the multimedia device by using them even when the multimedia device is in sleep mode. Buttons 110 and 111 activate the microprocessor 133 of the attachment, which immediately activates the corresponding application stored in the multimedia device via the USB connectors 105 and 102, regardless of whether the multimedia device is active or in sleep mode at this time. The advantage of the buttons 110 and 111 is that they can be used to call for emergency assistance when a message is immediately sent to a designated location immediately after the multimedia device is activated, even when the multimedia device is in an energy-saving sleep mode. Advantage for a quick call using a multimedia device is the use of buttons 110 and 111 of the auxiliary device, preferably designated as Panic and Reset, which in cooperation with the microprocessor 133 of the auxiliary device, its software, indicators 108 and 109 preferably LEDs and audible signaling 112 Preferably, upon pressing the panic assigned button 110, both acoustic and optical notification of activation of the request for assistance request is triggered by a warning signal emitted by the beep 112 and displayed indicator 108 preferably by a red LED indicating the activation of the request for assistance. While the alarm is being issued, activation of the call request request can be canceled by a button 111 preferably labeled Reset, after which the indicator 108 turns off and the acoustic signal is no longer emitted. If the reset request has not been canceled, the indicator 108 blinks continuously until the request is received by the multimedia device. Accepting the request, the multimedia device acknowledges, the indicator 108 stops illuminating, the acoustic signal is terminated, and the indicator 109 is preferably lit for a short time, preferably a green LED confirming receipt of the request. Buttons 110 and 111 further reduce power consumption by allowing both the multimedia device and the auxiliary device 199 to be put to sleep even when the likelihood of an emergency requiring rapid assistance is not excluded.

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FIG. 7 is a block diagram of another embodiment of the auxiliary device on which the electronics board 123 of the conventional microprocessor 133 shown in FIG. 6 is replaced by a microprocessor 139 with two USB ports that can simultaneously control two USB connectors and control the flow of data USB connectors. This option is utilized in FIG. 7 such that the data flow of the USB connector of the multimedia device 102 when plugged into the second USB connector 105 of the accessory device directs the microprocessor 139 to the first USB connector 106 and vice versa, allowing the multimedia device to communicate The USB connector 102 and the first USB connector 106 with another device connected by a USB cable to the attachment.

Giant. 8 illustrates a block diagram of an additional device enhanced with ECG signal processing that continuously evaluates cardiac activity and transmits results for both graphical display and archiving to the multimedia device via connector 105. It is advantageous to monitor whether cardiac activity is normal or failures, it reveals acute or past cardiac muscle damage, especially myocardial infarction and ongoing screening of ischemic heart disease during exercise, and displays ECG curves and heart rate on a mobile phone display for a long time under normal patient conditions such as sports. The ECG electrodes 143 located on the skin of the patient ' s body sense the voltage generated by the cardiac activity and are connected via the connector 140 to the inputs of the FrontEnd add-on module 141.

Fig. 9 shows an arrangement of an additional device for evaluating ECG signals that have already been pre-processed by electronics positioned near the ECG electrodes 143, e.g., on an ECG electronics band 147 on which the Front-End module 141 and communication module 144 are BT module. / BLE band for wireless transmission of data processed by the Front-End module 141 to the optional BT / BLE / ANT transfer module 135. Preferably, the modules 141 and 144 are mounted on the belt so that the leads connecting the electrodes 143 are as short as possible. The advantage of this arrangement is to reduce the lead length of the signals sensed by the electrodes 143 and thereby to reduce the level of interfering signals. Preferably, the ECG electrodes may be part of an electronics strip. By using an add-on microprocessor module 194 preferably using one or more microprocessors, the performance and data processing speed of the other add-on units can be increased. The other microprocessors 133 'and 133 preferably communicate with the other additional units.

via a microprocessor 133. Advantageously, a different operating system, such as Android, Symbian, Windows Mobile, can be used in each of the microprocessors to optimize the capabilities of the attachment with respect to the applications being used.

FIG. 10 shows an example of the mechanical arrangement of the attachment 104a and the location of the main parts thereof. The auxiliary accumulator 120 slides into the receiving mechanism 603 of the auxiliary device 104 after opening the door 122, connects to the connector 121. The door 122, when closed, counteracts the pressure of the battery ejection spring 125 and secures the accumulator 120 against ejection. Further, the electronics board 123 of the additional device in this case is attached to the accessory 104a with slits that reveal the camera lens 800 and thus the transparent port 124 of the multimedia device and its loudspeaker 801. continuously charging the base accumulator 129 located below the auxiliary accumulator 120 and charging the auxiliary accumulator 120 from an external source, a communication block 149, a microprocessor module 194, and an auxiliary unit module 168.

Fig. 11 shows a multimedia device 600 'adapted to the electronics 167 of a multimedia device structurally designed together with an additional device specific 104' for easy removable mechanical and electrical connection / disconnection of one or more specific devices. The interconnection takes place by means of fastening elements 602 designed and located for this purpose on the multimedia device and on the additional device. Advantageously, pins 315 are disposed on the accessory device, which fit into appropriately shaped transverse spring tubes 316 located on the multimedia device. By this mechanical connection, the two devices are fixed to each other, so that when handling the multimedia device, its position as well as the position of all the units and components contained therein are secured against accidental displacement. The electrical connection of the multimedia device to the auxiliary device takes place via the interconnecting elements 601 preferably formed by the multimedia device interface connectors 313 and their counterparts, which are the auxiliary device interface connectors 314. The USB connector of the multimedia device is not used to electrically connect the multimedia device to the accessory device, it is not covered and therefore remains available for use by the multimedia device. Advantageously, the additional device is connected mechanically, electrically and data to the multimedia device, if necessary, to add functions to the multimedia device. The additional devices comprise additional mechanical electrical and electronic units or parts and preferably control elements.

· 9 * * * * * * * * * * * 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 · · ·· ··· ··· ··

For example, the attachment 104 ' in FIG. 11 contains only the auxiliary accumulators, namely the auxiliary accumulator 120 located behind the door 122. the block diagram is shown in FIG. 12, and the auxiliary accumulator 120 'located behind the other door.

On the other hand, the variant of the attachment 104 'shown in Fig. 11a comprises, in addition to the auxiliary battery 120, an electronics board 123 of the auxiliary device performing other functions, e.g. the control elements, preferably the buttons 110 and 111, the switch 107 and the indicators 108 and 109. In the event that no attachment is installed, the attachment is preferably replaced by a cover. Detail 509 illustrates an exemplary embodiment of a sleeve 316 of element 602 comprising a shoulder 315 with a shoulder fixedly coupled to an additional device 600 that fits into a slit of a suitably shaped sleeve 316 with an inserted transverse spring 317 that is firmly connected to the multimedia device. Upon insertion of the pin 315 into the cavity 314, the transverse spring 317 will engage the shoulder of the pin 315, thereby fixing the connection. The illustrated arrangement can advantageously also be used for retrofitting the mounts to the multimedia device after manufacture.

FIG. 12 shows the continuous charging of the base battery 129 of the multimedia device 600 ' shown in FIG. 11 and its auxiliary accumulator 120 located in the attached auxiliary device 104 '. Since in this case the additional device is mechanically and electrically connected to the multimedia device, the connection is simplified. The base battery continuous charging module 199 charges the batteries 120 and 129 depending on their charge. Via the existing connector 102 of the multimedia device 600 ', both the base battery 129 and the auxiliary battery 120 are simultaneously charged from the external source. the additional battery power 120 is used.

Giant. 13 shows an example of an additional device 104a integrated into a multimedia device 600 '' compact. The multimedia device 600 consists of a multimedia device block 607 and an auxiliary device 104a integrated which includes an auxiliary device electronics block 608, an additional accumulator 120 in the accumulator storage mechanism 603 that allows the accumulator 120 to replace the door 122 secured by the lock 164, . Block 608 preferably includes buttons 110 and 111. 4, 4, and 4, respectively. · * * • * * * * * * * * *

indicators 108 and 109, the auxiliary microprocessor unit 158 and the communication block 149. The multimedia device block 607 comprises a SIM card 177, a multimedia device microprocessor unit 327, and a base battery 129.

The attachment 104 integrated into the multimedia device 600 compact has the same functions as previously described, preferably provided by an easily replaceable additional battery 120 that powers the multimedia device 600 while recharging the base battery 129, and a communication block 149. which allows communication on various media, further, an additional device microprocessor unit 158 that communicates with the multimedia device basic microprocessor unit 327 and preferably operates on a different operating system than the basic microprocessor unit 327, thereby allowing communication with its operating system and other modules that provide the above functions.

Fig. 14 shows an example of deploying the main parts of a multimedia device 600 compact alternatively powered by an auxiliary accumulator 120. The basic accumulators 129 and auxiliary accumulators 120, the multimedia device electronics 167 and the multimedia device auxiliary module module 168 are shown.

FIG. 15 is a block diagram of a charging electronics module 169 disposed on the electronics board 167 of the multimedia device shown in FIG. 14. The charging electronics module 169 continuously charges the base battery 129 of the multimedia device 600 shown in FIG. 14 from the additional battery 120. 120 from an external power source connected to the connector 102 runs through the multimedia device charger 165 and at the same time the base battery 129 is also charged through the inverter charger 166. After the external source has been disconnected, the base battery 129 is continuously recharged from the auxiliary battery 120 continuously via a charger 166 with an inverter that first increases the voltage from the auxiliary battery 120 to the value required for proper charging of the base battery 129 while controlling charging.

Giant. 16 shows a block example of modules placed on the electronics board 167 of a multimedia device 600 compact. The display module 196 and keys 197 are connected to the multimedia device operation module 193, and an additional communication block 149 is provided, which preferably comprises a BT / BLC / ANT transmission module 135, an RF transmission module 136, a WiFi module 137, a ZigBee module 138, microprocessor add-on module 194 and add-on module 195, add-on module 195, and add-on module 195 * 9 ··· 9 · ··· · · multimedia device. The base battery 129 and the auxiliary battery 120 are connected to the battery charging electronics 170 which, in addition to charging both batteries, also provides power to the multimedia device circuits, as shown by arrow 198.

Giant. 17 illustrates an example of a simple storage mechanism 603 of the auxiliary battery 120. The housing 301 defines a space in the auxiliary device for accommodating the accumulator 120 with a bronze spring 306 and battery contacts 307 which, when inserted. 305.

Giant. 18 illustrates how, when the door 122 is opened, the battery ejection spring 125 together with the bronze spring 306 simultaneously provides a connection to the contacts 307 of the battery 120, ejects the battery 120 partially from the housing 301 so that it can be grasped and handled.

Giant. 19 shows another variant of the storage mechanism 603. The battery 120 is secured by lever 308 when inserted into the housing 301 of the attachment. Detail 504 illustrates locking the battery 120 by lever 308 in the stowed position, where and secured in the housing by a lever body 309 rotatable about the hinge 119 and resting against the recess wall of the housing 301. The lever 308 is secured in the stowed position by a spring 310 that engages a protrusion 305 on the housing 301. and pulling on the lever 308 to slide out of the housing. Advantageously, the charged accumulator can be inserted in the manner described and the second accumulator can be replaced similarly.

Giant. 20 illustrates the mechanical connection of a multimedia device 600 not adapted to an additional device 104a adapted that utilizes fasteners 602 formed using resilient clips 505 that extend over a suitable location over both devices.

Giant. 21 shows the mechanical connection of a multimedia device 600 not adapted to an additional device 104b not adapted, which utilizes fasteners formed in the form of a bonding layer 318, which may be a Velcro or adhesive. The electrical connection of the two devices after the mechanical connection is provided by an interconnecting element 601 formed by an interconnecting cable 319 with two connectors. Detail 510 in Fig. 21 shows an S-direction view of a connector element 601 formed by a cable with connectors that allows electrical connection to the electrical connection. ···································

2 // connect an optional device to a multimedia device when the connectors to be connected are not superimposed.

Giant. 22 illustrates the mechanical connection of the multimedia device 600 to the additional device 104b using fasteners 602 formed by the mechanical fasteners 320, preferably the shoulder pins 315 shown in FIG. The electrical connection is provided by an interface element 601 formed by an interface cable 319 with two connectors.

Giant. 23 illustrates the mechanical connection of a multimedia device formed by a mobile phone 100 adapted to an additional device 104a adapted to insert the slots of the multimedia device into the slots of the additional device to form a fixed, removable groove connection, which shows detail 321.

Giant. 24 illustrates a mechanical embodiment of an enclosure-specific attachment 104 'mechanically coupled to a multimedia device 600' adapted to fasteners 602 implemented using connection pins 315 that are fixed to the slit tubes 316 with a transverse spring 317 by this spring. The electrical connection is provided by connector elements 601 formed by connectors, which in this example show connectors 313 and 3 14. The electronics board 123 of the accessory circuitry extending the functions of the multimedia device 600 'is slid through the door 329 into one or more connectors 324. The detail 506 shows an example of the placement of the electronics board 123 and the backup battery 120 in the additional device 104 '. The base battery 129 is fixed above the additional battery 120.

Giant. 25 illustrates the mechanical connection of the attachment 104a adapted to the multimedia device 600 not adapted by the fastening element 602 realized by the elastic grips 322 which are glued or otherwise mechanically connected by their entire surface or part thereof to the attachment 104a. The ends of the handles are shaped so. they are adjacent to the edge of the multimedia device 600, thereby firmly attracting and fixing it to the attachment. This removable connection allows quick mechanical connection of both devices by pushing the multimedia device into the flexible mounts 322. In this case, the attachment and the multimedia device both have interconnecting connectors in the example shown, and therefore both connectors can be electrically connected by a connecting element 601 of the U-connector 341, shown as detail 511.

Giant. 26 illustrates the mechanical connection of the attachment 104b removable to the multimedia device 600 by compacting the attachment devices into the space 330 provided for this purpose in the multimedia device (connectors not shown). Detail 507 shows a view of the multimedia device 600 in the direction S, in which space 330 for receiving the additional device is shown. Detail 508 shows a view towards S1.

Giant. 27 illustrates a configuration of a multimedia device 600 compact with enhanced functionality. In this case, the additional device 104a is integrated into the multimedia device. In this configuration, the accessory module modules are non-removably connected to the multimedia device modules permanently located on the common electronics board 331 of the enhanced function multimedia device. Only the additional battery 120 from the battery receiving mechanism 603 is easily removable.

Giant. 28 illustrates another configuration of a multimedia device 600 compact with enhanced functionality. In this case, the attachment 104 is also integrated with the multimedia device on a common electronics board 332, which, however, is replaceable as a whole using connector 335.

Giant. 29 illustrates a further configuration of the multimedia device 600 compact with enhanced functionality, wherein the additional device 104b is detachable located in the multimedia device on a separate electronics replaceable board 334 that is connected to the multimedia device via connector 335. The additional battery 120 is easily removable from the battery receiving mechanism 603.

Giant. 30 illustrates an example of a push-responsive battery receiving mechanism 603 when, when the battery 120 is inserted, the latch spring pressure 336 is overcome and the latch 344 is lifted. The spring 120 of the latch 336 is removed by pushing it again to push the mandrel 343 into the latch spring. ·······································

33>

the battery release mechanism 339 thereby pivoting the lever 337 pivotable about the pin 338, releasing the latch 344, and then the battery ejection spring 342 ejects the battery 120. interval set to reliably eject the battery.

Giant. 31 illustrates another variant of the multimedia device 600 'adapted to be designed together with an additional device specific 104', as already shown in FIG. to recharge the base battery 129 of the multimedia device. When the multimedia device 600 'operates without an attached device attached to the housing, the battery 129 thereof is recharged from an external source by the electronics 167 forming part of the multimedia device.

Giant. 32 illustrates an example of a multimedia device 600 compact, whose additional device 104a includes a mechanism 323 for storing block 608 in the multimedia device 600. In the example, microprocessor units 158 and 158 'are shown in block 608. Another part of the attachment 104a is an additional accumulator 120 inserted by a door 122, which is secured by a lock 164. A cartridge 610 is inserted into the block-receiving mechanism 323, which is easily and quickly replaceable, preferably comprising additional mechanical, electrical and electronic modules or parts. extend the functionality of the multimedia device 600.

Giant. 33 is a variation shown in the previous figure, but uses a simpler mechanism 320 'for receiving the panel 612 provided with the panel. Preferably, it is used for simpler applications that take advantage of the smaller capabilities provided by the plate 612.

FIG. 34 illustrates a method of attaching a non-adapted accessory device 104b to an uneven housing 101 of a non-adapted multimedia device 600, while the transparent aperture 124 of the mobile phone camera remains uncovered. The unevenness is compensated by a resilient washer 628 describing the circumference of the uneven housing 101, which in a lightweight form preferably does not have the interior of the washer 629. Preferably, the attachment 104b is connected to the housing 101 of the multimedia device, or a plurality of nuts attached to the attachment device or adhered such that the washer 628 is adhered to both the cover 101 and the attachment device 104b. Advantageously, the rear covers 101 for the multimedia are provided with a multimedia back cover. The device 600 is readily obtainable as spare parts so that the original cover 101 can be used to eventually restore the multimedia device 600 using a replacement part for modification. Connection between connector 102 of multimedia device, preferably USB. female and additional device 104b is provided by cable 319 preferably soldered to PC board 636 soldered to male connector 102, thereby reducing the length of connector 102 with cable 319 connected to existing connector assemblies. The cable 319 is preferably secured to the back cover 101 by gluing, leaving a clearance for insertion of the female connector 102 and guided through the hole lined with a rubber insert 634 to secure the cable 319 to the attachment 104 where solder 640 is soldered on the electronics board 123 of the attachment 104 at the soldering point 635. This makes it possible to adjust the required cable length from the attachment 104 to the USB connector 102 for connecting multimedia devices of different sizes. After tightening the screw 631, the attachment 104 reaches the level 639 from the pre-tightening level in which it is drawn.

Giant. 35 shows an example of an arrangement of a bag 401 with spaces 403 and 403 in which one or two multimedia devices 600 not accommodated and a space 405 for accommodating an additional device 104a adapted can be accommodated which, when interfaced with a multimedia device 600 not adapted, expands its use by continuously charging the base battery. 129 multimedia device significantly extends its operation without interruption. The bag 401 is preferably made of plastic, leather, or other suitable material, the space 405 being used to accommodate the backup battery 120, and the clip 402 serves to secure the bag 401 to the wearer's clothing.

In Fig. 36, the space 404 of the bag 401 for receiving the connecting cable-twisted cord 407 is evident.

Giant. 37 depicts an exemplary embodiment of a bag 401 using a specific twisted cord 407 for data connection and power supply to connect a multimedia device 600 not adapted to the attachment 104 '. The twisted cord 407 is housed in the space 404. The twisted cord is easy to handle. Twisted cord 407 can be stretched when used. After releasing it will return to its original shortened form. The untreated multimedia device 600 is connected to the electronics board 123 by a twisted cord 407 with a USB connector 408 leading to the multimedia device 600 and a USB connector 409 to the electronics board 123. On the electronics board 123 is housed a housing 301 · · · · · 4 · 4 4 4 * 4 4 * * * * *

3½, and an electronics block 410 that includes all electronic modules and circuitry of an additional device 104 'disposed within the bag 401 extending the capabilities of the multimedia device 600, including continuously charging its base battery.

Fig. 38 is a top view of bag 401. Auxiliary device 104 'with accumulator 120 is separated by a partition 411 and connected via electronics board 123 to electronics module 410 shown in Fig. 37, which is connected to multimedia device 600. The accumulator is housed in a housing 301 secured to the electronics board 123. After the latch 421 forming part of the storage mechanism securing the battery 120 in the retracted position is displaced, it is ejected by a spring 125 mounted on the bottom of the housing 301, allowing easy and quick replacement. The pouch is provided with a removable clip 402 for attachment to the wearer's garment.

Giant. 39 shows the location of the battery housing 301 on the electronics board 123. The battery 120 is preferably inserted into the housing 301 and secured against movement by the latch mechanism 421. The USB connector 428 is for connecting the electronics board 123 to the bag connector 409 (FIG. 38). Preferably, the variously equipped electronics boards 406 in the bag 401 are changed as needed or, in the event of a failure, for a spare part.

Giant. 40 specifies the location of the latch 421 in the housing 120 of the battery 120, in which there is also a connector 423 for electrically connecting the battery 120 to circuits also located on the plate. The spring 125 ejects the battery 120 from the housing 301 after manually latching the latch 421. The electronic circuitry located on the electronics board 123 is indicated as the electronics module 410. The USB connector 106 serves to connect an external power source for charging the battery 120 and can also be used to communicate with an external PC if the data signals of the USB connector 106 are connected to the electronics module 410. The advantage of the solution is that the electronics board 123 is electrically connected only via the connector 428 and is therefore very easily replaceable. It is therefore easy to place and replace electronics boards with various functions of the electronics module 410 in the bag 401.

Fig. 41 shows a variant of guiding and positioning the twisted cord 407 outside the bag 401. In this case, the twisted cord 407 connecting the multimedia device 600 to the electronics board 123 is passed through a passage formed at the bottom of the bag 401 and A preferably removable inlet attachment 433 is shown which:

3G accelerates and facilitates the insertion of the multimedia device 600 into the bag 401 by its extended end.

Giant. 42 shows the wiring and placement of the twisted cord 407 with connectors 408 and 409 and their connection to the electronics board 123 and the multimedia device 600. The electronics board 123 further includes buttons 110 and 111 preferably with associated Panic and Reset functions, indicators 108 and 109, respectively. , preferably LEDs, located in buttons 110 and 111.

Giant. 42B illustrates a variation of using a twisted cord extending outside the bag 401 when the multimedia device 600 has a connector located on the side of the housing. The twisted-cord connector 408, preferably a corner, is inserted into the multimedia device connector through a slot 360 provided for this purpose on the side of the bag.

Giant. 43 illustrates a removable pocket fastening clip 402 that is removed or secured by a screw 425 into a nut 445 firmly attached to the wall of the bag 401. The opening 427 serves as an access space for mounting and removing the clip.

Giant. 44 illustrate an embodiment of a bag 401 that uses a self-winder 412 and a cord 413 with a connector 414 and a connector 415 to connect the multimedia device 600 to the electronics module 410 of the bag 401. the cord 413 automatically winds itself back onto a reel 412 which is automatically deposited on the bottom of the bag 401. FIG. 45 is a side view of the bag 401.

Giant. 45B illustrates the automatic connection / disconnection of the multimedia device 600 to / from the electronics board 123 of the bag 401 by simply inserting it into the bag 401. It is possible to use a non-adapted multimedia device having a USB connector 102 inserting a adapter connector 431. for automatically guiding a connector preferably mounted on the partition 411 which is connected to the electronics board 123 by a cable 361 as shown in Fig. 45C. In addition, a customized multimedia device adapted to include a connector for insertion into a connector 432 designed to automatically guide the connector so that the reduction connector 431 is not used may also be used.

• 3 · 3 ·

Giant. 45C shows a side view of automatically connecting / disconnecting the multimedia device 600 to / from the electronics board 123 of the bag 401.

Giant. 45D illustrates a reduced embodiment of the bag 401 which only serves to store an additional device 104 'with an accumulator 120 on the electronics board 123, wherein the multimedia device is stored separately, for example, in the same pocket together with the bag 401. preferably, bluetooth or cord 407 twisted, with connectors on both sides, plugged into connector 409 and similarly into connector 102, preferably USB, of the multimedia device 600. It is also possible to use the wireless connection of the multimedia device 600 to the bag 401, however multimedia device battery.

Giant. 45E illustrates an extension of the capabilities of the multimedia device 600 stored in the bag 401 by an additional display 434 preferably protected from scratching by the protective film 435. The additional display 434, preferably touch, is located in the bag 401 and connected by cable or bluetooth to the electronics board 123. 45G and 45H for easy removal of the viewing viewing bag 434 through the opening 474 in the bag.

Giant. 45F illustrates the bag 401 expanded to accommodate a removable auxiliary display 434, preferably touch-sensitive, for control connected wirelessly preferably by bluetooth or extendable cord, preferably twisted cord 407 with electronics board 123 Removing the multimedia device 600 or auxiliary display 434 allows cutout 805 on both sides and the different display width of the multimedia device 600 and the additional display 434 makes it possible to distinguish both devices by touch.

Giant. 45G shows an example of a fastening mechanism 443 for fastening / disengaging the bag 401 from the strap 636 attached to the user's body so that it is possible to monitor the display 434 preferably by touch and operate the attachment. In the lower portion of the retainer mechanism 436 coupled to the bag 401 is a groove 440 in which the latches 439 of the retainer mechanism are slidably mounted on the guide rod 437 and are pressed to the extreme positions defined by the groove 440 by the spring 438. visible through the hole 479 in the bag 401 shown in detail 512.

· K k k k k k k k «* * * * * * * * * * * * * * * * * * k k k k k · · ··· ··

Giant. 45H illustrates a procedure for attaching and detaching a bag using a gripping mechanism. Sliding in the direction of the arrow into the bag 401 with which the gripping mechanism is firmly attached, the latches 439 are inserted into the eye 442 firmly attached to the belt 441. The beveling of the ends of the latches 439 causes them to overcome the spring pressure 438 and are compressed to allow their insertion 442 and then snap into groove 444 of latch 439. Detaching the bag is easy after releasing latches 439 by pressing them in the direction of the horizontal arrows.

Giant. 451 illustrates a removable electronics board 650 of an accessory device preferably with a display 434 and an additional accumulator 120 housed in a bag 401, wherein the electronics board 650 on which the base battery 129 is disposed is preferably connected to the bag 401 by a second twisted cord 407 '; the device 600 is connected to the bag 401 by a twisted cord 407, or preferably, the electronics board 650 with other connected devices is wirelessly preferably via bluetooth or via a mobile operator network or other suitable media. In this case, the twisted cords are preferably disconnected. The electronics board 650 is preferably housed in a housing 649 with a view of the display 434 thereby forming a separate unit of the attachment. The electronics board 650, preferably with the display 434, is preferably worn separately without the bag 401. In this case, it is connected wirelessly to the multimedia device 600 and other devices. As an example of another wireless device, a chest strap 147 is shown here, in the case of ECG heartbeat signal processing via bluetooth for heart rate processing using an induction link in the 5.5 kHz band.

Giant. 45J illustrates an additional device 104 'specific of an electronics board 406, preferably with a display 434, which is housed in the bag 401 or can be used without the bag 401 for example in a pocket 230. Preferably it is wirelessly connected to another device, preferably chest. ECG belt or chest belt 146 for sensing heart rate with Bluetooth transmission, multimedia device 600, PC 418, or via mobile operator network 803 to server 806. Preferably, it includes a replaceable additional battery 120 in the battery storage mechanism 603 to allow replacement and base accumulator 120. If the additional device 104 'is to be used to directly process ECG heart signals sensed by electrodes 143, it must be galvanically coupled via a cable 234 under the shirt, around its end, over the top of the pants to the pocket 230preferably to a clip 402 onto which the extensible cord 407 is preferably twisted, or a cord with a cable reel 412 connecting the electronics board 406 to the electrodes 143 '.

· “* *“ * * * * * * * * * * * * * * * * * * * * * * * * * ··· ··· ·

Ή

In detail 515, an example of a three-lead ECG sensing electrode placement is shown by placing the electrodes 143 on the chest strap 147 with the chests 232 with the electrodes 231. Also shown is the ECG 143 electrode connection to the electronics board 406 for ECG signal processing. stored in the pocket 230 by means of clips 402, by cable 234 preferably by a multi-core and extendable cord 407, or alternatively, preferably the electronics board 406 is housed in a bag 401 and interconnected by cable 2342 connected to a cable 234, preferably a multi-wire in the chest belt 147 that connects the electrodes 143. The electrodes 143 are located on the chest belt 147 in the number of 2 to 3 electrodes 143 and can be used separately for a single conductor ECG. a connection with bristles 232 with electrodes 231 can be achieved ECG. By adding two further 5 electrodes 143 in the chest belt and the electrodes 231s preferably mounted on the elastic foot belt 147 'on the ankles connected by the cable 603', a 12-lead ECG is achieved. Alternatively, the electrodes 231 'may be positioned below the waist, shown in these positions as electrodes 231, preferably the electrodes 231' may be connected to the chest belt 147 'by a cable 643' without braces 232 preferably via connectors 644 as well as cables 643 'using connectors 644 '. From there, the multi-core cable 234 leads the electrodes through separate cores to the electronics board 406. Electrodes 231 are positioned at or just below the shoulder of the arm to be pressed by the elastic braces to the skin for good contact, preferably without glueing. with leg belts 147 '. Preferably, instead of the fixed electrodes 231, 143, 231 ', detachable and replaceable electrodes 227 are used, preferably snap fasteners and / or glued to the belt and / or gel, which allow good contact with the skin without being glued to it. pressing the electrodes against the skin with elastic bands 147, 147 'and braces 232.

Alternatively, the electronics board 406 'may be placed on the wrist on the wristband and interconnected by cables 233 with braces 232 further connected by cables 643 to the belt 147. The electronics board 406' preferably has a display 434, preferably touch-sensitive, which can be operated. It is preferably connected to the multimedia device 600 by means of a wireless connection, preferably bluetooth or, if it is formed by a mobile phone on the bracelet 236. alternatively by a cable 646, or is preferably placed in the mobile phone on the bracelet 236. Preferably 63, but also for bristles where the fixing bristles 204 press the sensing strips 201. Preferably, the electronics board 406 is alternatively inserted into a mobile phone on the bracelet 236. positioned on a pull-out slider. ≪ - > The drive 664 shown in Fig. 54 is removable. In that case, the metallic connection to the electronics is provided by cable 233 with a spare or extension cord.

Giant. 46 shows an electronics block diagram of an additional device 104 'with the function of continuously charging the base battery of the multimedia device 600 via a connector 428 without additional features. Continuously recharging the multimedia device 600 battery through the USB connector 428 allows continuous and uninterrupted operation of the multimedia device 600 connected to the connector 428 without having to recharge the multimedia device battery by an external charger from a network or laptop, allowing uninterrupted operation or monitoring of the specified application. An additional USB connector 106, which is typically 5V when connected by cable to a computer or USB charger, allows the rechargeable battery 120 to be charged via the charger 131 while the rechargeable battery of the multimedia device 600 is charged via the converter 132. with a substantially larger capacity compared to the capacity of the base battery included in the multimedia device 600. The optional 131 battery charger 120 includes a 5V converter from the USB connector 106 obtained by connecting it to a computer connector or AC adapter to the value required to charge the battery 120 The voltage converter 132 converts the battery voltage of the multimedia device.

Giant. 47 illustrates an electronics block diagram of an additional device 104 'that provides additional enhancement functions in addition to enhancing the battery capacity of the multimedia device 600. The voltage converter 132 'of the auxiliary accumulator 120 is added to the value needed to power the microprocessor 133, the 5kHz band transfer module 134 and the BT / BLC / ANT transfer module 135. The transmission module 134 in the 5kHz band can be advantageously used to receive heart rate signals transmitting the heart rate data of a person using the belt, and likewise the BT / BLC / ANT transmission block 135 allows to communicate with the device transmitting data in this manner. Such an attachment 104 'located in the bag allows wireless two-way communication with the multimedia device 600 as well as two-way communication via connector 428. The data transmitted can be evaluated by the microprocessor 133 and transmitted via connector 428 to the multimedia device 600. form on display.

Giant. 48 illustrates an electronics block diagram of an additional device 104 ' which, in addition to enhancing the battery capacity of the multimedia device 600, includes a communication block 149 which comprises a communication block 149 ' ··············································

Preferably includes a 5kHz bandwidth module, a BT / BLC / ANT bandwidth module 135, an RF bandwidth module 136, a Wifi beam module 137, and a ZigBee beam module 138. For example, the 5kHz signal transfer module 134 or the BT / BLC / ANT transfer module 135 may be used to receive chestband signals that are processed in the microprocessor 133 and transmitted via the BT / BLC / ANT transfer module 135 or a twisted cord or cord. on the reel together with a 5 V charging voltage to the multimedia device. The advantage is the ability to receive and evaluate heart rate data scanned by chest straps of different manufacturers. In addition to the communication block 149, the buttons 110, 111 and the indicators 108 and 109, preferably LEDs, are shown in the block diagram. These buttons, which are preferably assigned the Panic and Reset functions, enable the microprocessor 133 to provide additional instructions for rapid activation of the mobile phone, such as an alarm, which in the present technique cannot be additionally quickly entered as the touch screen of a multimedia device The advantage of a mobile phone is too lengthy for this purpose. For example, a depressed button 110 with a Panic function assigned may be evaluated by the microprocessor 133 as a request for emergency assistance. To reduce the occurrence of false alarms caused by a mistake of button 110, an indicator 108, for example a red LED, flashes for a few seconds for an adjustable period of time, and simultaneously a warning sound is emitted, preferably by loudspeaker 801. After this time, if not reset, the microprocessor 133 sends a data signal to the multimedia device 600 via the connector 428 to send the preferably pre-stored and stored SOS message to the central security desk or other location ready for the call. emergency. An important part of communication block 149 is the GSM communication module 804, which allows communication over networks even when the multimedia device is not in an active state. Block 804 includes, in particular, a SIM card, a microphone and a loudspeaker 801 for voice communication, through which it is also possible to advantageously send and send in an emergency to back up the multimedia device in case of malfunction and preferably via emergency voice telephone communication via GSM or another network. mobile operator if necessary.

Giant. 49 is a block diagram of an add-on device 104 ' which is intended for processing analogue waveform signals by the ECG module End End 141 located in the add-on device 104 ' and after digitizing further processing by the microprocessor 133. . which amplifies signals, filters out interfering signals and digitizes them after processing. In digital form, the signals pass to the microprocessor 133. Then, after processing, they are routed to the connector 428 and from there to the media device 600. In addition, the block diagram illustrates the continuous charge blocks 129 of the multimedia device 600 via connector 428.

Fig. 50 shows a block diagram of another variant of ECG signal processing using the attachment 104 'forming part of the pouch. In this case, the electrodes 143 are located on the ECG strip 419 to connect them and the FrontEnd 141. The sensed ECG signals are amplified and filtered and digitized directly on the ECG strip 419. The pre-processed ECG signals are wirelessly sent via the module 144 to the BT / BLC / ANT transmission block 135 located in the bag electronics and transmitted from there to the microprocessor 133 for further ECG signal processing. Advantageously, a second microprocessor 133 'and a further microprocessor 133 may be used to extend the functions, which preferably operate on different protocols different from the multimedia device protocol, providing the benefits of working with multiple databases and programming languages. Another possibility is to use the ECG band 419 ', which is preferably reinforced by the electronics module 446 for complete ECG signal processing, so that a complete ECG waveform is displayed to the attachment 104' for display. The connection is wired or wireless, preferably bluetooth.

Giant. 51 shows an example of extending the functionality of a multimedia device 600 by an additional device located in a heart rate evaluation bag 401 or an ECG chest strap 419, with the ability to call a quick emergency push button 110, with the option of a 111 push button. The multimedia device 600 is coupled to the bag 401 by a twisted cord 407 through which both bi-directional communication and continuous charging of the multimedia device battery takes place. The chest strap can wirelessly transmit the scanned data to the communication block 149 of the pouch 401 by commonly used communication protocols so that it is possible to attach belts of different manufacturers with different communication protocols. At the same time, preferably this data is transmitted to the watch 416 with a receiver, preferably operating at a frequency of 5.5 kHz inductive or at a frequency of 2.4 GHz. The data transferred to the electronics of the bag 401 is processed by the microprocessor 133 and then transferred to the multimedia device 600 for display and control, and preferably to the wrist cell phone 417 by a radio signal, preferably by a BT transmission module or other suitable communication medium.

Giant. 52 shows an example of extending the functionality of the multimedia device 600 to ECG scanning and evaluation with wireless ECG band 419. Data that is currently serving • · · · • · · '······ ♦ * _# ♦ · · · · »· ·· ··· ··· ··· to evaluate heart rate are transmitted wirelessly between the electronic circuitry of the bag 401, the ECG band 419, the multimedia device 600, and preferably the external PC 418 via a communication block 149 preferably with a BlueTooth protocol with a multipoint or master function. Alternatively, instead of the ECG belt 419, the chest belt 145 communicates with the bag 401 which transmits heart rate data in the 5 kHz band. Further, data is transferred between the bag 401 and the wristband 417, preferably by a bluetooth receiver. Advantageously, over the mobile operator network 803, the data information is transmitted to the central supervision desk 447 for further evaluation. Alternatively, the data transmitted from the ECG web 419 is a wire link 633

Giant. 53 shows an example of extending the functionality of the multimedia device 600 to evaluate ECG signals transmitted from the ECG band 419 to the electronic circuitry of the bag 401 using a two-wire or four-wire cord 362, two wires being sufficient to transmit data and two additional wires for recharging ECG base battery 419.

Giant. 54 illustrates a bracelet 620 for extensively attaching a multimedia device 600 adapted or not adapted to a withdrawable mechanism 664 preferably formed by a groove guide 621 firmly coupled to a bracelet 620 on which a movable carriage 622 travels. In the carriage 622 there is a groove 625 into which the rail 626 engages, the slide stops 622 extending beyond the bracelet are provided by end stops 627 and 627 '. The multimedia device 600 is plotted in the extended position, in detail 513 in the retracted position. The advantage is the ability to carry the multimedia device in standby position on the bracelet hidden under the shirt and in case of use, slide it to the visible position. If necessary, it is preferably provided with a slide mechanism 664 to remove the multimedia device 600 and preferably remove the stop 627, and after overcoming the arresting resistance of the locking depression 624 ', the multimedia device 600 can be removed from the suction 622 for free use. The easy insertion into the groove 625 preferably allows an extended ramp 637. The described embodiment of the slide-out mechanism 664 preferably adapted to remove the multimedia device 600 is merely exemplary, it may be accomplished by another suitable mechanism.

Giant. 55 shows a side view of the pull-out mechanism 664 where the location of the multimedia device 600 is shown, which can be untreated, preferably on a movable carriage 622, wherein the carriage 622 is attached to the back cover of the multimedia device 600 additionally mechanically interconnected by a suitable connection, e.g. by gluing, Velcro, and f · 9 * * * f f f f f f f f '' '' '' '' '' '' '' '' '' '' '' ' · · · ♦ · · ··· »·· similar. Preferably, a multimedia device 600 ' is pre-fabricated so that grooves are formed in its rear cover and the rear wall thus adapted takes over and replaces the movable carriage 622. The advantage is that it can be quickly inserted to conceal the multimedia device 600 in the jacket or jacket with the device not being used and eject it quickly if necessary. Preferably, the multimedia device 600 has an attachment 104 shown in the preceding figures attached thereto, with the electronics board 123. the auxiliary accumulator 120 of the removable door 466, after being discharged by a spring 125, preferably mounted on the back cover 101 of the unmodified multimedia device.

Giant. 56 shows a wrist cell phone 451 with controls 461, the advantage of which is a wider range compared to the standard solution by using a specific attachment 104 'consisting of a base battery 129, an additional battery 120 and an additional electronics board 123 housed in the housing 459' replacing the original cover. 460 a personalized mobile phone 451 or a non-personalized mobile phone.

In both cases, the attachment 104 is removable and preferably replaced with the original cover 460 when it is not needed. The wrist cell phone 451 is attached to a wristband consisting of two parts, a wristband buckle part 452 and a wristband part 458, preferably terminated by a USB connector 457 whose contacts are interconnected inside the wristband with the mobile phone 451. 458, the lower part is pulled through the buckle 455 and secured by the mandrel 456. The USB plug 457, when the wristband is attached, slips into the semi-closed loop 453. which forms the cover of the plug 457. The removable battery easily removes the door 466. bracelet fastening 458.

Giant. 57 illustrates an example block diagram of the internal configuration of the wrist cell phone 451 of FIG. 56 with the capabilities enhanced by using an additional battery 120 and an electronics board 123 additional. Said arrangement of the wrist mobile phone solves the problem of limited operating time per charge of its base battery 129 and hence the usability of the mobile phone, since charging the battery while walking is almost impossible. This solution to the problem of limited operating time is that. The use of an auxiliary accumulator 120 is positioned and mechanically fastened so as to allow a quick and easy replacement of the discharged auxiliary accumulator 120 with another charged one that can be easily carried in the pocket in the daytime. Electricity stored in the battery charger uses 120 £ 33 • • · · · · · · ··> ^W ···· ·· · ·· ····· 9 for continuous battery charging base 129, which feeds 448 mobile electronics even if it is not recharged due to changing the battery 120. Discharging the battery 120 and thus dropping its voltage below the minimum level at which the battery 129 stops charging and the resulting need to replace the discharged battery 120 with a charged LED 498 indicates it starts blinking. The ability to directly charge the auxiliary battery 120 by an external charger connectable via the USB plug 457 of the bottom of the wristband 458 remains. Advantageously, the electronics board 449 may include additional circuitry to extend the functions of the wrist cell phone similar to that shown in Figures 46 to 50.

Giant. 58 illustrates an extension of the capabilities of the wrist cell phone 451, preferably not adapted with a specific attachment 104 'housed in a holster 459 designed to be attached to a wristband, which extends the operating time of the wrist cell phone 451 and allows other functions to be provided. The wrist cell phone 451 is shown with the attachment device holder 459 attached to the wristband and the original cover 460 attached. The case design shows detail 518. The wristband phone 451 consists of two parts, the upper part of the bracelet 452 and the lower part of the bracelet 458.

458 is terminated by a USB connector 457 which is connected by wires hidden in the part of the bracelet 458 to the electronics located inside the mobile phone 451. If the mobile phone 451 is not attached to the user's hand, the USB connector 457 is available for plugging into the USB connector or to a USB PC connector for connecting to an external PC or other multimedia device. When attaching the wristband with the sleeve 459 attached thereto, the USB plug 457 is inserted into connector 473 of housing 459, thereby connecting the wrist cell phone electronics 451 to the housing electronics 459, and pin 456 ensures that the wristband is turned on. In the lower part of the figure there is a detail 518 showing the storage mechanism of the accumulator 603 preferably with the auxiliary accumulator 120 removable door 466 of the housing 459, which secures it against ejection upon insertion. The additional battery 120 is an easily replaceable door 466 in the housing

459, preferably made of polyurethane or a similar resilient material, so that door 466 can form a single mechanical unit with the cover 459 by replacing the door hinge at the bend position with a weakened wall of the cover 459 '.

Also shown is an additional electronics board 449, a display 663, the location of the opening 474 for passing the wristband through the housing 459, and the location of the USB connector 473 that is connected to the electronics board inside the housing 459. The advantage is the easy mechanical and electrical connection and disconnection of the electronics of the additional device with the electronics of the wrist mobile phone 451 without modification of the mobile phone.

• · ♦ ϊ

• ······, ♦ · * · · · ♦ · ··· · ·· ··· ··· · · ι%>

Giant. 59 depicts a variant allowing the attachment 459 of the attachment to be mounted on the opposite side of the bracelet from that shown in FIG. 58 so that the display 663 faces the user. This can also be done by swapping the parts of the bracelet 452 and 458 in Fig. 58 with a customized mobile phone. Without interchange, it is required to use wires 470 that are glued to or attached to the wristband from the connector 453 to connect to the wrist cell phone electronics 451.

Giant. 60 illustrates a storage mechanism 603 of an accumulator 120 preferably with an example of the location of the additional replaceable accumulator 120 and the electronics board 469 for controlling the charge of the base battery of the wrist cell phone housed in the housing 459 of the accessory. The auxiliary accumulator 120 is a removable door 466 of the housing 459 that secures it against ejection upon insertion. The compression spring 125 facilitates removal of the auxiliary battery 120. The electrical connection of the auxiliary battery contacts 120 is secured by contacts 307. The electronics 469 of the auxiliary housing 459 charge the basic internal battery 129 of the wrist cell phone and preferably include electronic circuitry extending the wrist cell phone 451 with which it is connected .

Fig. 61 shows a cordless handset preferably usable for a wrist cell phone whose capabilities are enhanced by using an additional battery 120 and a built-in loudspeaker 495. The handset battery 129 powers the handset electronic circuits centered in the panel 487 and can be recharged by an external charger connected to the handset. The battery life of the cordless handset is limited and its possible charging while walking is more than problematic. The problem is solved by the illustrated arrangement by using an additional battery 120 positioned and mechanically fixed so as to allow a quick and easy replacement of the discharged battery 120 of the door 466 with another charged one that can be easily carried in the pocket during the day. If the battery 120 is replaced in a timely manner, uninterrupted operation of the handset 481 is provided by the battery 129. The battery 120 is electrically coupled within the housing 483 to an additional electronics board 486 through the board 462 and contacts 307 thereon. with it, the door 466 may form a single mechanical unit therewith. The auxiliary electronics board 486 controls the continuous charging of the battery 129 from the replaceable auxiliary battery 120, the LED 498 located at the front of the housing 483 indicates the need to replace the discharged battery 120 with another charged one. Next • · · · · · · ······· · · · ·,,! · · * ··· ··· · ··· «. A speaker 495 is placed on the plate 486, over which a perforation 493 is provided in the housing 483 to better distribute the sound of the speaker 495. The microphone is part of the handset panel 487 with the handset 489 together with the handset electronics including bluetooth connection to the multimedia device , preferably with a wrist cell phone. The panel 487 also has a handset connector 496 for charging the battery 129. On the rear wall of the housing 483 is a grip 484 for attaching the handset to the wearer's garment. The advantage over the existing technology that uses ear-hooks on a cable or interconnected bluetooth is that the ear-phones are not hung on the ear but are held in hand like a normal cell phone.

Giant. 62 illustrates a block diagram of a cordless handset with options extended to use two batteries. The battery charger 131 uses the power stored in the battery 120 to continuously charge the battery 129 that powers the panel 487 even if it is not recharged due to the current replacement of the battery 120. Discharging the battery 120 and thereby dropping its voltage below the minimum value. at which the battery 129 stops charging and the consequent need to replace the discharged battery 120 with a charged one is indicated by LED 498 by flashing. The loudspeaker 495 is connected in parallel to the connector 496 of the panel 487. The possibility of directly charging the battery 129 by an external charger connectable through the connector 496 and the circuitry of the panel 487 is retained. In particular, the advantage is a significant extension of the cordless handset's operating time without the need for external charging of its battery 129, which primarily has a bridging function when the replaceable battery is removed. Loudspeaker 495 replaces the handset, which can alternatively be connected through connector 496.

Giant. 63 illustrates a band designed for continuously sensing cardiac muscle electrical activity manifested in the form of biomedical signals of very low electrical voltage spreading across the body surface, which can be sensed using electrodes positioned at appropriate locations in the subject's body, preferably for pulse and / or ECG measurements. In order to achieve reliable contact of electrodes sensing biomedical signals, especially for long-term continuous sensing, it is important to minimize the occurrence of interfering signals caused by the movement of the contacts on the body surface. Therefore, it is necessary to ensure that the position of the contacts on the body surface does not change when the person is moving during scanning. This problem is solved by the chest strap 209 with sliding sensors arranged in accordance with FIG. 63 thereby. that the commonly used electrode strip firmly attached to the fixation belt is replaced by a system of two mutually sliding, successive sliding strips formed by a sensing belt 201 with electrodes 202 and a fixing belt 204

The clamping band encircles the entire chest of the person to be monitored, which presses the sensing strip 201 and hence its electrodes 202, the individual electrodes being referred to by electrodes 202 supplemented by commas, i.e. electrode 202 'to electrode 202, to the body surface 208 of the monitored person. The fixation belt is comprised of three parts, namely the sliding portion 204 'of the fixation belt, the elastic portion 204 of the fixation belt with a loop adjustable sliding buckle 206, and another elastic portion 204' of the fixation belt 204. a surface that adheres best to the body 208 so that the sensing strip 201 does not slip over the body, thereby ensuring an unchangeable reliable contact of the electrodes 202 with the body 208. On the other hand, the other side of the sensing strip 201 with the tabs 203 must have a Teflon sliding surface. the least friction between its surface and the surface of the sliding portion of the fixation strip 204 '. Thus, different requirements are placed on the first side of the sensing belt 201 'and the side 102' and are therefore preferably covered with layers of different materials and / or the sensing belt 201 is made of two joined layers of different materials. The electrodes 202 may be formed as contact surfaces of an electrically conductive material that are adhered, vaporized, and / or directly formed on the first strip of the sensing strip 201 ', which is made of an electrically non-conductive material. Advantageously, a conductive and a non-conductive plastic can be combined, which can at the same time form the first side of the sensing strip 201 ', in which the conductive regions are formed from an electrically conductive plastic with the function of electrodes. Preferably, the sliding portion of the fixation strip 204 'is made of or coated with a material of low coefficient of friction, such as Teflon, and is coupled to the sensing belt 201 via a plurality of tabs 203, the individual tabs being referred to by tabs 203 s. by tabs, for example tab 203 'or tab 203, fixedly coupled to the sensing band 201 by which the sliding portion of the fixation band 204 extends, thereby providing a slightly slidable connection to each other. As the fixation belt 204 moves as a result of body movement, the moving fixation belt 204 slides over the sensing belt 201 so that the position of the sensing belt 201 relative to the body 208 does not change. The sliding portion of the fixation band 204 'is connected by an extensible clip 207 to a portion of the fixation band 204 that only disconnects when the portion of the fixation band 204' of the tab 203 is stretched, e.g., during repair, and is therefore permanently connected. The other end of the fixation band portion 204 'is connected by a rigid connection 212 to the portion of the fixation band 204'. The other two parts of the fixation strip 204 and 204 'are made of a resilient material, preferably a rubber-textile web. In this example, the overall length of the fixation band 204 and hence the pressure with which the sensing band 201 is pressed against the body 208 allows you to adjust the sliding buckle 206. This allows to change and fix the length of the loop formed by stretching the fixation band 204 through the buckle 206. Two or more contact surfaces mechanically coupled to the sensing band 201 are electrically coupled to one or more sensors, e.g., sensor 210 and sensor 211., to evaluate and modify the biomedical signals sensed by the electrodes 202. for further processing. The electrodes 202 may be located on the sensing strip 201 or directly in the sensing strip 201 or on the sliding portion of the fixation strip 204 '. Various uses of the electrodes 202 and combinations of their connection to the sensors are possible. In the illustrated arrangement, electrodes 202 'and 202' are connected to sensor 211 and electrodes 202 '' and 202 'are connected to sensor 210.

Giant. 64 illustrates a variation of a prior art chest strap arrangement with sliding sensors having a sensor 210 integrated into the sensing belt 201, the surface shape of which is shaped such that the sliding portion of the fixation belt 204 'slides perfectly over the surface of the sensing belt 201. without recharging or replacing their built-in accumulators, the additional strip 218 extends as an easily replaceable accumulator with electronics to power sensors 210 and 211, or to recharge their accumulators. Advantageously, another additional strip apparatus 218 'may be used, which may include electronic circuits, for example, to further process the sensed biomedical signals. The fixation belt is comprised of three parts, namely the sliding portion 204 'of the fixation belt, the elastic portion 204 of the fixation belt with a loop adjustable sliding buckle 206, and another elastic portion 204' of the fixation belt 204.

Fig. 65 shows the disengaged fixation strip 204 in its deployed form, the coupling 205 is disengaged, the portion of the coupling 205 'connected to the portion of the fixation strip 204 is separated from the portion of the coupling 205 associated with the portion of the fixation strip 204'. The sliding buckle 206 is designed to adjust the length of the fixation strip 204 and hence the pressure by which the electrodes 202 are pushed over the sensing belt 201 to the body 208. The other parts shown have been described in Fig. 63.

Giant. 66 shows a view of the sensing belt 201 from the tabs 203 and the electrodes side 202. In this case, the sensor 210 is located on the sensing belt 201.

Giant. 67 depicts a simplified chest strap with sensors 210 and 211, which can be used advantageously in combination with braces 232, 204 'as the chest strap shown in Figures 63 to 66.

Giant. 68 illustrates a block diagram of the use of electrodes 202 and chest belt sensors 210 and 211 with sliding sensors 209. an example of which has been shown in FIG. 63. This arrangement makes it possible to evaluate biosignals sensed by selected electrodes located on the chest belt with sliding two sensors. send wirelessly by two or more ' ₉ ' • ₉ '• ₉ ' • ₉ ········· ··· ··· ··· independent transmission paths using different transport protocols. An electrode pair consisting of an electrode electrode 202 and an electrode 202 'is connected to the inputs of the sensor 217 located in the independent sensor 210 together with a transmitter 214 operating preferably in the 5 kHz band. The electrodes 202 'and 202 are connected to the inputs of another sensor 217' located in the second independent sensor 210 together with a transmitter 215 preferably operating in the 2.4 GHz band using the bluetooth transmission protocol. an electrode pair 202 and electrode 202 'and a second electrode pair 202' and electrode 202, and transmit the results in the form of data to transmitter 214 and transmitter 215 for further use. Advantageously, the immunity to interference can be improved by the control unit 222, which compares the signals at the outputs of the sensors 217 and 217 'and blocks the transmitter 214 or the transmitter 214' when evaluating the fault. Similarly, interference immunity can be improved by using a receiver 214 'operating in the 5 kHz band and simultaneously a receiver 215' operating in the 2.4 GHz band, with their output data being evaluated by the control unit 222 '.

Giant. 69 shows a block diagram of a variant that uses only electrodes 202 'and 202 that are connected to the parallel connected inputs of sensor 210 and sensor 211. In this case, sensors 210 and 211 evaluate biosignals sensed by one pair of electrodes 202' and 202 that are evaluated various sensors 217 and 217 'and the results transmitted by two independent transmitters 214 and 215. In addition, an additional belt device 218 is shown comprising an easily replaceable battery 219 with electronics 220 for supplying the additional devices from the backup battery 219. with electronic circuits, for example, for further processing of sensed biomedical signals.

Fig. 70 shows a block diagram of a probe 213 with a communication block preferably comprising a transmitter 214 operating in the 5 kHz band, a transmitter 215 operating in the 2.4 GHz band using the bluetooth transmission protocol, and a transmitter 216 operating in the 2.4 GHz band using ANT protocol and preferably other transmitters 238 operating on other protocols. Signals sensed by a pair of electrodes formed by electrode 202 'and electrode 202 by sensor 217.

Giant. 71 illustrates the electrodes 227 preferably of a spiked or gel type. Their conductive connection to the sensors ensures a detachable connection of the snap-in system 221 - snap-in system 221 '. wherein the mandrel 221 'is on the electrode side and the cavity 221 on the pressure element side 660, preferably

a chest or leg belt, braces, elastic clothing or harness, in its conductive portion 653, which is connected to an input of a heart rate detector or, optionally, an electronics board. The sleeve is preferably filled with the female portion of the patent 648. The electrodes 227 are designed to have a contact surface 224 intended to come into contact with human skin. A contact layer of conductive gel 223 deposited on this surface improves contact. In the embodiment of Figure 71, the gel layer is covered by the release liner 226. By finger pressure on the foil, the electrode snaps into the counterpart in the web 147. Then, the foil 226 is removed and the electrode is placed in the desired position on the body of the person being scanned. In the embodiment of Figure 71 below, the electrode is embedded in a plastic cartridge 225 that is removed when the electrode is snapped onto the belt. This prevents the gel from leaking from the contact surface when handling and snapping the electrode into the strip. Detail 516 shows the electrodes 227 wherein the stud 221 'is mounted directly on the gel material 223 and fits into the sleeve 647 of the chest strap 201, preferably of an elastic material. The advantage is that it is easily removable, the gel 223 guides well and, at the same time, adheres to the skin, keeps the belt in position on the body so that it does not slip.

Giant. 72 depicts a portion of the thrust element 660 that allows the electrode 202 to be attached and provides its conductive attachment to the body of the person to be sensed and to a heart rate or ECG detector. The sensing portion of the electrode, i.e., the skin contacting member 221 ', is preferably metallic and preferably provided with a conductive gel 652. In the pressing element there is a conductive portion of the pressing element which, in conjunction with the electrode, forms an electrode attachment mechanism 654 which is described in the following figures.

Giant. 73 shows an electrode fastening mechanism 654 formed by a conductive element of a pressing element 652 with a cavity of a conductive element 658 into which it engages a 22Γ second. Before melting the electrode into the sensing position on the body, the plastic gel electrode cap 656 is removed. The electrode plastic film 655 forms a snap-on assembly 221 'and may preferably be provided with an adhesive layer to provide a stronger connection to the pressure element 660.

Giant. 74 illustrates an embodiment of the gel electrode in the same embodiment of the electrode attachment mechanism 654. In this case, the plastic electrode foil 655 is omitted, and the entire electrode body is formed only by the cooperative 221 and the contact body formed by the gel 652.

Giant. 75 illustrates a solution of the electrode attachment mechanism by means of an annular form 661, which, with its adhesive layer 659 exposed after the electrode has been unpacked and the cover sheet removed, adheres to the conductive portion of the pressing element 653 '. After removing the plastic electrode cap, the electrode cap has been removed. _{4 4 3 4 5 6} 7 ₈ 9 ₁₀ 11 ₁₂ 13 ₁₄ 15 ₁₆ 17 ₁₈ 19 ₂₀ 21 ₂₂ 23 24 ₂₅ 26 27 28 ···· «···«

656 'and pressing the electrode against the body with the pressure element will cut out the gel 652 from the space below the cover shape ring 661 and provide a conductive contact connection.

In FIG. 76, an additional device 104 of a multimedia device, preferably a mobile phone, is shown. This accessory 104 is provided with a receiving mechanism 603 for inserting and connecting a rechargeable accessory 120. This rechargeable battery 120 is retracted or retracted. ejects into, respectively. from the storage mechanism 603 through the hinged door 122 on the rear side of the attachment 104. The additional device 104 of the multimedia device 600, preferably a mobile phone, connects interchangeably instead of the rear lid of the multimedia device 600 and is interconnected with the multimedia device 600 internally via USB micro connectors and generally mechanically but removably fixed.

In FIG. 77 shows the state after the hinged door 122 located on the rear side of the attachment 104, which forms the housing cover 603, has been unlocked. By pressing and / or pressing on the hinged door 122, this hinge mechanism 603 tilts slightly and the intermediate battery 120 inserted slightly This position will allow this additional battery 120 to be easily removed and, when discharged, can be replaced by a charged other additional battery 120 when removed from the receiving mechanism 603.

By pushing the door 308, the storage mechanism 603 retracts and hides beneath these closed doors 122. Due to this arrangement, the replacement of the auxiliary battery 120 takes only a few seconds and is very simple and easy to operate in terms of space.

In Fig. 76a, the attachment 104 is shown with the hinged housing 118 of the storage mechanism 603 ajar. The attachment 104 attaches instead of the rear lid of the multimedia device 600 and is connected to the device inside the micro USB connectors 102 and 105. lifts the hinged housing 118 of the storage mechanism 603 of the auxiliary battery 120, which forms part of the housing of the auxiliary device 104, and extends the auxiliary battery 120, allowing the discharged auxiliary battery 120 to be easily removed and replaced with a charged one. By pushing the hinged housing 118 of the storage mechanism, the additional battery 120 is retracted. Thanks to this arrangement, it takes only a few seconds to replace the battery and is very simple to operate.

Fig. 77a is a view of the attachment 104 with the hinged housing 118 of the storage mechanism 603 open and the auxiliary battery 120 extended. The transparent aperture 124 reveals a space for camera optics, while the apertures 674, preferably covered by a grid, are positioned. above the loudspeaker of the multimedia device 600. The connector 106 allows the rechargeable battery 120 to be charged from a mains charger or USB port of a notebook or computer.

Fig. 78 is a detailed view of the mechanism and housing of the accumulator 120. The auxiliary accumulator 120 is housed in a hinged housing 118 whose upper side also conceals the housing mechanism 603. The housing 118 is supported on pins 338 and swung by spring 672. 307. In the closed position, the hinged housing 118 of the receiving mechanism 603 is locked by a slide bolt 673 which is pushed against the connector 307 by a spring 671.

Giant. 79 shows the location of the bearing mechanism 603 with the hinged housing 118 in the attachment 104. When replacing the auxiliary accumulator 120, the slide slide 673 moves in the direction of the arrow against the action of the spring 671. This releases the bearing device 603. and the spring 306 extends the auxiliary accumulator 120. After replacing the auxiliary accumulator 120, the bolt 673 is moved back against the spring 671. the hinged sleeve 118 is retracted, the bolt 673 is released, thereby locking the hinged sleeve 118 and spring 671 pushing the additional accumulator 120 onto the contacts 307.

In FIG. 80 is another example of the storage mechanism of the auxiliary accumulator to the wrist electronic device. This auxiliary accumulator mechanism consists of a plastic housing 459 into which the auxiliary accumulator 120 is inserted. It is supported by the resilient contacts 307 and secured by a closure which constitutes the pivoting strap 345 of the bracelet closing. This is locked in the closed position by latches 346 disposed on the caliper arms that engage grooves 347 on the housing body 459. The yoke pivots on pins 338 housed in the housing 459.

Upon replacement of the auxiliary accumulator, the caliper 345 is folded away and the latches 346 located on the flexible caliper arms extend out of the grooves 347 to release the caliper and the accumulator is pushed out by a spring 175V. This electronics board provides all the electronic needs that are required for it. On the housing 459 of the receiving device 603 there is a mechanical tab 474 through which the bracelet is drawn.

In FIG. 81 and FIG. 81a shows a storage device for an additional accumulator in a chest strap. In addition to the active part of the chest strap, there is also an accumulator 120 in the housing, which is housed in a storage mechanism, which makes it possible to quickly and easily replace a discharged battery with a battery. *** Battery pack charged. It is housed in a space 364 where it rests on the contacts 307 on which it is pressed in the closed state by the slanted sleepers 353 of the closed door 122 The door is locked by 2 latches 346 located on the inner sides of the yoke arms and engaging grooves 347 on the housing. Upon replacement of the battery, the door 122 opens and the latches 346 located on the spring arms of the door yoke extend from the grooves 347 to release the yoke carrying the door (122) and the battery is pushed out by the resilient contacts of the connector. In the rest of the space, i.e. the second half of the housing, there is the necessary voltage regulating electronics 123 for the active portion of the belt electronics and the 5.5 kHz 134 transmission module. or a transmitter 521 in the 2.4 GHz band. Preferably, the tapered ribs 353 push the intermediate battery into the housing 1000 and press it against the contacts of the multimedia or monitoring device.

Giant. 81b illustrates an accumulator receiving device 603 with a latch mechanism 834 that is pivotable on a pin 338 and pressed to the starting position with the foils 835. The foil 835 is supported on the battery housing 459 and allows the rocker latches 834 to deflect away from the attachment to release the additional battery 120. When the battery 120 is inserted into the attachment 104, the tilt latches 834 are tilted sideways to allow the battery 120 to be inserted into the attachment 104. After pushing the retracted battery 120 of the sprung foil 835, the latches 834 return to the starting position thereby securing the battery 120 against under the action of a compressed spring 125. Removing the accumulator 120 is very simple, it is sufficient to swivel the two cradles 834 with the fingers of the hand.

Giant. 81c illustrates another variation of the battery storage device using the rocker latches 834 'rigidly connected to the blade 835. The function is similar to that of the mechanism shown in FIG. 11b, except that the shape of the rocker latches 834' differs, so that the two rocker latches 834 'hand press.

Claims (30)

An attachment to a multimedia device, preferably comprising a mobile phone or a multimedia handheld computer or similar multimedia device, which enables the basic functions described below or some of them, such as voice and / or data communication over a mobile telephone or other wireless network, multimedia playback, photography, video recording, television reception, GPS determination, and includes basic modules, units and parts, or some of them, such as control elements preferably consisting of buttons or keyboard and / or touch screen, basic microprocessor unit, basic communication module , a base accumulator and other base units enabling the above-mentioned functions, characterized in that it comprises additional mechanical and / or electrical and / or electronic units or parts and preferably control elements, p wherein, if necessary, add non-adapted add-on modules and / or units and / or parts contained in the add-on device (104) to the basic modules and / or units and / or parts of the non-adapted multimedia device (600) o the additional functions provided by the accessory device (104) contained therein by modules and / or units and / or parts are connected to the drive and / or electrically and / or electronically and / or data to a multimedia device not adapted to the factory a device (600), wherein the electrical connection is made by one or more interconnecting elements (601) on its mechanical connection or additionally, wherein the mechanical connection is removably provided in the attachment (104) by replacing it with a housing (101) or 101) or other parts of a multimedia device (6 The cover (101) is preferably located on the opposite side to the display (178) or keypad (179) of the multimedia device serving to cover the SIM card and / or the accumulator and / or other parts for which it is usually removed, the attachment device (104) attached to the housing (101) is preferably removed from the untreated multimedia device (600) and replaced by another attachment device (104) mounted on the housing or housing, the mounts (128) for the housing (101) on the multimedia non-adapted devices (600) are used wholly or partially for mechanically attaching an additional device (104) which is provided with counterparts (127) to the mounts (128) on the non-adapted multimedia device (600), or are supplemented or completely replaced by fastening elements (602) , which fully or supportively connect the additional device (104) and which are preferably additionally installed on a multimedia device (600) not adapted and / or an additional device (104), wherein all the electronics for the expansion functions made possible by the use of the additional device (104) is preferably included in the additional device (104) so that the multimedia device (600) no modules and / or units and / or components intended wholly or partially for the attachment only, and not used when the attachment (104) is not connected, the non-adapted multimedia device (600) preferably being fully functional in its original range as designed and manufactured without the attachment of the attachment (104). 2. An add-on device to a multimedia device, preferably comprising a mobile phone or a multimedia handheld computer or similar multimedia device, enabling the basic functions described below or some of them, such as voice and / or data communication over a mobile telephone or other wireless network, multimedia playback, photography, video recording, television reception, GPS determination, and includes basic modules, units and parts, or some of them, such as control elements preferably consisting of buttons or keyboard and / or touch screen, basic microprocessor unit, basic communication module , a base battery and other base units enabling the above-mentioned functions, characterized in that it is connected to a multimedia device (600 ') adapted to connect an additional device (104) to the factory. caused by the mechanical and / or electrical and / or electronic removable connection for one or more accessory devices (104), extensions, base modules and / or units and / or components enabled by the basic functions of a multimedia device (600 ') adapted by means of additional functions enabled by additional mechanical and / or electrical and / or mechanical modules and / or units and / or parts located in the attachment (104), by connecting different attachments (104) with different modules and / or units and / or parts extending to various additional functions as needed, the additional device (104) preferably comprising an accumulator storage mechanism (603) for one or more additional accumulators (120) to charge the base battery (129) and / or power the base modules and / or units placed in multim an edial device (600 ') adapted to wherein the accumulator (120) in the accumulator storage mechanism (603) is readily replaceable, preferably under continuous operation of the multimedia device (600') · · · · · · Ή uz ή uz uz uz uz uz uz uz uz uz uz uz takže takže (126) it is not necessary to replace the entire auxiliary device (104) with a charged one, and by replacing the auxiliary device (104) with a discharged, if integrated auxiliary battery (120) with an auxiliary device with an integrated charged auxiliary battery the circuitry from the additional battery charges the base battery and at the same time feeds the multimedia device (600 ') adapted, preferably without losing the operation of the multimedia device (600') adapted to wherein, in the absence of any additional device (104), the additional device is preferably replaced by a cover (185) mounted wholly or partially by means of attachments intended to receive the additional device (104) or other fastening elements wherein the multimedia device (600 ') is adapted it is preferably functional with the basic functions for which it has been designed and manufactured even without the attachment of the attachment (104), the modules and / or units or parts contained in the attachment (104) being mechanically adapted so that when the attachment (104) is connected ) to the multimedia device (600 ') adapted to the attachment (104) being mechanically fixed thereto, so that when handling the multimedia device (600') the position of the attachment (104) as well as the position of all modules, units and components contained therein secured against accidental displacement relative to the multimedia device (600 ') adapted so that the multimedia device (600') adapted to be used in its normal use can be manipulated without the position of the additional device (104) and the modules, units and components contained therein being changed relative to the multimedia device (600) ) customized. 3. An add-on device to a multimedia device, preferably comprising a mobile phone or a multimedia handheld computer or similar multimedia device, enabling the basic functions described below or some of them, such as voice and / or data communication over a mobile telephone or other wireless network, multimedia playback, photography, video recording, television reception, GPS determination, and includes basic modules, units and parts, or some of them, such as control elements preferably consisting of buttons or keyboard and / or touch screen, basic microprocessor unit, basic communication module , a base battery and other base units enabling the above-mentioned functions, characterized in that the additional device (104) is built-in or installed removably in the multimedia device (600) wherein the accessory device block (608) is removable, preferably by means of a connector (335) together with the multimedia device block (607) or separately or the accessory device (104) is installed removably the attachment (608) is fully inserted in the attachment mechanism of the attachment (320). which is installed in the compact multimedia device (600) or only a part of the accessory device block (608) is inserted therein and / or the battery storage mechanism (603) is installed in the multimedia device (600) to easily replace the additional battery (120) without removing the cover (605) a multimedia device (600) compact preferably without interrupting the operation of the multimedia device (600) compact, wherein the additional battery (120) of the additional device (104) preferably powers the multimedia device (600) compact and / or charges the base battery (129). A multimedia device supplementary device according to claim 1, characterized in that it comprises an accumulator storage mechanism (603), which can be easily removed / inserted, preferably a door (3), during operation and without interruption, and without removing the housing of the multimedia device (600). 122) or a lever (128) or a battery release mechanism (339) responsive to pressure on the auxiliary accumulator (120) or other mechanism, the auxiliary accumulator (120) preferably being a versatile, mass-produced, commercially available, untreated for this purpose; it is not necessary to use the battery pack. wherein all electronics associated with charging and utilizing the auxiliary battery (120) and other operations of the auxiliary device (104) are preferably located in the auxiliary device (104). A multimedia device supplement according to claim 1, characterized in that the auxiliary battery (120) forming the auxiliary device unit (104) charges from the auxiliary battery (120) via a voltage converter adjusting the auxiliary battery voltage (120) to a value meeting the charging specifications voltage for the connected multimedia device (600) and contacts of the second USB connector of the attachment (104) and the plugged-in USB connector of the multimedia device (600), thereby continuously charging and extending the operating time of the multimedia device (600); the optional unit can be removed without affecting the operation of the multimedia device (600). A multimedia device accessory according to claim 1, characterized in that it is wholly or partly by means of fastening elements (602) intended to attach the housing (101) of the multimedia device (600) and the fastening elements (602). ) of additional device (104) or other fastening elements, wherein the multimedia device (600) not adapted is preferably functional with the basic functions for which it has been designed and manufactured even without connecting the additional device (104), the modules contained in the additional device (104) and / or the units or parts are mechanically adapted such that when the attachment (104) is connected to a multimedia device (600) not adapted, the attachment (104) is mechanically fixed thereto, so that when handling the multimedia device (600) is not adapted device (104) as well as semi and all modules, units and components contained therein secured against accidental displacement relative to a non-adapted multimedia device (600), so that the non-adapted multimedia device (600) can be handled normally without the position of the attachment (104) and the modules, units and the parts contained therein to a multimedia device (600) not adapted. A multimedia device add-on device according to claim 1, 2 and 3, characterized in that it comprises further microprocessor units 194 which communicate with the multimedia device (600), (600), (600), preferably each operating with a different operating system. running. A multimedia device attachment according to claim 1, characterized in that it comprises an additional display (325) of the auxiliary device (600), (600 '). An attachment to a multimedia or medical device, characterized in that the multifunctional multimedia or medical device (600) is provided with an additional device comprising an additional battery (120) and / or an additional battery (120) with an appropriate mechanism for removably attaching the additional battery (120), with electronics for charging and recharging, additional processor () and / or additional • A communication module () comprising various communication media, preferably bluetooth, ANT, a mobile operator network communication unit, preferably an ECG unit with scanning electrodes () and / or chest strap (145), a 5.5 kHz receiver (134) disposed on the modified or unmodified multifunctional multimedia device, preferably comprising a mobile telephone, electrically wired and / or wirelessly interconnected electrically and fixed mechanically firmly and / or loosely, extensibly or rotatably in the bag (401); bracelet. The attachment of claim 9, wherein the auxiliary accumulator (120) is provided in a mechanism for removably attaching the auxiliary accumulator (120) to operationally charge the instrument accumulator of the multimedia multifunctional or medical device (600), wherein the auxiliary accumulator is inoperative. (120) is removed by replacing it in a mechanism for attaching it to another fully functional one without functional limitation of the operating battery of the multimedia multifunction device (600). An attachment as claimed in claim 9, 10, characterized in that a compartment (403) is provided in the case (401) for accommodating the multimedia device (600), which is separated from the space (405) for accommodating an additional accumulator (120) on the board. (406) the electronics and the electronics module (410), the housing (420) of the auxiliary battery (120) connected electrically to the electronics board (406) is fixed or removably mounted thereon and provided with a first connector (409) of the connecting cord (407) with a multimedia device (600) untreated via a second connector (408), and a USB connector (428) of the USB connection to the multimedia device (600) is also provided on the electronics board (406). • · · · 12. " · • · · · (Bye Auxiliary device according to claim 9, 10, 11, characterized in that the electronics board (406) with the additional battery housing (120) and the electronics module (410) is electrically conductively connected to the connector (414) of the multimedia device (600) adapted which is fastened directly to the bottom of the space (403) for accommodating the multimedia device (600) of the bag (401), the connector (414) or adjoining connecting element of the multimedia device (600) being provided with a connector intermediate member () is rigidly or removably adapted to the body of the multimedia device (600) provided. A supplementary device according to claim 9, 10, 11, characterized in that the space (403) for accommodating the multimedia device (600) is provided at its entrance with an inlet extension (433) for easy insertion / insertion of the multimedia device (600) into the pouch ( 401) and the outer wall of the space (405) is a garment fastening element (402), preferably a removable clip or belt loop. Auxiliary device according to claim 9, 10, 11, characterized in that the housing (420) of the auxiliary accumulator (120) is adapted to replace the auxiliary accumulator (120) by providing an internal ejection spring (422) of the auxiliary accumulator (120) against the locking a latch (421) of the housing (420), wherein a connector (423) of the connection of the additional battery (120) to the electronics board (406) is provided on the inner wall of the housing (420) of the additional battery (120) opposite the insertion opening. • · ····························································· 9 · · · · ····· An additional device according to claim 9, 10, 11, wherein the electronics board (406) is provided with an additional USB connector (106) for connecting an external PC to the electronics module (410) and for external charging the additional battery (120). The attachment according to claim 9, 10, II, characterized in that the interconnecting cord (407) in the twisted pre-stressed cable design is adapted to be retracted by self-winding to the original shortened length in the interconnecting cord compartment (404) in its internal conduit or the external interconnection is conducted from the electronics board (406) through a passage at the bottom of the bag (401), whereby an external line of the connection cord (407) is passed with its passage to the multimedia device (600) through the side slot (431) in the wall of the space (403) for storing the multimedia device (600). A supplementary device according to claim 9, 10, 11, characterized in that the multimedia device (600) is connected to the electronics board (406) by a cord (413) of an embodiment other than a pre-stressed self-winding cable, the self-winding cord (412). (413) is provided in the compartment (404) for the carrier cord (401) and the multimedia device (600) is connected to the cord (413) through the multimedia device connector (414) when the opposite end of the cord (413) is through the connector (415) 1) connected to the electronics module (410) and the electronics board (406), and a mechanical stop (429) for positioning the multimedia device (600) is provided in the storage space (403) of the multimedia device (600). • · · · · · · · · · · · An attachment according to claim 9, 10, 11, 17, characterized in that the multimedia device connector (414) is fastened directly to the bottom of the compartment (403) for storing the multimedia device (600) of the bag (401) and is a cord. (413) is connected directly to the electronics module (410) without the auto-reel (412), the connector (414) or the connecting element of the multimedia device (600) adjoining it having a connector intermediate member to enable a contact stop. An attachment according to claim 9, 10, 11, characterized in that the case (401) is optionally provided with an external display for displaying data and pictures from the attachment within the case (401) with microprocessor unit controls, i.e. ECG, wherein the electrical connection to the attachment is provided, or the display with controls is located on the bendable plate in the attachment storage space (405). An attachment as claimed in claim 9, 10, characterized in that the additional battery (120) with the electronics is provided in a housing (459) of the upper part of the bracelet (452) which is further provided with a buckle (455) and a loop ( 454) fastening the free end of the wristband lower part (458) at power-on, wherein the free end of the wristband lower part (458) is provided with a USB connector (457) for connection to an external PC, charger or other multimedia device; the side to the buckle (455) is fastened by the USB connector socket (473). · «« «« «« * * * * * * * * · · · · · · · · · · · · · · · · · ·· ····· Attachment according to claim 9, 10, 20, characterized in that the sleeve (459) is movably mounted on the upper part (452) of the bracelet by means of an opening (474), preferably wedge-shaped, in its lower part for conductive parts. connecting the plug (457) and socket (473) of the USB connector. Ancillary device according to claim 9, 10, 20, characterized in that the sleeve (459) is movable on the upper part (452) of the bracelet by means of an opening (474), preferably wedge-shaped, into the middle part of the bracelet using fastening elements identical to the cover. (460) of a mobile phone battery (451) and being mechanically and electrically connectable to said mobile phone (451) by interchange, after removing its battery cover (460). An attachment as claimed in claim 9, 10, 20, characterized in that the housing (459) is disposable at a circuit location that does not allow connection to the wrist cell phone electronics (451) via the USB connector or in exchange for the cover (460). is interchangeably wired so that the wires are attached to the wristband body, preferably adhered. Attachment according to claim 9, 10, 20, characterized in that the housing (459) is provided on its upper side with a mechanism for attaching the multifunctional mobile device (600), preferably a slide mechanism (662) for selectively extending the multifunctional mobile device (600). in the arm axis towards the hand, the two attachments of the multifunctional mobile device (600) simultaneously providing its electrical connection with the attachment in the attachment housing (459). • · · · An attachment as claimed in claim 9, 10, 20, characterized in that the attachment housing (459) is optionally provided with a display for displaying data and pictures with controls on its side, while providing electrical connection to the auxiliary. a device in a housing (459) of the attachment. A supplementary device according to claim 9, 10, 20, characterized in that an additional housing for receiving the backup battery (120/465) and the rechargeable electronics of the internal operating battery of the wrist mobile phone are removably provided in the housing (459) of the device. is provided with a lockable door (416), wherein the battery ejection pressure spring (417) acts against the closed door (416) secured by the latch and the battery is in contact with the contacts (418) to the electronics board (419). 27 Mar: A multimedia mobile device, characterized in that it comprises a mobile phone (100), preferably supplemented with an additional device (104) equipped with a storage mechanism (603) of an additional accumulator (120) which is removable from the storage mechanism (603) without removing the mobile housing cover. a telephone (100) while the mobile phone (100) is operating. · '* * * * * * * * * · · · · * * * * * * * * * * * * * * * * ··· ··· · · foé> 28. The multimedia mobile device according to claim 27, characterized in that the attachment (104) is provided on the rear side with a hinged housing (118) for inserting the auxiliary battery (120) into the storage mechanism (603) inside the attachment (104). 104), wherein the additional device (104) is mountable in place of the rear lid of the multimedia device (600) and is connected to the mobile multimedia device (600) inside the micro USB connectors (102) and (105) and is provided with a mobile phone camera with a transparent opening (124) in the rear wall of the accessory (104), which also has an opening (674) above the cell phone speaker and in the body of the accessory (104) is provided a first LJSB connector (106) for charging or PC connection and sliding lock (673) a storage mechanism (603). 29. A multimedia mobile device according to claim 27,28, characterized in that it comprises a hinged housing (118) for receiving an additional accumulator (120), the upper outer side of which also forms the housing cover (603), the hinged housing (118). is mounted on a pivot pin (338) provided with a lift spring (672), and in the closed position the bearing mechanism (603) is held by a slide bolt (673) which is pushed against the inserted battery (120) by the lock spring (671). and the accumulator (120) opposite the contacts (307) for connecting the accumulator to the electronics of the mobile multimedia device (600). • · · · · · · · · · · · · · · · · · · · · · · · ·. * · ^Β '· * ··· · 9 ···· «····························· 30. Multimedia mobile device according to claim 27,28,29,30, characterized in that the hinged housing (118) is provided on its inner rear wall, next to the contacts (307) with a bronze spring (306) for extending the additional battery (120 ) when the hinged sleeve (118) is raised after the sliding shutter (672) has been unlocked. Multimedia mobile device according to at least one of Claims 20 to 23 or 27 to 30, characterized in that, for the wrist mobile multimedia device, the housing (459) of the additional device is configured as a housing for receiving an additional battery (120) provided on its inner rear wall. , in addition to the contacts (307), a coil spring (175) to extend the additional battery (120) when the swivel yoke (345) is pivoted on the pins (338) after its latches (346) have been unlocked from the latches (347); an electronics board is disposed beneath the additional battery (120), and an opening (474) for extending the wristband is provided on the outside of the wall of the housing (459). 32. Multimedia mobile according to at least one of claims 9 or 27 to 31, characterized in that the storage door (122) mounted rotatably to the chest strap housing (352) can be locked by means of latches (346) disposed on the longitudinal arms of the storage door (122) in the pivot pin (338) and in the closed position of the door, which are engaged in grooves (347) formed in both lateral sides of the chest strap housing (352), the chest strap housing (352) having a holder ( 351) of the contacts with contacts (307) connected to the auxiliary accumulator (120) and the door (122) of the storage mechanism are provided with two or more sleepers (353) defining the position of the accumulator. 33. Multimedia mobile device according to claim 32, characterized in that the sleepers (353) of the door (122) of the storage mechanism are wedged / tapered for insertion of the additional accumulator (120) such that in the closed position of the doors (122) of the storage mechanism the intermediate battery (120) is rigidly connected to the spring contacts (307) to push the additional battery (122) out of its housing when the door (122) of the storage mechanism is tilted. 34. Multimedia mobile device according to claim 31 to 33, characterized in that in the remaining space of the chest strap housing (352) below the space (348) for accommodating the additional battery (120) there is located the electronics board (123) of the additional device including signaling devices. LED module (134) transmissions in the 5kHz band. • · · · 35. The multimedia mobile device according to claim 27, characterized in that the battery receiving mechanism (603) with the housing (459) for receiving the additional battery (120) is provided on its side walls with rocker latches (834,834) pivotable on the pin (338) when the rocker pawls (834) are wedge-shaped leading sides for easy sliding of the auxiliary battery into the housing (459), the latches being clamped by the foils (835) and the latches (834 \ 834) are unlocked to eject the auxiliary battery (120) a pin (338) when the additional battery (120) is ejected from the housing (459) by spring contacts (307). 36. The multimedia mobile device according to claim 27,35, characterized in that the cradles (834 ') are provided with a lever extension on their operating sides. Giant. 1