TR201900385A2 - SMART PHONE CASE WITH KEYPAD - Google Patents

Abstract

A mobile equipment (1) comprising a first touch screen (3) located on a front side of the mobile equipment (1) and a second touch screen (4) separate from this first touch screen (3); and a system (10) comprising a mobile equipment cover (5) with a keypad (11) to operate said mobile equipment (1).

Description

DESCRIPTION SMART PHONE CASE WITH TUS KIT FIELD OF THE INVENTION The invention consists of a first touch screen (3) located on a front of the mobile equipment (1) and this a mobile device comprising a second touchscreen (4) separate from the first touchscreen (3) equipment (1); and a keypad (11) for operating said mobile equipment (1). it relates to a system (10) comprising the mobile equipment (1) cover (5). PRIOR ART Modern user equipment, such as smartphones, makes mobile communication systems almost basic functions, such as phoning or short message service, that have been in use from the start. offers functions. Today, many of these modern user equipment office-related applications, games, more advanced and advanced applications such as health-related applications, sports or activity-related applications offers resource consumer applications. These more advanced apps are a smart your phone; camera, GPS, gyroscope, light sensor etc. first generation user It also interacts with different sensors that are not included in the equipment. Always All users demand to use these more advanced applications that are available. does not. For example, older people often use a smartphone as only basic prefers to use the functions of a smart phone and therefore A traditional user equipment that does not provide its functions is not suitable for people in this group. may be sufficient. However, even people belonging to this group depending on the situation are wise. the phone's more advanced applications and functions with which it will interact. use it or view it on the large screen integrated into the front of the smartphone. can request. A traditional keypad that provides only a limited number of keys (less than 20) an execution that can interact with the capacitive touchscreen of the smartphone describes a case for a smartphone that provides the side. The aforementioned keypad does not cover the entire screen of the smartphone and the area that is not covered It can be used as a screen when attached to the screen.

However, even if this cover is used, the entire screen of the smartphone remains active and the battery is disconnected. PRIOR ART It is therefore an object of the present invention to develop an advanced technique that overcomes the shortcomings of the prior art. system is to provide.

BRIEF DESCRIPTION OF THIS ITEM The said purpose is achieved with the subject defined in the attached claims. a. A first touch screen (3) located on a front of the mobile equipment (1) and this a mobile device comprising a second touchscreen (4) separate from the first touchscreen (3) equipment (1); and b. a mobile equipment with keypad (11) for operating said mobile equipment (1) (1) cover (5) A system (10) comprising

The advantage of this system (10) is that the two touch screens are separate and therefore the most one of the touchscreens is disabled so that it can work well it can be combined.

Power to the First touchscreen (3) and the Second touchscreen (4) separately can be given. In order for the two touch screens (3, 4) mentioned in this figure to work, Electrical energy can be supplied only when using the relevant screen. In this direction electricity energy can be saved.

The surface area of the second touch screen (4) corresponds to the surface area of the first touch screen (3). Thus, said first touch screen (3) has a smaller size. thus reducing the electrical energy consumption even more.

First touch screen (3) and second touch screen (4) liquid crystal displays may contain. Liquid crystal displays contain relatively high amounts of electrical energy. The disclosed system (10) is particularly useful for liquid crystal displays.

The keypad (11) provides the haptic experience advantage that some users prefer. may contain push-buttons.

Mobile equipment (1) enclosure (5) equipment (1) over a wired or wireless connection it can be attached to the sheath (5). In this way, the first touch screen can be used when necessary. It provides the advantage of completely cutting from the electricity source.

The mobile equipment (1) shroud (5) has a first section covering the front of the mobile equipment (1). and said first portion is a section of said first portion comprising a recess (6). a first subsection and a second subsection containing the keypad of the first section and said first subsection is about to cover the first touch screen (3). is being configured and the second subsection is about to cover the second touchscreen (4). is being configured.

The recess 6 may or may not contain a transparent material.

The mobile equipment cover (5) is provided with a second layer to cover a rear side of the mobile equipment (1). The first section and the second section are combined with the flexible joint region (12). is connecting. In this way, the cover can cover the user equipment in the form of a curtain. advantage is provided.

The system (10) is connected to the front of the mobile equipment (1) of the mobile equipment enclosure (5) by means of a sensor. also a processor that is configured to determine whether may contain. In this way, the sheath mentioned can be attached to the front of the mobile equipment (1). can be determined automatically.

The sensor may be a Hall Sensor.

When the processor is attached to the front of the mobile equipment (1), the first touchscreen disable functional elements configured to detect a touch on the screen (3). to provide the actual visual display of the first touch screen (3). Activating or keeping the configured functional elements active, user limiting the communication functions of the equipment (1) to the calling and SMS functions, disabling at least one of the many processor cores and/or It can be configured to slow down the speed.

Therefore, more energy can be saved.

When the processor is attached to the front of the mobile equipment (1), the first touchscreen to increase the font size of the characters displayed on the screen (3). can be configured.

Therefore, especially when the user reads characters with very small font size. When there is a problem, the interaction of the user with the user equipment is developed.

When the processor is not attached to the front of the mobile equipment (1), the first touchscreen activating the screen (3) and the second touch screen (4) will increase the processing speed of the processor. increase; activating multiple processor cores and/or (1) to activate all available communication functions can be configured.

Therefore, the user equipment automatically performs the normal function of the user equipment. can restore or restore. This is again for example a Hall sensor. This can be done with the use of the proximity sensor.

The processor is activated when the cover (5) is not attached to the front of the mobile equipment (1). The first touchscreen (3) and the second touchscreen (4) are operatively on a single screen. can be configured for use as Therefore, user equipment, especially normal of user equipment, including a large screen condition for viewing can automatically restore or restore its function. BRIEF DESCRIPTION OF SHAPES Figure 1 shows a mobile equipment 1 including two separate touch screens.

Figure 2 is an unfolded version of a mobile equipment case (5) for the mobile equipment (1) described here. shows.

Figure 3 shows a mobile equipment (1) when the mobile equipment (1) is inserted into the sheath (5) of the mobile equipment (1). it shows the open state of the cover (5).

Figure 4 shows a mobile equipment when the mobile equipment (1) is inserted into the mobile equipment case (5). it shows the closed state of the cover (5). DETAILED DESCRIPTION OF THE TERMS A first touch screen (3) located on a front (2) of the mobile user equipment, and a mobile device comprising a second touchscreen (4) separate from the first touchscreen (3). equipment (1); and a keypad (11) for operating said mobile equipment (1). A system 10 comprising a mobile equipment enclosure 5 is described. Mobile equipment (1) and case (5) may also be provided independently. Said mobile equipment (1) and case (5), their interaction modes will be explained in more detail below.

A mobile device, as shown in figure 1, comprising a first and a second touch screen (3, 4). user equipment (1) is provided. This mobile user equipment (1) includes a smartphone, a touch screen communication device, a touch screen computing system, a includes touchscreen-enabled portable communication devices and similar devices. not angry with them. Said mobile user equipment (1) is a user equipment Example of (1) one or more processors (e.g. 2, 4, 6, 8, 16 or more cores) multi-core processor), a memory, a bus system (10), sensors, antennas, communication interfaces for wireless or wired data transfer, and a battery. It may also contain the usual elements.

A mobile user equipment (1) by the lateral sides (not shown in the figures) it comprises a front side (2) and a rear side which are connected. The first and second mentioned the touch screen (3, 4) is on one side of the mobile user equipment (1), eg in general is positioned at the front. The first and second touch screens (3, 4) are separated from each other. are separated, which means they can be operated independently of each other. is coming. In particular, they are independent of each other from a power source. It can be cut off or connected to the power supply, in other words, it can be powered separately. are given.

The first and second touch screens (3, 4) on the front (2) are mobile in combination. can hold. Said first and second touch screens (3, 4) are part of the lateral sides. part or all and/or a part or rear of the mobile user equipment (1) It can also cover the side.

The surface area of the second touch screen (4) corresponds to the surface area of the first touch screen (3). can happen. As a result of the presence of a smaller first touch screen (3), the cover (5) more than energy only when operating with the first mentioned touch screen (3) will be saved.

The first and second touch screens (4) are located on the front of said mobile user equipment (1). occupies less than 30%, 20%, 10% or 5% of the can be separated by a space, or preferably any other space visible to the human eye. does not include space.

As explained here, touch screens generally consist of two functional elements. is formed. The first functional element is the real visual display, for example the liquid crystal display, The LCD, or organic light-emitting diode, provides the OLED display. second functional The element provides elements for detecting a touch. second touch on the screen (4) only the elements intended to provide the actual visual display are disabled elements to provide a real visual display and a It is designed to disable the elements for detecting touch. Later In the incoming application, the input made via the keypad (11) is to the mobile user equipment (1). will be transmitted, but this will not happen via the second touchscreen (4). This instead, the entry via the said keypad (11) is a different communication method of the cover (5). mobile interface, i.e. wirelessly or wired (or wired) will be transmitted to a communication interface (not shown in the figures) of the user equipment (1).

Preferably, said first and second touch screen (4) comprises an LCD screen.

Second functional elements configured to detect a touch, in which the case is closed time is disabled on the first touch screen (3) and said first and second It is also contemplated that functional elements are provided on the second touch screen (4). A first touch of the second functional elements configured to detect touch not provided on the screen (3) and the second functional elements on the second touch screen (4) is also designed.

The first and second touch screens (3, 4) are independently; resistive, surface acoustic wave, capacitive, optical imaging, touch screen with acoustic recognition, preferably a capacitive may include a touch screen.

As one of the mobile user equipment (1) sensors, it is attached to the front of a holster (5) and proximity, such as a Hall sensor, configured to detect sensor or any other suitable sensor for this purpose. may contain.

Figures 2 and 3 show a case 5 shown open and closed. the aforementioned cover (5) is provided to cover the mobile device.

The cover (5) includes a keypad (11). Cover (5), said mobile user equipment (1) such as an interface and/or battery (rechargeable or non-rechargeable) to communicate with may include an internal power supply or wireless (for example, inductive transfer) or draw electrical power from mobile user equipment (1) in a wired manner can be configured.

The cover (5) includes at least one first section and covers the front of the mobile equipment (1). covers. This first section includes a front side and a rear side. Mentioned the first section includes a first subsection of this first section comprising a recess (6) and a first section includes a second sub-section of the section containing the keypad on the front and said the first subsection is configured to cover the first touch screen (3) and the second the lower section is configured to cover the second touchscreen (4), another In other words, the first and second subsections are displayed on the first and second touch screen in size and shape. is equivalent.

Figure 2 shows that the case (5) covers the mobile device in the form of a sling, in other words, it consists of two parts. shows an example where it occurs; a first part of said cover (5) keypad (11) and a second portion of the holster (5) is a device for receiving the user equipment (1). comprising a section wherein the first and second sections are provided with a flexible joint region (12). is connecting. However, it can only be installed on the front of the mobile user equipment (1). other configurations such as a sheath (5) or a sleeve are also contemplated. flexible joint region or any region connecting the first and second sections, with said sheath (5) may include wires or cables for connecting user equipment (3).

The recess 6 may or may not contain a transparent material, and to allow the first touchscreen (3) to be seen through this recess (6) is being configured. The first lower part of the first part of the sheath (5) containing the recess (6), and a frame on the edges between which the transparent material is positioned. may contain.

The second lower part of the first part of the sheath (5) containing the keypad (11) on the front, has a region corresponding to the back of the section. This zone is user equipment (1) interact with the second touchscreen (4) as an interface to communicate with It may contain electrical elements that can be installed. In the art, such electrical elements known. Alternatively, the rear part of the second lower part of the first part of the cover (5) This zone on the side is an interface to communicate with said user equipment (1). electrical elements that can interact with the second touch screen (4) as does not include. Instead, the interaction with the user equipment (1) is wireless or wired. It is provided with the communication interface for communication. For example, the communication interface any appropriate communication standard compatible with the user equipment (1) (e.g. (1) cable with user equipment using USB, UART, serial interface, eg R8232 provides a connection via In another alternative, the communication interface can be used for Wi-Fi. wireless communication module or another wireless standard such as Bluetooth. provides communication.

The keypad (11) is a keypad as used in user equipment without a touchscreen. It can provide the appearance and functionality of the keypad (11). the aforementioned set (11) may contain 30, 25 or 20 keys or less. These keys can be pressed can happen. Push-buttons return it to its original position after the button is pressed. There may be buttons containing a flexible structure such as a spring that guides backwards. With this keys together are also used to rotate a key into a directed position. Touch-sensitive, eg capacitive keys without any mechanical system is designed.

Figure 4 shows the sheath (5) attached to the mobile user equipment (1). cover in this application (5) in the closed state, this cover (5) surrounds the mobile user equipment (1) and presses the button. set (11) covers the second touch screen (4) and on the first touch screen (3) Allows free viewing.

Below is a mobile phone with case (5) to increase energy consumption efficiency and user experience. how the user equipment (1) interaction can be used will be explained.

Said user equipment (1), for example its own processor and this user equipment (1) by means of a sensor, whether the sheath (5) is attached to the front of the user equipment (1). is set to be determined. For example, which can be opened in the form of a slide or In the application of a closing cover (5), the user equipment (1) indicates that the cover (5) is closed. It can determine whether it is opened or not. Said sensor is a proximity sensor, e.g. It can be a Hall sensor.

When it is determined that the cover (5) is attached to the front of the mobile equipment (1), the user equipment (1) disabling the second touch screen (4) means that this user equipment (1) Limiting communication functions to calling (telephone) and SMS functions allows multiple disabling at least one of the processor cores, disabling at least one sensor leave it (preferably to try to detect whether the shroud (5) is stuck in the user equipment (3). to reduce the processing speed of the processor (except for the proximity sensor) and/or is being configured. In this way, the advantage of reducing electrical energy consumption is provided.

In response to determining whether the sheath (5) is attached to the front of the mobile equipment (1) each of the actions taking place means that the mentioned user equipment (1) can be defined in the defined settings. User, user equipment (1) can modify the settings that can be stored in its memory.

In addition, the user equipment (1), the first touch screen (3) stored in the memory can also be configured. The setting is, for example, on the said first touch screen (3) that the displayed information will be changed and it is only intended for incoming calls or SMS. information to be displayed or an entry that the user makes on the keypad of the cover (5). in response, only the characters corresponding to the keys touched by this user can be adapted to the way it will be displayed. User equipment (1), the user equipment of the sheath (5) on the first touch screen (3) compared to when it is not attached to the front of the equipment (1) increase the font size of displayed characters (for example 10%, 20%, 30%, 40%, The font size for the screen (3) is set by the user in the settings of the user equipment (1). can be identified.

Disabling the second touchscreen makes the touchscreen at least visually screen-oriented functions are deactivated and after that it is turned into electrical energy. means it is not needed. Disabling the second touchscreen functions associated with detecting a touch of said second touch screen. may include deactivation. In this way, energy efficiency is even more is being increased. In this case, the communication of the keypad (11) with the user equipment (1) With a wireless communication of the team (11), for example an internal processor and WIFI, Bluetooth via a wireless communication interface or any successor to these standards. is provided.

More preferably, the communication of the keypad (11) with the user equipment (1) is Any suitable communication standard (e.g. USB, UART, connected to the user equipment (1) via cable using the serial interface, eg R8232 It is provided with a wired communication interface. In this way, the energy consumption is more decreases and the need for a separate energy source in the hull (5) disappears and the general As of today, less electrical energy is required than wireless communication.

On the other hand, the user equipment (1), for example its own processor and this user equipment (1) attached or now attached to the front of the sheath (5) user equipment (1) via a sensor It is configured to determine whether For example, which can be opened in the form of a slide or in the application of a closable shroud (5), the user equipment (1) is It can determine whether it is or has been opened. Said sensor is a proximity The sensor may be, for example, a Hall sensor.

When it is determined that the cover (5) is attached to the front of the mobile equipment (1), the said user equipment (1) to provide all communication functions of this user equipment (1). activating the touchscreen (4), all communication of the user equipment (1) to (re)use more than one of many processor cores It is configured to activate and/or increase the processing speed of the processor.

The processor is activated when the cover (5) is not attached to the front of the mobile equipment (1) The first touchscreen (3) and the second touchscreen (4) are operatively on a single screen. It can also be configured for use as This means that the displayed items is not displayed between two screens, but rather distributed across the two screens (this may be called expansion mode).

The items described above, when the cover (5) is removed from the user equipment (1), this user automatic return of equipment (1) functions to full functionality provides its advantage.

As mentioned above, the said sheath (5) is attached to the user equipment (1). or any possible activation to be performed in response to its removal or disablement measures on user equipment (1) by the user 'previously' by changing the settings stored in the memory of the user equipment (1) can be configured.

Accordingly, the power of a user's equipment (1), in particular a smartphone a system that allows to reduce consumption and at the same time improves the user experience. system is provided.

Thus, a first touch screen (3) located on a front of the mobile equipment (1) and a second touch screen (4) separate from this first touch screen (3). equipment (1); and a keypad (11) for operating said mobile equipment (1). A system 10 comprising a mobile equipment enclosure 5 is described.

Claims (15)

REQUESTS 1 a. Mobile equipment (1) comprising a first touch screen (3) located on a front side (2) of the mobile equipment (1) and a second touch screen (4) separate from this first touch screen (3); and b. system (10) comprising mobile equipment with keypad (11) for operating said mobile equipment (1). The system (10) according to claim 2, wherein the first touch screen (3) and the second touch screen (4) are powered separately. The system (10) according to any of the preceding claims, wherein the ratio of the surface area of the second touch screen (4) to the surface area of the first touch screen (3) is 50:50, at least The system (10) according to any of the preceding claims, wherein the first touch screen (3) and the second touch screen (4) comprise a liquid crystal display. System (10) according to any one of the preceding claims, wherein the keypad (11) includes push buttons. System (10) according to any one of the preceding claims, wherein the mobile equipment enclosure (5) is operatively connected to the equipment (1) enclosure (5) via a wired or wireless connection. System (10) according to any one of the preceding claims, wherein the mobile equipment enclosure (5) comprises a first portion covering the front of the mobile equipment (1), said first portion being a first portion comprising a recess (6) of this first portion. the lower section and a second subsection containing the keypad of the first section, said first subsection being configured to cover the first touch screen (3) and the second subsection being configured to cover the second touch screen (4). 8. The system (10) according to claim T, wherein the recess (6) includes or does not contain a transparent material. The system (10) according to claim 7 or 8, wherein the mobile equipment (1) cover (5) also includes a second section to cover a rear side of the mobile equipment (1), and the first section and the second section flexible joint zone ( 12) is connected with. System (10) according to any one of the preceding claims, further comprising a processor configured to determine, via a sensor, whether the mobile equipment case (5) is attached to the front of the mobile equipment (1). 11. System (10) according to claim 10, wherein the sensor is a proximity sensor, preferably a Hall sensor. 12. The system (10) according to claim 10 or 11, wherein the processor is used to disable the second touch screen (4), call the communication functions of the user equipment (1) when the cover (5) is installed on the front of the mobile equipment (1). and SMS functions, disable at least one of the many processor cores, and/or reduce the processing speed of the processor. System (10) according to any one of claims 10 to 12, wherein the processor is configured to increase the font size of the characters displayed on the first touch screen (3) when the cover (5) is attached to the front of the mobile equipment (1). The system (10) according to any one of claims 10 to 13, wherein the processor is used to activate the first touch screen (3) and the second touch screen (4) when the cover (5) is not attached to the front of the mobile equipment (1). , increase the processing speed of the processor; it is configured to activate a large number of processor cores and i'or to activate all available communication functions of the user equipment (1). System (10) according to any one of claims 10 to 14, wherein the processor displays the first touch screen (3) and the second touch screen (4) activated when the shroud (5) is not attached to the front of the mobile equipment (1). it is configured for active use as a single screen.